Datasets:
dawoz
/
frozenlake_prompts_dataset

Dataset card Data Studio Files
xet
Community
2
id
int64
0
2k
⌀
task
stringclasses
11 values
env_seed
int64
5.31M
999M
⌀
image
imagewidth (px)
64
512
instruction
stringclasses
11 values
answers
listlengths
1
4
1,308
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 right without dying" ]
1,278
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" ]
1,171
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" ]
1,265
describe_each_cell
318,723,902
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 ice\nThe cell [5, 0] contains ice\nThe cell [6, 0] contains ice\nThe cell [7, 0] contains ice\nThe cell [8, 0] contains ice\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 a hole\nThe cell [4, 1] contains ice\nThe cell [5, 1] contains ice\nThe cell [6, 1] contains a hole\nThe cell [7, 1] contains ice\nThe cell [8, 1] contains ice\nThe cell [9, 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 a hole\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 a hole\nThe cell [9, 2] contains ice\nThe cell [0, 3] contains ice\nThe cell [1, 3] contains ice\nThe cell [2, 3] contains a hole\nThe cell [3, 3] contains ice\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 ice\nThe cell [9, 3] contains a hole\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 ice\nThe cell [7, 4] contains ice\nThe cell [8, 4] contains a hole\nThe cell [9, 4] contains a hole\nThe cell [0, 5] contains ice\nThe cell [1, 5] contains a hole\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 [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 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 [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 a hole\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 a hole\nThe cell [0, 9] contains the start cell\nThe cell [1, 9] contains ice\nThe cell [2, 9] contains ice\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\n" ]
622
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move west" ]
1,482
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" ]
1,223
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" ]
1,804
get_num_holes
null
How many holes are there in the environment?
[ "The maps has 25 holes" ]
707
is_player_dead
null
Is the player dead?
[ "Based on the picture of the state above, it seems that the player is alive" ]
1,512
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" ]
150
get_num_cells
366,642,656
How many cells are there in the environment?
[ "The maps has 81 cells" ]
243
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" ]
1,302
describe_state
709,036,174
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" ]
1,229
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" ]
1,893
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move east" ]
474
get_num_cells
342,590,774
How many cells are there in the environment?
[ "The maps has 4 cells" ]
1,643
is_player_dead
null
Is the player dead?
[ "Based on the picture of the state above, it seems that the player is alive" ]
253
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" ]
1,659
get_num_cells
169,395,527
How many cells are there in the environment?
[ "The maps has 121 cells" ]
1,384
describe_each_cell
282,278,162
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 a hole\nThe cell [4, 0] contains a hole\nThe cell [5, 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 [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 [0, 3] contains a hole\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 [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 [0, 5] contains the start cell\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\n" ]
1,579
get_num_cells
202,356,499
How many cells are there in the environment?
[ "The maps has 64 cells" ]
739
get_num_holes
null
How many holes are there in the environment?
[ "The maps has 6 holes" ]
1,824
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" ]
1,590
describe_each_cell
766,283,525
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 ice\nThe cell [6, 0] contains the goal\nThe cell [0, 1] contains ice\nThe cell [1, 1] contains a hole\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 ice\nThe cell [1, 2] contains ice\nThe cell [2, 2] contains ice\nThe cell [3, 2] contains the player\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 a hole\nThe cell [3, 3] contains ice\nThe cell [4, 3] contains a hole\nThe cell [5, 3] contains a hole\nThe cell [6, 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 [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 a hole\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 ice\nThe cell [6, 6] contains ice\n" ]
493
describe_state
457,417,486
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 11 steps to the player's south-east" ]
394
describe_state
406,386,861
Describe the state of the environment from the player's perspective
[ "The map shows: the goal 5 steps to the player's south-east" ]
1,779
describe_each_cell
774,321,415
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 ice\nThe cell [7, 0] contains ice\nThe cell [8, 0] contains ice\nThe cell [9, 0] contains ice\nThe cell [10, 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 a hole\nThe cell [4, 1] contains a hole\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 a hole\nThe cell [10, 1] contains ice\nThe cell [0, 2] contains ice\nThe cell [1, 2] contains a hole\nThe cell [2, 2] contains a hole\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 a hole\nThe cell [10, 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 ice\nThe cell [5, 3] contains a hole\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 [10, 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 a hole\nThe cell [4, 4] contains ice\nThe cell [5, 4] contains a hole\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 [10, 4] contains ice\nThe cell [0, 5] contains a hole\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 a hole\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 a hole\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 ice\nThe cell [2, 7] contains ice\nThe cell [3, 7] contains ice\nThe cell [4, 7] contains a hole\nThe cell [5, 7] contains ice\nThe cell [6, 7] contains a hole\nThe cell [7, 7] contains ice\nThe cell [8, 7] contains a hole\nThe cell [9, 7] contains ice\nThe cell [10, 7] contains ice\nThe cell [0, 8] contains ice\nThe cell [1, 8] contains a hole\nThe cell [2, 8] contains ice\nThe cell [3, 8] contains the player\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 ice\nThe cell [9, 8] contains ice\nThe cell [10, 8] contains ice\nThe cell [0, 9] contains ice\nThe cell [1, 9] contains a hole\nThe cell [2, 9] contains ice\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 ice\nThe cell [0, 10] contains the start cell\nThe cell [1, 10] contains ice\nThe cell [2, 10] contains ice\nThe cell [3, 10] contains ice\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 ice\nThe cell [10, 10] contains ice\n" ]
561
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" ]
513
describe_state
789,006,562
Describe the state of the environment from the player's perspective
[ "The map shows: a wall 1 steps to the player's west, a trap right under me, a trap 1 steps to the player's east, the goal 12 steps to the player's south-east" ]
1,032
is_player_dead
null
Is the player dead?
[ "Based on the picture of the state above, it seems that the player is alive" ]
755
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 4 steps to my south-east" ]
1,857
describe_each_cell
780,301,493
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 a hole\nThe cell [4, 0] contains the goal\nThe cell [0, 1] contains a hole\nThe cell [1, 1] contains a hole\nThe cell [2, 1] contains ice\nThe cell [3, 1] contains a hole\nThe cell [4, 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 a hole\nThe cell [4, 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 [0, 4] contains the start cell\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\n" ]
1,517
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move south" ]
1,289
get_num_holes
null
How many holes are there in the environment?
[ "The maps has 1 holes" ]
910
get_num_cells
736,617,357
How many cells are there in the environment?
[ "The maps has 4 cells" ]
524
get_num_cells
96,390,962
How many cells are there in the environment?
[ "The maps has 16 cells" ]
1,725
get_num_holes
null
How many holes are there in the environment?
[ "The maps has 10 holes" ]
1,960
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" ]
1,544
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" ]
986
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move north" ]
1,555
get_num_holes
null
How many holes are there in the environment?
[ "The maps has 30 holes" ]
534
get_num_cells
455,776,289
How many cells are there in the environment?
[ "The maps has 9 cells" ]
1,363
get_num_cells
889,116,584
How many cells are there in the environment?
[ "The maps has 9 cells" ]
886
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", "Based on the picture of the state above, it seems that the player can move left without dying" ]
1,321
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move south" ]
1,103
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" ]
508
is_player_dead
null
Is the player dead?
[ "Based on the picture of the state above, it seems that the player is alive" ]
1,840
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" ]
1,016
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move north" ]
265
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" ]
1,012
is_player_dead
null
Is the player dead?
[ "Based on the picture of the state above, it seems that the player is alive" ]
991
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" ]
1,349
get_num_holes
null
How many holes are there in the environment?
[ "The maps has 11 holes" ]
1,299
get_num_holes
null
How many holes are there in the environment?
[ "The maps has 1 holes" ]
688
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" ]
744
describe_each_cell
140,249,088
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 a hole\nThe cell [0, 2] contains ice\nThe cell [1, 2] contains a hole\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 [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 ice\nThe cell [0, 4] contains the player\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 [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 a hole\nThe cell [5, 5] contains ice\nThe cell [6, 5] contains a hole\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" ]
462
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move east" ]
1,352
describe_state
536,513,576
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 14 steps to the player's south-east" ]
1,188
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 9 steps to my south-east" ]
1,351
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move north" ]
539
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" ]
1,071
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" ]
566
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 1 steps to my south" ]
32
describe_each_cell
761,139,701
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 a hole\nThe cell [2, 0] contains a hole\nThe cell [3, 0] contains ice\nThe cell [4, 0] contains a hole\nThe cell [5, 0] contains ice\nThe cell [6, 0] contains a hole\nThe cell [7, 0] contains ice\nThe cell [8, 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 [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 a hole\nThe cell [3, 2] contains a hole\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 a hole\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 ice\nThe cell [7, 3] contains ice\nThe cell [8, 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 [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 a hole\nThe cell [7, 5] contains ice\nThe cell [8, 5] contains ice\nThe cell [0, 6] contains ice\nThe cell [1, 6] contains ice\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 ice\nThe cell [7, 6] contains ice\nThe cell [8, 6] contains ice\nThe cell [0, 7] contains a hole\nThe cell [1, 7] contains a hole\nThe cell [2, 7] contains ice\nThe cell [3, 7] contains a hole\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 a hole\n" ]
1,450
describe_state
616,284,092
Describe the state of the environment from the player's perspective
[ "The map shows: a trap 1 steps to the player's west, the goal 7 steps to the player's south-east" ]
506
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 6 steps to my south-east" ]
279
describe_state
568,741,195
Describe the state of the environment from the player's perspective
[ "The map shows: a wall 1 steps to the player's north, the goal 11 steps to the player's south-east" ]
161
describe_each_cell
905,535,765
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 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 [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 [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 a hole\nThe cell [0, 4] contains the start cell\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\n" ]
384
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move east" ]
917
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" ]
440
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", "Based on the picture of the state above, it seems that the player can move left without dying" ]
563
describe_state
758,519,529
Describe the state of the environment from the player's perspective
[ "The map shows: a wall 1 steps to the player's east, a wall 1 steps to the player's north, the goal 1 steps to the player's south" ]
495
describe_each_cell
457,417,486
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 ice\nThe cell [7, 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 [7, 1] contains a hole\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 a hole\nThe cell [0, 3] contains ice\nThe cell [1, 3] contains a hole\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 ice\nThe cell [7, 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 [0, 5] contains a hole\nThe cell [1, 5] contains the player\nThe cell [2, 5] contains a hole\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 a hole\nThe cell [0, 6] contains ice\nThe cell [1, 6] contains ice\nThe cell [2, 6] contains a hole\nThe cell [3, 6] contains a hole\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 ice\nThe cell [0, 7] contains the start cell\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 a hole\nThe cell [7, 7] contains ice\n" ]
692
describe_state
937,826,454
Describe the state of the environment from the player's perspective
[ "The map shows: a wall 1 steps to the player's east, a wall 1 steps to the player's north, the goal 5 steps to the player's south" ]
1,979
is_player_dead
null
Is the player dead?
[ "Based on the picture of the state above, it seems that the player is alive" ]
1,748
describe_state
931,236,235
Describe the state of the environment from the player's perspective
[ "The map shows: a wall 1 steps to the player's south, the goal 1 steps to the player's east" ]
7
get_num_holes
null
How many holes are there in the environment?
[ "The maps has 1 holes" ]
232
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 5 steps to my south-east" ]
1,962
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" ]
841
get_num_cells
180,701,996
How many cells are there in the environment?
[ "The maps has 121 cells" ]
1,167
describe_each_cell
796,817,088
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 a hole\nThe cell [3, 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 [0, 2] contains ice\nThe cell [1, 2] contains a hole\nThe cell [2, 2] contains ice\nThe cell [3, 2] contains the player\nThe cell [0, 3] contains the start cell\nThe cell [1, 3] contains ice\nThe cell [2, 3] contains ice\nThe cell [3, 3] contains ice\n" ]
1,106
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move west" ]
728
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" ]
658
is_player_dead
null
Is the player dead?
[ "Based on the picture of the state above, it seems that the player is alive" ]
1,721
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" ]
1,191
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" ]
1,668
describe_state
445,186,310
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 south, the goal 4 steps to the player's south-east" ]
678
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 right without dying", "Based on the picture of the state above, it seems that the player can move left without dying" ]
1,109
describe_each_cell
840,793,570
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 a hole\nThe cell [4, 0] contains a hole\nThe cell [5, 0] contains ice\nThe cell [6, 0] contains ice\nThe cell [7, 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 a hole\nThe cell [4, 1] contains ice\nThe cell [5, 1] contains ice\nThe cell [6, 1] contains a hole\nThe cell [7, 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 [0, 3] contains ice\nThe cell [1, 3] contains a hole\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 ice\nThe cell [7, 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 a hole\nThe cell [7, 4] contains ice\nThe cell [0, 5] contains a hole\nThe cell [1, 5] contains ice\nThe cell [2, 5] contains a hole\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 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 [0, 7] contains the start cell\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 the player\nThe cell [7, 7] contains a hole\n" ]
164
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" ]
101
describe_each_cell
700,522,966
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 the goal\nThe cell [0, 1] contains the player\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" ]
785
is_player_dead
null
Is the player dead?
[ "Based on the picture of the state above, it seems that the player is alive" ]
381
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" ]
322
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 8 steps to my south-east" ]
249
describe_state
7,362,269
Describe the state of the environment from the player's perspective
[ "The map shows: a wall 1 steps to the player's south, the goal 1 steps to the player's east" ]
55
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" ]
652
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move south" ]
288
get_last_action
null
Write the last action executed by the player
[ "The last action executed by the player was to move west" ]
1,742
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" ]
1,632
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" ]