id
int64 0
2k
⌀ | task
stringclasses 11
values | env_seed
int64 5.31M
999M
⌀ | image
imagewidth (px) 64
512
| instruction
stringclasses 11
values | answers
sequencelengths 1
4
|
|---|---|---|---|---|---|
887 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 21 holes"
] |
|
1,168 | find_goal | null | Write the direction and the distance (in steps) from the player to the goal | [
"Based on the picture of the state above, it seems that the goal is 2 steps to my south"
] |
|
1,648 | describe_state | 723,416,511 | Describe the state of the environment from the player's perspective | [
"The map shows: a trap 1 steps to the player's north, a trap 1 steps to the player's east, the goal 14 steps to the player's south-east"
] |
|
1,657 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move north"
] |
|
1,031 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move right to reach the goal safely"
] |
|
788 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see 2 walls and 1 holes 1 step away from him"
] |
|
1,382 | describe_state | 282,278,162 | Describe the state of the environment from the player's perspective | [
"The map shows: a wall 1 steps to the player's north, a trap right under me, the goal 9 steps to the player's south-east"
] |
|
518 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is dead because he fell into a hole"
] |
|
1,921 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 0 holes"
] |
|
420 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move forward without dying",
"Based on the picture of the state above, it seems that the player can move right without dying"
] |
|
926 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 3 holes"
] |
|
1,734 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move right without dying",
"Based on the picture of the state above, it seems that the player can move left without dying"
] |
|
1,954 | describe_state | 110,588,410 | Describe the state of the environment from the player's perspective | [
"The map shows: the goal 5 steps to the player's south-east"
] |
|
175 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move forward without dying",
"Based on the picture of the state above, it seems that the player can move backward without dying",
"Based on the picture of the state above, it seems that the player can move right without dying"
] |
|
360 | find_goal | null | Write the direction and the distance (in steps) from the player to the goal | [
"Based on the picture of the state above, it seems that the goal is right under me"
] |
|
503 | describe_state | 263,524,860 | Describe the state of the environment from the player's perspective | [
"The map shows: a trap 1 steps to the player's west, a trap 1 steps to the player's east, the goal 6 steps to the player's south-east"
] |
|
1,026 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move south"
] |
|
615 | describe_each_cell | 329,861,212 | Describe each cell of the environment from left to right, bottom to top. Use the format: "The cell [<x>, <y>] contains <tile_content>. Bottom left cell is [0, 0] | [
"The cell [0, 0] contains ice\nThe cell [1, 0] contains ice\nThe cell [2, 0] contains the goal\nThe cell [0, 1] contains ice\nThe cell [1, 1] contains ice\nThe cell [2, 1] contains the player\nThe cell [0, 2] contains the start cell\nThe cell [1, 2] contains ice\nThe cell [2, 2] contains ice\n"
] |
|
907 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see 1 walls and 2 holes 1 step away from him"
] |
|
1,290 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see 2 walls and no holes 1 step away from him"
] |
|
598 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is alive"
] |
|
40 | describe_state | 128,113,632 | Describe the state of the environment from the player's perspective | [
"The map shows: a wall 1 steps to the player's east, the goal 1 steps to the player's south"
] |
|
35 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is dead because he fell into a hole"
] |
|
1,502 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move backward to reach the goal safely",
"Based on the picture of the state above, it seems that the player should move right to reach the goal safely"
] |
|
1,445 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is alive"
] |
|
790 | describe_state | 236,455,439 | Describe the state of the environment from the player's perspective | [
"The map shows: a wall 1 steps to the player's west, a wall 1 steps to the player's north, a trap 1 steps to the player's east, the goal 6 steps to the player's south-east"
] |
|
1,985 | get_num_cells | 999,104,730 | How many cells are there in the environment? | [
"The maps has 64 cells"
] |
|
1,815 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see no walls and no holes 1 step away from him"
] |
|
1,330 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see no walls and no holes 1 step away from him"
] |
|
1,253 | describe_state | 357,861,086 | Describe the state of the environment from the player's perspective | [
"The map shows: a wall 1 steps to the player's west, the goal 11 steps to the player's south-east"
] |
|
416 | describe_each_cell | 90,047,860 | Describe each cell of the environment from left to right, bottom to top. Use the format: "The cell [<x>, <y>] contains <tile_content>. Bottom left cell is [0, 0] | [
"The cell [0, 0] contains the player\nThe cell [1, 0] contains ice\nThe cell [2, 0] contains the goal\nThe cell [0, 1] contains ice\nThe cell [1, 1] contains ice\nThe cell [2, 1] contains ice\nThe cell [0, 2] contains the start cell\nThe cell [1, 2] contains ice\nThe cell [2, 2] contains ice\n"
] |
|
411 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 3 holes"
] |
|
1,894 | describe_state | 121,921,678 | Describe the state of the environment from the player's perspective | [
"The map shows: the goal 2 steps to the player's south-east"
] |
|
230 | get_num_cells | 898,087,625 | How many cells are there in the environment? | [
"The maps has 25 cells"
] |
|
391 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 9 holes"
] |
|
383 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see 1 walls and 2 holes 1 step away from him"
] |
|
324 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is alive"
] |
|
1,537 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move west"
] |
|
44 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move backward to reach the goal safely"
] |
|
1,207 | describe_each_cell | 425,882,086 | Describe each cell of the environment from left to right, bottom to top. Use the format: "The cell [<x>, <y>] contains <tile_content>. Bottom left cell is [0, 0] | [
"The cell [0, 0] contains ice\nThe cell [1, 0] contains ice\nThe cell [2, 0] contains ice\nThe cell [3, 0] contains ice\nThe cell [4, 0] contains ice\nThe cell [5, 0] contains a hole\nThe cell [6, 0] contains a hole\nThe cell [7, 0] contains ice\nThe cell [8, 0] contains ice\nThe cell [9, 0] contains a hole\nThe cell [10, 0] contains the goal\nThe cell [0, 1] contains a hole\nThe cell [1, 1] contains ice\nThe cell [2, 1] contains ice\nThe cell [3, 1] contains ice\nThe cell [4, 1] contains ice\nThe cell [5, 1] contains ice\nThe cell [6, 1] contains ice\nThe cell [7, 1] contains ice\nThe cell [8, 1] contains ice\nThe cell [9, 1] contains ice\nThe cell [10, 1] contains ice\nThe cell [0, 2] contains ice\nThe cell [1, 2] contains ice\nThe cell [2, 2] contains ice\nThe cell [3, 2] contains ice\nThe cell [4, 2] contains ice\nThe cell [5, 2] contains ice\nThe cell [6, 2] contains ice\nThe cell [7, 2] contains ice\nThe cell [8, 2] contains ice\nThe cell [9, 2] contains ice\nThe cell [10, 2] contains ice\nThe cell [0, 3] contains a hole\nThe cell [1, 3] contains a hole\nThe cell [2, 3] contains ice\nThe cell [3, 3] contains ice\nThe cell [4, 3] contains a hole\nThe cell [5, 3] contains ice\nThe cell [6, 3] contains a hole\nThe cell [7, 3] contains ice\nThe cell [8, 3] contains ice\nThe cell [9, 3] contains a hole\nThe cell [10, 3] contains ice\nThe cell [0, 4] contains ice\nThe cell [1, 4] contains a hole\nThe cell [2, 4] contains ice\nThe cell [3, 4] contains ice\nThe cell [4, 4] contains ice\nThe cell [5, 4] contains ice\nThe cell [6, 4] contains a hole\nThe cell [7, 4] contains ice\nThe cell [8, 4] contains ice\nThe cell [9, 4] contains a hole\nThe cell [10, 4] contains ice\nThe cell [0, 5] contains ice\nThe cell [1, 5] contains ice\nThe cell [2, 5] contains ice\nThe cell [3, 5] contains a hole\nThe cell [4, 5] contains ice\nThe cell [5, 5] contains ice\nThe cell [6, 5] contains ice\nThe cell [7, 5] contains ice\nThe cell [8, 5] contains ice\nThe cell [9, 5] contains ice\nThe cell [10, 5] contains a hole\nThe cell [0, 6] contains ice\nThe cell [1, 6] contains ice\nThe cell [2, 6] contains ice\nThe cell [3, 6] contains ice\nThe cell [4, 6] contains ice\nThe cell [5, 6] contains ice\nThe cell [6, 6] contains ice\nThe cell [7, 6] contains ice\nThe cell [8, 6] contains ice\nThe cell [9, 6] contains ice\nThe cell [10, 6] contains ice\nThe cell [0, 7] contains ice\nThe cell [1, 7] contains a hole\nThe cell [2, 7] contains ice\nThe cell [3, 7] contains ice\nThe cell [4, 7] contains ice\nThe cell [5, 7] contains ice\nThe cell [6, 7] contains ice\nThe cell [7, 7] contains ice\nThe cell [8, 7] contains ice\nThe cell [9, 7] contains a hole\nThe cell [10, 7] contains a hole\nThe cell [0, 8] contains ice\nThe cell [1, 8] contains a hole\nThe cell [2, 8] contains ice\nThe cell [3, 8] contains ice\nThe cell [4, 8] contains ice\nThe cell [5, 8] contains a hole\nThe cell [6, 8] contains ice\nThe cell [7, 8] contains ice\nThe cell [8, 8] contains a hole\nThe cell [9, 8] contains a hole\nThe cell [10, 8] contains a hole\nThe cell [0, 9] contains ice\nThe cell [1, 9] contains ice\nThe cell [2, 9] contains the player\nThe cell [3, 9] contains ice\nThe cell [4, 9] contains ice\nThe cell [5, 9] contains ice\nThe cell [6, 9] contains ice\nThe cell [7, 9] contains ice\nThe cell [8, 9] contains ice\nThe cell [9, 9] contains ice\nThe cell [10, 9] contains a hole\nThe cell [0, 10] contains the start cell\nThe cell [1, 10] contains a hole\nThe cell [2, 10] contains ice\nThe cell [3, 10] contains a hole\nThe cell [4, 10] contains ice\nThe cell [5, 10] contains ice\nThe cell [6, 10] contains ice\nThe cell [7, 10] contains ice\nThe cell [8, 10] contains ice\nThe cell [9, 10] contains a hole\nThe cell [10, 10] contains ice\n"
] |
|
498 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is alive"
] |
|
987 | describe_state | 174,278,532 | Describe the state of the environment from the player's perspective | [
"The map shows: a wall 1 steps to the player's west, a wall 1 steps to the player's north, the goal 2 steps to the player's south-east"
] |
|
1,359 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 24 holes"
] |
|
800 | describe_state | 546,803,284 | Describe the state of the environment from the player's perspective | [
"The map shows: a trap 1 steps to the player's south, the goal 6 steps to the player's south-east"
] |
|
257 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see 1 walls and no holes 1 step away from him"
] |
|
1,404 | describe_each_cell | 93,321,003 | Describe each cell of the environment from left to right, bottom to top. Use the format: "The cell [<x>, <y>] contains <tile_content>. Bottom left cell is [0, 0] | [
"The cell [0, 0] contains ice\nThe cell [1, 0] contains the player\nThe cell [2, 0] contains the goal\nThe cell [0, 1] contains ice\nThe cell [1, 1] contains a hole\nThe cell [2, 1] contains a hole\nThe cell [0, 2] contains the start cell\nThe cell [1, 2] contains ice\nThe cell [2, 2] contains a hole\n"
] |
|
282 | find_goal | null | Write the direction and the distance (in steps) from the player to the goal | [
"Based on the picture of the state above, it seems that the goal is 11 steps to my south-east"
] |
|
489 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move forward without dying",
"Based on the picture of the state above, it seems that the player can move backward without dying",
"Based on the picture of the state above, it seems that the player can move left without dying"
] |
|
1,956 | describe_each_cell | 110,588,410 | Describe each cell of the environment from left to right, bottom to top. Use the format: "The cell [<x>, <y>] contains <tile_content>. Bottom left cell is [0, 0] | [
"The cell [0, 0] contains ice\nThe cell [1, 0] contains ice\nThe cell [2, 0] contains ice\nThe cell [3, 0] contains ice\nThe cell [4, 0] contains ice\nThe cell [5, 0] contains ice\nThe cell [6, 0] contains the goal\nThe cell [0, 1] contains ice\nThe cell [1, 1] contains ice\nThe cell [2, 1] contains ice\nThe cell [3, 1] contains ice\nThe cell [4, 1] contains ice\nThe cell [5, 1] contains ice\nThe cell [6, 1] contains ice\nThe cell [0, 2] contains a hole\nThe cell [1, 2] contains ice\nThe cell [2, 2] contains ice\nThe cell [3, 2] contains a hole\nThe cell [4, 2] contains ice\nThe cell [5, 2] contains ice\nThe cell [6, 2] contains ice\nThe cell [0, 3] contains ice\nThe cell [1, 3] contains ice\nThe cell [2, 3] contains ice\nThe cell [3, 3] contains ice\nThe cell [4, 3] contains ice\nThe cell [5, 3] contains ice\nThe cell [6, 3] contains a hole\nThe cell [0, 4] contains ice\nThe cell [1, 4] contains ice\nThe cell [2, 4] contains a hole\nThe cell [3, 4] contains ice\nThe cell [4, 4] contains ice\nThe cell [5, 4] contains the player\nThe cell [6, 4] contains ice\nThe cell [0, 5] contains ice\nThe cell [1, 5] contains a hole\nThe cell [2, 5] contains ice\nThe cell [3, 5] contains ice\nThe cell [4, 5] contains ice\nThe cell [5, 5] contains ice\nThe cell [6, 5] contains ice\nThe cell [0, 6] contains the start cell\nThe cell [1, 6] contains ice\nThe cell [2, 6] contains ice\nThe cell [3, 6] contains ice\nThe cell [4, 6] contains ice\nThe cell [5, 6] contains a hole\nThe cell [6, 6] contains ice\n"
] |
|
812 | describe_each_cell | 808,251,471 | Describe each cell of the environment from left to right, bottom to top. Use the format: "The cell [<x>, <y>] contains <tile_content>. Bottom left cell is [0, 0] | [
"The cell [0, 0] contains a hole\nThe cell [1, 0] contains ice\nThe cell [2, 0] contains ice\nThe cell [3, 0] contains ice\nThe cell [4, 0] contains a hole\nThe cell [5, 0] contains ice\nThe cell [6, 0] contains the player\nThe cell [7, 0] contains ice\nThe cell [8, 0] contains a hole\nThe cell [9, 0] contains the goal\nThe cell [0, 1] contains ice\nThe cell [1, 1] contains ice\nThe cell [2, 1] contains ice\nThe cell [3, 1] contains ice\nThe cell [4, 1] contains ice\nThe cell [5, 1] contains a hole\nThe cell [6, 1] contains ice\nThe cell [7, 1] contains ice\nThe cell [8, 1] contains ice\nThe cell [9, 1] contains ice\nThe cell [0, 2] contains a hole\nThe cell [1, 2] contains ice\nThe cell [2, 2] contains ice\nThe cell [3, 2] contains ice\nThe cell [4, 2] contains a hole\nThe cell [5, 2] contains ice\nThe cell [6, 2] contains ice\nThe cell [7, 2] contains ice\nThe cell [8, 2] contains ice\nThe cell [9, 2] contains ice\nThe cell [0, 3] contains a hole\nThe cell [1, 3] contains ice\nThe cell [2, 3] contains ice\nThe cell [3, 3] contains a hole\nThe cell [4, 3] contains a hole\nThe cell [5, 3] contains ice\nThe cell [6, 3] contains ice\nThe cell [7, 3] contains ice\nThe cell [8, 3] contains ice\nThe cell [9, 3] contains ice\nThe cell [0, 4] contains ice\nThe cell [1, 4] contains ice\nThe cell [2, 4] contains ice\nThe cell [3, 4] contains ice\nThe cell [4, 4] contains ice\nThe cell [5, 4] contains ice\nThe cell [6, 4] contains ice\nThe cell [7, 4] contains ice\nThe cell [8, 4] contains ice\nThe cell [9, 4] contains ice\nThe cell [0, 5] contains a hole\nThe cell [1, 5] contains a hole\nThe cell [2, 5] contains ice\nThe cell [3, 5] contains ice\nThe cell [4, 5] contains a hole\nThe cell [5, 5] contains ice\nThe cell [6, 5] contains ice\nThe cell [7, 5] contains ice\nThe cell [8, 5] contains ice\nThe cell [9, 5] contains ice\nThe cell [0, 6] contains ice\nThe cell [1, 6] contains a hole\nThe cell [2, 6] contains a hole\nThe cell [3, 6] contains ice\nThe cell [4, 6] contains a hole\nThe cell [5, 6] contains ice\nThe cell [6, 6] contains a hole\nThe cell [7, 6] contains a hole\nThe cell [8, 6] contains ice\nThe cell [9, 6] contains ice\nThe cell [0, 7] contains a hole\nThe cell [1, 7] contains a hole\nThe cell [2, 7] contains a hole\nThe cell [3, 7] contains ice\nThe cell [4, 7] contains ice\nThe cell [5, 7] contains a hole\nThe cell [6, 7] contains ice\nThe cell [7, 7] contains ice\nThe cell [8, 7] contains ice\nThe cell [9, 7] contains ice\nThe cell [0, 8] contains a hole\nThe cell [1, 8] contains ice\nThe cell [2, 8] contains ice\nThe cell [3, 8] contains ice\nThe cell [4, 8] contains ice\nThe cell [5, 8] contains ice\nThe cell [6, 8] contains ice\nThe cell [7, 8] contains ice\nThe cell [8, 8] contains ice\nThe cell [9, 8] contains ice\nThe cell [0, 9] contains the start cell\nThe cell [1, 9] contains ice\nThe cell [2, 9] contains a hole\nThe cell [3, 9] contains ice\nThe cell [4, 9] contains ice\nThe cell [5, 9] contains ice\nThe cell [6, 9] contains ice\nThe cell [7, 9] contains ice\nThe cell [8, 9] contains ice\nThe cell [9, 9] contains a hole\n"
] |
|
884 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move right to reach the goal safely"
] |
|
1,562 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move backward to reach the goal safely"
] |
|
1,461 | get_num_cells | 826,054,879 | How many cells are there in the environment? | [
"The maps has 9 cells"
] |
|
1,738 | describe_state | 492,153,215 | Describe the state of the environment from the player's perspective | [
"The map shows: the goal 7 steps to the player's south-east"
] |
|
1,274 | get_num_cells | 915,266,918 | How many cells are there in the environment? | [
"The maps has 9 cells"
] |
|
1,346 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move right to reach the goal safely"
] |
|
1,132 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move forward without dying",
"Based on the picture of the state above, it seems that the player can move left without dying"
] |
|
1,884 | describe_state | 850,533,679 | Describe the state of the environment from the player's perspective | [
"The map shows: a wall 1 steps to the player's south, a trap 1 steps to the player's north, the goal 1 steps to the player's east"
] |
|
1,875 | get_num_cells | 951,194,659 | How many cells are there in the environment? | [
"The maps has 4 cells"
] |
|
449 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is alive"
] |
|
856 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move backward without dying",
"Based on the picture of the state above, it seems that the player can move left without dying"
] |
|
1,726 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see no walls and 2 holes 1 step away from him"
] |
|
331 | describe_each_cell | 303,950,097 | Describe each cell of the environment from left to right, bottom to top. Use the format: "The cell [<x>, <y>] contains <tile_content>. Bottom left cell is [0, 0] | [
"The cell [0, 0] contains ice\nThe cell [1, 0] contains a hole\nThe cell [2, 0] contains ice\nThe cell [3, 0] contains ice\nThe cell [4, 0] contains ice\nThe cell [5, 0] contains a hole\nThe cell [6, 0] contains ice\nThe cell [7, 0] contains a hole\nThe cell [8, 0] contains the goal\nThe cell [0, 1] contains a hole\nThe cell [1, 1] contains ice\nThe cell [2, 1] contains ice\nThe cell [3, 1] contains ice\nThe cell [4, 1] contains ice\nThe cell [5, 1] contains ice\nThe cell [6, 1] contains ice\nThe cell [7, 1] contains ice\nThe cell [8, 1] contains ice\nThe cell [0, 2] contains ice\nThe cell [1, 2] contains ice\nThe cell [2, 2] contains ice\nThe cell [3, 2] contains ice\nThe cell [4, 2] contains a hole\nThe cell [5, 2] contains ice\nThe cell [6, 2] contains a hole\nThe cell [7, 2] contains ice\nThe cell [8, 2] contains ice\nThe cell [0, 3] contains ice\nThe cell [1, 3] contains ice\nThe cell [2, 3] contains ice\nThe cell [3, 3] contains the player\nThe cell [4, 3] contains ice\nThe cell [5, 3] contains ice\nThe cell [6, 3] contains ice\nThe cell [7, 3] contains ice\nThe cell [8, 3] contains a hole\nThe cell [0, 4] contains ice\nThe cell [1, 4] contains ice\nThe cell [2, 4] contains ice\nThe cell [3, 4] contains ice\nThe cell [4, 4] contains ice\nThe cell [5, 4] contains ice\nThe cell [6, 4] contains ice\nThe cell [7, 4] contains ice\nThe cell [8, 4] contains ice\nThe cell [0, 5] contains ice\nThe cell [1, 5] contains ice\nThe cell [2, 5] contains ice\nThe cell [3, 5] contains ice\nThe cell [4, 5] contains ice\nThe cell [5, 5] contains ice\nThe cell [6, 5] contains ice\nThe cell [7, 5] contains ice\nThe cell [8, 5] contains ice\nThe cell [0, 6] contains ice\nThe cell [1, 6] contains a hole\nThe cell [2, 6] contains ice\nThe cell [3, 6] contains ice\nThe cell [4, 6] contains ice\nThe cell [5, 6] contains a hole\nThe cell [6, 6] contains ice\nThe cell [7, 6] contains ice\nThe cell [8, 6] contains ice\nThe cell [0, 7] contains ice\nThe cell [1, 7] contains ice\nThe cell [2, 7] contains ice\nThe cell [3, 7] contains ice\nThe cell [4, 7] contains ice\nThe cell [5, 7] contains ice\nThe cell [6, 7] contains ice\nThe cell [7, 7] contains ice\nThe cell [8, 7] contains ice\nThe cell [0, 8] contains the start cell\nThe cell [1, 8] contains ice\nThe cell [2, 8] contains ice\nThe cell [3, 8] contains ice\nThe cell [4, 8] contains ice\nThe cell [5, 8] contains ice\nThe cell [6, 8] contains ice\nThe cell [7, 8] contains ice\nThe cell [8, 8] contains ice\n"
] |
|
1,325 | find_goal | null | Write the direction and the distance (in steps) from the player to the goal | [
"Based on the picture of the state above, it seems that the goal is 3 steps to my south-east"
] |
|
392 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see 2 walls and no holes 1 step away from him"
] |
|
200 | get_num_cells | 160,688,162 | How many cells are there in the environment? | [
"The maps has 36 cells"
] |
|
1,036 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move west"
] |
|
344 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move forward without dying"
] |
|
905 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move left without dying"
] |
|
1,479 | get_num_cells | 784,137,842 | How many cells are there in the environment? | [
"The maps has 36 cells"
] |
|
1,001 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move right to reach the goal safely"
] |
|
550 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 9 holes"
] |
|
1,688 | describe_state | 721,856,569 | Describe the state of the environment from the player's perspective | [
"The map shows: the goal 3 steps to the player's south-east"
] |
|
849 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move east"
] |
|
1,612 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move backward to reach the goal safely"
] |
|
1,154 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move west"
] |
|
701 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move east"
] |
|
1,891 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 3 holes"
] |
|
176 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 5 holes"
] |
|
500 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 13 holes"
] |
|
1,172 | get_num_holes | null | How many holes are there in the environment? | [
"The maps has 2 holes"
] |
|
1,131 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is alive"
] |
|
1,256 | find_goal | null | Write the direction and the distance (in steps) from the player to the goal | [
"Based on the picture of the state above, it seems that the goal is 11 steps to my south-east"
] |
|
428 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move backward to reach the goal safely",
"Based on the picture of the state above, it seems that the player should move right to reach the goal safely"
] |
|
1,787 | describe_state | 333,637,758 | Describe the state of the environment from the player's perspective | [
"The map shows: a trap 1 steps to the player's west, a trap 1 steps to the player's east, the goal 5 steps to the player's south-east"
] |
|
529 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move forward without dying",
"Based on the picture of the state above, it seems that the player can move backward without dying"
] |
|
860 | describe_state | 151,539,943 | Describe the state of the environment from the player's perspective | [
"The map shows: the goal 3 steps to the player's south-east"
] |
|
972 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is alive"
] |
|
681 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move west"
] |
|
996 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move south"
] |
|
1,211 | get_safe_actions | null | Write the list of actions that are safe for the player to execute | [
"Based on the picture of the state above, it seems that the player can move forward without dying",
"Based on the picture of the state above, it seems that the player can move backward without dying",
"Based on the picture of the state above, it seems that the player can move right without dying",
"Based on the picture of the state above, it seems that the player can move left without dying"
] |
|
1,839 | find_goal | null | Write the direction and the distance (in steps) from the player to the goal | [
"Based on the picture of the state above, it seems that the goal is 14 steps to my south-east"
] |
|
1,451 | get_num_cells | 616,284,092 | How many cells are there in the environment? | [
"The maps has 64 cells"
] |
|
693 | get_num_cells | 937,826,454 | How many cells are there in the environment? | [
"The maps has 36 cells"
] |
|
1,419 | get_entities_in_fov | null | Write the entities in the player's field of view (1 step) | [
"The player can see 2 walls and no holes 1 step away from him"
] |
|
239 | describe_state | 636,761,825 | Describe the state of the environment from the player's perspective | [
"The map shows: a wall 1 steps to the player's west, the goal 13 steps to the player's south-east"
] |
|
173 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move backward to reach the goal safely",
"Based on the picture of the state above, it seems that the player should move right to reach the goal safely"
] |
|
835 | is_player_dead | null | Is the player dead? | [
"Based on the picture of the state above, it seems that the player is dead because he fell into a hole"
] |
|
1,547 | get_last_action | null | Write the last action executed by the player | [
"The last action executed by the player was to move north"
] |
|
1,492 | get_expected_actions | null | Write the expected actions of the player to reach the goal safely | [
"Based on the picture of the state above, it seems that the player should move backward to reach the goal safely"
] |
Subsets and Splits