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', [-7.288229714277974, 1.9097669344637873, 16.83201013033433])</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 0x14db96e4f1f0>

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', [4.276768565714105, -6.844001999907902, -50.807879820278515])</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', [3.0366421788607476, 14.682244860637702, -35.262745316604764])</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', [-19.592532264594404, 1.562274574170359, 13.359774277845295])</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', [1.093679159413395, -15.498929781679172, 28.776904952420637])</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', [-1.6491739616394956, -2.0489083583789998, 33.425251806232346])</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', [-4.478256784540361, 1.1319525014575456, 56.22618677460783])</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', [-18.37007027716256, -9.60463084898585, 26.729251645305965])</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', [12.760848092386503, -10.230196584173102, -49.93354979193466])</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', [2.564960226856813, 6.53227533612382, -4.776139672497749])</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', [-5.0331233496024685, 6.459724189864821, -50.70511957429817])</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', [0.9930892469322697, -1.0230026285555984, -23.369234445833712])</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', [-2.8630084945701206, 0.2448714873311941, 43.76652028683767])</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', [5.711825969284977, 0.6664603656728321, -2.084145981731391])</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', [2.9410834628193476, -10.494526498223133, 49.78677649347427])</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', [-2.3315780458375572, -1.4616324761180497, 44.0864812685511])</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', [17.083332036225222, -5.1049265802469455, -7.372135388337938])</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', [-5.925564921358725, -2.0303442781320613, -16.905165140345957])</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', [-63.25776784412117, -34.503451738715356, 10.615581549915968])</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', [3.1394558507579444, 0.8294116102360073, 53.73575883090564])</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', [5.187771668649639, -0.04011708935782791, -26.766984874911532])</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', [-53.150188428476945, -11.539304926438534, -45.80251158028202])</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', [2.720941269316961, -3.398912460731589, -16.313753120301907])</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', [-5.5997532863843205, 12.937013809817975, -22.432591366823203])</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', [18.41371930163906, 17.836360582662536, 12.324030615966706])</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>