<gymnasium.vlm.groundtruth_interactor.MockVLM object at 0x72fbfc43a350>

Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.


Prompt:
You see a blue stick and a red target stick on a canvas. Your goal is to move and rotate the blue stick to match the red target stick. Unit moves are in an *unknown* scale (could be tiny or huge).

Available actions:
1. 'move': Translate by dx,dy units (any real number) and rotate by dθ° (any real number). Format: `('move', [dx, dy, dθ])`
2. 'stop': Submit your current stick as final. You win (+1) if your stick is within 5px and 10° of the target. Format: `('stop', 'stop')`

Please respond with exactly one action and its arguments in the specified format. For example:
- Move right by 2 units and rotate 45°: `('move', [2, 0, 45])`
- Move diagonally and rotate: `('move', [1.5, -0.8, 90])`
- Finalize the stick position: `('stop', 'stop')`

Verbalize your reasoning in <think>…</think> and give the final result in <answer>…</answer>.
This is step 1. You are allowed to take 9 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 2. You are allowed to take 8 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 3. You are allowed to take 7 more steps.

Prompt:
Environment feedback: Action executed successfully.

This is step 4. You are allowed to take 6 more steps.