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=[0, 0], radius=0.0075)\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, 1.0593195e-19], radius=0.003225)\nLine1 = add_line(start_point=[-0.003225, 1.0593195e-19], end_point=[0.003225, 1.0593195e-19])\nmake_coincident(Line1.start_point, Circle1)\nLine2 = add_line(start_point=[-0.003225, 0.00645], end_point=[0.003225, 0.00645])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.003225, 0], end_point=[-0.003225, 0.00645])\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=[0.003225, 0], end_point=[0.003225, 0.00645])\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, 0.003225])\nmake_coincident(Point1, Circle1)\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=0.07325)\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=[-0.0015589017, 0.0097164736], radius=0.008001)\nCircle2 = add_circle(center_point=[0.023879198, 0.0097164736], radius=0.008001)\nLine1 = add_line(start_point=[0.011160148, 0.024956474], end_point=[0.011160148, -0.0062609692])\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=[-0.32825, 0.07925])\nPoint2 = add_point(point=[-0.38975, 0.07925])\nPoint3 = add_point(point=[-0.38975, 0.01775])\nPoint4 = add_point(point=[-0.32825, 0.01775])\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=[-0.0625, 0.03], end_point=[0.0625, 0.03])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.0625, 0.03], end_point=[0.0925, 0.03])\nmake_coincident(Line2.start_point, Line1.end_point)\nCircle1 = add_circle(center_point=[0.0925, -1.3010426e-17], radius=0.0105)\nLine3 = add_line(start_point=[0.0925, -0.03], end_point=[-0.0625, -0.03])\nArc1 = add_arc(start_point=[0.0925, -0.03], end_point=[0.0925, 0.03], mid_point=[0.1225, -1.3010426e-17])\nmake_tangent(Arc1, Line3)\nmake_coincident(Arc1.center_point, Circle1.center_point)\nmake_coincident(Arc1.start_point, Line3.start_point)\nmake_coincident(Arc1.end_point, Line2.end_point)\nLine4 = add_line(start_point=[0, 0], end_point=[0, 0])\nmake_horizontal(Line4)\nPoint1 = add_point(point=[4.0221536e-19, 0.03])\nmake_coincident(Point1, Line1)\nArc2 = add_arc(start_point=[-0.0925, -0.03], end_point=[-0.0925, 0.03], mid_point=[-0.1225, -1.3010426e-17])\nLine5 = add_line(start_point=[-0.0625, 0.03], end_point=[-0.0925, 0.03])\nLine6 = add_line(start_point=[-0.0925, -0.03], end_point=[0.0625, -0.03])\nCircle2 = add_circle(center_point=[-0.0925, -1.3010426e-17], radius=0.0105)\nmake_coincident(Circle2.center_point, Arc2.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=[-0.064104412, 0.058911311], end_point=[-0.059104412, 0.058911311])\nLine2 = add_line(start_point=[-0.064104412, 0.053911311], end_point=[-0.059104412, 0.053911311])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.064104412, 0.058911311], end_point=[-0.064104412, 0.053911311])\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=[-0.059104412, 0.058911311], end_point=[-0.059104412, 0.053911311])\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=[-0.016104412, 0.058911311], end_point=[-0.02095459, 0.058911311])\nLine6 = add_line(start_point=[-0.016104412, 0.053911311], end_point=[-0.02095459, 0.053911311])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.016104412, 0.058911311], end_point=[-0.016104412, 0.053911311])\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=[-0.02095459, 0.058911311], end_point=[-0.02095459, 0.053911311])\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=[-0.064104412, 0.020911311], end_point=[-0.059104412, 0.020911311])\nLine10 = add_line(start_point=[-0.064104412, 0.026143765], end_point=[-0.059104412, 0.026143765])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[-0.064104412, 0.020911311], end_point=[-0.064104412, 0.026143765])\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=[-0.059104412, 0.020911311], end_point=[-0.059104412, 0.026143765])\nmake_parallel(Line12, Line11)\nmake_coincident(Line12.start_point, Line9.end_point)\nmake_coincident(Line12.end_point, Line10.end_point)\nLine13 = add_line(start_point=[-0.016104412, 0.020911311], end_point=[-0.021448765, 0.020911311])\nLine14 = add_line(start_point=[-0.016104412, 0.027095286], end_point=[-0.021448765, 0.027095286])\nmake_parallel(Line14, Line13)\nmake_horizontal(Line14)\nLine15 = add_line(start_point=[-0.016104412, 0.020911311], end_point=[-0.016104412, 0.027095286])\nmake_perpendicular(Line15, Line14)\nmake_coincident(Line15.start_point, Line13.start_point)\nmake_coincident(Line15.end_point, Line14.start_point)\nLine16 = add_line(start_point=[-0.021448765, 0.020911311], end_point=[-0.021448765, 0.027095286])\nmake_parallel(Line16, Line15)\nmake_coincident(Line16.start_point, Line13.end_point)\nmake_coincident(Line16.end_point, Line14.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=[0.02464041, 0], end_point=[0.02464041, -0.0225])\nCircle1 = add_circle(center_point=[0.02464041, -0.01125], radius=0.0025)\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, 0.004], end_point=[0.01, 0.004])\nLine2 = add_line(start_point=[-0.01, -0.004], end_point=[0.01, -0.004])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.01, 0.004], end_point=[-0.01, -0.004])\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=[0.01, 0.004], end_point=[0.01, -0.004])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nCircle1 = add_circle(center_point=[-0.006, 0], radius=0.00175)\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=[-0.04826, -0.00508], end_point=[-0.0001905, -0.00508])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.04826, -0.00254], end_point=[-0.04826, -0.00508])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.end_point, Line1.start_point)\nLine3 = add_line(start_point=[0.047879, -0.00254], end_point=[0.047879, -0.026035])\nmake_parallel(Line3, Line2)\nLine4 = add_line(start_point=[-0.0001905, -0.00254], end_point=[-0.0001905, -0.00508])\nmake_coincident(Line4.end_point, Line1.end_point)\nLine5 = add_line(start_point=[-0.04826, -0.00254], end_point=[-0.0001905, -0.00254])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line2.start_point)\nPoint1 = add_point(point=[0.047879, -0.00508])\nmake_coincident(Point1, Line1)\nmake_coincident(Point1, Line3)\nLine6 = add_line(start_point=[0.047879, -0.026035], end_point=[0.041529, -0.026035])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line3.end_point)\nLine7 = add_line(start_point=[0.041529, -0.026035], end_point=[0.041529, -0.00254])\nmake_vertical(Line7)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.041529, -0.00254], end_point=[0.047879, -0.00254])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line3.start_point)\nLine9 = add_line(start_point=[-0.04826, -0.00508], end_point=[-0.03556, -0.00508])\nmake_coincident(Line9.start_point, Line1.start_point)\nLine10 = add_line(start_point=[-0.04826, -0.026035], end_point=[-0.03556, -0.026035])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[-0.04826, -0.00508], end_point=[-0.04826, -0.026035])\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=[-0.03556, -0.00508], end_point=[-0.03556, -0.026035])\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=[-0.006, 0.003], end_point=[0.006, 0.003])\nLine2 = add_line(start_point=[-0.006, 1.1910094e-18], end_point=[0.006, -1.0133549e-18])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.006, 0.003], end_point=[-0.006, 1.3010426e-18])\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, 0.003], end_point=[0.006, 1.3010426e-18])\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=[0.006, 0.001], end_point=[-0.006, 0.001])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line4)\nmake_coincident(Line5.end_point, Line3)\nLine6 = add_line(start_point=[0.006, 0.003], end_point=[0.007, 0.003])\nmake_coincident(Line6.start_point, Line1.end_point)\nLine7 = add_line(start_point=[0.006, -1.3010426e-18], end_point=[0.007, -1.3010426e-18])\nmake_parallel(Line7, Line6)\nmake_horizontal(Line7)\nLine8 = add_line(start_point=[0.006, 0.003], end_point=[0.006, 1.3010426e-18])\nmake_perpendicular(Line8, Line7)\nmake_coincident(Line8.start_point, Line6.start_point)\nmake_coincident(Line8.end_point, Line7.start_point)\nLine9 = add_line(start_point=[0.007, 0.003], end_point=[0.007, 1.3010426e-18])\nmake_parallel(Line9, Line8)\nmake_coincident(Line9.start_point, Line6.end_point)\nmake_coincident(Line9.end_point, Line7.end_point)\nLine10 = add_line(start_point=[-0.006, 0.003], end_point=[-0.007, 0.003])\nmake_coincident(Line10.start_point, Line1.start_point)\nLine11 = add_line(start_point=[-0.006, 1.2614427e-18], end_point=[-0.007, 1.3839074e-18])\nmake_parallel(Line11, Line10)\nmake_horizontal(Line11)\nLine12 = add_line(start_point=[-0.006, 0.003], end_point=[-0.006, 1.3010426e-18])\nmake_perpendicular(Line12, Line11)\nmake_coincident(Line12.start_point, Line10.start_point)\nmake_coincident(Line12.end_point, Line11.start_point)\nLine13 = add_line(start_point=[-0.007, 0.003], end_point=[-0.007, 1.3010426e-18])\nmake_parallel(Line13, Line12)\nmake_coincident(Line13.start_point, Line10.end_point)\nmake_coincident(Line13.end_point, Line11.end_point)\nLine14 = add_line(start_point=[-0.006, 0.001], end_point=[-0.007, 0.001])\nmake_horizontal(Line14)\nmake_coincident(Line14.start_point, Line5.end_point)\nmake_coincident(Line14.end_point, Line13)\nLine15 = add_line(start_point=[0.006, 0.001], end_point=[0.007, 0.001])\nmake_horizontal(Line15)\nmake_coincident(Line15.start_point, Line5.start_point)\nmake_coincident(Line15.end_point, Line9)\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=[-0.0098, 0.006], end_point=[-0.0088, 0.004])\nLine2 = add_line(start_point=[-0.0088, 0.004], end_point=[-0.0088, 0.002])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.0088, 0.002], end_point=[-0.0098, 8.6736174e-19])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.0098, 2.1684043e-19], end_point=[-0.0088, -0.002])\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[-0.0088, -0.002], end_point=[-0.0088, -0.004])\nmake_vertical(Line5)\nmake_coincident(Line5, Line2)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[-0.0088, -0.004], end_point=[-0.0098, -0.006])\nmake_coincident(Line6.start_point, Line5.end_point)\nPoint1 = add_point(point=[-0.0088, 0.003])\nPoint2 = add_point(point=[-0.0088, -0.003])\nLine7 = add_line(start_point=[-0.0098, 0.006], end_point=[-0.0098, -0.006])\nmake_coincident(Line7.start_point, Line1.start_point)\nmake_coincident(Line7.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=[0.0040006129, 0.014132415], end_point=[0.016700613, 0.014132415])\nLine2 = add_line(start_point=[0.0040006129, -0.049367585], end_point=[0.016700613, -0.049367585])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0023493871, 0.0077824155], end_point=[-0.0023493871, -0.043017585])\nmake_perpendicular(Line3, Line2)\nLine4 = add_line(start_point=[0.023050613, 0.0077824155], end_point=[0.023050613, -0.043017585])\nmake_parallel(Line4, Line3)\nLine5 = add_line(start_point=[0.0040006129, 0.014132415], end_point=[0.0040006129, 0.0077824155])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line1.start_point)\nLine6 = add_line(start_point=[0.0040006129, 0.0077824155], end_point=[-0.0023493871, 0.0077824155])\nmake_perpendicular(Line6, Line5)\nmake_coincident(Line6.start_point, Line5.end_point)\nmake_coincident(Line6.end_point, Line3.start_point)\nLine7 = add_line(start_point=[0.016700613, 0.014132415], end_point=[0.016700613, 0.0077824155])\nmake_vertical(Line7)\nmake_coincident(Line7.start_point, Line1.end_point)\nLine8 = add_line(start_point=[0.016700613, 0.0077824155], end_point=[0.023050613, 0.0077824155])\nmake_perpendicular(Line8, Line7)\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line4.start_point)\nLine9 = add_line(start_point=[-0.0023493871, -0.043017585], end_point=[0.0040006129, -0.043017585])\nmake_horizontal(Line9)\nmake_coincident(Line9.start_point, Line3.end_point)\nLine10 = add_line(start_point=[0.0040006129, -0.043017585], end_point=[0.0040006129, -0.049367585])\nmake_vertical(Line10)\nmake_coincident(Line10.start_point, Line9.end_point)\nmake_coincident(Line10.end_point, Line2.start_point)\nLine11 = add_line(start_point=[0.023050613, -0.043017585], end_point=[0.016700613, -0.043017585])\nmake_horizontal(Line11)\nmake_coincident(Line11.start_point, Line4.end_point)\nLine12 = add_line(start_point=[0.016700613, -0.043017585], end_point=[0.016700613, -0.049367585])\nmake_vertical(Line12)\nmake_coincident(Line12.start_point, Line11.end_point)\nmake_coincident(Line12.end_point, Line2.end_point)\nCircle1 = add_circle(center_point=[0.010350613, -0.017617585], radius=0.003175)\nCircle2 = add_circle(center_point=[0.010350613, -0.017617585], radius=0.026181721)\nmake_coincident(Circle2, Line5.end_point)\nmake_coincident(Circle2, Line7.end_point)\nmake_coincident(Circle2, Line11.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=[0.059575796, -0.031370826], end_point=[-0.059575796, -0.031370826])\nLine2 = add_line(start_point=[0.059575796, 0.031370826], end_point=[-0.059575796, 0.031370826])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.059575796, -0.031370826], end_point=[0.059575796, 0.031370826])\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=[-0.059575796, -0.031370826], end_point=[-0.059575796, 0.031370826])\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=[-0.0089501179, 0.0012500119], radius=0.0018000097)\nCircle2 = add_circle(center_point=[-0.0089501179, 0.0012500119], radius=0.0035)\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=[-0.02447034, -0.010974577], end_point=[-0.015275424, -0.010974577])\nLine2 = add_line(start_point=[-0.015275424, -0.010974577], end_point=[-0.015275424, 0.017203391])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.014385594, -0.010974577], end_point=[0.02447034, -0.010974577])\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[0.014385594, -0.010974577], end_point=[0.014385594, 0.017203391])\nmake_vertical(Line4)\nmake_coincident(Line4.start_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, -0.051824817], end_point=[0, 0.05970803])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[3.469447e-18, 0.052], end_point=[0.02, 0.052])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1)\nLine3 = add_line(start_point=[0.02, 0.052], end_point=[0.02, 0.04])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.02, 0.04], end_point=[0.05, 0.04])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.05, 0.04], end_point=[0.05, 0.03])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0.05, 0.03], end_point=[0.025, 0.03])\nmake_perpendicular(Line6, Line5)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.02, 0.025], end_point=[0.02, 0])\nmake_vertical(Line7)\nLine8 = add_line(start_point=[0.02, 0], end_point=[0, 0])\nmake_coincident(Line8.start_point, Line7.end_point)\nLine9 = add_line(start_point=[0, 0], end_point=[0, 0.052])\nmake_coincident(Line9.start_point, Line8.end_point)\nmake_coincident(Line9.end_point, Line2.start_point)\nPoint1 = add_point(point=[0.02, 0.03])\nmake_coincident(Point1, Line7)\nmake_coincident(Point1, Line6)\nArc1 = add_arc(start_point=[0.025, 0.03], end_point=[0.02, 0.025], mid_point=[0.021464466, 0.028535534])\nmake_tangent(Arc1, Line6)\nmake_tangent(Arc1, Line7)\nmake_coincident(Arc1.start_point, Line6.end_point)\nmake_coincident(Arc1.end_point, Line7.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=[0.025, 0.006], end_point=[-0.015, 0.006])\nLine2 = add_line(start_point=[0.025, -0.006], end_point=[-0.015, -0.006])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.025, 0.006], end_point=[0.025, -0.006])\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, 0.006], end_point=[-0.015, -0.006])\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=[-0.025, 2.001604e-19], end_point=[0.025, 1.5345631e-18])\nPoint1 = add_point(point=[-0.015, 0])\nmake_coincident(Point1, 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=[0.0254, -0.0127], end_point=[-0.0254, -0.0127])\nLine2 = add_line(start_point=[0.0254, 0.0127], end_point=[-0.0254, 0.0127])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0254, -0.0127], end_point=[0.0254, 0.0127])\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=[-0.0254, -0.0127], end_point=[-0.0254, 0.0127])\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=[0.07, 0], end_point=[-0.07, 0])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.07, -8.4567769e-18], end_point=[-0.07, 0.003])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.07, 0.003], end_point=[0.07, 0.003])\nmake_parallel(Line3, Line1)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.07, 0], end_point=[0.07, 0.003])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line1.start_point)\nmake_coincident(Line4.end_point, Line3.end_point)\nCircle1 = add_circle(center_point=[0.066, 0.0075], radius=0.0015)\nLine5 = add_line(start_point=[0.07, 0.003], end_point=[0.07, 0.0075])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line3.end_point)\nLine6 = add_line(start_point=[0.062, 0.003], end_point=[0.062, 0.0075])\nmake_perpendicular(Line6, Line3)\nmake_coincident(Line6.start_point, Line3)\nArc1 = add_arc(start_point=[0.07, 0.0075], end_point=[0.062, 0.0075], mid_point=[0.066, 0.0115])\nmake_tangent(Arc1, Line6)\nmake_coincident(Arc1.center_point, Circle1.center_point)\nmake_coincident(Arc1.start_point, Line5.end_point)\nmake_coincident(Arc1.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, 0], end_point=[0.019826319, 0])\nLine2 = add_line(start_point=[0, 0.0005], end_point=[0.019826319, 0.0005])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, 0.0005])\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=[0.019826319, 0], end_point=[0.019826319, 0.0005])\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=[-4.2708649e-18, 0.029030206], end_point=[7.6333414e-19, -0.012077149])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[-0.021920104, 0], end_point=[0.025462745, 0])\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.021920104, 0.011], end_point=[0.025462745, 0.011])\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[0.011, 0.029030206], end_point=[0.011, -0.012077149])\nmake_vertical(Line4)\nLine5 = add_line(start_point=[-0.011, 0.029030206], end_point=[-0.011, -0.012077149])\nmake_vertical(Line5)\nCircle1 = add_circle(center_point=[-0.011, 0.011], radius=0.004)\nmake_coincident(Circle1.center_point, Line3)\nmake_coincident(Circle1.center_point, Line5)\nCircle2 = add_circle(center_point=[0.011, 0.011], radius=0.004)\nmake_coincident(Circle2.center_point, Line4)\nmake_coincident(Circle2.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=[-0.021796029, -0.046342134], end_point=[-0.011940434, -0.043309521])\nLine2 = add_line(start_point=[-0.021796029, -0.046342134], end_point=[-0.024832842, -0.036472891])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.start_point, Line1.start_point)\nLine3 = add_line(start_point=[-0.024832842, -0.036472891], end_point=[-0.011940434, -0.043309521])\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\nCircle1 = add_circle(center_point=[-0.023646696, 0.011823347], radius=0.0223)\nLine1 = add_line(start_point=[-0.023646696, -0.010476653], end_point=[-0.023646696, 0.040523347])\nmake_vertical(Line1)\nmake_coincident(Line1.start_point, Circle1)\nLine2 = add_line(start_point=[-0.045944167, 0.012159157], end_point=[-0.0013492241, 0.012159157])\nmake_coincident(Line2.start_point, Circle1)\nLine3 = add_line(start_point=[-0.045944167, 0.040523347], end_point=[-0.0013492241, 0.040523347])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[-0.045944167, 0.012159157], end_point=[-0.045944167, 0.040523347])\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=[-0.0013492241, 0.012159157], end_point=[-0.0013492241, 0.040523347])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\nPoint1 = add_point(point=[-0.023646696, 0.040523347])\nmake_coincident(Point1, Line1.end_point)\nPoint2 = add_point(point=[-0.023646696, 0.040523347])\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=[-0.089716984, 1.65], end_point=[-0.019716984, 1.65])\nLine2 = add_line(start_point=[-0.089716984, 1.58], end_point=[-0.019716984, 1.58])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.089716984, 1.65], end_point=[-0.089716984, 1.58])\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=[-0.019716984, 1.65], end_point=[-0.019716984, 1.58])\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=[-0.089716984, 0.52], end_point=[-0.019716984, 0.52])\nLine6 = add_line(start_point=[-0.089716984, 0.45], end_point=[-0.019716984, 0.45])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.089716984, 0.52], end_point=[-0.089716984, 0.45])\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=[-0.019716984, 0.52], end_point=[-0.019716984, 0.45])\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\nCircle1 = add_circle(center_point=[0, 0], radius=0.019060581)\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=[-1.1955042, 0.49894482], end_point=[1.2044958, 0.49894482])\nLine2 = add_line(start_point=[-1.1955042, -0.50105518], end_point=[1.2044958, -0.50105518])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-1.1955042, 0.49894482], end_point=[-1.1955042, -0.50105518])\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=[1.2044958, 0.49894482], end_point=[1.2044958, -0.50105518])\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, -0.5732125], end_point=[-0.021629108, -0.5732125])\nmake_horizontal(Line1)\nArc1 = add_arc(start_point=[-1.7347235e-17, -0.5232125], end_point=[-0.030352575, -0.5732125], mid_point=[-0.023250375, -0.54331111])\nArc2 = add_arc(start_point=[0.060639472, -0.56561475], end_point=[0.025602492, -0.52840215], mid_point=[0.049567021, -0.54093928])\nmake_coincident(Arc2.end_point, Line1)\nLine2 = add_line(start_point=[1.7347235e-18, -0.5232125], end_point=[1.7347235e-18, -0.5272125])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Arc1.start_point)\nLine3 = add_line(start_point=[0, -0.5272125], end_point=[0.006, -0.5272125])\nmake_perpendicular(Line3, Line2)\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.006, -0.5272125], end_point=[0.006, -0.5302125])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Arc2.start_point)\nLine5 = add_line(start_point=[-0.021629108, -0.5732125], end_point=[-0.030352575, -0.5732125])\nmake_coincident(Line5, Line1)\nmake_coincident(Line5.start_point, Arc2.end_point)\nmake_coincident(Line5.start_point, Line1.end_point)\nmake_coincident(Line5.end_point, Arc1.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=[0.22209202, 0.094531543], end_point=[0.22682864, 0.082959608])\nLine2 = add_line(start_point=[0.22682864, 0.082959608], end_point=[0.23392231, 0.085863188])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.23392231, 0.085863188], end_point=[0.22648655, 0.10402934])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.22648655, 0.10402934], end_point=[0.22209202, 0.094531543])\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\nCircle1 = add_circle(center_point=[0, 0], radius=0.01)\nArc1 = add_arc(start_point=[2.6329906e-18, -0.043], end_point=[2.6329906e-18, 0.043], mid_point=[0.043, 0])\nmake_coincident(Arc1.center_point, Circle1.center_point)\nArc2 = add_arc(start_point=[1.2858791e-18, -0.021], end_point=[1.2858791e-18, 0.021], mid_point=[0.021, 0])\nmake_coincident(Arc2.center_point, Arc1.center_point)\nArc3 = add_arc(start_point=[1.1940306e-18, -0.0195], end_point=[1.1940306e-18, 0.0195], mid_point=[0.0195, 0])\nmake_coincident(Arc3.center_point, Arc2.center_point)\nArc4 = add_arc(start_point=[-6.123234e-20, 0.043], end_point=[2.6329906e-18, 0.021], mid_point=[0.011, 0.032])\nmake_tangent(Arc4, Arc2)\nmake_coincident(Arc4.start_point, Arc2.end_point)\nmake_coincident(Arc4.end_point, Arc1.end_point)\nArc5 = add_arc(start_point=[-6.123234e-20, -0.021], end_point=[1.9049996e-19, -0.043], mid_point=[0.011, -0.032])\nmake_tangent(Arc5, Arc1)\nmake_coincident(Arc5.start_point, Arc1.start_point)\nmake_coincident(Arc5.end_point, Arc2.start_point)\nArc6 = add_arc(start_point=[-0.012259263, 0.029558594], end_point=[-0.031121094, 0.0074483236], mid_point=[-0.024345017, 0.020768248])\nmake_coincident(Arc6, Arc5.center_point)\nmake_coincident(Arc6.center_point, Circle1.center_point)\nArc7 = add_arc(start_point=[0.0125, 0.032], end_point=[0.0024414063, 0.044259263], mid_point=[-0.0096635288, 0.024071178])\nArc8 = add_arc(start_point=[-0.0024414062, -0.019740737], end_point=[-0.0125, -0.032], mid_point=[0.0096635288, -0.039928822])\nmake_coincident(Arc8.start_point, Arc6.start_point)\nArc9 = add_arc(start_point=[-0.031121094, 0.0074483236], end_point=[-0.031121094, -0.0074483236], mid_point=[-0.0395, 4.2856853e-18])\nmake_coincident(Arc9.center_point, Arc6)\nmake_coincident(Arc9.end_point, Arc6.end_point)\nArc10 = add_arc(start_point=[-0.031121094, -0.0074483236], end_point=[-0.012259263, -0.029558594], mid_point=[0.024345017, 0.020768248])\nmake_coincident(Arc10, Arc6)\nmake_coincident(Arc10.start_point, Arc9.start_point)\nmake_coincident(Arc10.end_point, Arc7.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=0.070039723)\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=[-0.24805516, -0.35065594], radius=0.015875)\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=[-0.071241014, 0.1096456], end_point=[0.085588373, 0.1096456])\nLine2 = add_line(start_point=[-0.071241014, 0.095527984], end_point=[0.085588373, 0.095527984])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.071241014, 0.1096456], end_point=[-0.071241014, 0.095527984])\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=[0.085588373, 0.1096456], end_point=[0.085588373, 0.095527984])\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, 0.00762])\nmake_vertical(Line1)\nCircle1 = add_circle(center_point=[0, 0.00762], radius=0.003175)\nmake_coincident(Circle1.center_point, Line1.end_point)\nLine2 = add_line(start_point=[0, 0.00762], end_point=[0.003175, 0.00762])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nmake_coincident(Line2.end_point, Circle1)\nLine3 = add_line(start_point=[0.003175, 0.00762], end_point=[-0.003175, 0.00762])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Circle1)\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=0.20520533)\nCircle2 = add_circle(center_point=[0, 0], radius=0.17980533)\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=[-0.023, -1.990051e-19], radius=0.00175)\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, 1.2002433e-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, 2.4492936e-18], 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, -1.2201765e-20], end_point=[-0.02, 2.4370918e-18])\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=[-0.044972565, -0.032830384], end_point=[0, -0.032830384])\nLine2 = add_line(start_point=[-0.044972565, 0], end_point=[0, 0])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.044972565, -0.032830384], end_point=[-0.044972565, 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, -0.032830384], 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=[0.0542, 0], end_point=[0.0272, 0])\nLine2 = add_line(start_point=[0.0542, 0.01], end_point=[0.0272, 0.01])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0542, 0], end_point=[0.0542, 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=[0.0272, -1.7347235e-18], end_point=[0.0272, 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\nLine1 = add_line(start_point=[-0.052, -0.01], end_point=[0.002, -0.01])\nLine2 = add_line(start_point=[-0.052, -0.028], end_point=[0.002, -0.028])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.052, -0.01], end_point=[-0.052, -0.028])\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=[0.002, -0.01], end_point=[0.002, -0.028])\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=[-0.052, -0.019], end_point=[0.002, -0.019])\nLine6 = add_line(start_point=[0.002, -0.019], end_point=[-0.025, -0.028])\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[-0.025, -0.028], end_point=[-0.052, -0.019])\nmake_coincident(Line7.start_point, Line6.end_point)\nmake_coincident(Line7.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\nCircle1 = add_circle(center_point=[0, 0], radius=0.00225)\nCircle2 = add_circle(center_point=[0, 0], radius=0.0009)\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=[-0.020638593, 0.020676142], end_point=[-0.052632153, 0.020676142])\nLine2 = add_line(start_point=[-0.020638593, 0.02], end_point=[-0.052632153, 0.02])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.020638593, 0.020676142], end_point=[-0.020638593, 0.02])\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=[-0.052632153, 0.020676142], end_point=[-0.052632153, 0.02])\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=[-0.15878935, 0.1016], end_point=[-6.9388939e-18, 0.1016])\nLine2 = add_line(start_point=[-0.15878935, 0], end_point=[0, 0])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.15878935, 0.1016], end_point=[-0.15878935, 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, 0.1016], end_point=[0, 0])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nCircle1 = add_circle(center_point=[-0.12162289, 0.048333578], radius=0.035850378)\nLine5 = add_line(start_point=[-1.3877788e-17, 0.1016], end_point=[-0.0784488, 2.7755576e-17])\nmake_coincident(Line5.start_point, Line1.end_point)\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\nCircle1 = add_circle(center_point=[0.048737265, 0], radius=0.021518627)\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=[0.5, -0.35], end_point=[-0.5, -0.35])\nLine2 = add_line(start_point=[0.5, 0.35], end_point=[-0.5, 0.35])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.5, -0.35], end_point=[0.5, 0.35])\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=[-0.5, -0.35], end_point=[-0.5, 0.35])\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=[-0.045146563, -0.057023], end_point=[0.050848555, -0.057023])\nLine2 = add_line(start_point=[-0.045146563, -0.031623], end_point=[0.050848555, -0.031623])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.045146563, -0.057023], end_point=[-0.045146563, -0.031623])\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=[0.050848555, -0.057023], end_point=[0.050848555, -0.031623])\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=0.004)\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=[-0.09, 0.08], end_point=[-0.09, 0.085])\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=[-0.25203766, 0.0088628486])\nPoint2 = add_point(point=[-0.25203766, 0.083862849])\nPoint3 = add_point(point=[-0.30203766, 0.0088628486])\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=[-0.03207687, 0.028], end_point=[0.0325, 0.028])\nLine2 = add_line(start_point=[-0.03207687, -0.028], end_point=[0.0325, -0.028])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.03207687, 0.028], end_point=[-0.03207687, -0.028])\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=[0.0325, 0.028], end_point=[0.0325, -0.028])\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, 0.015], end_point=[0.165, 0.015])\nLine2 = add_line(start_point=[0.015, 0.135], end_point=[0.165, 0.135])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.015, 0.015], end_point=[0.015, 0.135])\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=[0.165, 0.015], end_point=[0.165, 0.135])\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=[-0.03, 0], end_point=[-0.0225, 0])\nLine2 = add_line(start_point=[0, 0], end_point=[-0.0075, 0])\nLine3 = add_line(start_point=[-0.0225, 0], end_point=[-0.0225, 0.0075])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line1.end_point)\nLine4 = add_line(start_point=[-0.0075, 0], end_point=[-0.0075, 0.0075])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line2.end_point)\nLine5 = add_line(start_point=[-0.0225, 0.0075], end_point=[-0.01875, 0.0075])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line3.end_point)\nLine6 = add_line(start_point=[-0.0075, 0.0075], end_point=[-0.01125, 0.0075])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line4.end_point)\nLine7 = add_line(start_point=[-0.01875, 0.0075], end_point=[-0.01875, 0.01])\nmake_perpendicular(Line7, Line5)\nmake_coincident(Line7.start_point, Line5.end_point)\nLine8 = add_line(start_point=[-0.01125, 0.0075], end_point=[-0.01125, 0.01])\nmake_vertical(Line8)\nmake_coincident(Line8.start_point, Line6.end_point)\nLine9 = add_line(start_point=[-0.01875, 0.01], end_point=[-0.01125, 0.01])\nmake_coincident(Line9.start_point, Line7.end_point)\nmake_coincident(Line9.end_point, Line8.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=[-0.32033232, 0.035], end_point=[-0.28498835, 1.7347235e-17])\nLine2 = add_line(start_point=[-0.28498835, 5.8817968e-18], end_point=[-0.32418979, -0.0001916856])\nmake_coincident(Line2.start_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=[0.062420326, 0.01025], end_point=[0.066720326, 0.01025])\nLine2 = add_line(start_point=[0.062420326, 0.00625], end_point=[0.066720326, 0.00625])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.062420326, 0.01025], end_point=[0.062420326, 0.00625])\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=[0.066720326, 0.01025], end_point=[0.066720326, 0.00625])\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=[6.096, 0])\nLine2 = add_line(start_point=[-8.8817842e-16, 4.002024], end_point=[6.096, 4.002024])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, 4.002024])\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=[6.096, 0], end_point=[6.096, 4.002024])\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=[-0.3048, 4.154424], end_point=[6.2484, 4.154424])\nLine6 = add_line(start_point=[-0.3048, -0.1524], end_point=[6.2484, -0.1524])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.3048, 4.154424], end_point=[-0.3048, -0.1524])\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=[6.2484, 4.154424], end_point=[6.2484, -0.1524])\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\nCircle1 = add_circle(center_point=[2.4492936e-19, 0.0105], radius=0.00075)\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=[0.01901481, -0.0011573633], end_point=[0.017010198, -0.034091981])\nLine2 = add_line(start_point=[-0.01901481, 0.0011573633], end_point=[-0.021019422, -0.031777254])\nmake_parallel(Line2, Line1)\nArc1 = add_arc(start_point=[-0.01901481, 0.0011573633], end_point=[0.01901481, -0.0011573633], mid_point=[-0.0011573633, -0.01901481])\nmake_tangent(Arc1, Line2)\nmake_tangent(Arc1, Line1)\nmake_coincident(Arc1.start_point, Line2.start_point)\nmake_coincident(Arc1.end_point, Line1.start_point)\nLine3 = add_line(start_point=[-0.021019422, -0.031777254], end_point=[-0.031733734, -0.031125113])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.031733734, -0.031125113], end_point=[-0.032429636, -0.042558386])\nmake_parallel(Line4, Line2)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[-0.032429636, -0.042558386], end_point=[0.027028608, -0.046177396])\nmake_parallel(Line5, Line3)\nmake_perpendicular(Line5, Line4)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0.027028608, -0.046177396], end_point=[0.02772451, -0.034744122])\nmake_parallel(Line6, Line2)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.02772451, -0.034744122], end_point=[0.017010198, -0.034091981])\nmake_parallel(Line7, Line5)\nmake_coincident(Line7.start_point, Line6.end_point)\nmake_coincident(Line7.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, 0], end_point=[0, 0.05542868])\nmake_vertical(Line1)\nArc1 = add_arc(start_point=[0.027936057, 0.05542868], end_point=[0, 0.05542868], mid_point=[0.013968029, 0.069396709])\nmake_tangent(Arc1, Line1)\nmake_coincident(Arc1.end_point, Line1.end_point)\nLine2 = add_line(start_point=[0.027936057, 0.05542868], end_point=[0.027936057, -0.022614907])\nmake_tangent(Line2, Arc1)\nmake_coincident(Line2.start_point, Arc1.start_point)\nArc2 = add_arc(start_point=[0.011085737, -0.022614907], end_point=[0.027936057, -0.022614907], mid_point=[0.019510897, -0.031040067])\nmake_tangent(Arc2, Line2)\nmake_coincident(Arc2.end_point, Line2.end_point)\nLine3 = add_line(start_point=[0.011085737, -0.022614907], end_point=[0.011085737, 0.048777241])\nmake_vertical(Line3)\nmake_coincident(Line3.start_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=[0.0025722336, 0], end_point=[-0.066201165, 0])\nLine2 = add_line(start_point=[0.0025722336, -0.062545888], end_point=[-0.066201165, -0.062545888])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0025722336, 0], end_point=[0.0025722336, -0.062545888])\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=[-0.066201165, 0], end_point=[-0.066201165, -0.062545888])\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=[0.05, 0])\nLine2 = add_line(start_point=[0, 0.05], end_point=[0.05, 0.05])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, 0.05])\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=[0.05, 0], end_point=[0.05, 0.05])\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=[0.225, 0])\nLine2 = add_line(start_point=[0, 0.018], end_point=[0.225, 0.018])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, 0.018])\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=[0.225, 0], end_point=[0.225, 0.018])\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=[-0.034704883, 0], end_point=[-0.0080653399, 0.026751005])\nLine2 = add_line(start_point=[0.0080990859, 0.026784751], end_point=[0.034995906, -3.469447e-18])\nmake_perpendicular(Line2, Line1)\nPoint1 = add_point(point=[0, 0.034850091])\nmake_coincident(Point1, Line2)\nmake_coincident(Point1, Line1)\nArc1 = add_arc(start_point=[0.0080990859, 0.026784751], end_point=[-0.0080653399, 0.026751005], mid_point=[9.8839883e-06, 0.03011564])\nmake_tangent(Arc1, Line1)\nmake_tangent(Arc1, Line2)\nmake_coincident(Arc1.start_point, Line2.start_point)\nmake_coincident(Arc1.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\nCircle1 = add_circle(center_point=[-0.043308402, 0], radius=0.009525)\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=[-0.058352482, -0.078104665], end_point=[-0.14846493, -0.078104665])\nLine2 = add_line(start_point=[-0.058352482, 0.046708353], end_point=[-0.14846493, 0.046708353])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.058352482, -0.078104665], end_point=[-0.058352482, 0.046708353])\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=[-0.14846493, -0.078104665], end_point=[-0.14846493, 0.046708353])\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=0.03)\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=[-0.080777472, 0.05], radius=0.01)\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=0.0495)\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=[0.006, 0.02145], end_point=[-0.006, 0.02145])\nLine2 = add_line(start_point=[0.006, 0.02895], end_point=[-0.006, 0.02895])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.006, 0.02145], end_point=[0.006, 0.02895])\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, 0.02145], end_point=[-0.006, 0.02895])\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, 0.0252])\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, -0.031], end_point=[0.063, -0.031])\nLine2 = add_line(start_point=[0, -0.036], end_point=[0.063, -0.036])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[6.8229506e-20, -0.031], end_point=[3.7439121e-19, -0.036])\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=[0.063, -0.031], end_point=[0.063, -0.036])\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=[-24.870508, 15.195268], end_point=[50.129492, 14.547786])\nLine2 = add_line(start_point=[-25, 0.19582734], end_point=[50, -0.45165468])\nmake_parallel(Line2, Line1)\nLine3 = add_line(start_point=[-24.870508, 15.195268], end_point=[-25, 0.19582734])\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=[50.129492, 14.547786], end_point=[50, -0.45165468])\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, 0], end_point=[0, -0.02])\nmake_vertical(Line5)\nmake_coincident(Line5.end_point, Line2)\nLine6 = add_line(start_point=[3.475, 0], end_point=[3.475, -0.05])\nmake_vertical(Line6)\nmake_coincident(Line6.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\nCircle1 = add_circle(center_point=[-0.045182228, 0.0381], radius=0.0142875)\nCircle2 = add_circle(center_point=[-0.045182228, 0.0381], radius=0.009525)\nmake_coincident(Circle2.center_point, Circle1.center_point)\nCircle3 = add_circle(center_point=[0.017672742, 0.056397854], radius=0.0142875)\nCircle4 = add_circle(center_point=[0.017672742, 0.056397854], radius=0.009525)\nmake_coincident(Circle4.center_point, Circle3.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=[0.0099962121, -0.036361364], radius=0.005)\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=[0.00635, -0.0144], end_point=[-0.00635, -0.0144])\nLine2 = add_line(start_point=[0.00635, 0.0144], end_point=[-0.00635, 0.0144])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.00635, -0.0144], end_point=[0.00635, 0.0144])\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=[-0.00635, -0.0144], end_point=[-0.00635, 0.0144])\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, 0], radius=0.0075)\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=[0.028778978, 0.036710612])\nPoint2 = add_point(point=[0.10323417, -0.037270732])\nPoint3 = add_point(point=[-0.0080510221, 0.024010612])\nLine1 = add_line(start_point=[0.028778978, 0.036710612], end_point=[-0.0080510221, 0.036710612])\nmake_coincident(Line1.start_point, Point1)\nLine2 = add_line(start_point=[0.028778978, 0.024010612], end_point=[-0.0080510221, 0.024010612])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nmake_coincident(Line2.end_point, Point3)\nLine3 = add_line(start_point=[0.028778978, 0.036710612], end_point=[0.028778978, 0.024010612])\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=[-0.0080510221, 0.036710612], end_point=[-0.0080510221, 0.024010612])\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=[0.016561739, 0], radius=0.045611221)\nCircle2 = add_circle(center_point=[0.012585996, 0.045437616], radius=0.00071957616)\nmake_coincident(Circle2.center_point, Circle1)\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=[-0.023725687, 0.055462647], end_point=[0.023725687, 0.055462647])\nLine2 = add_line(start_point=[-0.023725687, 0.062446829], end_point=[0.023725687, 0.062446829])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.023725687, 0.055462647], end_point=[-0.023725687, 0.062446829])\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=[0.023725687, 0.055462647], end_point=[0.023725687, 0.062446829])\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, 0.058954738])\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=[0.3180821, 0.024992725], end_point=[0.12313167, 0.024992725])\nLine2 = add_line(start_point=[0.3180821, -0.024992725], end_point=[0.12313167, -0.024992725])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.3180821, 0.024992725], end_point=[0.3180821, -0.024992725])\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=[0.12313167, 0.024992725], end_point=[0.12313167, -0.024992725])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0.22060689, 0])\nLine5 = add_line(start_point=[0.3180821, 0.046079064], end_point=[0.12313167, 0.046079064])\nLine6 = add_line(start_point=[0.3180821, -0.046079064], end_point=[0.12313167, -0.046079064])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.3180821, 0.046079064], end_point=[0.3180821, -0.046079064])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7, Line1.start_point)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[0.12313167, 0.046079064], end_point=[0.12313167, -0.046079064])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nPoint2 = add_point(point=[0.22060689, 0])\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, 0], end_point=[0, 0.7874])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0, 0.7874], end_point=[1.0287, 0.7874])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[1.0287, 1.1912394], end_point=[1.0287, 0])\nmake_vertical(Line3)\nmake_coincident(Line3, Line2.end_point)\nLine4 = add_line(start_point=[0, 0], end_point=[1.0287, 0])\nmake_horizontal(Line4)\nmake_coincident(Line4, Line3.end_point)\nmake_coincident(Line4.start_point, Line1.start_point)\nmake_coincident(Line4.end_point, Line3)\nLine5 = add_line(start_point=[1.0287, 1.1912394], end_point=[1.2479422, 1.1912394])\nmake_perpendicular(Line5, Line3)\nmake_coincident(Line5.start_point, Line3.start_point)\nLine6 = add_line(start_point=[1.2479422, 0], end_point=[1.2479422, 1.1912394])\nmake_vertical(Line6)\nmake_coincident(Line6.end_point, Line5)\nLine7 = add_line(start_point=[1.0287, 0], end_point=[1.2479422, 0])\nmake_coincident(Line7.start_point, Line3.end_point)\nmake_coincident(Line7.end_point, Line6.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=[-0.036785186, 0], end_point=[0.11556401, 0])\nLine2 = add_line(start_point=[-0.036785186, 0.1528953], end_point=[0.11556401, 0.1528953])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.036785186, 0], end_point=[-0.036785186, 0.1528953])\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=[0.11556401, 0], end_point=[0.11556401, 0.1528953])\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=[-0.037494369, -0.059944063], end_point=[0.036391243, -0.059944063])\nLine2 = add_line(start_point=[-0.037494369, -0.084415734], end_point=[0.036391243, -0.084415734])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.037494369, -0.059944063], end_point=[-0.037494369, -0.084415734])\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=[0.036391243, -0.059944063], end_point=[0.036391243, -0.084415734])\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=[0.047772545, -0.055963304], end_point=[0.047772545, 0.056508686])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.047772545, 0.056508686], end_point=[-0.065802112, -0.012591754])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.065802112, -0.012591754], end_point=[0, -0.012591754])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0, -0.012591754], end_point=[0, -0.075076193])\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\nLine1 = add_line(start_point=[-0.762, 0], end_point=[-0.7112, 0])\nLine2 = add_line(start_point=[-0.762, 0.0127], end_point=[-0.7112, 0.0127])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.762, 0], end_point=[-0.762, 0.0127])\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=[-0.7112, 0], end_point=[-0.7112, 0.0127])\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, 0], end_point=[-0.0508, 0])\nLine6 = add_line(start_point=[-3.469447e-18, 0.0127], end_point=[-0.0508, 0.0127])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0, 0], end_point=[0, 0.0127])\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=[-0.0508, -3.469447e-18], end_point=[-0.0508, 0.0127])\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=[-0.02, -0.21164137], end_point=[0.036, -0.21164137])\nLine2 = add_line(start_point=[-0.02, -0.15164137], end_point=[0.036, -0.15164137])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.02, -0.21164137], end_point=[-0.02, -0.15164137])\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=[0.036, -0.21164137], end_point=[0.036, -0.15164137])\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=[0.048888784, 0.014084597], end_point=[0.048888784, -0.014084597])\nLine2 = add_line(start_point=[0.032506797, 0.014084597], end_point=[0.032506797, -0.014084597])\nmake_vertical(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=[0.3, 0], end_point=[0.3, 0.2])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.3, 0.2], end_point=[-0.3, 0.2])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.3, 0.2], end_point=[-0.3, 1.3877788e-17])\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=[-0.0254, 0], end_point=[0.0254, 0])\nLine2 = add_line(start_point=[-0.0254, 0.0015875], end_point=[0.0254, 0.0015875])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0254, 0], end_point=[-0.0254, 0.0015875])\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=[0.0254, 0], end_point=[0.0254, 0.0015875])\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=[-0.014347309, -0.0254], end_point=[0.13928921, -0.0254])\nmake_horizontal(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=[-0.12546508, 0.057836186], end_point=[0.014234917, 0.057836186])\nLine2 = add_line(start_point=[-0.12546508, 0.057836186], end_point=[-0.12546508, -0.0056638144])\nmake_coincident(Line2.start_point, Line1.start_point)\nLine3 = add_line(start_point=[-0.12546508, -0.0056638144], end_point=[0.014234917, -0.0056638144])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.014234917, 0.057836186], end_point=[0.014234917, -0.0056638144])\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.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=[4.3368087e-18, 0.003], end_point=[-0.012964706, 0.003])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.012, 0.11], end_point=[-0.015, 0.11])\nLine3 = add_line(start_point=[-0.016, 0], end_point=[0, 0])\nLine4 = add_line(start_point=[0, 0], end_point=[4.3368087e-18, 0.003])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[-0.012, 0.11], end_point=[-0.012, 0.085])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line2.start_point)\nLine6 = add_line(start_point=[-0.012, 0.085], end_point=[-0.012964706, 0.003])\nmake_coincident(Line6.start_point, Line5.end_point)\nmake_coincident(Line6.end_point, Line1.end_point)\nLine7 = add_line(start_point=[-0.016, 0], end_point=[-0.015, 0.085])\nmake_parallel(Line7, Line6)\nmake_coincident(Line7.start_point, Line3.start_point)\nLine8 = add_line(start_point=[-0.015, 0.085], end_point=[-0.015, 0.11])\nmake_vertical(Line8)\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.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=[0.050583355, 0.0762], end_point=[0.050583355, 0.0807466])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.050583355, 0.0807466], end_point=[0.046011355, 0.0784733])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.046011355, 0.0784733], end_point=[0.050583355, 0.0762])\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Line1.start_point)\nLine4 = add_line(start_point=[0.050583355, 0.0784733], end_point=[0.046011355, 0.0784733])\nmake_horizontal(Line4)\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=[-0.053476227, 0.0077664134], end_point=[-0.040960437, 0.020282203])\nLine2 = add_line(start_point=[-0.040960437, 0.020282203], end_point=[-0.04025437, 0.019855789])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.04025437, 0.019855789], end_point=[-0.053476227, 0.0077664134])\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=[-0.17338237, 0.049882917], end_point=[-0.17338237, 0.03767879])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[-0.034928395, 0.049882917], end_point=[-0.034928395, 0.03767879])\nmake_vertical(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\nCircle1 = add_circle(center_point=[0, 0], radius=0.075)\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=[-0.04175, -0.0195], end_point=[-0.04825, -0.0195])\nLine2 = add_line(start_point=[-0.04175, -0.023], end_point=[-0.04825, -0.023])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.04175, -0.0195], end_point=[-0.04175, -0.023])\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=[-0.04825, -0.0195], end_point=[-0.04825, -0.023])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[-0.045, -0.02125])\nLine5 = add_line(start_point=[-0.02375, -0.0195], end_point=[-0.03025, -0.0195])\nLine6 = add_line(start_point=[-0.02375, -0.023], end_point=[-0.03025, -0.023])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.02375, -0.0195], end_point=[-0.02375, -0.023])\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=[-0.03025, -0.0195], end_point=[-0.03025, -0.023])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nPoint2 = add_point(point=[-0.027, -0.02125])\nLine9 = add_line(start_point=[0.03325, -0.0195], end_point=[0.02675, -0.0195])\nLine10 = add_line(start_point=[0.03325, -0.023], end_point=[0.02675, -0.023])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[0.03325, -0.0195], end_point=[0.03325, -0.023])\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=[0.02675, -0.0195], end_point=[0.02675, -0.023])\nmake_parallel(Line12, Line11)\nmake_coincident(Line12.start_point, Line9.end_point)\nmake_coincident(Line12.end_point, Line10.end_point)\nPoint3 = add_point(point=[0.03, -0.02125])\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=[0.03025, 4.867699e-19], 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=[-0.010143594, 0.008], end_point=[0.010143594, 0.008])\nLine2 = add_line(start_point=[2.1684043e-18, 0.025569219], end_point=[-0.010143594, 0.008])\nmake_coincident(Line2.end_point, Line1.start_point)\nLine3 = add_line(start_point=[0.010143594, 0.008], end_point=[2.6020852e-18, 0.025569219])\nmake_coincident(Line3.start_point, Line1.end_point)\nmake_coincident(Line3.end_point, Line2.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=[0.015041274, 0.040830654], end_point=[0.015041274, -0.040830654], mid_point=[0.009, -1.8492167e-17])\nArc2 = add_arc(start_point=[0.010255504, 0.042278549], end_point=[0.010255504, -0.042278549], mid_point=[0.004, -1.910449e-17])\nmake_coincident(Arc2.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=[0.005, 0.055], end_point=[0.055, 0.055])\nLine2 = add_line(start_point=[0.005, -0.055], end_point=[0.055, -0.055])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.005, 0.055], end_point=[0.005, -0.055])\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=[0.055, 0.055], end_point=[0.055, -0.055])\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=[-0.017551316, 0.020916844], radius=0.00508)\nCircle2 = add_circle(center_point=[0.017551316, 0.020916844], radius=0.00508)\n```\n" } ]