Datasets:

Yuki-Kokomi

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OpenECAD-Dataset

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[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[9.2981178e-16, -0.011121033], radius=0.0005410731)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[-0.031, 0.025], radius=0.003)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0.018508326], end_point=[0.0007529846, 0.018508326])\nLine2 = add_line(start_point=[-7.0020916e-05, 0.017841492], end_point=[0.0007529846, 0.017841492])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0007529846, 0.018508326], end_point=[0.0007529846, 0.017841492])\nmake_coincident(Line3.start_point, Line1.end_point)\nmake_coincident(Line3.end_point, Line2.end_point)\nLine4 = add_line(start_point=[0, 0.018508326], end_point=[-0.001, 0.018508326])\nmake_coincident(Line4.start_point, Line1.start_point)\nLine5 = add_line(start_point=[-7.0020916e-05, 0.017841492], end_point=[-0.001, 0.017841492])\nmake_parallel(Line5, Line4)\nmake_horizontal(Line5)\nLine6 = add_line(start_point=[-0.001, 0.018508326], end_point=[-0.001, 0.017841492])\nmake_coincident(Line6.start_point, Line4.end_point)\nmake_coincident(Line6.end_point, Line5.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[0, 0.16242747])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.02413, 0.037909021], end_point=[0.02032, -2.7755576e-17])\nLine3 = add_line(start_point=[0.02413, 0.037909021], end_point=[0.011866433, 0.037909021])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.start_point)\nLine4 = add_line(start_point=[0.011866433, 0.037909021], end_point=[0.0080564332, -1.3877788e-17])\nmake_parallel(Line4, Line2)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.0080564332, -1.540744e-33], end_point=[0.02032, 5.8432791e-18])\nmake_coincident(Line5.start_point, Line4.end_point)\nmake_coincident(Line5.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nArc1 = add_arc(start_point=[0.01327421, 0.062816769], end_point=[0.0044882635, 0.064240295], mid_point=[0.0090582612, 0.064621121])\nArc2 = add_arc(start_point=[-0.021970409, 0.064217341], end_point=[-0.031645869, 0.054838807], mid_point=[-0.028918997, 0.061705762])\nArc3 = add_arc(start_point=[-0.020097559, 0.063872414], end_point=[-0.014005527, 0.064912358], mid_point=[-0.016930561, 0.063683674])\nmake_tangent(Arc3, Arc2)\nmake_coincident(Arc3.start_point, Arc2.start_point)\nArc4 = add_arc(start_point=[0.013385675, 0.06273105], end_point=[0.019788868, 0.061569115], mid_point=[0.016444035, 0.061360735])\nmake_tangent(Arc4, Arc1)\nmake_coincident(Arc4.start_point, Arc1.start_point)\nCircle1 = add_circle(center_point=[-0.0075580566, -0.095], radius=0.151)\nmake_coincident(Circle1, Arc1.center_point)\nmake_coincident(Circle1, Arc2.center_point)\nArc5 = add_arc(start_point=[-0.0014283805, 0.065133842], end_point=[0.0046217608, 0.064284462], mid_point=[0.0014991351, 0.064014267])\nmake_tangent(Arc5, Arc1)\nmake_coincident(Arc5.end_point, Arc1.end_point)\nArc6 = add_arc(start_point=[-0.034487984, 0.054238344], end_point=[-0.03152973, 0.056739611], mid_point=[-0.032551002, 0.054947471])\nmake_tangent(Arc6, Arc2)\nmake_coincident(Arc6.end_point, Arc2.end_point)\nArc7 = add_arc(start_point=[0.031359162, 0.054466244], end_point=[0.034318065, 0.05196111], mid_point=[0.032379586, 0.052671503])\nArc8 = add_arc(start_point=[-0.0019869851, 0.065484891], end_point=[-0.014528231, 0.064509798], mid_point=[-0.0084107429, 0.066966901])\nmake_tangent(Arc8, Arc3)\nmake_tangent(Arc8, Arc5)\nmake_coincident(Arc8.center_point, Circle1)\nmake_coincident(Arc8.start_point, Arc5.start_point)\nmake_coincident(Arc8.end_point, Arc3.end_point)\nArc9 = add_arc(start_point=[0.031462331, 0.053583133], end_point=[0.020649339, 0.061792986], mid_point=[0.027924831, 0.060149667])\nmake_tangent(Arc9, Arc7)\nmake_tangent(Arc9, Arc4)\nmake_coincident(Arc9.center_point, Circle1)\nmake_coincident(Arc9.start_point, Arc7.start_point)\nmake_coincident(Arc9.end_point, Arc4.end_point)\nPoint1 = add_point(point=[0.022482452, 0.052981647])\nmake_coincident(Point1, Circle1)\nPoint2 = add_point(point=[-0.0075580566, 0.056])\nmake_coincident(Point2, Circle1)\nLine1 = add_line(start_point=[-0.034487984, 0.054238344], end_point=[-0.10349997, 0.054238344])\nmake_horizontal(Line1)\nmake_coincident(Line1, Arc6.start_point)\nmake_tangent(Line1, Arc6)\nmake_coincident(Line1.start_point, Arc6.start_point)\nLine2 = add_line(start_point=[0.034318065, 0.05196111], end_point=[0.090411752, 0.05196111])\nmake_horizontal(Line2)\nmake_tangent(Line2, Arc7)\nmake_coincident(Line2.start_point, Arc7.end_point)\nLine3 = add_line(start_point=[-0.04504865, 0.032238344], end_point=[0.046542671, 0.032238344])\nmake_horizontal(Line3)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.04445, 0.022225], end_point=[-0.04445, 0.022225])\nLine2 = add_line(start_point=[0.04445, -0.022225], end_point=[-0.04445, -0.022225])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.04445, 0.022225], end_point=[0.04445, -0.022225])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.04445, 0.022225], end_point=[-0.04445, -0.022225])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.01, -0.0445], end_point=[0.002, -0.0445])\nLine2 = add_line(start_point=[0.002, -0.0345], end_point=[-0.1405, -0.0345])\nLine3 = add_line(start_point=[0.002, -0.0545], end_point=[-0.1405, -0.0545])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[0.002, -0.0345], end_point=[0.002, -0.0545])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line2.start_point)\nmake_coincident(Line4.end_point, Line3.start_point)\nLine5 = add_line(start_point=[-0.1405, -0.0345], end_point=[-0.1405, -0.0545])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.0075, -0.019], end_point=[0.0075, -0.019])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.0075, 0], end_point=[-0.0075, -0.019])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.end_point, Line1.start_point)\nLine3 = add_line(start_point=[0.0075, 0], end_point=[0.0075, -0.019])\nmake_parallel(Line3, Line2)\nmake_coincident(Line3.end_point, Line1.end_point)\nLine4 = add_line(start_point=[-0.0075, 8.6736174e-19], end_point=[-0.007, 0.0005])\nmake_coincident(Line4.start_point, Line2.start_point)\nLine5 = add_line(start_point=[-0.007, 0.0005], end_point=[-0.007, 0.0095])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[-0.007, 0.0095], end_point=[-0.006, 0.0095])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[-0.006, 0.0095], end_point=[-0.006, 0.0255])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[-0.006, 0.0255], end_point=[0.006, 0.0255])\nmake_horizontal(Line8)\nmake_coincident(Line8.start_point, Line7.end_point)\nLine9 = add_line(start_point=[0.006, 0.0255], end_point=[0.006, 0.0095])\nmake_vertical(Line9)\nmake_coincident(Line9.start_point, Line8.end_point)\nLine10 = add_line(start_point=[0.006, 0.0095], end_point=[0.007, 0.0095])\nmake_perpendicular(Line10, Line9)\nmake_horizontal(Line10)\nmake_coincident(Line10.start_point, Line9.end_point)\nLine11 = add_line(start_point=[0.007, 0.0095], end_point=[0.007, 0.0005])\nmake_vertical(Line11)\nmake_coincident(Line11.start_point, Line10.end_point)\nLine12 = add_line(start_point=[0.007, 0.0005], end_point=[0.0075, 1.0842022e-18])\nmake_coincident(Line12.start_point, Line11.end_point)\nmake_coincident(Line12.end_point, Line3.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nArc1 = add_arc(start_point=[-0.025963888, 0.01398353], end_point=[1.3010426e-18, -0.023692943], mid_point=[-0.023818265, -0.012322312])\nLine1 = add_line(start_point=[0.0046096453, 0.010895294], end_point=[1.7347235e-18, -0.023692943])\nmake_coincident(Line1.end_point, Arc1.end_point)\nLine2 = add_line(start_point=[-0.025963888, 0.01398353], end_point=[0.0046096453, 0.010895294])\nmake_coincident(Line2.start_point, Arc1.start_point)\nmake_coincident(Line2.end_point, Line1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[0.1016, 0])\nLine2 = add_line(start_point=[-1.9081958e-17, 0.1016], end_point=[0.1016, 0.1016])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, 0.1016])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.1016, 0], end_point=[0.1016, 0.1016])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.13460372, -0.025403647], end_point=[0, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0.015, 0.006], radius=0.002)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.05725, 0.0145], end_point=[-0.05425, 0.0145])\nLine2 = add_line(start_point=[-0.05725, 0.02675], end_point=[-0.05425, 0.02675])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.05725, 0.0145], end_point=[-0.05725, 0.02675])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.05425, 0.0145], end_point=[-0.05425, 0.02675])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nLine5 = add_line(start_point=[-0.04925, 0.004], end_point=[-0.01, 0.004])\nLine6 = add_line(start_point=[-0.04925, 0.02675], end_point=[-0.01, 0.02675])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.04925, 0.004], end_point=[-0.04925, 0.02675])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[-0.01, 0.004], end_point=[-0.01, 0.02675])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nLine9 = add_line(start_point=[-0.02775, 0.03905], end_point=[-0.01, 0.03905])\nLine10 = add_line(start_point=[-0.02775, 0.03075], end_point=[-0.01, 0.03075])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[-0.02775, 0.03905], end_point=[-0.02775, 0.03075])\nmake_perpendicular(Line11, Line10)\nmake_coincident(Line11.start_point, Line9.start_point)\nmake_coincident(Line11.end_point, Line10.start_point)\nLine12 = add_line(start_point=[-0.01, 0.03905], end_point=[-0.01, 0.03075])\nmake_parallel(Line12, Line11)\nmake_coincident(Line12.start_point, Line9.end_point)\nmake_coincident(Line12.end_point, Line10.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-11.4046, 0.042497474], end_point=[-11.43, 0.042497474])\nLine2 = add_line(start_point=[-11.4046, 2.1760975], end_point=[-11.43, 2.1760975])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-11.4046, 0.042497474], end_point=[-11.4046, 2.1760975])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-11.43, 0.042497474], end_point=[-11.43, 2.1760975])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[0.599, 0])\nLine2 = add_line(start_point=[-7.6327833e-17, 0.409], end_point=[0.599, 0.409])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, 0.409])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.599, 0], end_point=[0.599, 0.409])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.076)\nCircle2 = add_circle(center_point=[0, 0], radius=0.074)\nmake_coincident(Circle2.center_point, Circle1.center_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.075, 3.42], end_point=[0.075, 3.42])\nLine2 = add_line(start_point=[-0.075, 3.57], end_point=[0.075, 3.57])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.075, 3.42], end_point=[-0.075, 3.57])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.075, 3.42], end_point=[0.075, 3.57])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[3.1512462e-18, 3.495])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.08255)\nCircle2 = add_circle(center_point=[0, 0], radius=0.1016)\nmake_coincident(Circle2.center_point, Circle1.center_point)\nCircle3 = add_circle(center_point=[0, 0], radius=0.12065)\nmake_coincident(Circle3.center_point, Circle2.center_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.0125)\nCircle2 = add_circle(center_point=[0, 0], radius=0.0105)\nmake_coincident(Circle2.center_point, Circle1.center_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[3.469447e-18, 0.024067624], radius=0.0043080664)\nCircle2 = add_circle(center_point=[3.469447e-18, 0.024067624], radius=0.0030708534)\nmake_coincident(Circle2.center_point, Circle1.center_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, -0.0083315354], end_point=[0.0048586037, -0.0083315354])\nLine2 = add_line(start_point=[0, 0.013119497], end_point=[0.0048586037, 0.013119497])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, -0.0083315354], end_point=[0, 0.013119497])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.0048586037, -0.0083315354], end_point=[0.0048586037, 0.013119497])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, -0.009398], radius=0.00725)\nCircle2 = add_circle(center_point=[0, -0.009398], radius=0.004826)\nmake_coincident(Circle2.center_point, Circle1.center_point)\nLine1 = add_line(start_point=[-0.0099595729, -0.008898], end_point=[0.0095389988, -0.008898])\nLine2 = add_line(start_point=[-0.0099595729, -0.009898], end_point=[0.0095389988, -0.009898])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0099595729, -0.008898], end_point=[-0.0099595729, -0.009898])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.0095389988, -0.008898], end_point=[0.0095389988, -0.009898])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nLine5 = add_line(start_point=[-0.0005, -0.018036501], end_point=[0.0005, -0.018036501])\nLine6 = add_line(start_point=[-0.0005, -0.00083323917], end_point=[0.0005, -0.00083323917])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.0005, -0.018036501], end_point=[-0.0005, -0.00083323917])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[0.0005, -0.018036501], end_point=[0.0005, -0.00083323917])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nLine9 = add_line(start_point=[-0.0099595729, -0.009398], end_point=[0.0095389988, -0.009398])\nmake_coincident(Line9, Circle1.center_point)\nLine10 = add_line(start_point=[1.3832478e-18, -0.00083323917], end_point=[-1.3832478e-18, -0.018036501])\nmake_coincident(Line10, Circle1.center_point)\nCircle3 = add_circle(center_point=[0, -0.009398], radius=0.004)\nmake_coincident(Circle3.center_point, Circle1.center_point)\nCircle4 = add_circle(center_point=[0, -0.009398], radius=0.001)\nmake_coincident(Circle4.center_point, Circle2.center_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.0094511518, -0.0012731334], end_point=[0.010272949, -0.0012731334])\nLine2 = add_line(start_point=[0.0094511518, 0.0023099026], end_point=[0.010272949, 0.0023099026])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0094511518, -0.0012731334], end_point=[0.0094511518, 0.0023099026])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.010272949, -0.0012731334], end_point=[0.010272949, 0.0023099026])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.067523096, 0.05], end_point=[0.046309893, 0.028786797])\nLine2 = add_line(start_point=[0.046309893, 0.028786797], end_point=[0.032523096, 1.7347235e-18])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.032523096, -2.7755576e-17], end_point=[0.067523096, -2.7755576e-17])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.067523096, 0], end_point=[0.067523096, 0.05])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[0.034438807, 0], end_point=[0.034438807, 0.004])\nmake_coincident(Line5.end_point, Line2)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.019138254, 0.017656105], end_point=[0.013666751, 0.017656105])\nLine2 = add_line(start_point=[-0.019138254, -0.023311213], end_point=[0.013666751, -0.023311213])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.019138254, 0.017656105], end_point=[-0.019138254, -0.023311213])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.013666751, 0.017656105], end_point=[0.013666751, -0.023311213])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.03225, 0.037950192], end_point=[0.01675, 0.037950192])\nLine2 = add_line(start_point=[-0.03225, 0.0099501923], end_point=[0.01675, 0.0099501923])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.03225, 0.037950192], end_point=[-0.03225, 0.0099501923])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.01675, 0.037950192], end_point=[0.01675, 0.0099501923])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.003, 0.072], end_point=[0.037, 0.072])\nLine2 = add_line(start_point=[0.003, 0.0675], end_point=[0.037, 0.0675])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.003, 0.072], end_point=[0.003, 0.0675])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.037, 0.072], end_point=[0.037, 0.0675])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[0.06, 0])\nLine2 = add_line(start_point=[0, 0.07], end_point=[0.06, 0.07])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, 0.07])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.06, 0], end_point=[0.06, 0.07])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.03175, 0.03175], end_point=[-0.03175, 0.03175])\nLine2 = add_line(start_point=[0.03175, -0.03175], end_point=[-0.03175, -0.03175])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.03175, 0.03175], end_point=[0.03175, -0.03175])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.03175, 0.03175], end_point=[-0.03175, -0.03175])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0])\nCircle1 = add_circle(center_point=[0, 0], radius=0.0175006)\nmake_coincident(Circle1.center_point, Point1)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.8, 0.4], end_point=[0.8, 0.4])\nLine2 = add_line(start_point=[-0.8, -0.4], end_point=[0.8, -0.4])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.8, 0.4], end_point=[-0.8, -0.4])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.8, 0.4], end_point=[0.8, -0.4])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.025, 0.0125], end_point=[-0.025, 0.0125])\nLine2 = add_line(start_point=[0.025, -0.0125], end_point=[-0.025, -0.0125])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.025, 0.0125], end_point=[0.025, -0.0125])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.025, 0.0125], end_point=[-0.025, -0.0125])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 8.5725276e-19], radius=0.014)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0.071200001], end_point=[0, -0.069599998])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[-0.015, 0.0075], end_point=[-0.01, 0.0075])\nLine3 = add_line(start_point=[-0.015, -0.0075], end_point=[-0.01, -0.0075])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[-0.015, 0.0075], end_point=[-0.015, -0.0075])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line2.start_point)\nmake_coincident(Line4.end_point, Line3.start_point)\nLine5 = add_line(start_point=[-0.01, 0.0075], end_point=[-0.01, -0.0075])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\nLine6 = add_line(start_point=[0.049109798, 0], end_point=[-0.042996541, 0])\nmake_horizontal(Line6)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.01601604, 0.006985], end_point=[-0.01982604, 0.006985])\nLine2 = add_line(start_point=[-0.01601604, 0.003175], end_point=[-0.01982604, 0.003175])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.01601604, 0.006985], end_point=[-0.01601604, 0.003175])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.01982604, 0.006985], end_point=[-0.01982604, 0.003175])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[-0.01792104, 0.00508])\nPoint2 = add_point(point=[-0.01665104, 0.00508])\nPoint3 = add_point(point=[-0.01792104, 0.00635])\nPoint4 = add_point(point=[-0.01665104, 0.00508])\nPoint5 = add_point(point=[-0.01792104, 0.00635])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.0025, -0.003], end_point=[-0.0005, -0.001])\nLine2 = add_line(start_point=[-0.0005, -0.001], end_point=[-0.0025, -0.003])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.0025, -0.003], end_point=[0.0025, -0.003])\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Line1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.65, 1], end_point=[0.65, 1])\nLine2 = add_line(start_point=[-0.65, 0.9], end_point=[0.65, 0.9])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.65, 1], end_point=[-0.65, 0.9])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.65, 1], end_point=[0.65, 0.9])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.063566029, 0.052312706], end_point=[0.076644197, 0.052312706])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.063870169, 0.021898342], end_point=[0.076948345, 0.021898342])\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.061741166, -0.01399061], end_point=[0.076340057, -0.01399061])\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[-0.060220446, -0.039538678], end_point=[0.076644197, -0.039538678])\nmake_horizontal(Line4)\nLine5 = add_line(start_point=[-0.061437022, -0.063870169], end_point=[0.079077348, -0.063870169])\nmake_horizontal(Line5)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0.061073568], end_point=[-0.056879926, 3.469447e-18])\nLine2 = add_line(start_point=[-0.056879926, 3.469447e-18], end_point=[0.059533227, 0])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.059533227, 0], end_point=[0, 0.061073568])\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Line1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.0097, 0.0097], end_point=[-0.0097, 0.0097])\nLine2 = add_line(start_point=[-0.0097, 0.0097], end_point=[-0.0097, -0.0097])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.0097, -0.0097], end_point=[0.0097, -0.0097])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.0097, -0.0097], end_point=[0.0097, 0.0097])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.25, 0.028], end_point=[0.0091067705, 0.028])\nLine2 = add_line(start_point=[-0.25, 0.003], end_point=[-0.064990098, 0.003])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.25, 0.028], end_point=[-0.25, 0.003])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.064990098, 0.003], end_point=[0.037285775, -0.063418729])\nmake_coincident(Line4.start_point, Line2.end_point)\nArc1 = add_arc(start_point=[0.037285775, -0.063418729], end_point=[0.058944272, -0.040595436], mid_point=[0.05760599, -0.061013673])\nmake_tangent(Arc1, Line4)\nmake_coincident(Arc1.start_point, Line4.end_point)\nLine5 = add_line(start_point=[0.058944272, -0.040595436], end_point=[0.0091067705, 0.028])\nmake_tangent(Line5, Arc1)\nmake_coincident(Line5.start_point, Arc1.end_point)\nmake_coincident(Line5.end_point, Line1.end_point)\nCircle1 = add_circle(center_point=[0, 0], radius=0.0127)\nCircle2 = add_circle(center_point=[0.046, -0.05], radius=0.0075)\nmake_coincident(Circle2.center_point, Arc1.center_point)\nLine6 = add_line(start_point=[-0.225, 0.0155], end_point=[-0.1, 0.0155])\nmake_horizontal(Line6)\nPoint1 = add_point(point=[-0.25, 0.0155])\nCircle3 = add_circle(center_point=[-0.225, 0.0155], radius=0.00275)\nmake_coincident(Circle3.center_point, Line6.start_point)\nCircle4 = add_circle(center_point=[-0.1625, 0.0155], radius=0.00275)\nCircle5 = add_circle(center_point=[-0.1, 0.0155], radius=0.00275)\nmake_coincident(Circle5.center_point, Line6.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.039653558, -1.7347235e-18], end_point=[-0.026506918, 0.0076681384])\nLine2 = add_line(start_point=[-0.026506918, 0.0076681384], end_point=[0.027653826, 0.0076681384])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.027653826, 0.0076681384], end_point=[0.040382352, 0])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.040382352, 0], end_point=[0.025416837, -0.0087290464])\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.025416837, -0.0087290464], end_point=[-0.02534302, -0.0087290464])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[-0.02534302, -0.0087290464], end_point=[-0.039653558, -2.6020852e-18])\nmake_coincident(Line6.start_point, Line5.end_point)\nmake_coincident(Line6.end_point, Line1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nArc1 = add_arc(start_point=[-0.02, -2.4492936e-18], end_point=[1.2246468e-18, -0.02], mid_point=[-0.014142136, -0.014142136])\nArc2 = add_arc(start_point=[1.2246468e-18, -0.02], end_point=[0.02, 0], mid_point=[0.014142136, -0.014142136])\nmake_coincident(Arc2.center_point, Arc1.center_point)\nmake_coincident(Arc2.start_point, Arc1.end_point)\nLine1 = add_line(start_point=[-0.02, -2.4492936e-18], end_point=[0.02, 0])\nmake_coincident(Line1.start_point, Arc1.start_point)\nmake_coincident(Line1.end_point, Arc2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[-0.8, 0])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0, 0], end_point=[0.8, 0])\nmake_coincident(Line2.start_point, Line1.start_point)\nLine3 = add_line(start_point=[-0.8, 0.06], end_point=[0.8, 0.06])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[-0.8, 0], end_point=[-0.8, 0.06])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.start_point, Line2)\nmake_coincident(Line4.end_point, Line3.start_point)\nLine5 = add_line(start_point=[0.8, -6.9388939e-18], end_point=[0.8, 0.06])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.04935557, 0.042405136], end_point=[0.081866495, 0.042405136])\nLine2 = add_line(start_point=[-0.04935557, 0.0286435], end_point=[0.081866495, 0.0286435])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.04935557, 0.042405136], end_point=[-0.04935557, 0.0286435])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.081866495, 0.042405136], end_point=[0.081866495, 0.0286435])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.0762, 1.8288], end_point=[0.0381, 1.8288])\nLine2 = add_line(start_point=[0.0762, 1.6891], end_point=[0.0381, 1.6891])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0762, 1.8288], end_point=[0.0762, 1.6891])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.0381, 1.8288], end_point=[0.0381, 1.6891])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nLine5 = add_line(start_point=[-0.0762, 1.8288], end_point=[-0.0381, 1.8288])\nLine6 = add_line(start_point=[-0.0762, 1.6891], end_point=[-0.0381, 1.6891])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.0762, 1.8288], end_point=[-0.0762, 1.6891])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[-0.0381, 1.8288], end_point=[-0.0381, 1.6891])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.0295, 0.005], end_point=[0.0295, 0.005])\nLine2 = add_line(start_point=[-0.0295, -0.005], end_point=[0.0295, -0.005])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0295, 0.005], end_point=[-0.0295, -0.005])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.0295, 0.005], end_point=[0.0295, -0.005])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nLine5 = add_line(start_point=[-0.0295, 0], end_point=[0.0295, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.062933719, 0.0924282], end_point=[-0.063633719, 0.0924282])\nLine2 = add_line(start_point=[-0.062933719, 0.0944282], end_point=[-0.063633719, 0.0944282])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.062933719, 0.0924282], end_point=[-0.062933719, 0.0944282])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.063633719, 0.0924282], end_point=[-0.063633719, 0.0944282])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.028860478, -0.040990401], end_point=[0.034639522, -0.040990401])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.034639522, -0.040990401], end_point=[0.034639522, 0.035209599])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.034639522, 0.035209599], end_point=[-0.028860478, 0.035209599])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.028860478, 0.035209599], end_point=[-0.028860478, -0.040990401])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.01098049, 0.022331813], end_point=[0.03851951, 0.022331813])\nLine2 = add_line(start_point=[-0.01098049, -0.0026681867], end_point=[0.03851951, -0.0026681867])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.01098049, 0.022331813], end_point=[-0.01098049, -0.0026681867])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.03851951, 0.022331813], end_point=[0.03851951, -0.0026681867])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nArc1 = add_arc(start_point=[0.057900001, 0.023], end_point=[0.0505, 0.030400001], mid_point=[0.055732591, 0.028232591])\nLine1 = add_line(start_point=[0.057900001, 0.023], end_point=[0.057900001, -0.023])\nmake_coincident(Line1.start_point, Arc1.start_point)\nLine2 = add_line(start_point=[0.0505, 0.030400001], end_point=[-0.0505, 0.030400001])\nmake_coincident(Line2.start_point, Arc1.end_point)\nArc2 = add_arc(start_point=[0.057900001, -0.023], end_point=[0.0505, -0.015599999], mid_point=[0.055732591, -0.017767409])\nmake_coincident(Arc2.end_point, Line1.end_point)\nArc3 = add_arc(start_point=[-0.043099999, 0.023], end_point=[-0.0505, 0.030400001], mid_point=[-0.045267409, 0.028232591])\nmake_coincident(Arc3.start_point, Line2.end_point)\nLine3 = add_line(start_point=[-0.057900001, 0.023], end_point=[-0.057900001, -0.023])\nmake_coincident(Line3.start_point, Arc3.end_point)\nArc4 = add_arc(start_point=[-0.043099999, -0.023], end_point=[-0.0505, -0.015599999], mid_point=[-0.045267409, -0.017767409])\nmake_coincident(Arc4.start_point, Line3.end_point)\nLine4 = add_line(start_point=[0.0505, -0.030400001], end_point=[-0.0505, -0.030400001])\nmake_coincident(Line4.start_point, Arc2.start_point)\nmake_coincident(Line4.end_point, Arc4.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.13796666, 0.390525], end_point=[0.16683334, 0.390525])\nLine2 = add_line(start_point=[-0.13796666, 0.238125], end_point=[0.16683334, 0.238125])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.13796666, 0.390525], end_point=[-0.13796666, 0.238125])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.16683334, 0.390525], end_point=[0.16683334, 0.238125])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nLine5 = add_line(start_point=[-0.13479166, 0.38735], end_point=[-0.13479166, 0.2413])\nLine6 = add_line(start_point=[-0.13479166, 0.38735], end_point=[0.16365834, 0.38735])\nmake_coincident(Line6.start_point, Line5.start_point)\nLine7 = add_line(start_point=[0.16365834, 0.38735], end_point=[0.16365834, 0.2413])\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[-0.13479166, 0.2413], end_point=[0.16365834, 0.2413])\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line7.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 2.4492936e-19], radius=0.0175)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.065685111, -0.1], end_point=[0.045685111, -0.1])\nLine2 = add_line(start_point=[0.065685111, 0.1], end_point=[0.045685111, 0.1])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.065685111, -0.1], end_point=[0.065685111, 0.1])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.045685111, -0.1], end_point=[0.045685111, 0.1])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0.055685111, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.175475, -0.217975], end_point=[-0.194525, -0.217975])\nLine2 = add_line(start_point=[-0.175475, -0.237025], end_point=[-0.194525, -0.237025])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.175475, -0.217975], end_point=[-0.175475, -0.237025])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.194525, -0.217975], end_point=[-0.194525, -0.237025])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[-0.185, -0.2275])\nLine5 = add_line(start_point=[-0.178523, -0.221023], end_point=[-0.191477, -0.221023])\nLine6 = add_line(start_point=[-0.178523, -0.233977], end_point=[-0.191477, -0.233977])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.178523, -0.221023], end_point=[-0.178523, -0.233977])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[-0.191477, -0.221023], end_point=[-0.191477, -0.233977])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nPoint2 = add_point(point=[-0.185, -0.2275])\nmake_coincident(Point2, Point1)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.0381, -0.045286752], end_point=[0.0381, -0.045286752])\nLine2 = add_line(start_point=[-0.0381, 0.082632052], end_point=[0.0381, 0.082632052])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0381, -0.045286752], end_point=[-0.0381, 0.082632052])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.0381, -0.045286752], end_point=[0.0381, 0.082632052])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.475, 0], end_point=[0.482, 0])\nLine2 = add_line(start_point=[0.475, -0.007], end_point=[0.482, -0.007])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.475, 0], end_point=[0.475, -0.007])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.482, 0], end_point=[0.482, -0.007])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0.482, -0.007])\nmake_coincident(Point1, Line2.end_point)\nLine5 = add_line(start_point=[-0.50007057, 0], end_point=[-0.49307057, 0])\nLine6 = add_line(start_point=[-0.50007057, -0.007], end_point=[-0.49307057, -0.007])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.50007057, 0], end_point=[-0.50007057, -0.007])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[-0.49307057, 0], end_point=[-0.49307057, -0.007])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nPoint2 = add_point(point=[-0.49307057, -0.007])\nmake_coincident(Point2, Line6.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-3.0924101, -10.9728], end_point=[2.9166945, -10.9728])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[2.9166945, -10.9728], end_point=[2.9166945, 0])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[2.9166945, 0], end_point=[-3.0924101, 0])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-3.0924101, 0], end_point=[-3.0924101, -10.9728])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[-0.087857781, -10.9728], end_point=[-0.087857781, 0])\nLine6 = add_line(start_point=[-0.087857781, 0], end_point=[-0.087857781, -5.4864])\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[-0.087857781, -5.4864], end_point=[-3.0924101, -5.4864])\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[-3.0924101, -5.4864], end_point=[2.9166945, -5.4864])\nmake_coincident(Line8.start_point, Line7.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nArc1 = add_arc(start_point=[-0.0055932917, -0.0030062582], end_point=[-0.0055932917, 0.0030062582], mid_point=[0.00635, -1.4099832e-18])\nArc2 = add_arc(start_point=[-0.0055932917, 0.0030062582], end_point=[-0.0055932917, -0.0030062582], mid_point=[-0.009144, -1.7268563e-18])\nmake_coincident(Arc2.start_point, Arc1.end_point)\nmake_coincident(Arc2.end_point, Arc1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[1e-05, 0.016], end_point=[0.0012, 0.013])\nLine2 = add_line(start_point=[0.0012, 0.013], end_point=[0.001, 0.011])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.001, 0.011], end_point=[0.001, 0.001])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.001, 0.001], end_point=[0.002, 0.001])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line3.end_point)\nArc1 = add_arc(start_point=[0.0024705882, 0.0083823529], end_point=[-4.1058352e-19, 0.009], mid_point=[-0.001273312, -0.0013432481])\nArc2 = add_arc(start_point=[0.0024705882, -0.00088235294], end_point=[0.002, 0.001], mid_point=[0.0029701425, 0.00024253563])\nmake_tangent(Arc2, Arc1)\nmake_tangent(Arc2, Line4)\nmake_coincident(Arc2.start_point, Arc1.start_point)\nmake_coincident(Arc2.end_point, Line4.end_point)\nLine5 = add_line(start_point=[-4.3845963e-19, 0.016], end_point=[-4.1058352e-19, -0.0015])\nmake_coincident(Line5.end_point, Arc1.end_point)\nLine6 = add_line(start_point=[1e-05, 0.016], end_point=[0, 0.016])\nmake_perpendicular(Line6, Line5)\nmake_coincident(Line6.start_point, Line1.start_point)\nmake_coincident(Line6.end_point, Line5.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.034795616, 0.011680292], end_point=[0.027302681, 0.011680292])\nLine2 = add_line(start_point=[-0.034795616, -0.023670249], end_point=[0.027302681, -0.023670249])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.034795616, 0.011680292], end_point=[-0.034795616, -0.023670249])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.027302681, 0.011680292], end_point=[0.027302681, -0.023670249])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.001, 0.035], end_point=[-0.006, 0.035])\nLine2 = add_line(start_point=[0.001, 0.01], end_point=[-0.006, 0.01])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.001, 0.035], end_point=[0.001, 0.01])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.006, 0.035], end_point=[-0.006, 0.01])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nPoint1 = add_point(point=[0.027999803, 0.044566409])\nPoint2 = add_point(point=[0.015301564, 0.044354866])\nPoint3 = add_point(point=[0.01554088, 0.031454864])\nPoint4 = add_point(point=[0.028334498, 0.031741199])\nLine1 = add_line(start_point=[0.01554088, 0.031454864], end_point=[0.028334498, 0.031741199])\nmake_coincident(Line1.start_point, Point3)\nmake_coincident(Line1.end_point, Point4)\nLine2 = add_line(start_point=[0.028334498, 0.031741199], end_point=[0.027999803, 0.044566409])\nmake_coincident(Line2.start_point, Point4)\nmake_coincident(Line2.end_point, Point1)\nLine3 = add_line(start_point=[0.027999803, 0.044566409], end_point=[0.015301564, 0.044354866])\nmake_coincident(Line3.start_point, Point1)\nmake_coincident(Line3.end_point, Point2)\nLine4 = add_line(start_point=[0.015301564, 0.044354866], end_point=[0.01554088, 0.031454864])\nmake_coincident(Line4.start_point, Point2)\nmake_coincident(Line4.end_point, Point3)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0.076288566, 0.325], radius=0.015)\nCircle2 = add_circle(center_point=[0.26837566, 0.325], radius=0.015)\nCircle3 = add_circle(center_point=[0.26837566, 0.075], radius=0.015)\nCircle4 = add_circle(center_point=[0.076288566, 0.075], radius=0.015)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.025, 0.015], end_point=[0.025, 0.015])\nLine2 = add_line(start_point=[-0.025, -0.015], end_point=[0.025, -0.015])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.025, 0.015], end_point=[-0.025, -0.015])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.025, 0.015], end_point=[0.025, -0.015])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.31331568, 0.12060746], end_point=[0.31331568, 0.11942509])\nLine2 = add_line(start_point=[0.31331568, 0.11942509], end_point=[0.43909769, 0.11923877])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.43909769, 0.11923877], end_point=[0.43910282, 0.12269644])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.43910282, 0.12269644], end_point=[0.47083516, 0.12264944])\nmake_coincident(Line4.start_point, Line3.end_point)\nArc1 = add_arc(start_point=[0.47486387, 0.12667219], end_point=[0.46681838, 0.12666027], mid_point=[0.47083516, 0.13069493])\nmake_coincident(Arc1.start_point, Line4.end_point)\nLine5 = add_line(start_point=[0.47083516, 0.13069493], end_point=[0.433122, 0.13063907])\nmake_coincident(Line5.start_point, Arc1.end_point)\nLine6 = add_line(start_point=[0.433122, 0.13063907], end_point=[0.433122, 0.1270195])\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.433122, 0.1270195], end_point=[0.3694888, 0.12692524])\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.3694888, 0.12692524], end_point=[0.36948392, 0.13022514])\nmake_coincident(Line8.start_point, Line7.end_point)\nLine9 = add_line(start_point=[0.36948392, 0.13022514], end_point=[0.35931511, 0.13021007])\nmake_coincident(Line9.start_point, Line8.end_point)\nLine10 = add_line(start_point=[0.35931511, 0.13021007], end_point=[0.34984301, 0.1351094])\nmake_coincident(Line10.start_point, Line9.end_point)\nLine11 = add_line(start_point=[0.34984301, 0.1351094], end_point=[0.31333709, 0.13505533])\nmake_coincident(Line11.start_point, Line10.end_point)\nLine12 = add_line(start_point=[0.31333709, 0.13505533], end_point=[0.31331568, 0.12060746])\nmake_coincident(Line12.start_point, Line11.end_point)\nmake_coincident(Line12.end_point, Line1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0.015, 0.19], radius=0.0055)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.028228984, 0], end_point=[0.028228984, 0])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.048478984, 0], end_point=[0.049078984, 0])\nLine3 = add_line(start_point=[0.048478984, 0.006], end_point=[0.049078984, 0.006])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[0.048478984, 0], end_point=[0.048478984, 0.005566688])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line2.start_point)\nLine5 = add_line(start_point=[0.049078984, 4.3368087e-19], end_point=[0.049078984, 0.005566688])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nLine6 = add_line(start_point=[0.049258325, 0.0063944567], end_point=[0.049988291, 0.008])\nLine7 = add_line(start_point=[0.049988291, 0.008], end_point=[0.049388291, 0.008])\nmake_horizontal(Line7)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.049388291, 0.008], end_point=[0.048658325, 0.0063944567])\nmake_parallel(Line8, Line6)\nmake_coincident(Line8.start_point, Line7.end_point)\nPoint1 = add_point(point=[0.049078984, 0.006])\nmake_coincident(Point1, Line3.end_point)\nmake_coincident(Point1, Line3.end_point)\nmake_coincident(Point1, Line5)\nmake_coincident(Point1, Line6)\nArc1 = add_arc(start_point=[0.049258325, 0.0063944567], end_point=[0.049078984, 0.005566688], mid_point=[0.049124334, 0.0059901748])\nmake_tangent(Arc1, Line6)\nmake_tangent(Arc1, Line5)\nmake_coincident(Arc1.start_point, Line6.start_point)\nmake_coincident(Arc1.end_point, Line5.end_point)\nPoint2 = add_point(point=[0.048478984, 0.006])\nmake_coincident(Point2, Line3.start_point)\nmake_coincident(Point2, Line3.start_point)\nmake_coincident(Point2, Line4)\nmake_coincident(Point2, Line8)\nArc2 = add_arc(start_point=[0.048658325, 0.0063944567], end_point=[0.048478984, 0.005566688], mid_point=[0.048524334, 0.0059901748])\nmake_tangent(Arc2, Line8)\nmake_tangent(Arc2, Line4)\nmake_coincident(Arc2.start_point, Line8.end_point)\nmake_coincident(Arc2.end_point, Line4.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.000875, 0.0025], end_point=[0.000875, 0.0025])\nLine2 = add_line(start_point=[-0.000875, -0.0025], end_point=[0.000875, -0.0025])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.000875, 0.0025], end_point=[-0.000875, -0.0025])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.000875, 0.0025], end_point=[0.000875, -0.0025])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nLine5 = add_line(start_point=[-0.000875, 0.0025], end_point=[0.000875, -0.0025])\nmake_coincident(Line5.start_point, Line1.start_point)\nmake_coincident(Line5.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0.105, 0.07], radius=0.00115)\nCircle2 = add_circle(center_point=[0.105, -0.07], radius=0.00115)\nCircle3 = add_circle(center_point=[0.005, -0.07], radius=0.00115)\nCircle4 = add_circle(center_point=[0.005, 0.07], radius=0.00115)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[-0.048400207, -0.05935412], radius=0.00515)\nLine1 = add_line(start_point=[-0.057550207, -0.03850412], end_point=[-0.0075502068, -0.03850412])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.050550207, -0.06850412], end_point=[-0.050550207, -0.090356454])\nLine3 = add_line(start_point=[-0.0075502068, -0.06850412], end_point=[-0.0075502068, -0.03850412])\nmake_perpendicular(Line3, Line1)\nmake_coincident(Line3.end_point, Line1.end_point)\nLine4 = add_line(start_point=[-0.057550207, -0.03850412], end_point=[-0.057550207, -0.090356454])\nmake_coincident(Line4.start_point, Line1.start_point)\nLine5 = add_line(start_point=[-0.0075502068, -0.06850412], end_point=[-0.050550207, -0.06850412])\nmake_coincident(Line5.start_point, Line3.start_point)\nmake_coincident(Line5.end_point, Line2.start_point)\nLine6 = add_line(start_point=[-0.057550207, -0.090356454], end_point=[-0.050550207, -0.090356454])\nmake_perpendicular(Line6, Line4)\nmake_coincident(Line6.start_point, Line4.end_point)\nmake_coincident(Line6.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[0.022, 0])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.022, 0], end_point=[0.022, -0.011])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.016, -0.015], end_point=[0.006, -0.015])\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[0, -0.011], end_point=[0, 0])\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[0.022, 0], end_point=[0.022, -0.011])\nmake_coincident(Line5.start_point, Line1.end_point)\nmake_coincident(Line5.end_point, Line2)\nLine6 = add_line(start_point=[0.006, -0.015], end_point=[0, -0.011])\nmake_coincident(Line6.start_point, Line3)\nmake_coincident(Line6.start_point, Line3.end_point)\nmake_coincident(Line6.end_point, Line4)\nmake_coincident(Line6.end_point, Line4.start_point)\nLine7 = add_line(start_point=[0.016, -0.015], end_point=[0.022, -0.011])\nmake_coincident(Line7.start_point, Line3)\nmake_coincident(Line7.start_point, Line3.start_point)\nmake_coincident(Line7.end_point, Line5.end_point)\nmake_coincident(Line7.end_point, Line2.end_point)\nPoint1 = add_point(point=[0.022, -0.015])\nmake_coincident(Point1, Line3)\nmake_coincident(Point1, Line2)\nPoint2 = add_point(point=[0, -0.015])\nmake_coincident(Point2, Line3)\nmake_coincident(Point2, Line4)\nLine8 = add_line(start_point=[0.024, 0.0020000001], end_point=[0.024, -0.012070368])\nLine9 = add_line(start_point=[0.016605551, -0.017], end_point=[0.024, -0.012070368])\nmake_coincident(Line9.end_point, Line8.end_point)\nLine10 = add_line(start_point=[0.016605551, -0.017], end_point=[0.0053944487, -0.017])\nmake_coincident(Line10.start_point, Line9.start_point)\nLine11 = add_line(start_point=[0.0053944487, -0.017], end_point=[-0.0020000001, -0.012070368])\nmake_coincident(Line11.start_point, Line10.end_point)\nLine12 = add_line(start_point=[-0.0020000001, -0.012070368], end_point=[-0.0020000001, 0.0020000001])\nmake_coincident(Line12.start_point, Line11.end_point)\nLine13 = add_line(start_point=[-0.0020000001, 0.0020000001], end_point=[0.024, 0.0020000001])\nmake_coincident(Line13.start_point, Line12.end_point)\nmake_coincident(Line13.end_point, Line8.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0.087069705], end_point=[0, -0.10636353])\nmake_vertical(Line1)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nPoint1 = add_point(point=[0, 0.1016])\nPoint2 = add_point(point=[0, -0.1016])\nPoint3 = add_point(point=[-0.10017884, -0.00029387328])\nPoint4 = add_point(point=[0.10159957, -0.00029387328])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.00525)\nCircle2 = add_circle(center_point=[0, 0], radius=0.00925)\nmake_coincident(Circle2.center_point, Circle1.center_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.037452377, -0.012479746], end_point=[0.045687061, -0.012479746])\nLine2 = add_line(start_point=[0.037452377, -0.011401428], end_point=[0.045687061, -0.011401428])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.037452377, -0.012479746], end_point=[0.037452377, -0.011401428])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.045687061, -0.012479746], end_point=[0.045687061, -0.011401428])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.015, -0.01], end_point=[0.015, -0.01])\nLine2 = add_line(start_point=[-0.015, 0.01], end_point=[0.015, 0.01])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.015, -0.01], end_point=[-0.015, 0.01])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.015, -0.01], end_point=[0.015, 0.01])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.34660778, -0.1602104], end_point=[0.34665704, -0.1602104])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-7.2546018e-05, -0.0056044048], end_point=[-0.027321399, -0.16014033])\nLine3 = add_line(start_point=[0.36259327, -0.069552173], end_point=[0.34660778, -0.1602104])\nmake_coincident(Line3.end_point, Line1.start_point)\nLine4 = add_line(start_point=[-0.027321399, -0.16014033], end_point=[0.34665704, -0.1602104])\nmake_coincident(Line4.start_point, Line2.end_point)\nmake_coincident(Line4.end_point, Line1.end_point)\nLine5 = add_line(start_point=[-7.2546018e-05, -0.0056044048], end_point=[0.36259327, -0.069552173])\nmake_coincident(Line5.start_point, Line2.start_point)\nmake_coincident(Line5.end_point, Line3.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.018976368, 0.0050112735], end_point=[-0.018609944, 0.0050112735])\nLine2 = add_line(start_point=[0.018976368, 0.0080112735], end_point=[-0.024995682, 0.0080112735])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.018976368, 0.0050112735], end_point=[0.018976368, 0.0080112735])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.024995682, 0.0050112735], end_point=[-0.024995682, 0.0080112735])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1)\nmake_coincident(Line4.end_point, Line2.end_point)\nArc1 = add_arc(start_point=[-0.024995682, 0.0050112735], end_point=[-0.018609944, 0.0050112735], mid_point=[-0.021802813, 0.0015977667])\nmake_coincident(Arc1.start_point, Line4.start_point)\nmake_coincident(Arc1.end_point, Line1.end_point)\nCircle1 = add_circle(center_point=[-0.021802813, 0.0047977667], radius=0.0024)\nmake_coincident(Circle1.center_point, Arc1.center_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[10.5, -17], end_point=[10.5, -11])\nLine2 = add_line(start_point=[13.5, -17], end_point=[10.5, -17])\nmake_coincident(Line2.end_point, Line1.start_point)\nLine3 = add_line(start_point=[13.5, -17], end_point=[13.5, -11])\nmake_coincident(Line3.start_point, Line2.start_point)\nLine4 = add_line(start_point=[13.5, -11], end_point=[10.5, -11])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.end_point)\nLine5 = add_line(start_point=[6.3, 21], end_point=[26, 21])\nLine6 = add_line(start_point=[6.3, 3], end_point=[26, 3])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[6.3, 21], end_point=[6.3, 3])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[26, 21], end_point=[26, 3])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nLine9 = add_line(start_point=[-7, -26.5], end_point=[-1, -26.5])\nLine10 = add_line(start_point=[-7, -1], end_point=[-1, -1])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[-7, -26.5], end_point=[-7, -1])\nmake_perpendicular(Line11, Line10)\nmake_coincident(Line11.start_point, Line9.start_point)\nmake_coincident(Line11.end_point, Line10.start_point)\nLine12 = add_line(start_point=[-1, -26.5], end_point=[-1, -1])\nmake_parallel(Line12, Line11)\nmake_coincident(Line12.start_point, Line9.end_point)\nmake_coincident(Line12.end_point, Line10.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.3, -0.07375], end_point=[0.3, -0.07375])\nLine2 = add_line(start_point=[-0.3, 0.07375], end_point=[0.3, 0.07375])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.3, -0.07375], end_point=[-0.3, 0.07375])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.3, -0.07375], end_point=[0.3, 0.07375])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.008, 0.057], end_point=[0.007, 0.057])\nLine2 = add_line(start_point=[-0.008, 0.047], end_point=[0.007, 0.047])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.008, 0.057], end_point=[-0.008, 0.047])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.007, 0.057], end_point=[0.007, 0.047])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.015008968, 0], end_point=[0, 0])\nLine2 = add_line(start_point=[0.015, 0.0019], end_point=[0.01, 0.0019])\nLine3 = add_line(start_point=[0.015, -0.0019], end_point=[0.01, -0.0019])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[0.015, 0.0019], end_point=[0.015, -0.0019])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line2.start_point)\nmake_coincident(Line4.end_point, Line3.start_point)\nLine5 = add_line(start_point=[0.01, 0.0019], end_point=[0.01, -0.0019])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\nPoint1 = add_point(point=[0.0125, 1.9083794e-18])\nmake_coincident(Point1, Line1)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.025, -0.0425], end_point=[-0.025, -0.0425])\nLine2 = add_line(start_point=[0.025, 0.0425], end_point=[-0.025, 0.0425])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.025, -0.0425], end_point=[0.025, 0.0425])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.025, -0.0425], end_point=[-0.025, 0.0425])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0])\nLine5 = add_line(start_point=[0.085, -0.0425], end_point=[-0.085, -0.0425])\nLine6 = add_line(start_point=[0.085, -0.0725], end_point=[-0.085, -0.0725])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.085, -0.0425], end_point=[0.085, -0.0725])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[-0.085, -0.0425], end_point=[-0.085, -0.0725])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nPoint2 = add_point(point=[0, -0.0575])\nPoint3 = add_point(point=[0, -0.0425])\nPoint4 = add_point(point=[0, -0.0425])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=2.1)\nCircle2 = add_circle(center_point=[0, 0], radius=1.8)\nmake_coincident(Circle2.center_point, Circle1.center_point)\nCircle3 = add_circle(center_point=[3.991801, 0], radius=2.1)\nCircle4 = add_circle(center_point=[3.991801, 0], radius=1.8)\nmake_coincident(Circle4.center_point, Circle3.center_point)\nCircle5 = add_circle(center_point=[-3.9935071, 0], radius=2.1)\nLine1 = add_line(start_point=[0, 0], end_point=[-3.9935071, 0])\nmake_coincident(Line1.start_point, Circle1.center_point)\nmake_coincident(Line1.end_point, Circle5.center_point)\nCircle6 = add_circle(center_point=[-3.9935071, 0], radius=1.8)\nmake_coincident(Circle6.center_point, Circle5.center_point)\nLine2 = add_line(start_point=[0, 0], end_point=[40, 0])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Circle1.center_point)\nLine3 = add_line(start_point=[40, 0], end_point=[40, 10])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.02, 0], end_point=[0, 0])\nLine2 = add_line(start_point=[0, 0], end_point=[0, 0.366])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-5.5511151e-17, 0.366], end_point=[0.08, 0.366])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.08, 0.366], end_point=[0.08, 0.346])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[-0.011, 0.07], radius=0.0036)\nLine1 = add_line(start_point=[-0.0074, 0.07], end_point=[-0.0074, 0.093824318])\nmake_tangent(Line1, Circle1)\nmake_coincident(Line1.start_point, Circle1)\nLine2 = add_line(start_point=[-0.0146, 0.07], end_point=[-0.0146, 0.093824318])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Circle1)\nLine3 = add_line(start_point=[-0.0146, 0.093824318], end_point=[-0.0074, 0.093824318])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Line1.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.0067, 0.0108], end_point=[0.0067, 0.0108])\nLine2 = add_line(start_point=[-0.0067, 0.014099211], end_point=[0.0067, 0.014099211])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0067, 0.0108], end_point=[-0.0067, 0.014099211])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.0067, 0.0108], end_point=[0.0067, 0.014099211])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nLine5 = add_line(start_point=[0.0067, -0.0108], end_point=[-0.0067, -0.0108])\nLine6 = add_line(start_point=[0.0067, -0.014099211], end_point=[-0.0067, -0.014099211])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.0067, -0.0108], end_point=[0.0067, -0.014099211])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[-0.0067, -0.0108], end_point=[-0.0067, -0.014099211])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.18917104, 0.2426556], end_point=[0.18917104, -0.27715761])\nmake_vertical(Line1)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.06985)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0.063781286, 0.044990889], radius=0.0021494579)\nPoint1 = add_point(point=[0.063781286, 0.048990889])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.1, 0.075], end_point=[0.1, 0.075])\nLine2 = add_line(start_point=[-0.1, -0.075], end_point=[0.1, -0.075])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.1, 0.075], end_point=[-0.1, -0.075])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.1, 0.075], end_point=[0.1, -0.075])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0.075])\nPoint2 = add_point(point=[-0.1, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.004)\nCircle2 = add_circle(center_point=[0, 0], radius=0.008)\nmake_coincident(Circle2.center_point, Circle1.center_point)\nCircle3 = add_circle(center_point=[0, 0], radius=0.0095)\nmake_coincident(Circle3.center_point, Circle2.center_point)\nLine1 = add_line(start_point=[-0.0067175144, 0.0067175144], end_point=[0.0067175144, -0.0067175144])\nmake_coincident(Line1, Circle2.center_point)\nmake_coincident(Line1.start_point, Circle3)\nmake_coincident(Line1.end_point, Circle3)\nLine2 = add_line(start_point=[0.0056568542, 0.0056568542], end_point=[-0.0056568542, -0.0056568542])\nmake_coincident(Line2, Circle2.center_point)\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.start_point, Circle2)\nmake_coincident(Line2.end_point, Circle2)\nCircle4 = add_circle(center_point=[-0.0056568542, -0.0056568542], radius=0.0016)\nmake_coincident(Circle4.center_point, Line2.end_point)\nCircle5 = add_circle(center_point=[0.0056568542, 0.0056568542], radius=0.0016)\nmake_coincident(Circle5.center_point, Line2.start_point)\nCircle6 = add_circle(center_point=[0.0067175144, -0.0067175144], radius=0.0016)\nmake_coincident(Circle6.center_point, Line1.end_point)\nCircle7 = add_circle(center_point=[-0.0067175144, 0.0067175144], radius=0.0016)\nmake_coincident(Circle7.center_point, Line1.start_point)\nLine3 = add_line(start_point=[-8.4067708e-18, 0.014], end_point=[7.2981614e-18, -0.031])\nCircle8 = add_circle(center_point=[2.6329906e-18, -0.027], radius=0.0016)\nmake_coincident(Circle8.center_point, Line3)\nCircle9 = add_circle(center_point=[1.7757379e-18, -0.02], radius=0.0016)\nmake_coincident(Circle9.center_point, Line3)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.01, 0.01], end_point=[-3.469447e-18, 0.01])\nLine2 = add_line(start_point=[0.01, 0], end_point=[0, 0])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.01, 0.01], end_point=[0.01, 0])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0, 0.01], end_point=[0, 0])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.00425, 0.0082720916], end_point=[-0.00425, -0.0082720916])\nLine2 = add_line(start_point=[0.00425, 0.0082720916], end_point=[0.00425, -0.0082720916])\nmake_parallel(Line2, Line1)\nPoint1 = add_point(point=[0, 0])\nArc1 = add_arc(start_point=[-0.00425, -0.0082720916], end_point=[0.00425, -0.0082720916], mid_point=[-3.5605689e-18, -0.0093])\nmake_coincident(Arc1.center_point, Point1)\nmake_coincident(Arc1.start_point, Line1.end_point)\nmake_coincident(Arc1.end_point, Line2.end_point)\nArc2 = add_arc(start_point=[0.00425, 0.0082720916], end_point=[-0.00425, 0.0082720916], mid_point=[-1.4955541e-18, 0.0093])\nmake_coincident(Arc2, Arc1)\nmake_coincident(Arc2.start_point, Line2.start_point)\nmake_coincident(Arc2.end_point, Line1.start_point)\nPoint2 = add_point(point=[-1.9515639e-18, 0.0093])\nmake_coincident(Point2, Arc2)\nLine3 = add_line(start_point=[-2.0052888e-18, 0.0093], end_point=[2.7255428e-19, -0.0093])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Point2)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[-1.1067991e-19, 0.095], radius=0.00225)\nCircle2 = add_circle(center_point=[-1.1067991e-19, 0.07], radius=0.00225)\nCircle3 = add_circle(center_point=[-1.1067991e-19, 0.07], radius=0.004)\nmake_coincident(Circle3.center_point, Circle2.center_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.046803959, 0.042307921], end_point=[0.040071499, 0.042307921])\nLine2 = add_line(start_point=[-0.046803959, -0.043797314], end_point=[0.040071499, -0.043797314])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.046803959, 0.042307921], end_point=[-0.046803959, -0.043797314])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.040071499, 0.042307921], end_point=[0.040071499, -0.043797314])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nArc1 = add_arc(start_point=[-5.6924033e-18, 0.030988], end_point=[1.8974678e-18, -0.030988], mid_point=[-0.030988, -3.7949355e-18])\nArc2 = add_arc(start_point=[0.0889, -5.6924033e-18], end_point=[-0.0889, 1.088711e-17], mid_point=[5.443555e-18, 0.0889])\nLine1 = add_line(start_point=[4.8148249e-35, -0.030988], end_point=[3.5460873e-18, -0.0889])\nmake_coincident(Line1.start_point, Arc1.end_point)\nmake_coincident(Line1.end_point, Arc2.end_point)\nLine2 = add_line(start_point=[-2.0164788e-18, 0.030988], end_point=[-1.2654741e-17, 0.0889])\nmake_coincident(Line2.start_point, Arc1.start_point)\nmake_coincident(Line2.end_point, Arc2.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[-0.0762, 0])\nLine2 = add_line(start_point=[2.0816682e-17, -0.0762], end_point=[-0.0762, -0.0762])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, -0.0762])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.0762, -6.9388939e-18], end_point=[-0.0762, -0.0762])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nArc1 = add_arc(start_point=[0.03683, -5.8225672e-20], end_point=[-0.03683, 4.5103742e-18], mid_point=[2.2551871e-18, 0.03683])\nLine1 = add_line(start_point=[0, -0.03683], end_point=[0, -0.03683])\nmake_vertical(Line1)\nmake_coincident(Line1.start_point, Arc1.start_point)\nLine2 = add_line(start_point=[0, -0.03683], end_point=[0, 0.03683])\nmake_coincident(Line2, Line1)\nmake_coincident(Line2, Arc1.end_point)\nmake_coincident(Line2.start_point, Arc1)\nmake_coincident(Line2.start_point, Line1.end_point)\nmake_coincident(Line2.end_point, Arc1)\nArc2 = add_arc(start_point=[0.04445, -1.0957382e-17], end_point=[-0.04445, 5.443555e-18], mid_point=[1.259166e-17, 0.04445])\nLine3 = add_line(start_point=[0, -0.04445], end_point=[0, -0.03683])\nmake_parallel(Line3, Line2)\nmake_vertical(Line3)\nmake_coincident(Line3, Arc1.center_point)\nmake_coincident(Line3.start_point, Arc2.start_point)\nmake_coincident(Line3.end_point, Arc1.start_point)\nLine4 = add_line(start_point=[0, 0.03683], end_point=[0, 0.04445])\nmake_parallel(Line4, Line3)\nmake_vertical(Line4)\nmake_coincident(Line4, Line3)\nmake_coincident(Line4.start_point, Arc1.end_point)\nmake_coincident(Line4.end_point, Arc2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.007493, -0.013208], end_point=[-0.004318, -0.0104775])\nLine2 = add_line(start_point=[-0.004318, -0.0104775], end_point=[0, -0.0104775])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0, -0.0104775], end_point=[0, -0.00254])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0, -0.00254], end_point=[0.017018, -0.00254])\nmake_horizontal(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[-0.007493, -0.013208], end_point=[-0.007493, -0.01524])\nmake_coincident(Line5.start_point, Line1.start_point)\nLine6 = add_line(start_point=[0.017018, -0.01524], end_point=[0.017018, -0.00254])\nmake_coincident(Line6.end_point, Line4.end_point)\nLine7 = add_line(start_point=[0.006858, -0.0104775], end_point=[0.006858, -0.01524])\nLine8 = add_line(start_point=[-0.007493, -0.01524], end_point=[0.006858, -0.01524])\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line7.end_point)\nLine9 = add_line(start_point=[0.017018, -0.01524], end_point=[0.006858, -0.01524])\nmake_coincident(Line9.start_point, Line6.start_point)\nmake_coincident(Line9.end_point, Line8.end_point)\nLine10 = add_line(start_point=[-0.007493, -0.00635], end_point=[8.6736174e-19, -0.00254])\nmake_coincident(Line10.end_point, Line3.end_point)\nLine11 = add_line(start_point=[0.006858, -0.0104775], end_point=[-0.004318, -0.0104775])\nmake_horizontal(Line11)\nmake_coincident(Line11.start_point, Line7.start_point)\nmake_coincident(Line11.end_point, Line1.end_point)\nLine12 = add_line(start_point=[-0.007493, -0.013208], end_point=[-0.007493, -0.00635])\nmake_coincident(Line12.start_point, Line1.start_point)\nmake_coincident(Line12.end_point, Line10.start_point)\n```\n" } ]