getting diagram of initial state
getting diagram of goal state
Expanding nodes at depth 0
Expanding state 0
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 1
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 1
successfully verified the action of new state 1 with the path: The last action `(board p0 slow0-0 n1 n0 n1)` is valid as all preconditions are satisfied, and the effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 2
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 2
successfully verified the action of new state 2 with the path: The last action `(move-up-fast fast1 n3 n4)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the state after the action. The action aligns with the plan to achieve the goal state.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 1 (2) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 1
Expanding state 1
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 3
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 3
successfully verified the action of new state 3 with the path: The last action `(move-down-slow slow0-0 n1 n0)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the current state, aligning with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 2
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 4
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 4
successfully verified the action of new state 4 with the path: The last action `(board p2 fast1 n4 n0 n1)` is valid because all preconditions are met: `fast1` is at `n4`, `p2` is at `n4`, and `fast1` has the capacity to board `p2`. The effects of the action are correctly reflected in the current state, with `p2` onboard `fast1` and the capacity updated. The natural language description and visualization of the current state are accurate and consistent with the actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 5
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 5
successfully verified the action of new state 5 with the path: The last action `(board p3 fast1 n4 n0 n1)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the current state after the action.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 2 (3) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 2
Expanding state 3
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 6
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 6
successfully verified the action of new state 6 with the path: The last action is valid because all preconditions are satisfied, and the effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization accurately reflect the state after the action.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 4
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 7
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 7
successfully verified the action of new state 7 with the path: The last action `(board p3 fast1 n4 n1 n2)` is valid because all preconditions are satisfied: `fast1` is at `n4`, `p3` is at `n4`, and the elevator has capacity for `p3`. The effects are correctly updated in the current state, with `p3` onboard `fast1` and the passenger count increased. The natural language description, diagram encoding, and visualization accurately reflect the current state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 5
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 8
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 8
successfully verified the action of new state 8 with the path: The last action `(board p2 fast1 n4 n1 n2)` is valid as all preconditions are satisfied: `fast1` is at floor `n4`, `p2` is at floor `n4`, and `fast1` has capacity to board `p2`. The effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken. The action logically progresses towards the goal state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 9
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Action does not directly contribute to achieving the goal state for passengers.
Reached maximum attempts without a fully valid diagram.
Child state 9 is invalid: Action does not directly contribute to achieving the goal state for passengers.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 3 (3) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 3
Expanding state 6
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 10
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 10
successfully verified the action of new state 10 with the path: The last action `(move-up-fast fast1 n3 n4)` is valid as all preconditions are satisfied, and the effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization accurately reflect the state after the sequence of actions.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 7
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 11
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 11
successfully verified the action of new state 11 with the path: The last action `(move-down-fast fast1 n4 n2)` is valid because all preconditions are satisfied: `fast1` was at `n4`, `n2` is below `n4`, and `n2` is reachable by the fast elevator. The effects of the action are correctly reflected in the current state, with `fast1` at `n2` and passengers `p2` and `p3` onboard. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 8
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 12
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 12
successfully verified the action of new state 12 with the path: The last action `(move-down-fast fast1 n4 n2)` is valid because all preconditions are satisfied: `fast1` was at `n4`, `n2` is below `n4`, and `n2` is reachable by `fast1`. The effects of the action are correctly reflected in the current state, with `fast1` at `n2` and passengers `p2` and `p3` on board. The natural language description, diagram encoding, and visualization accurately represent the current state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 4 (3) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 4
Expanding state 10
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 13
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 13
State 13 failed the action path verification test: The action `(board p2 fast1 n4 n0 n1)` is invalid because the precondition that `p2` must be on floor `n4` is not met; `p2` is already on board `fast1`. The current state's natural language description and visualization incorrectly show `p2` on board `fast1`, which is inconsistent with the action requirements.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 14
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 14
successfully verified the action of new state 14 with the path: The action `(board p2 fast1 n4 n0 n1)` is valid as all preconditions are met: `fast1` is at `n4`, `p2` is at `n4`, and `fast1` has capacity. The effects are correctly reflected in the current state, with `p2` on board `fast1` and the passenger count updated. The natural language description, diagram encoding, and visualization accurately represent the current state.
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
created the 2th child state (temp = 0.75)
Getting diagram of state 15
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 15
successfully verified the action of new state 15 with the path: The last action is valid as all preconditions are met: `fast1` is at `n4`, `p3` is at `n4`, and the elevator has capacity. The effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the current state, with all objects correctly placed and statuses updated according to the actions taken.
Expanding state 11
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 16
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 16
successfully verified the action of new state 16 with the path: The last action `(leave p2 fast1 n2 n2 n1)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The action aligns with the goal state for `p2`, and the natural language description, diagram encoding, and visualization accurately represent the current state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 17
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 17
successfully verified the action of new state 17 with the path: The last action `(move-down-fast fast1 n2 n0)` is valid as all preconditions are met: `fast1` is at `n2`, `n0` is below `n2`, and `n0` is reachable by `fast1`. The effects are correctly reflected in the current state, with `fast1` at `n0` and passengers `p2` and `p3` onboard. The diagram and natural language description accurately represent the state, and the action logically progresses towards the goal state.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 12
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 18
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 18
successfully verified the action of new state 18 with the path: The last action `(leave p2 fast1 n2 n2 n1)` is valid because all preconditions are satisfied: `fast1` is at floor `n2`, `p2` is boarded on `fast1`, and the passenger count is correct. The effects are correctly reflected in the current state, with `p2` on floor `n2` and the passenger count updated. The natural language description, diagram encoding, and visualization are all accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 5 (5) exceeds beam width (4) -> ranking...
Expanding nodes at depth 5
Expanding state 14
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 19
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 19
successfully verified the action of new state 19 with the path: The last action `(board p3 fast1 n4 n1 n2)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 15
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 20
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 20
successfully verified the action of new state 20 with the path: The last action `(board p2 fast1 n4 n1 n2)` is valid because all preconditions are satisfied: `fast1` is at floor `n4`, `p2` is at floor `n4`, and `fast1` has capacity to board `p2`. The effects are correctly reflected in the current state, with `p2` on board `fast1` and the passenger count updated. The natural language description, diagram encoding, and visualization are all consistent and accurate.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 16
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 21
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 21
State 21 failed the action path verification test: The last action `(leave p3 fast1 n0 n1 n0)` is invalid because the precondition that `fast1` must be at floor `n0` is not satisfied; it is at floor `n2` in the parent state. The current state's description and visualization incorrectly show `fast1` at floor `n0` with `p3` onboard, which does not match the parent state.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 22
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 22
State 22 failed the action path verification test: The last action `(leave p3 fast1 n0 n1 n0)` is invalid because the effects are not correctly updated in the current state. `p3` should be on floor `n0`, and `fast1` should have 0 passengers, but the current state shows `p3` as onboard `fast1` with 1 passenger. The natural language description, diagram encoding, and visualization are inaccurate.
attempt number 3 for getting child states (temp = 0.5)
created the 1th child state (temp = 0.5)
Getting diagram of state 23
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 23
successfully verified the action of new state 23 with the path: The last action `(move-down-fast fast1 n2 n0)` is valid because all preconditions are satisfied: `fast1` is at `n2`, `n0` is below `n2`, and `n0` is reachable by `fast1`. The effects of the action are correctly updated in the current state, with `fast1` at `n0` and `p3` onboard. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 18
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 24
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 24
successfully verified the action of new state 24 with the path: The last action `(move-down-fast fast1 n2 n0)` is valid because all preconditions are satisfied: `fast1` was at `n2`, `n0` is below `n2`, and `n0` is reachable by `fast1`. The current state's natural language description, diagram encoding, and visualization accurately reflect the effects of the actions taken, maintaining consistency with the initial state and the sequence of actions.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 6 (4) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 6
Expanding state 19
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 25
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 25
State 25 failed the action path verification test: The last action is valid, but the current state's natural language description and visualization are incorrect. The passenger count for fast1 should be 1/2, and p2 should be on floor n2, not on board fast1.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 26
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 26
successfully verified the action of new state 26 with the path: The last action `(move-down-fast fast1 n4 n2)` is valid because all preconditions are satisfied in the parent state, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 20
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 27
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 27
successfully verified the action of new state 27 with the path: The last action `(leave p2 fast1 n2 n2 n1)` is valid because all preconditions are met: `fast1` is at floor `n2`, `p2` is on board, and the passenger count updates correctly. The current state's natural language description, diagram encoding, and visualization accurately reflect the effects of the action and the sequence of actions taken. All objects from the initial state are present and correctly represented in the current state's visualization.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 23
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 28
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 28
successfully verified the action of new state 28 with the path: The last action `(leave p3 fast1 n0 n1 n0)` is valid because all preconditions are met: `fast1` is at floor `n0`, `p3` is onboard `fast1`, and the passenger count is correct. The effects are correctly reflected in the current state, with `p3` on floor `n0` and `fast1` having 0 passengers. The natural language description, diagram encoding, and visualization are all accurate and consistent with the actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 24
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 29
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 29
successfully verified the action of new state 29 with the path: The last action `(leave p3 fast1 n0 n1 n0)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The action helps achieve the goal state, and the current state's description and visualization are accurate.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 7 (4) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 7
Expanding state 26
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 30
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 30
successfully verified the action of new state 30 with the path: The last action `(leave p2 fast1 n2 n2 n1)` is valid because all preconditions are met: `fast1` is at floor `n2`, `p2` is on board, and the passenger count changes correctly. The current state's description and visualization accurately reflect the effects of the action, with all objects correctly positioned and described.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
created the 2th child state (temp = 0.75)
Getting diagram of state 31
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 31
successfully verified the action of new state 31 with the path: The last action `(move-down-fast fast1 n2 n0)` is valid as all preconditions are met: `fast1` is at `n2`, `n0` is below `n2`, and `fast1` can reach `n0`. The current state's description and visualization accurately reflect the effects of the action, with `fast1` at `n0` and `p2` and `p3` on board. The action logically progresses towards the goal state by moving `p3` closer to its destination.
Expanding state 27
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 32
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 32
successfully verified the action of new state 32 with the path: The last action `(leave p2 fast1 n2 n2 n1)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the current state, and all objects from the initial state are present. The action logically progresses towards the goal state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 28
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 33
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 33
successfully verified the action of new state 33 with the path: The last action `(move-up-fast fast0 n0 n1)` is valid because all preconditions are satisfied: `fast0` was at `n0`, `n1` is above `n0`, and `fast0` can reach `n1`. The effects of the action are correctly reflected in the current state. The natural language description, diagram encoding, and visualization are consistent and accurate with the actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 34
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 34
State 34 failed the action path verification test: The action `(board p1 fast0 n1 n0 n1)` is invalid because the precondition that `p1` must be on floor `n1` is not met. `p1` is already onboard `fast0`, which contradicts the precondition. The current state's description and visualization are mostly accurate, but the action taken is not valid.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 29
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 35
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 35
successfully verified the action of new state 35 with the path: The last action `(move-up-fast fast0 n0 n1)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the state after the sequence of actions taken. The action aligns with the goal state by positioning `fast0` to pick up passengers at `n1`.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 36
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: 
Reached maximum attempts without a fully valid diagram.
Child state 36 is invalid: 
attempt number 4 for getting child states (temp = 0.75)
created the 2th child state (temp = 0.75)
Getting diagram of state 37
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Elevator fast0 is not at the required floor n1 for boarding.
Reached maximum attempts without a fully valid diagram.
Child state 37 is invalid: Elevator fast0 is not at the required floor n1 for boarding.
Number of valid nodes at depth 8 (5) exceeds beam width (4) -> ranking...
Expanding nodes at depth 8
Expanding state 33
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 38
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 38
successfully verified the action of new state 38 with the path: The last action `(board p1 fast0 n1 n0 n1)` is valid because all preconditions are satisfied: `fast0` is at floor `n1`, `p1` is at floor `n1`, and `fast0` has capacity. The effects are correctly reflected in the current state. The natural language description and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 39
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 39
successfully verified the action of new state 39 with the path: The last action `(board p4 fast0 n1 n0 n1)` is valid as all preconditions are met: `fast0` is at floor `n1`, `p4` is at floor `n1`, and `fast0` has capacity. The effects are correctly reflected in the current state, and the action logically progresses towards the goal state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 35
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 40
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 40
State 40 failed the action path verification test: The last action `(board p1 fast0 n1 n0 n1)` is invalid because the precondition that `p1` must be on floor `n1` is not met; `p1` is already onboard `fast0`. The current state's description and visualization are consistent but do not reflect a valid state transition from the previous state.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 41
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 41
State 41 failed the action path verification test: The last action `(board p1 fast0 n1 n0 n1)` is invalid because `p1` is already onboard `fast0`, violating the precondition that `p1` must be on the floor to board. The current state description and visualization are consistent but incorrectly reflect the action's preconditions and effects.
attempt number 3 for getting child states (temp = 0.5)
created the 1th child state (temp = 0.5)
Getting diagram of state 42
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 42
successfully verified the action of new state 42 with the path: The last action `(board p1 fast0 n1 n0 n1)` is valid as all preconditions are met: `fast0` is at floor `n1`, `p1` is at floor `n1`, and `fast0` has capacity. The effects of the action are correctly reflected in the current state. The visualization and natural language description of the current state are accurate and consistent with the sequence of actions taken.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 30
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 43
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 43
successfully verified the action of new state 43 with the path: The last action is valid because all preconditions are satisfied, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization are consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 32
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 44
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 44
State 44 failed the action path verification test: The last action is invalid because the precondition that `fast1` is at floor `n0` is not met; it was at `n2` in the parent state. The current state's description and visualization are also incorrect due to this inconsistency.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 45
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 45
State 45 failed the action path verification test: The last action `(leave p3 fast1 n0 n1 n0)` is invalid because the precondition that `fast1` is at floor `n0` is not met. Additionally, the effects of the action are not correctly updated in the current state, as `p3` is still shown on board `fast1`. The current state's description and visualization are consistent with each other but do not accurately reflect the effects of the last action.
attempt number 3 for getting child states (temp = 0.5)
created the 1th child state (temp = 0.5)
Getting diagram of state 46
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 46
successfully verified the action of new state 46 with the path: The last action `(leave p3 fast1 n0 n1 n0)` is valid because all preconditions are satisfied: `fast1` is at floor `n0`, `p3` is on board `fast1`, and the passenger count is correct. The effects are correctly updated in the current state. The natural language description and visualization accurately reflect the current state, with all objects correctly positioned and described.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 9 (5) exceeds beam width (4) -> ranking...
Expanding nodes at depth 9
Expanding state 38
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 47
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 47
successfully verified the action of new state 47 with the path: The last action `(board p4 fast0 n1 n1 n2)` is valid as all preconditions are met: `fast0` is at floor `n1`, `p4` is at floor `n1`, and `fast0` has the capacity to board `p4`. The effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 39
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 48
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 48
successfully verified the action of new state 48 with the path: The last action `(board p1 fast0 n1 n1 n2)` is valid as all preconditions are satisfied: `fast0` is at floor `n1`, `p1` is at floor `n1`, and `fast0` has capacity to board `p1`. The effects are correctly reflected in the current state. The natural language description and visualization accurately represent the current state, with all objects from the initial state present and correctly visualized.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 49
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 49
successfully verified the action of new state 49 with the path: The last action `(move-up-fast fast0 n1 n3)` is valid because all preconditions are satisfied: `fast0` was at `n1`, `n3` is above `n1`, and `fast0` can reach `n3`. The effects of the action are correctly reflected in the current state. The natural language description, diagram encoding, and visualization are all accurate and consistent with the sequence of actions taken.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 42
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 50
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 50
successfully verified the action of new state 50 with the path: The last action `(board p4 fast0 n1 n1 n2)` is valid as all preconditions are met: `fast0` is at floor `n1`, `p4` is at floor `n1`, and the elevator has capacity for `p4`. The effects are correctly reflected in the current state. The natural language description and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 43
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 51
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 51
successfully verified the action of new state 51 with the path: The last action `(leave p3 fast1 n0 n1 n0)` is valid because all preconditions are satisfied: `fast1` is at floor `n0`, `p3` is on board, and the passenger count is correct. The effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization accurately reflect the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 10 (5) exceeds beam width (4) -> ranking...
Expanding nodes at depth 10
Expanding state 51
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 52
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 52
successfully verified the action of new state 52 with the path: The last action `(move-up-fast fast0 n0 n1)` is valid because all preconditions are satisfied, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the state after the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
created the 2th child state (temp = 0.75)
Getting diagram of state 53
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Elevator fast0 is not at the required floor n1 for boarding p1.
Reached maximum attempts without a fully valid diagram.
Child state 53 is invalid: Elevator fast0 is not at the required floor n1 for boarding p1.
Expanding state 49
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 54
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 54
successfully verified the action of new state 54 with the path: The last action `(leave p4 fast0 n3 n1 n0)` is valid as all preconditions are met, and the effects are correctly updated in the current state. The current state's natural language description, diagram encoding, and visualization are accurate and consistent with the sequence of actions taken. All objects from the initial state are present in the current state's visualization.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 55
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: 
Reached maximum attempts without a fully valid diagram.
Child state 55 is invalid: 
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 47
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 56
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 56
successfully verified the action of new state 56 with the path: The last action `(move-up-fast fast0 n1 n3)` is valid as all preconditions are met: `fast0` was at `n1`, and `n3` is reachable. The current state's description, diagram encoding, and visualization accurately reflect the effects of the action and the sequence of actions taken. All objects are correctly represented, and the state is consistent with the goal of moving passengers to their destinations.
attempt number 2 for getting child states (temp = 0.25)
cannot access local variable 'num_attempts' where it is not associated with a value
attempt number 3 for getting child states (temp = 0.5)
cannot access local variable 'num_attempts' where it is not associated with a value
attempt number 4 for getting child states (temp = 0.75)
cannot access local variable 'num_attempts' where it is not associated with a value
Expanding state 48
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 57
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 57
successfully verified the action of new state 57 with the path: The last action `(move-up-fast fast0 n1 n3)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the current state, with all objects from the initial state present and correctly positioned. The action moves passengers `p1` and `p4` closer to their goal, aligning with the goal state requirements.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 11 (4) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 11
Expanding state 52
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 58
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 58
successfully verified the action of new state 58 with the path: The last action `(board p1 fast0 n1 n0 n1)` is valid because all preconditions are met: `fast0` is at floor `n1`, `p1` is at floor `n1`, and `fast0` has capacity. The effects are correctly reflected in the current state: `p1` is on board `fast0`, and the capacity is updated. The natural language description and visualization accurately represent the current state after the sequence of actions.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 59
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 59
successfully verified the action of new state 59 with the path: The last action is valid because all preconditions are satisfied, and the effects are correctly reflected in the current state. The natural language description and visualization accurately represent the state after the action sequence.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 54
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 60
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Fast0 is not at floor n1, violating the precondition.
Reached maximum attempts without a fully valid diagram.
Child state 60 is invalid: Fast0 is not at floor n1, violating the precondition.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 61
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 61
successfully verified the action of new state 61 with the path: The last action `(move-down-fast fast0 n3 n1)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken. All objects from the initial state are present in the current state's visualization.
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 62
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Elevator fast0 is not at floor n1 to board passenger p1.
Reached maximum attempts without a fully valid diagram.
Child state 62 is invalid: Elevator fast0 is not at floor n1 to board passenger p1.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 56
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 63
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 63
successfully verified the action of new state 63 with the path: The last action `(leave p1 fast0 n3 n2 n1)` is valid because all preconditions are satisfied: `fast0` is at floor `n3`, `p1` is onboard `fast0`, and the passenger count change is valid. The effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 64
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 64
successfully verified the action of new state 64 with the path: The last action `(leave p4 fast0 n3 n2 n1)` is valid because all preconditions are satisfied: `fast0` is at floor `n3`, `p4` is onboard `fast0`, and the passenger count is correctly updated. The current state's description and visualization accurately reflect the sequence of actions taken.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 57
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 65
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 65
successfully verified the action of new state 65 with the path: The last action `(leave p1 fast0 n3 n2 n1)` is valid because all preconditions are satisfied: `fast0` is at floor `n3`, `p1` is onboard `fast0`, and the passenger count is correctly updated. The current state's natural language description, diagram encoding, and visualization accurately reflect the sequence of actions taken, with all objects correctly represented.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 66
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 66
successfully verified the action of new state 66 with the path: The last action `(leave p4 fast0 n3 n2 n1)` is valid because all preconditions are satisfied: `fast0` is at floor `n3`, `p4` is onboard `fast0`, and the passenger count updates correctly. The current state's description and visualization accurately reflect the sequence of actions taken, with all objects correctly represented.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 12 (7) exceeds beam width (4) -> ranking...
Expanding nodes at depth 12
Expanding state 63
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 67
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 67
successfully verified the action of new state 67 with the path: The last action is valid because all preconditions are satisfied: `fast0` is at floor n3, `p4` is onboard `fast0`, and the passenger count changes correctly. The current state's natural language description, diagram encoding, and visualization accurately reflect the effects of the action, with all objects correctly positioned and described.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 64
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 68
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 68
State 68 failed the action path verification test: The last action `(leave p4 fast0 n3 n2 n1)` is invalid because `p4` was not onboard `fast0` in the parent state, violating the precondition. The current state's description and visualization are accurate, but the action taken to reach this state is not valid.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 69
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 69
successfully verified the action of new state 69 with the path: The last action `(leave p1 fast0 n3 n1 n0)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the state after the sequence of actions. All objects from the initial state are present, and their statuses are correctly visualized.
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 65
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 70
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 70
successfully verified the action of new state 70 with the path: The last action `(leave p4 fast0 n3 n1 n0)` is valid because all preconditions are satisfied: `fast0` is at floor `n3`, `p4` is onboard `fast0`, and the passenger count changes correctly from 1 to 0. The current state's natural language description, diagram encoding, and visualization accurately reflect the effects of the action and the sequence of actions taken from the initial state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 66
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 71
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 71
successfully verified the action of new state 71 with the path: The last action `(leave p1 fast0 n3 n1 n0)` is valid as all preconditions are met, and the effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization are consistent and accurate, reflecting the sequence of actions taken from the initial state.
attempt number 2 for getting child states (temp = 0.25)
created the 2th child state (temp = 0.25)
Getting diagram of state 72
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 72
successfully verified the action of new state 72 with the path: The last action `(leave p1 fast0 n3 n2 n1)` is valid because all preconditions are satisfied: `fast0` is at floor `n3`, `p1` is onboard `fast0`, and the passenger count changes correctly. The effects are accurately reflected in the current state. The natural language description, diagram encoding, and visualization are consistent and correct, showing the correct positions and statuses of all objects.
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
created the 3th child state (temp = 0.75)
Getting diagram of state 73
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 73
successfully verified the action of new state 73 with the path: The last action `(board p5 fast0 n3 n1 n2)` is valid as all preconditions are met: `fast0` is at floor `n3`, `p5` is at floor `n3`, and the capacity allows for `p5` to board. The effects of the action are correctly reflected in the current state, with `p5` onboard `fast0` and the capacity updated. The natural language description and visualization of the current state accurately represent the sequence of actions taken.
Number of valid nodes at depth 13 (6) exceeds beam width (4) -> ranking...
Expanding nodes at depth 13
Expanding state 67
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 74
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 74
State 74 failed the action path verification test: The last action `(board p5 fast0 n3 n0 n1)` is invalid because the precondition that `p5` must be on floor `n3` is not satisfied; `p5` is already onboard `fast0`. The current state's natural language description and visualization inaccurately describe `p5` as being on the floor instead of onboard `fast0`.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 75
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 75
successfully verified the action of new state 75 with the path: The last action `(board p5 fast0 n3 n0 n1)` is valid because all preconditions are satisfied: `fast0` is at floor `n3`, `p5` is at floor `n3`, and `fast0` has the capacity to board `p5`. The effects are correctly reflected in the current state, with `p5` onboard `fast0` and the capacity updated. The natural language description, diagram encoding, and visualization accurately represent the current state.
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 69
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 76
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 76
successfully verified the action of new state 76 with the path: The last action `(board p5 fast0 n3 n0 n1)` is valid as all preconditions are met: `fast0` is at floor `n3`, `p5` is at floor `n3`, and `fast0` has capacity to board `p5`. The effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the current state after the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 77
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 77
successfully verified the action of new state 77 with the path: The last action `(board p5 slow1-0 n3 n0 n1)` is valid as all preconditions are met: `slow1-0` is at `n3`, `p5` is at `n3`, and the elevator has the capacity to board `p5`. The effects are correctly reflected in the current state, with `p5` onboard `slow1-0`. The natural language description and visualization accurately represent the current state, with all objects from the initial state present and correctly depicted.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 70
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 78
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 78
successfully verified the action of new state 78 with the path: The last action `(board p5 fast0 n3 n0 n1)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description and visualization accurately represent the current state, with all objects correctly positioned and described. The action moves `p5` closer to its goal, making it logical for achieving the goal state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 71
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 79
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 79
successfully verified the action of new state 79 with the path: The last action `(board p5 fast0 n3 n0 n1)` is valid as all preconditions are met: `fast0` is at floor `n3`, `p5` is at floor `n3`, and `fast0` has the capacity to board `p5`. The current state's description, diagram encoding, and visualization accurately reflect the effects of this action and the sequence of actions taken. All elements are consistent and correctly updated.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 80
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 80
successfully verified the action of new state 80 with the path: The action `(board p5 slow1-0 n3 n0 n1)` is valid as all preconditions are met: `slow1-0` is at `n3`, `p5` is at `n3`, and the elevator has capacity. The effects are correctly reflected in the current state, and the action logically progresses towards the goal state. The natural language description, diagram encoding, and visualization are all accurate and consistent with the sequence of actions taken.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 14 (6) exceeds beam width (4) -> ranking...
Expanding nodes at depth 14
Expanding state 75
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 81
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 81
successfully verified the action of new state 81 with the path: The last action `(move-down-fast fast0 n3 n2)` is valid because all preconditions are satisfied: `fast0` is at `n3`, `n2` is below `n3`, and `n2` is reachable by `fast0`. The current state's natural language description and visualization accurately reflect the effects of the action and the sequence of actions taken. All objects from the initial state are present in the current state's visualization.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 76
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 82
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 82
successfully verified the action of new state 82 with the path: The last action `(move-down-fast fast0 n3 n2)` is valid because all preconditions are satisfied: `fast0` was at `n3`, `n2` is below `n3`, and `fast0` can reach `n2`. The effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization accurately reflect the current state, with all objects correctly positioned and described.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 77
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 83
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 83
successfully verified the action of new state 83 with the path: The last action `(move-down-slow slow1-0 n3 n2)` is valid as all preconditions are met, and the effects are correctly applied in the current state. The current state's natural language description and visualization accurately reflect the sequence of actions taken, and all objects are correctly represented.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 78
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 84
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 84
successfully verified the action of new state 84 with the path: The last action is valid as all preconditions are satisfied, and the effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization accurately reflect the sequence of actions taken from the initial state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 15 (4) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 15
Expanding state 81
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 85
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 85
successfully verified the action of new state 85 with the path: The last action is valid because all preconditions are satisfied: `fast0` is at floor `n2`, `p5` is onboard `fast0`, and the passenger count is correctly updated. The current state's natural language description, diagram encoding, and visualization accurately reflect the effects of the action and the sequence of actions taken from the initial state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 82
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 86
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 86
successfully verified the action of new state 86 with the path: The last action `(leave p5 fast0 n2 n1 n0)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization of the current state are consistent with the sequence of actions taken, and all objects are correctly represented.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 87
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Action moves p5 away from their goal floor n2.
Reached maximum attempts without a fully valid diagram.
Child state 87 is invalid: Action moves p5 away from their goal floor n2.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 83
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 88
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 88
successfully verified the action of new state 88 with the path: The action `(leave p5 slow1-0 n2 n1 n0)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization accurately represent the state after the action, aligning with the goal state requirements.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 84
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 89
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 89
successfully verified the action of new state 89 with the path: The last action `(leave p5 fast0 n2 n1 n0)` is valid because all preconditions are satisfied: the elevator is at floor `n2`, passenger `p5` is onboard, and the passenger count transitions correctly. The current state's natural language description, diagram encoding, and visualization accurately reflect the effects of the action and the sequence of actions taken from the initial state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 16 (4) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 16
Expanding state 85
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 90
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 90
successfully verified the action of new state 90 with the path: The last action `(board p0 slow0-0 n1 n0 n1)` is valid because all preconditions are satisfied, and the effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 91
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 91
successfully verified the action of new state 91 with the path: The last action `(move-down-slow slow0-0 n1 n0)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken. The action helps progress towards the goal state.
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 86
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 92
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 92
successfully verified the action of new state 92 with the path: The action `(board p0 slow0-0 n1 n0 n1)` is valid as all preconditions are met, and the effects are correctly reflected in the current state. The action logically progresses towards the goal state, and the natural language description and visualization are accurate.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
created the 2th child state (temp = 0.5)
Getting diagram of state 93
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 93
successfully verified the action of new state 93 with the path: The last action `(move-down-slow slow0-0 n1 n0)` is valid because all preconditions are satisfied: `slow0-0` was at `n1`, `n0` is below `n1`, and `slow0-0` can reach `n0`. The effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization accurately reflect the state after the sequence of actions. The action helps progress towards the goal state by positioning `slow0-0` to pick up `p0`.
attempt number 4 for getting child states (temp = 0.75)
cannot access local variable 'num_attempts' where it is not associated with a value
Expanding state 88
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 94
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: 
Reached maximum attempts without a fully valid diagram.
Child state 94 is invalid: 
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 95
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Passenger p5 is not at the correct floor to board fast0.
Reached maximum attempts without a fully valid diagram.
Child state 95 is invalid: Passenger p5 is not at the correct floor to board fast0.
attempt number 3 for getting child states (temp = 0.5)
created the 1th child state (temp = 0.5)
Getting diagram of state 96
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 96
successfully verified the action of new state 96 with the path: The action `(board p0 slow0-0 n1 n0 n1)` is valid as all preconditions are met: `slow0-0` is at floor `n1`, `p0` is at floor `n1`, and the elevator has capacity. The effects are correctly reflected in the current state, and the action logically progresses towards the goal state. The diagram and description accurately represent the current state.
attempt number 4 for getting child states (temp = 0.75)
created the 2th child state (temp = 0.75)
Getting diagram of state 97
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 97
State 97 failed the action path verification test: The action `(board p5 fast0 n3 n0 n1)` is invalid because the precondition that `p5` must be at floor `n3` is not satisfied. The current state's natural language description and visualization are consistent with the action's effect but not with the preconditions.
Expanding state 89
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 98
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 98
successfully verified the action of new state 98 with the path: The action `(board p0 slow0-0 n1 n0 n1)` is valid as all preconditions are met: `slow0-0` is at floor `n1`, `p0` is at floor `n1`, and the elevator has capacity. The effects are correctly reflected in the current state, with `p0` onboard `slow0-0`. The natural language description, diagram encoding, and visualization accurately represent the current state. All objects from the initial state are present in the visualization.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 17 (6) exceeds beam width (4) -> ranking...
Expanding nodes at depth 17
Expanding state 90
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 99
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 99
successfully verified the action of new state 99 with the path: The last action is valid because all preconditions are satisfied: `slow0-0` was at `n1`, `n0` is below `n1`, and `slow0-0` can reach `n0`. The effects of the action are correctly reflected in the current state. The natural language description and visualization accurately represent the current state, with all objects correctly positioned and described.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 91
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 100
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Elevator slow0-0 is not at the correct floor (n1) for boarding.
Reached maximum attempts without a fully valid diagram.
Child state 100 is invalid: Elevator slow0-0 is not at the correct floor (n1) for boarding.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 101
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: 
Reached maximum attempts without a fully valid diagram.
Child state 101 is invalid: 
attempt number 3 for getting child states (temp = 0.5)
created the 1th child state (temp = 0.5)
Getting diagram of state 102
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: 
Reached maximum attempts without a fully valid diagram.
Child state 102 is invalid: 
attempt number 4 for getting child states (temp = 0.75)
created the 1th child state (temp = 0.75)
Getting diagram of state 103
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Elevator slow0-0 is not at the required floor n1 for boarding p0.
Reached maximum attempts without a fully valid diagram.
Child state 103 is invalid: Elevator slow0-0 is not at the required floor n1 for boarding p0.
Expanding state 92
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 104
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 104
successfully verified the action of new state 104 with the path: The last action `(move-down-slow slow0-0 n1 n0)` is valid as all preconditions are met, and the effects are correctly updated in the current state. The action moves the system closer to the goal state. The natural language description, diagram encoding, and visualization accurately reflect the current state.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 93
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 105
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Elevator is not at the correct floor to board the passenger.
Reached maximum attempts without a fully valid diagram.
Child state 105 is invalid: Elevator is not at the correct floor to board the passenger.
attempt number 2 for getting child states (temp = 0.25)
created the 1th child state (temp = 0.25)
Getting diagram of state 106
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: Action does not align with the goal state; p3 should remain on floor n0.
Reached maximum attempts without a fully valid diagram.
Child state 106 is invalid: Action does not align with the goal state; p3 should remain on floor n0.
attempt number 3 for getting child states (temp = 0.5)
created the 1th child state (temp = 0.5)
Getting diagram of state 107
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 107
State 107 failed the action path verification test: The last action `(leave p0 slow0-0 n0 n1 n0)` is invalid because the precondition that `p0` is on board `slow0-0` is not satisfied. The current state's description and visualization are consistent with each other but do not align with the logical sequence of actions, as `p0` was never boarded on `slow0-0`.
attempt number 4 for getting child states (temp = 0.75)
created the 1th child state (temp = 0.75)
Getting diagram of state 108
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Diagram test failed: 
Reached maximum attempts without a fully valid diagram.
Child state 108 is invalid: 
Number of valid nodes at depth 18 (2) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 18
Expanding state 99
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 109
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 109
successfully verified the action of new state 109 with the path: The last action `(leave p0 slow0-0 n0 n1 n0)` is valid because all preconditions are satisfied, and the effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization of the current state are accurate and consistent with the sequence of actions taken.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Expanding state 104
attempt number 1 for getting child states (temp = 0.0)
created the 1th child state (temp = 0.0)
Getting diagram of state 110
[Attempt 1] Generating diagram encoding
Diagram encoding is valid.
[Attempt 2] Generating diagram code
Successfully generated & tested diagram for state 110
successfully verified the action of new state 110 with the path: The last action is valid because all preconditions are satisfied, and the effects are correctly updated in the current state. The natural language description, diagram encoding, and visualization accurately reflect the current state, with all objects in their correct positions and statuses.
attempt number 2 for getting child states (temp = 0.25)
new action not unique
attempt number 3 for getting child states (temp = 0.5)
new action not unique
attempt number 4 for getting child states (temp = 0.75)
new action not unique
Number of valid nodes at depth 19 (2) ≤ beam width (4), skipping ranking/pruning.
Expanding nodes at depth 19
Found goal!!
['(move-up-fast fast1 n3 n4)', '(board p2 fast1 n4 n0 n1)', '(board p3 fast1 n4 n1 n2)', '(move-down-fast fast1 n4 n2)', '(leave p2 fast1 n2 n2 n1)', '(move-down-fast fast1 n2 n0)', '(leave p3 fast1 n0 n1 n0)', '(move-up-fast fast0 n0 n1)', '(board p1 fast0 n1 n0 n1)', '(board p4 fast0 n1 n1 n2)', '(move-up-fast fast0 n1 n3)', '(leave p1 fast0 n3 n2 n1)', '(leave p4 fast0 n3 n1 n0)', '(board p5 fast0 n3 n0 n1)', '(move-down-fast fast0 n3 n2)', '(leave p5 fast0 n2 n1 n0)', '(board p0 slow0-0 n1 n0 n1)', '(move-down-slow slow0-0 n1 n0)', '(leave p0 slow0-0 n0 n1 n0)']
Goal state and path diagrams recorded in <PATH_REMOVED>
(move-up-fast fast1 n3 n4)
(board p2 fast1 n4 n0 n1)
(board p3 fast1 n4 n1 n2)
(move-down-fast fast1 n4 n2)
(leave p2 fast1 n2 n2 n1)
(move-down-fast fast1 n2 n0)
(leave p3 fast1 n0 n1 n0)
(move-up-fast fast0 n0 n1)
(board p1 fast0 n1 n0 n1)
(board p4 fast0 n1 n1 n2)
(move-up-fast fast0 n1 n3)
(leave p1 fast0 n3 n2 n1)
(leave p4 fast0 n3 n1 n0)
(board p5 fast0 n3 n0 n1)
(move-down-fast fast0 n3 n2)
(leave p5 fast0 n2 n1 n0)
(board p0 slow0-0 n1 n0 n1)
(move-down-slow slow0-0 n1 n0)
(leave p0 slow0-0 n0 n1 n0)
Goal state found.
