Delete folder maze with huggingface_hub

maze/task1/eval.py

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-# read a map, receive a solution, determine if the solution reaches the goal
-
-import gym
-from gym.envs.toy_text.frozen_lake import generate_random_map
-import random
-import os
-import numpy as np
-# from PIL import Image
-
-levels = [3,4,5,6,7,8]
-for level in levels:
-    count = 0
-    correct = 0
-    invalid = 0
-
-    yes_c = 0
-    yes_w = 0
-
-    gt_answer_dir = "maps/level%d/answer/"%(level)
-    check_answer_dir = "output/output_pure_text/level%d/"%(level)
-
-    # import ipdb; ipdb.set_trace()
-    for test_id in range(100):
-        try:
-            # parse answer from the output
-            output_path = check_answer_dir + "%d.txt"%(test_id)
-            with open(output_path, "r") as f:
-                contents = f.read()
-                answer_index = contents.find("<Output>")
-                answer = contents[answer_index+len("<Output>"):]
-                # if answer_index == -1:
-                # answer_index = contents.find("Answer:")
-                # answer = contents[answer_index+len("Answer:"):]
-                answer = answer.replace('"', '')
-                answer = answer.replace("'", '')
-                answer = answer.replace("\n", '')
-                answer = answer.replace(".", '')
-                answer = answer.replace("(", '')
-                answer = answer.replace(")", '')
-                answer = answer.lstrip()
-                answer = answer.rstrip()
-                answer = answer.lower()
-                # import ipdb; ipdb.set_trace()
-                assert answer in ['yes', 'no']
-            # import ipdb; ipdb.set_trace()
-            # parse GT from recorded file
-            gt_path = gt_answer_dir + "%d.txt"%(test_id)
-            with open(gt_path, "r") as f:
-                gt = f.read()
-                key_dict = {'Y': 'yes', 'N': 'no'}
-                gt = key_dict[gt]
-            if answer == gt:
-                correct += 1
-                if answer == 'yes':
-                    yes_c += 1
-            else:
-                if answer == 'yes':
-                    yes_w += 1
-            count += 1
-            # print(answer)
-        except:
-            # import ipdb; ipdb.set_trace()
-            invalid += 1
-            count += 1
-            pass
-
-    # print(yes_c)
-    # print(yes_w)
-    print("=====Curr Level: %d======"%(level))
-    print("Total tested: %d"%(count))
-    print("Total correct: %d"%(correct))
-    print("Total invalid: %d"%(invalid))

maze/task1/example/level3/answer/0.txt

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-<Output> Yes

maze/task1/example/level3/answer/1.txt

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-<Output> No

maze/task1/example/level3/answer/2.txt

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-<Output> Yes

maze/task1/example/level3/answer/3.txt

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-<Output> No

maze/task1/example/level3/answer/4.txt

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-<Output> No

maze/task1/example/level3/answer/5.txt

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-<Output> Yes

maze/task1/example/level3/answer/6.txt

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-<Output> Yes

maze/task1/example/level3/answer/7.txt

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-<Output> Yes

maze/task1/example/level3/pure_text/0.txt

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-This is a 3x3 map.
-The player is at: row 1, column 1;
-The hole(s) are at: Row 2, Column 1; Row 2, Column 2; Row 3, Column 1; Row 3, Column 2; Row 3, Column 3;
-The goal is at: Row 1, Column 2.

maze/task1/example/level3/pure_text/1.txt

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-This is a 3x3 map.
-The player is at: row 1, column 3;
-The hole(s) are at: Row 1, Column 1; Row 2, Column 1; Row 2, Column 2; Row 3, Column 2; Row 3, Column 3;
-The goal is at: Row 3, Column 1.

maze/task1/example/level3/pure_text/2.txt

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-This is a 3x3 map.
-The player is at: row 1, column 1;
-The hole(s) are at: Row 1, Column 2; Row 1, Column 3; Row 2, Column 1; Row 2, Column 2; Row 2, Column 3;
-The goal is at: Row 3, Column 1.

maze/task1/example/level3/pure_text/3.txt

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-This is a 3x3 map.
-The player is at: row 1, column 2;
-The hole(s) are at: Row 1, Column 3; Row 2, Column 1; Row 2, Column 3; Row 3, Column 1; Row 3, Column 2;
-The goal is at: Row 3, Column 3.

maze/task1/example/level3/pure_text/4.txt

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-This is a 3x3 map.
-The player is at: row 2, column 2;
-The hole(s) are at: Row 1, Column 2; Row 1, Column 3; Row 2, Column 1; Row 2, Column 3; Row 3, Column 3;
-The goal is at: Row 1, Column 1.

maze/task1/example/level3/pure_text/5.txt

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-This is a 3x3 map.
-The player is at: row 2, column 3;
-The hole(s) are at: Row 1, Column 1; Row 2, Column 1; Row 2, Column 2; Row 3, Column 2; Row 3, Column 3;
-The goal is at: Row 1, Column 3.

maze/task1/example/level3/pure_text/6.txt

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-This is a 3x3 map.
-The player is at: row 2, column 1;
-The hole(s) are at: Row 1, Column 3; Row 2, Column 2; Row 2, Column 3; Row 3, Column 1; Row 3, Column 2;
-The goal is at: Row 3, Column 3.

maze/task1/example/level3/pure_text/7.txt

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-This is a 3x3 map.
-The player is at: row 2, column 2;
-The hole(s) are at: Row 1, Column 2; Row 1, Column 3; Row 3, Column 1; Row 3, Column 2; Row 3, Column 3;
-The goal is at: Row 2, Column 3.

maze/task1/example/level3/question/0.txt

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-Is there a hole in row 3, column 1?

maze/task1/example/level3/question/1.txt

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-Is there a hole in row 1, column 3?

maze/task1/example/level3/question/2.txt

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-Is there a hole in row 2, column 1?

maze/task1/example/level3/question/3.txt

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-Is there a hole in row 1, column 1?

maze/task1/example/level3/question/4.txt

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-Is there a hole in row 3, column 1?

maze/task1/example/level3/question/5.txt

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-Is there a hole in row 3, column 3?

maze/task1/example/level3/question/6.txt

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-Is there a hole in row 3, column 1?

maze/task1/example/level3/question/7.txt

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-Is there a hole in row 3, column 2?

maze/task1/example/level3/table/0.txt

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-| | Col 1 | Col 2 | Col 3 |
-| Row 1 | @ | * | _ |
-| Row 2 | # | # | _ |
-| Row 3 | # | # | # |

maze/task1/example/level3/table/1.txt

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-| | Col 1 | Col 2 | Col 3 |
-| Row 1 | # | _ | @ |
-| Row 2 | # | # | _ |
-| Row 3 | * | # | # |

maze/task1/example/level3/table/2.txt

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-| | Col 1 | Col 2 | Col 3 |
-| Row 1 | @ | # | # |
-| Row 2 | # | # | # |
-| Row 3 | * | _ | _ |

maze/task1/example/level3/table/3.txt

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-| | Col 1 | Col 2 | Col 3 |
-| Row 1 | _ | @ | # |
-| Row 2 | # | _ | # |
-| Row 3 | # | # | * |

maze/task1/example/level3/table/4.txt

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-| | Col 1 | Col 2 | Col 3 |
-| Row 1 | * | # | # |
-| Row 2 | # | @ | # |
-| Row 3 | _ | _ | # |

maze/task1/example/level3/table/5.txt

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-| | Col 1 | Col 2 | Col 3 |
-| Row 1 | # | _ | * |
-| Row 2 | # | # | @ |
-| Row 3 | _ | # | # |

maze/task1/example/level3/table/6.txt

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-| | Col 1 | Col 2 | Col 3 |
-| Row 1 | _ | _ | # |
-| Row 2 | @ | # | # |
-| Row 3 | # | # | * |

maze/task1/example/level3/table/7.txt

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-| | Col 1 | Col 2 | Col 3 |
-| Row 1 | _ | # | # |
-| Row 2 | _ | @ | * |
-| Row 3 | # | # | # |

maze/task1/example/level4/answer/0.txt

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-<Output> Yes

maze/task1/example/level4/answer/1.txt

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-<Output> No

maze/task1/example/level4/answer/2.txt

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-<Output> No

maze/task1/example/level4/answer/3.txt

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-<Output> No

maze/task1/example/level4/answer/4.txt

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-<Output> Yes