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=[0.017932636, 0.001], radius=0.001)\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=0.006)\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=[2.764, 11.140218], end_point=[3.684, 11.140218])\nLine2 = add_line(start_point=[2.764, 10.699402], end_point=[3.684, 10.699402])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[2.764, 11.140218], end_point=[2.764, 10.699402])\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=[3.684, 11.140218], end_point=[3.684, 10.699402])\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=[2.423, 0.26344994], end_point=[4.057, 0.26344994])\nLine6 = add_line(start_point=[2.423, -0.28179743], end_point=[4.057, -0.28179743])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[2.423, 0.26344994], end_point=[2.423, -0.28179743])\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=[4.057, 0.26344994], end_point=[4.057, -0.28179743])\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=[4.492, 0.26344994], end_point=[6.045, 0.26344994])\nLine10 = add_line(start_point=[4.492, -0.28179743], end_point=[6.045, -0.28179743])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[4.492, 0.26344994], end_point=[4.492, -0.28179743])\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=[6.045, 0.26344994], end_point=[6.045, -0.28179743])\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=[0.438, 0.28103866], end_point=[1.988, 0.28103866])\nLine14 = add_line(start_point=[0.438, -0.28179743], end_point=[1.988, -0.28179743])\nmake_parallel(Line14, Line13)\nmake_horizontal(Line14)\nLine15 = add_line(start_point=[0.438, 0.28103866], end_point=[0.438, -0.28179743])\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=[1.988, 0.28103866], end_point=[1.988, -0.28179743])\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, 0], end_point=[0, 0.05])\nmake_vertical(Line1)\nArc1 = add_arc(start_point=[0.05, 0.1], end_point=[0, 0.05], mid_point=[0.014644661, 0.085355339])\nmake_tangent(Arc1, Line1)\nmake_coincident(Arc1.end_point, Line1.end_point)\nLine2 = add_line(start_point=[0.05, 0.1], end_point=[0.065, 0.1])\nmake_horizontal(Line2)\nmake_tangent(Line2, Arc1)\nmake_coincident(Line2.start_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\nCircle1 = add_circle(center_point=[0, 0], radius=0.08)\nPoint1 = add_point(point=[-9.6590568e-23, 0.08])\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\nArc1 = add_arc(start_point=[-0.044356939, 0.035797513], end_point=[0.047414876, 0.03163589], mid_point=[0.0025821542, 0.056941483])\nLine1 = add_line(start_point=[-0.044356939, 0.035797513], end_point=[0, 0])\nmake_coincident(Line1.start_point, Arc1.start_point)\nmake_coincident(Line1.end_point, Arc1.center_point)\nLine2 = add_line(start_point=[0, 0], end_point=[0.047414876, 0.03163589])\nmake_coincident(Line2.start_point, Arc1.center_point)\nmake_coincident(Line2.end_point, Arc1.end_point)\nPoint1 = add_point(point=[-0.0125, 0.03163589])\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=0.010591805)\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=[0.003175, 0.00635], end_point=[-0.003175, 0.00635])\nLine2 = add_line(start_point=[0.003175, -0.00635], end_point=[-0.003175, -0.00635])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.003175, 0.00635], end_point=[0.003175, -0.00635])\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=[-0.003175, 0.00635], end_point=[-0.003175, -0.00635])\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=[-0.0154, 0.01905], radius=0.0075)\nCircle2 = add_circle(center_point=[-0.0154, 0.05715], 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\nLine1 = add_line(start_point=[0.26040027, 0.41146818], end_point=[0.27851644, 0.4318])\nLine2 = add_line(start_point=[0.27851644, 0.4318], end_point=[0.29663261, 0.41135499])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.29663261, 0.41135499], end_point=[0.27644782, 0.3934694])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.27644782, 0.3934694], end_point=[0.26040027, 0.41146818])\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=[0.021, 0], end_point=[-0.021, 0])\nLine2 = add_line(start_point=[0.021, 0.07], end_point=[-0.021, 0.07])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.021, 0], end_point=[0.021, 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=[-0.021, 0], end_point=[-0.021, 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\nCircle1 = add_circle(center_point=[0, 0], 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=[-1.4986, 1.7145], end_point=[0.635, 0.5334])\nCircle1 = add_circle(center_point=[-0.4318, 1.12395], radius=0.0762)\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=[0.065, 0.057], end_point=[0.0675, 0.057])\nLine2 = add_line(start_point=[0.065, 0], end_point=[0.0675, 0])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.065, 0.057], end_point=[0.065, 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=[0.0675, 0.057], end_point=[0.0675, 0])\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=[0.13, 0], end_point=[0.1325, 0])\nLine6 = add_line(start_point=[0.13, 0.057], end_point=[0.1325, 0.057])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.13, 0], end_point=[0.13, 0.057])\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=[0.1325, 0], end_point=[0.1325, 0.057])\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=[0.195, 0], end_point=[0.1975, 0])\nLine10 = add_line(start_point=[0.195, 0.057], end_point=[0.1975, 0.057])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[0.195, 0], end_point=[0.195, 0.057])\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=[0.1975, 0], end_point=[0.1975, 0.057])\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\nArc1 = add_arc(start_point=[0.028531898, 0.048249601], end_point=[0.017590683, 0.041862482], mid_point=[0.019636664, 0.050922471])\nArc2 = add_arc(start_point=[0.025312373, 0.029032754], end_point=[0.034379817, 0.034487812], mid_point=[0.032389591, 0.027532462])\nLine1 = add_line(start_point=[0.022838018, 0.04543851], end_point=[0.029655404, 0.03207725])\nmake_coincident(Line1.start_point, Arc1.center_point)\nmake_coincident(Line1.end_point, Arc2.center_point)\nLine2 = add_line(start_point=[0.028681792, 0.047923024], end_point=[0.034536433, 0.034152448])\nmake_tangent(Line2, Arc1)\nmake_tangent(Line2, Arc2)\nmake_coincident(Line2.start_point, Arc1.start_point)\nmake_coincident(Line2.end_point, Arc2.end_point)\nLine3 = add_line(start_point=[0.017396805, 0.042165025], end_point=[0.025110616, 0.029343064])\nmake_tangent(Line3, Arc1)\nmake_tangent(Line3, Arc2)\nmake_coincident(Line3.start_point, Arc1.end_point)\nmake_coincident(Line3.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\nArc1 = add_arc(start_point=[0.0079326334, -0.0067337057], end_point=[0.01, 8.6736174e-19], mid_point=[0.0094715213, -0.0035219596])\nLine1 = add_line(start_point=[0.0079326334, -0.0067337057], end_point=[0.0066479378, -0.0067337057])\nmake_horizontal(Line1)\nmake_coincident(Line1.start_point, Arc1.start_point)\nArc2 = add_arc(start_point=[0.0066479378, -0.0067337057], end_point=[0.01, 1.517883e-18], mid_point=[0.0089174231, -0.0036622765])\nmake_coincident(Arc2.start_point, Line1.end_point)\nmake_coincident(Arc2.end_point, Arc1.end_point)\nLine2 = add_line(start_point=[-0.029795832, -0.011], end_point=[-0.029371634, -0.01009443])\nArc3 = add_arc(start_point=[-0.037, -1.0462551e-17], end_point=[-0.029371634, -0.01009443], mid_point=[-0.034782432, -0.0062537779])\nmake_coincident(Arc3.end_point, Line2.end_point)\nArc4 = add_arc(start_point=[-0.037, -1.3119979e-17], end_point=[-0.029795832, -0.011], mid_point=[-0.035038675, -0.0065745731])\nmake_coincident(Arc4.start_point, Arc3.start_point)\nmake_coincident(Arc4.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\nLine1 = add_line(start_point=[-0.073082317, 0.06594225], end_point=[-0.022282317, 0.06594225])\nLine2 = add_line(start_point=[-0.073082317, 0.01514225], end_point=[-0.022282317, 0.01514225])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.073082317, 0.06594225], end_point=[-0.073082317, 0.01514225])\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=[-0.022282317, 0.06594225], end_point=[-0.022282317, 0.01514225])\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=[0.019748394, -0.0039257891], radius=0.0048768)\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=[0.009144, 0.009144], end_point=[-0.009144, 0.009144])\nLine2 = add_line(start_point=[0.009144, -0.009144], end_point=[-0.009144, -0.009144])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.009144, 0.009144], end_point=[0.009144, -0.009144])\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=[-0.009144, 0.009144], end_point=[-0.009144, -0.009144])\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=[-0.044846868, -0.1016], end_point=[0.056753132, -0.1016])\nLine2 = add_line(start_point=[-0.044846868, 1.3877788e-17], end_point=[0.056753132, 1.3877788e-17])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.044846868, -0.1016], end_point=[-0.044846868, 1.3877788e-17])\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=[0.056753132, -0.1016], end_point=[0.056753132, 1.3877788e-17])\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=0.021)\nArc1 = add_arc(start_point=[0.010432559, 0.0011881565], end_point=[0.010432559, -0.0011881565], mid_point=[-0.0105, -1.2858791e-18])\nmake_coincident(Arc1.center_point, Circle1.center_point)\nLine1 = add_line(start_point=[0.043078348, 0.036949724], end_point=[0.043078348, -0.038859274])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.0105, 0], end_point=[0.01130646, 0])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Arc1)\nLine3 = add_line(start_point=[0.010432559, 0.0011881565], end_point=[0.01130646, 0.0011881565])\nmake_coincident(Line3.start_point, Arc1)\nmake_coincident(Line3.start_point, Arc1.start_point)\nLine4 = add_line(start_point=[0.010432559, -0.0011881565], end_point=[0.01130646, -0.0011881565])\nmake_parallel(Line4, Line3)\nmake_horizontal(Line4)\nmake_coincident(Line4.start_point, Arc1.end_point)\nPoint1 = add_point(point=[0.013553661, 3.9443045e-31])\nmake_coincident(Point1, Line2)\nLine5 = add_line(start_point=[0.01130646, 0.0011881565], end_point=[0.01130646, -0.0011881565])\nmake_perpendicular(Line5, Line3)\nmake_coincident(Line5, Line2.end_point)\nmake_coincident(Line5.start_point, Line3.end_point)\nmake_coincident(Line5.end_point, Line4.end_point)\nPoint2 = add_point(point=[0.016674763, 0.0011881565])\nmake_coincident(Point2, Line3)\nPoint3 = add_point(point=[0.016674763, -0.0011881565])\nmake_coincident(Point3, Line4)\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=0.00775)\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=[-0.0127164, -3.1243657e-18], end_point=[0.015009278, 3.6664668e-18])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-2.7488476e-18, 0.0092682945], end_point=[2.7488476e-18, -0.0086885407])\nmake_vertical(Line2)\nLine3 = add_line(start_point=[-0.004769696, 0.0015], end_point=[-0.003, 0.0015])\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[-0.003, 0.0015], end_point=[-0.003, -0.0015])\nmake_vertical(Line4)\nmake_parallel(Line4, Line2)\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[-0.003, -0.0015], end_point=[-0.004769696, -0.0015])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0.004769696, 0.0015], end_point=[0.003, 0.0015])\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.003, 0.0015], end_point=[0.003, -0.0015])\nmake_perpendicular(Line7, Line1)\nmake_parallel(Line7, Line2)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.003, -0.0015], end_point=[0.004769696, -0.0015])\nmake_horizontal(Line8)\nmake_coincident(Line8.start_point, Line7.end_point)\nArc1 = add_arc(start_point=[-0.004769696, -0.0015], end_point=[0.004769696, -0.0015], mid_point=[-7.6856164e-19, -0.005])\nmake_coincident(Arc1.center_point, Line2)\nmake_coincident(Arc1.center_point, Line1)\nmake_coincident(Arc1.start_point, Line5.end_point)\nmake_coincident(Arc1.end_point, Line8.end_point)\nArc2 = add_arc(start_point=[0.004769696, 0.0015], end_point=[-0.004769696, 0.0015], mid_point=[-2.1051039e-18, 0.005])\nmake_coincident(Arc2.start_point, Line6.start_point)\nmake_coincident(Arc2.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\nCircle1 = add_circle(center_point=[0.073612075, 1.1664761e-18], 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\nCircle1 = add_circle(center_point=[-0.034277026, -0.035896625], radius=0.0040464177)\nCircle2 = add_circle(center_point=[-0.034277026, -0.035896625], radius=0.0020831321)\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=[-0.065591762, 0.054029247], end_point=[-0.065591762, 0.015929247])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[-0.065591762, 0.015929247], end_point=[-0.0020917624, 0.015929247])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.065591762, 0.054029247], end_point=[-0.0020917624, 0.054029247])\nmake_perpendicular(Line3, Line1)\nmake_coincident(Line3.start_point, Line1.start_point)\nLine4 = add_line(start_point=[-0.0020917624, 0.054029247], end_point=[-0.0020917624, 0.015929247])\nmake_coincident(Line4.start_point, Line3.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=[0.00447, -0.00447], end_point=[-0.00053, -0.00447])\nLine2 = add_line(start_point=[-0.00053, -0.00447], end_point=[-0.00053, 0.00053])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.00053, 0.00053], end_point=[0.00447, 0.00053])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.00447, 0.00053], end_point=[0.00447, -0.00447])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[-0.00053, -0.00447], end_point=[-0.00053, -0.00947])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line1.end_point)\nLine6 = add_line(start_point=[-0.00053, -0.00947], end_point=[0.00947, -0.00947])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.00947, -0.00947], end_point=[0.00947, 0.00053])\nmake_vertical(Line7)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.00947, 0.00053], end_point=[0.00447, 0.00053])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line4.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=[-0.066691607, 0], radius=0.0026)\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=[-0.003175, 0.009525], end_point=[0.003175, 0.009525])\nLine2 = add_line(start_point=[-0.003175, 0], end_point=[0.003175, 0])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.003175, 0.009525], end_point=[-0.003175, 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=[0.003175, 0.009525], end_point=[0.003175, 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=[19.373386, 33.209885], end_point=[19.928806, 32.767385])\nLine2 = add_line(start_point=[19.928806, 32.767385], end_point=[21.056007, 34.182235])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[21.056007, 34.182235], end_point=[20.500587, 34.624734])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[20.500587, 34.624734], end_point=[19.373386, 33.209885])\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=0.054715568)\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, 0.025108498], end_point=[0, -0.0022121749])\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=0.0085)\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=[-0.0085941083, -2.1684043e-18], end_point=[-0.00254, 0.00508])\nLine2 = add_line(start_point=[-0.00254, 0.00508], end_point=[0.00381, 0.00508])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.00381, 0.00508], end_point=[0.0254, -4.3368087e-19])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.0254, 4.3368087e-19], end_point=[-1.7347235e-18, -0.00254])\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[-1.7347235e-18, -0.00254], end_point=[-0.0085941083, -2.1684043e-18])\nmake_coincident(Line5.start_point, Line4.end_point)\nmake_coincident(Line5.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=0.050038)\nCircle2 = add_circle(center_point=[0, 0], radius=0.075311)\nmake_coincident(Circle2.center_point, Circle1.center_point)\nLine1 = add_line(start_point=[-0.075311, 0], end_point=[0.075311, 0])\nmake_horizontal(Line1)\nmake_coincident(Line1.start_point, Circle2)\nmake_coincident(Line1.end_point, Circle2)\nLine2 = add_line(start_point=[0, 0], end_point=[0, -0.075311])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Circle1.center_point)\nmake_coincident(Line2.end_point, Circle2)\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=[-0.0331, 0.0254], end_point=[-0.0231, 0.0254])\nLine2 = add_line(start_point=[-0.0331, -0.0254], end_point=[-0.0231, -0.0254])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0331, 0.0254], end_point=[-0.0331, -0.0254])\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=[-0.0231, 0.0254], end_point=[-0.0231, -0.0254])\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=[-0.005, 0.0254], end_point=[-0.005, -0.0254])\nLine6 = add_line(start_point=[-0.005, -0.0254], end_point=[0.005, -0.0254])\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.005, -0.0254], end_point=[0.005, 0.0254])\nmake_vertical(Line7)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.005, 0.0254], end_point=[-0.005, 0.0254])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line5.start_point)\nPoint1 = add_point(point=[0, 0])\nPoint2 = add_point(point=[0, 0])\nmake_coincident(Point2, Point1)\nLine9 = add_line(start_point=[0, 0.0254], end_point=[0, -0.0254])\nmake_coincident(Line9, 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\nCircle1 = add_circle(center_point=[0, 0], radius=0.00425)\nArc1 = add_arc(start_point=[0.0054537852, 0.0083818988], end_point=[-0.0028312575, -0.009590828], mid_point=[0.0090815274, -0.0041863899])\nmake_coincident(Arc1.center_point, Circle1.center_point)\nArc2 = add_arc(start_point=[0.0054537852, 0.0083818988], end_point=[0.15814401, 0.07306684], mid_point=[0.098999226, 0.00012261546])\nmake_tangent(Arc2, Arc1)\nmake_coincident(Arc2.start_point, Arc1.start_point)\nArc3 = add_arc(start_point=[0.17792705, 0.071955267], end_point=[0.15814401, 0.07306684], mid_point=[0.16852024, 0.081137687])\nmake_tangent(Arc3, Arc2)\nmake_coincident(Arc3.end_point, Arc2.end_point)\nCircle2 = add_circle(center_point=[0.16795925, 0.071153435], radius=0.00425)\nmake_coincident(Circle2.center_point, Arc3.center_point)\nLine1 = add_line(start_point=[0.17792705, 0.071955267], end_point=[0.17792705, -0.062951529])\nmake_vertical(Line1)\nmake_coincident(Line1.start_point, Arc3.start_point)\nLine2 = add_line(start_point=[0.17792705, -0.062951529], end_point=[-0.0028312575, -0.009590828])\nmake_tangent(Line2, Arc1)\nmake_coincident(Line2.start_point, Line1.end_point)\nmake_coincident(Line2.end_point, Arc1.end_point)\nPoint1 = add_point(point=[0, -0.010426628])\nmake_coincident(Point1, 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\nPoint1 = add_point(point=[-0.028575, 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=[0.0127, -0.00635], end_point=[-0.0127, -0.00635])\nLine2 = add_line(start_point=[0.0127, 0.00635], end_point=[-0.0127, 0.00635])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0127, -0.00635], end_point=[0.0127, 0.00635])\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=[-0.0127, -0.00635], end_point=[-0.0127, 0.00635])\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=[-0.0127, 0.00635], end_point=[0.0127, 0.00635])\nmake_coincident(Line5.start_point, Line2.end_point)\nLine6 = add_line(start_point=[-0.0127, 0.0127], end_point=[0.0127, 0.0127])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.0127, 0.00635], end_point=[-0.0127, 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=[0.0127, 0.00635], end_point=[0.0127, 0.0127])\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=[-0.00635, 0.0127], end_point=[-0.00635, 0.00635])\nmake_perpendicular(Line9, Line6)\nmake_coincident(Line9.start_point, Line6)\nmake_coincident(Line9.end_point, Line2)\nLine10 = add_line(start_point=[0.00635, 0.0127], end_point=[0.00635, 0.00635])\nmake_perpendicular(Line10, Line6)\nmake_coincident(Line10.start_point, Line6)\nmake_coincident(Line10.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=[-0.044949969, 0], end_point=[-0.044949969, -0.007])\nLine2 = add_line(start_point=[-0.044949969, 0], end_point=[-0.044949969, 0.007])\nmake_parallel(Line2, Line1)\nmake_coincident(Line2.start_point, Line1.start_point)\nLine3 = add_line(start_point=[-0.044949969, -0.007], end_point=[-0.047449969, -0.007])\nmake_coincident(Line3.start_point, Line1.end_point)\nLine4 = add_line(start_point=[-0.044949969, -0.017], end_point=[-0.047449969, -0.017])\nLine5 = add_line(start_point=[-0.044949969, -0.007], end_point=[-0.044949969, -0.017])\nmake_perpendicular(Line5, Line3)\nmake_perpendicular(Line5, Line4)\nmake_parallel(Line5, Line1)\nmake_coincident(Line5.start_point, Line3.start_point)\nmake_coincident(Line5.end_point, Line4.start_point)\nLine6 = add_line(start_point=[-0.047449969, -0.007], end_point=[-0.047449969, -0.017])\nmake_perpendicular(Line6, Line3)\nmake_perpendicular(Line6, Line4)\nmake_coincident(Line6.start_point, Line3.end_point)\nmake_coincident(Line6.end_point, Line4.end_point)\nLine7 = add_line(start_point=[-0.044949969, 0.007], end_point=[-0.047449969, 0.007])\nmake_coincident(Line7.start_point, Line2.end_point)\nLine8 = add_line(start_point=[-0.044949969, 0.017], end_point=[-0.047449969, 0.017])\nLine9 = add_line(start_point=[-0.044949969, 0.007], end_point=[-0.044949969, 0.017])\nmake_perpendicular(Line9, Line7)\nmake_perpendicular(Line9, Line8)\nmake_parallel(Line9, Line2)\nmake_coincident(Line9.start_point, Line7.start_point)\nmake_coincident(Line9.end_point, Line8.start_point)\nLine10 = add_line(start_point=[-0.047449969, 0.007], end_point=[-0.047449969, 0.017])\nmake_perpendicular(Line10, Line7)\nmake_perpendicular(Line10, Line8)\nmake_coincident(Line10.start_point, Line7.end_point)\nmake_coincident(Line10.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=[2.66, 0.55], end_point=[2.66, 0.01])\nmake_vertical(Line1)\nArc1 = add_arc(start_point=[2.6575, 0.55], end_point=[2.6625, 0.55], mid_point=[2.66, 0.5525])\nmake_coincident(Arc1.center_point, Line1.start_point)\nArc2 = add_arc(start_point=[2.6625, 0.01], end_point=[2.6575, 0.01], mid_point=[2.66, 0.0075])\nmake_coincident(Arc2.center_point, Line1.end_point)\nLine2 = add_line(start_point=[2.6625, 0.55], end_point=[2.6625, 0.01])\nmake_tangent(Line2, Arc1)\nmake_tangent(Line2, Arc2)\nmake_coincident(Line2.start_point, Arc1.end_point)\nmake_coincident(Line2.end_point, Arc2.start_point)\nLine3 = add_line(start_point=[2.6575, 0.55], end_point=[2.6575, 0.01])\nmake_tangent(Line3, Arc1)\nmake_tangent(Line3, Arc2)\nmake_coincident(Line3.start_point, Arc1.start_point)\nmake_coincident(Line3.end_point, Arc2.end_point)\nPoint1 = add_point(point=[2.66, -6.123234e-18])\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=0.032)\nLine1 = add_line(start_point=[0, 0], end_point=[0, 0.032])\nmake_vertical(Line1)\nmake_coincident(Line1.start_point, Circle1.center_point)\nmake_coincident(Line1.end_point, Circle1)\nCircle2 = add_circle(center_point=[0, 0.032], radius=0.0015)\nmake_coincident(Circle2.center_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=[-0.018542307, -0.026908036], end_point=[-0.018542307, -0.011908036])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[-0.018542307, -0.026908036], end_point=[-0.0025423072, -0.026908036])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.start_point)\nLine3 = add_line(start_point=[-0.0025423072, -0.026908036], end_point=[-0.0025423072, -0.011908036])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line2.end_point)\nArc1 = add_arc(start_point=[-0.018542307, -0.011908036], end_point=[-0.0025423072, -0.011908036], mid_point=[-0.010542307, -0.0039080357])\nmake_tangent(Arc1, Line1)\nmake_coincident(Arc1.start_point, Line1.end_point)\nmake_coincident(Arc1.end_point, Line3.end_point)\nCircle1 = add_circle(center_point=[-0.010542307, -0.011908036], radius=0.003)\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\nCircle1 = add_circle(center_point=[0, 0], radius=0.066866998)\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=[-1.0726279e-18, 0.01143], radius=0.001778)\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=[-0.1475, -0.0095], end_point=[0.1475, -0.0095])\nLine2 = add_line(start_point=[-0.1475, -0.0015], end_point=[0.1475, -0.0015])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.1475, -0.0095], end_point=[-0.1475, -0.0015])\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=[0.1475, -0.0095], end_point=[0.1475, -0.0015])\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, 0.0025], end_point=[0, 0.0125])\nLine2 = add_line(start_point=[0, 0.0125], end_point=[-0.0125, 0.0125])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.0125, 0.0125], end_point=[-0.0125, -0.0125])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.0125, -0.0125], end_point=[0, -0.0125])\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0, -0.0125], end_point=[0, -0.0025])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0, -0.0025], end_point=[-0.0025, -0.0025])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[-0.0025, -0.0025], end_point=[-0.0025, 0.0025])\nmake_vertical(Line7)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[-0.0025, 0.0025], end_point=[0, 0.0025])\nmake_horizontal(Line8)\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.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=[-0.03175, 0.00762], end_point=[0, 0.00762])\nLine2 = add_line(start_point=[-0.03175, 0], end_point=[0, 0])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.03175, 0.00762], end_point=[-0.03175, 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, 0.00762], 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=[0.059273295, 0.066885166], end_point=[-0.059273295, 0.066885166])\nLine2 = add_line(start_point=[0.059273295, -0.066885166], end_point=[-0.059273295, -0.066885166])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.059273295, 0.066885166], end_point=[0.059273295, -0.066885166])\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=[-0.059273295, 0.066885166], end_point=[-0.059273295, -0.066885166])\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, 4.4408921e-16], end_point=[0, 3.6576])\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\nLine1 = add_line(start_point=[0.015, 0.061], end_point=[0.0305, 0.061])\nLine2 = add_line(start_point=[0.0305, 0.061], end_point=[0.0305, 0])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.0305, -3.0814879e-33], end_point=[0.015, 2.0816682e-17])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.015, 2.0816682e-17], end_point=[0.015, 0.061])\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=[0.0028584395, 0.0081279276], 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=[-0.028644167, 0.1566], end_point=[-0.0036441674, 0.1566])\nLine2 = add_line(start_point=[-0.028644167, 0.1116], end_point=[-0.0036441674, 0.1116])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.028644167, 0.1566], end_point=[-0.028644167, 0.1116])\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=[-0.0036441674, 0.1566], end_point=[-0.0036441674, 0.1116])\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=[0.0051757945, 0.1566], end_point=[0.040175794, 0.1566])\nLine6 = add_line(start_point=[0.0051757945, 0.1216], end_point=[0.040175794, 0.1216])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.0051757945, 0.1566], end_point=[0.0051757945, 0.1216])\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=[0.040175794, 0.1566], end_point=[0.040175794, 0.1216])\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, 0], end_point=[-0.1016, 0])\nLine2 = add_line(start_point=[2.7755576e-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, -6.9388939e-18], 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=[1.5875, 3.3909], end_point=[2.5654, 3.3909])\nLine2 = add_line(start_point=[1.5875, 0.9525], end_point=[2.5654, 0.9525])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[1.5875, 3.3909], end_point=[1.5875, 0.9525])\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=[2.5654, 3.3909], end_point=[2.5654, 0.9525])\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=0.01)\nLine1 = add_line(start_point=[-0.002, -0.009797959], end_point=[-0.002, 0.009797959])\nmake_vertical(Line1)\nmake_coincident(Line1.start_point, Circle1)\nmake_coincident(Line1.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\nLine1 = add_line(start_point=[0.047, -0.008], end_point=[0.05519152, -0.013735764])\nLine2 = add_line(start_point=[-0.053999791, -7.5419654e-18], end_point=[0.066768183, 7.5419654e-18])\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=0.04)\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, 0.063050717])\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=[0.1016, 0.2286], end_point=[0.0508, 0.2286])\nLine2 = add_line(start_point=[0.1016, -0.2286], end_point=[-0.1016, -0.2286])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.1016, 0.2286], end_point=[0.1016, -0.2286])\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, 0.2286], end_point=[-0.1016, -0.2286])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0])\nLine5 = add_line(start_point=[0.0508, -0.1778], end_point=[-0.0508, -0.1778])\nLine6 = add_line(start_point=[0.0508, 0.2286], end_point=[0.0508, -0.1778])\nmake_coincident(Line6.start_point, Line1.end_point)\nmake_coincident(Line6.end_point, Line5.start_point)\nLine7 = add_line(start_point=[-0.0508, 0.2286], end_point=[-0.0508, -0.1778])\nmake_coincident(Line7.end_point, Line5.end_point)\nLine8 = add_line(start_point=[-0.0508, 0.2286], end_point=[-0.1016, 0.2286])\nmake_coincident(Line8, Line1)\nmake_coincident(Line8.start_point, Line7.start_point)\nmake_coincident(Line8.end_point, Line4.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=[-1.257734e-18, 0.14], 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=[0.078592315, 0.078774653], end_point=[0.097217657, 0.078774653])\nLine2 = add_line(start_point=[0.078592315, -0.088087969], end_point=[0.097217657, -0.088087969])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.078592315, 0.078774653], end_point=[0.078592315, -0.088087969])\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=[0.097217657, 0.078774653], end_point=[0.097217657, -0.088087969])\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=[-0.0098994949, 0.0098994949], radius=0.003)\nCircle2 = add_circle(center_point=[-0.0098994949, -0.0098994949], radius=0.003)\nLine1 = add_line(start_point=[-0.0098994949, 0.0098994949], end_point=[0.0098994949, -0.0098994949])\nmake_coincident(Line1.start_point, Circle1.center_point)\nCircle3 = add_circle(center_point=[0, 0], radius=0.014)\nmake_coincident(Circle3, Circle1.center_point)\nLine2 = add_line(start_point=[-0.0098994949, -0.0098994949], end_point=[0.0098994949, 0.0098994949])\nmake_coincident(Line2.start_point, Circle2.center_point)\nmake_coincident(Line2.end_point, Circle3)\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=[-0.040005002, 0.015829317], end_point=[0.041731834, 0.015829317])\nLine2 = add_line(start_point=[-0.040005002, -0.034248885], end_point=[0.041731834, -0.034248885])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.040005002, 0.015829317], end_point=[-0.040005002, -0.034248885])\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=[0.041731834, 0.015829317], end_point=[0.041731834, -0.034248885])\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=[0.28, 1.720904e-18], radius=0.008)\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=[0.184, 0])\nLine1 = add_line(start_point=[0.184, 0.007], end_point=[0.184, -0.007])\nArc1 = add_arc(start_point=[0.18, 0.007], end_point=[0.188, 0.007], mid_point=[0.184, 0.011])\nmake_coincident(Arc1.center_point, Line1.start_point)\nArc2 = add_arc(start_point=[0.188, -0.007], end_point=[0.18, -0.007], mid_point=[0.184, -0.011])\nmake_coincident(Arc2.center_point, Line1.end_point)\nLine2 = add_line(start_point=[0.188, 0.007], end_point=[0.188, -0.007])\nmake_tangent(Line2, Arc1)\nmake_tangent(Line2, Arc2)\nmake_coincident(Line2.start_point, Arc1.end_point)\nmake_coincident(Line2.end_point, Arc2.start_point)\nLine3 = add_line(start_point=[0.18, 0.007], end_point=[0.18, -0.007])\nmake_tangent(Line3, Arc1)\nmake_tangent(Line3, Arc2)\nmake_coincident(Line3.start_point, Arc1.start_point)\nmake_coincident(Line3.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=[-0.0635, -0.0381], end_point=[-0.0577088, -0.0381])\nLine2 = add_line(start_point=[-0.0635, -0.1143], end_point=[-0.0577088, -0.1143])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0635, -0.0381], end_point=[-0.0635, -0.1143])\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=[-0.0577088, -0.0381], end_point=[-0.0577088, -0.1143])\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=[0.2973794, -0.076248713], end_point=[0.43971841, -0.076248713])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.43971841, -0.076248713], end_point=[0.41980821, -0.076273282])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.41980821, -0.076273282], end_point=[0.41980821, 0.030822337])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.41584996, 0.030822337], end_point=[0.41385483, 0.05437725])\nLine5 = add_line(start_point=[0.41385483, 0.05437725], end_point=[0.31840706, 0.05437725])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0.31840706, 0.05437725], end_point=[0.2973794, -0.076248713])\nmake_coincident(Line6.start_point, Line5.end_point)\nmake_coincident(Line6.end_point, Line1.start_point)\nLine7 = add_line(start_point=[0.41584996, 0.030822337], end_point=[0.41980821, 0.030822337])\nmake_coincident(Line7.start_point, Line4.start_point)\nmake_coincident(Line7.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, 0], end_point=[0, 0.015])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0, 0.015], end_point=[0.00105, 0.015])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.00105, 0.015], end_point=[0.00105, 0.0146])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.00105, 0.0146], end_point=[0.00089, 0.0146])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.00089, 0.0146], end_point=[0.00089, 0.0136])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0.0006, 0.0132], end_point=[0.0006, 0.01345])\nmake_vertical(Line6)\nLine7 = add_line(start_point=[0.0006, 0.01345], end_point=[0.00074, 0.01345])\nmake_coincident(Line7.start_point, Line6.end_point)\nArc1 = add_arc(start_point=[-3.6779536e-20, 0.013], end_point=[0.0006, 0.0132], mid_point=[0.00031622777, 0.013051317])\nmake_coincident(Arc1.start_point, Line1)\nmake_coincident(Arc1.end_point, Line6.start_point)\nLine8 = add_line(start_point=[0, 0.015], end_point=[2.4452804e-20, 0.013])\nmake_coincident(Line8.start_point, Line1.end_point)\nmake_coincident(Line8.end_point, Arc1.start_point)\nPoint1 = add_point(point=[0.00089, 0.01345])\nmake_coincident(Point1, Line7)\nmake_coincident(Point1, Line5)\nArc2 = add_arc(start_point=[0.00074, 0.01345], end_point=[0.00089, 0.0136], mid_point=[0.00084606602, 0.013493934])\nmake_tangent(Arc2, Line5)\nmake_tangent(Arc2, Line7)\nmake_coincident(Arc2.start_point, Line7.end_point)\nmake_coincident(Arc2.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\nCircle1 = add_circle(center_point=[0, 0], radius=0.04445)\nCircle2 = add_circle(center_point=[0, -0.0021279256], radius=0.017155883)\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=[-0.02091458, 0], radius=0.001598)\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, 0.025], radius=0.021)\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=0.01016)\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, 0.12500457], end_point=[-0.03, 0.12500457])\nLine2 = add_line(start_point=[-0.01, 0.16157311], end_point=[-0.03, 0.16157311])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.01, 0.12500457], end_point=[-0.01, 0.16157311])\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=[-0.03, 0.12500457], end_point=[-0.03, 0.16157311])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[-0.02, 0.14328884])\nPoint2 = add_point(point=[-0.02, 0.17157311])\nPoint3 = add_point(point=[0, 0.14328884])\nPoint4 = add_point(point=[-0.02, 0.17157311])\nPoint5 = add_point(point=[0, 0.14328884])\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=[0.1016, 0.009525], end_point=[-0.1016, 0.009525])\nLine2 = add_line(start_point=[0.1016, -0.009525], end_point=[-0.1016, -0.009525])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.1016, 0.009525], end_point=[0.1016, -0.009525])\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, 0.009525], end_point=[-0.1016, -0.009525])\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=0.00635)\nmake_coincident(Circle1.center_point, Point1)\nLine5 = add_line(start_point=[-0.1016, -4.3368087e-19], end_point=[-0.00635, -4.3368087e-19])\nmake_horizontal(Line5)\nmake_coincident(Line5.end_point, Circle1)\nLine6 = add_line(start_point=[0.00635, -9.6296497e-35], end_point=[0.1016, -1.3010426e-18])\nmake_coincident(Line6.start_point, Circle1)\nPoint2 = add_point(point=[-0.053975, -4.3368087e-19])\nPoint3 = add_point(point=[0.053975, -6.505213e-19])\nCircle2 = add_circle(center_point=[-0.053975, -4.3368087e-19], radius=0.003175)\nmake_coincident(Circle2.center_point, Point2)\nCircle3 = add_circle(center_point=[0.053975, -6.505213e-19], radius=0.003175)\nmake_coincident(Circle3.center_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\nLine1 = add_line(start_point=[-0.024748737, -0.03077354], end_point=[0.024748737, -0.03077354])\nLine2 = add_line(start_point=[0.024748737, -0.03077354], end_point=[0.024748737, -0.06077354])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.024748737, -0.06077354], end_point=[-0.024748737, -0.06077354])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.024748737, -0.06077354], end_point=[-0.024748737, -0.03077354])\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=0.0398399)\nCircle2 = add_circle(center_point=[0, 0], radius=0.0334899)\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], end_point=[0.16, 0])\nLine2 = add_line(start_point=[1.3877788e-17, -0.20011989], end_point=[0.16, -0.20011989])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, -0.20011989])\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=[0.16, 0], end_point=[0.16, -0.20011989])\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, -0.008], end_point=[0.152, -0.008])\nLine6 = add_line(start_point=[0.025, -0.19211989], end_point=[0.152, -0.19211989])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.025, -0.008], end_point=[0.025, -0.19211989])\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=[0.152, -0.008], end_point=[0.152, -0.19211989])\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=0.050384666)\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=[0.06, 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=[-0.025344584, 0], end_point=[0.03742072, 0])\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\nCircle1 = add_circle(center_point=[0, 0], radius=0.02921)\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=[-0.31100914, -0.058587725], end_point=[-0.26009744, -0.0076760521])\nLine2 = add_line(start_point=[-0.26009744, -0.0076760521], end_point=[-0.12322064, 0.040175193])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.12322064, 0.040175193], end_point=[-0.022582174, 0.056785424])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.022582174, 0.056785424], end_point=[0.029917826, 0.056785424])\nmake_horizontal(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.029917826, 0.056785424], end_point=[0.029917826, 0.065785424])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0.029917826, 0.065785424], end_point=[-0.024593705, 0.065785424])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[-0.024593705, 0.065785424], end_point=[-0.12322064, 0.050411649])\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[-0.12322064, 0.050411649], end_point=[-0.26742138, 0])\nmake_parallel(Line8, Line2)\nmake_coincident(Line8.start_point, Line7.end_point)\nLine9 = add_line(start_point=[-0.26742138, 0], end_point=[-0.32600914, -0.058587725])\nmake_parallel(Line9, Line1)\nmake_coincident(Line9.start_point, Line8.end_point)\nLine10 = add_line(start_point=[-0.32600914, -0.058587725], end_point=[-0.31100914, -0.058587725])\nmake_coincident(Line10.start_point, Line9.end_point)\nmake_coincident(Line10.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=[0.05, -0.05], end_point=[-0.05, -0.05])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.05, 0.05], end_point=[0.05, -0.05])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.end_point, Line1.start_point)\nLine3 = add_line(start_point=[-0.05, 0.05], end_point=[-0.05, -0.05])\nmake_parallel(Line3, Line2)\nmake_coincident(Line3.end_point, Line1.end_point)\nPoint1 = add_point(point=[0, 0])\nLine4 = add_line(start_point=[-0.05, 0.05], end_point=[-0.05, 0.064639509])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line3.start_point)\nLine5 = add_line(start_point=[-0.05, 0.064639509], end_point=[0.05, 0.064639509])\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0.05, 0.064639509], end_point=[0.05, 0.05])\nmake_coincident(Line6.start_point, Line5.end_point)\nmake_coincident(Line6.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\nLine1 = add_line(start_point=[-0.153, -0.19687146], end_point=[-0.153, -0.14191399])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[-0.153, -0.19687146], end_point=[0.20356058, -0.22493339])\nmake_coincident(Line2.start_point, Line1.start_point)\nLine3 = add_line(start_point=[0.20356058, -0.22493339], end_point=[0.20356058, -0.20052536])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nArc1 = add_arc(start_point=[-0.153, -1.4291086], end_point=[0.20356058, -1.3704972], mid_point=[-0.18084061, -0.14587229])\nmake_coincident(Arc1.start_point, Line1.end_point)\nmake_coincident(Arc1.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\nCircle1 = add_circle(center_point=[-0.01715, -0.014801222], radius=0.0015)\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=[-0.0065, -0.0045], 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=[0.020549032, -0.0127], end_point=[-0.020549032, -0.0127])\nLine2 = add_line(start_point=[0.020549032, 0.0127], end_point=[-0.020549032, 0.0127])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.020549032, -0.0127], end_point=[0.020549032, 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=[-0.020549032, -0.0127], end_point=[-0.020549032, 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\nCircle1 = add_circle(center_point=[-0.06, 1.1052437e-18], radius=0.016)\nCircle2 = add_circle(center_point=[-0.06, 1.1052437e-18], radius=0.015)\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=[0.2, -0.15], end_point=[-0.2, -0.15])\nLine2 = add_line(start_point=[0.2, 0.15], end_point=[-0.2, 0.15])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.2, -0.15], end_point=[0.2, 0.15])\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=[-0.2, -0.15], end_point=[-0.2, 0.15])\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=[-0.19, -0.14], end_point=[-0.19, 0.14])\nLine6 = add_line(start_point=[0.19, -0.14], end_point=[-0.19, -0.14])\nmake_coincident(Line6.end_point, Line5.start_point)\nLine7 = add_line(start_point=[0.19, -0.14], end_point=[0.19, 0.14])\nmake_coincident(Line7.start_point, Line6.start_point)\nLine8 = add_line(start_point=[0.19, 0.14], end_point=[-0.19, 0.14])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.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, 0.025], end_point=[0.005, 0.025])\nLine2 = add_line(start_point=[0, 0.053], end_point=[0.005, 0.053])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0.025], end_point=[0, 0.053])\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=[0.005, 0.025], end_point=[0.005, 0.053])\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=[-0.0225, 0.01618655], end_point=[-0.0125, 0.01618655])\nLine2 = add_line(start_point=[-0.0225, -0.01618655], end_point=[-0.0125, -0.01618655])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0225, 0.01618655], end_point=[-0.0225, -0.01618655])\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=[-0.0125, 0.01618655], end_point=[-0.0125, -0.01618655])\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=[0.051482683, 0.02803259], radius=0.018605)\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=[0.01, -0.01])\nLine2 = add_line(start_point=[-0.01, 0.01], end_point=[0.01, 0.01])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.01, -0.01], end_point=[-0.01, 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=[0.01, -0.01], end_point=[0.01, 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])\nLine5 = add_line(start_point=[-0.01, 0.01], end_point=[-0.02, 0.01])\nLine6 = add_line(start_point=[-0.01, -0.01], end_point=[-0.02, -0.01])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.01, 0.01], end_point=[-0.01, -0.01])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7, Line3)\nmake_coincident(Line7.start_point, Line5.start_point)\nmake_coincident(Line7.end_point, Line6.start_point)\nLine8 = add_line(start_point=[-0.02, 0.01], end_point=[-0.02, -0.01])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nPoint2 = add_point(point=[-0.01, 0])\nPoint3 = add_point(point=[0.01, -0.037948539])\nPoint4 = add_point(point=[-0.02, -0.037948539])\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=[0.045163693, 0], end_point=[0.1479743, 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, 9.7359421e-19], radius=0.006)\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=[0.0084289322, 0.02], radius=0.005)\nCircle2 = add_circle(center_point=[0.0084289322, -0.02], 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\nPoint1 = add_point(point=[0.0461899, 0.01905])\nCircle1 = add_circle(center_point=[0.0461899, 0.01905], radius=0.0127)\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=[-0.0085, 0.01], end_point=[0.0085, 0.01])\nLine2 = add_line(start_point=[-0.0085, -0.01], end_point=[0.0085, -0.01])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0085, 0.01], end_point=[-0.0085, -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=[0.0085, 0.01], end_point=[0.0085, -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])\nLine5 = add_line(start_point=[-0.0085, -0.0018], end_point=[-0.0135, -0.0018])\nmake_perpendicular(Line5, Line3)\nmake_coincident(Line5.start_point, Line3)\nLine6 = add_line(start_point=[-0.0135, -0.0018], end_point=[-0.0135, 0.004])\nmake_parallel(Line6, Line3)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[-0.0135, 0.004], end_point=[-0.0085, 0.004])\nmake_perpendicular(Line7, Line3)\nmake_coincident(Line7.start_point, Line6.end_point)\nmake_coincident(Line7.end_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\nPoint1 = add_point(point=[-0.02, 0.162])\nLine1 = add_line(start_point=[0, 0.162], end_point=[-0.02, 0.162])\nLine2 = add_line(start_point=[3.469447e-18, 0.142], end_point=[-0.02, 0.142])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0.162], end_point=[0, 0.142])\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=[-0.02, 0.162], end_point=[-0.02, 0.142])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint2 = add_point(point=[-0.02, -0.162])\nLine5 = add_line(start_point=[0, -0.162], end_point=[-0.02, -0.162])\nLine6 = add_line(start_point=[-1.7347235e-18, -0.142], end_point=[-0.02, -0.142])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0, -0.162], end_point=[0, -0.142])\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=[-0.02, -0.162], end_point=[-0.02, -0.142])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\n```\n" } ]