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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-0.6301187162060208, -4.081409912507013, -28.438845699135555])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


<gymnasium.vlm.groundtruth_interactor.MockVLM object at 0x145549a674c0>

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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-6.019469888350834, -6.49572263064555, -5.043691721833284])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [3.8384130362005457, -1.9316134357082764, 35.74582576534359])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-27.570819705092376, 40.82952463188555, 18.00485664184953])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [3.6635755657345737, 1.944999279138087, 57.02366851105554])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-2.854728422169845, -0.026529214561433145, -23.989872157746746])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [3.4380121501021637, 0.2454284335085595, 31.463663282014636])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [4.508115247503776, -12.234385533249977, 15.539978852624794])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [1.787217231813707, -1.0767809762921223, 18.547697613839745])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-1.3442300565789889, -1.8645055940383244, 57.233874235170504])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [74.83912733276203, 3.79110756831474, 23.121999927369973])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [2.1084590705637805, -0.18314309707058618, 35.33733344095456])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [39.486667686797, 156.77228121221341, -29.415890130504692])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-0.3403052048571049, 0.4436769405173355, 39.81443460340095])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-3.5044864032015, 4.415480255508979, -29.280954938967493])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [7.088198013369838, 19.523637710444138, 12.162686727555846])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-7.18629131209777, 1.6157162887958743, -26.40454116026687])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-1.9229714622287986, 0.9382142148414986, 39.714268624783735])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-2.1734563408960583, 3.98670654523587, 44.36889868177743])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [0.8018365951798573, -5.543951305741924, -38.876247592582956])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [99.94101537974176, 59.174922840577096, 37.34112689888244])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [2.522953719743888, 1.797744109308743, 51.30655589364252])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-9.829418989356329, -3.0043595096000986, 34.04084979852232])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-25.10076359797378, -20.57552447375054, 28.40973041167831])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>


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>.

Based on the current state, I need to take the optimal action to solve this task.<answer>('move', [-25.111859694647748, 47.68962378064149, 32.4745241528149])</answer>

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Prompt: Environment feedback: Action executed successfully.

Based on the current state, I need to take the optimal action to solve this task.<answer>('stop', 'stop')</answer>