Datasets:

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Yuki-Kokomi

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OpenECAD-Dataset

like 1

[ { "from": "human", "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=0.0025)\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=[0.0113, 0.0621], end_point=[0.0093, 0.0621])\nLine2 = add_line(start_point=[0.0113, 0.0458], end_point=[0.0093, 0.0458])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0113, 0.0621], end_point=[0.0113, 0.0458])\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=[0.0093, 0.0621], end_point=[0.0093, 0.0458])\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=[-3.6739404e-19, 0.0075], radius=0.00265)\n```\n" } ]

[ { "from": "human", "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=[0.44007337, -0.28131083], end_point=[0.69615155, -0.28131083])\nLine2 = add_line(start_point=[0.44007337, -0.067801476], end_point=[0.69615155, -0.067801476])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.44007337, -0.28131083], end_point=[0.44007337, -0.067801476])\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=[0.69615155, -0.28131083], end_point=[0.69615155, -0.067801476])\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=[-0.15305296, 0.0042720938], radius=0.002286)\nCircle2 = add_circle(center_point=[0.13396704, 0.0042720938], radius=0.002286)\n```\n" } ]

[ { "from": "human", "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, -0.0058790914], end_point=[-0.0079375, -0.0058790914])\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=[-0.015875, 0.009525], end_point=[0.015875, 0.009525])\nLine2 = add_line(start_point=[-0.015875, -0.009525], end_point=[0.015875, -0.009525])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.015875, 0.009525], end_point=[-0.015875, -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=[0.015875, 0.009525], end_point=[0.015875, -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])\n```\n" } ]

[ { "from": "human", "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=[-0.092384219, 0.093752794], end_point=[-0.038617503, 0.093752794])\nLine2 = add_line(start_point=[-0.092384219, 0.11157062], end_point=[-0.038617503, 0.11157062])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.092384219, 0.093752794], end_point=[-0.092384219, 0.11157062])\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=[-0.038617503, 0.093752794], end_point=[-0.038617503, 0.11157062])\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=[0.019125027, 0.011121239], radius=0.00125)\nCircle2 = add_circle(center_point=[0.015235897, -0.0054279196], radius=0.00125)\n```\n" } ]

[ { "from": "human", "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=[-1.7347235e-18, 0.09], end_point=[0.03, -0.09])\nLine2 = add_line(start_point=[1.9081958e-17, 0.075], end_point=[0.03, 0.075])\nLine3 = add_line(start_point=[-8.6736174e-18, -0.075], end_point=[0.03, -0.075])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[1.8942689e-17, 0.075], end_point=[-8.611864e-18, -0.075])\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=[0.03, 0.075], end_point=[0.03, -0.075])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\nPoint1 = add_point(point=[0.015, 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=[0.0245, 0.005], radius=0.01225)\n```\n" } ]

[ { "from": "human", "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=[0.002, 0.00225], end_point=[0.018200962, 0.00225])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.018200962, 0.00225], end_point=[0.021, 0.003])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.021, 0.003], end_point=[0.021, 0.004])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.021, 0.004], end_point=[0, 0.004])\nmake_horizontal(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0, 0], end_point=[0.012281629, 0])\nmake_horizontal(Line5)\nLine6 = add_line(start_point=[0, 0.004], end_point=[0, 0.0015])\nmake_vertical(Line6)\nmake_coincident(Line6.start_point, Line4.end_point)\nLine7 = add_line(start_point=[3.2526065e-19, 0.0015], end_point=[0.002, 0.0015])\nmake_perpendicular(Line7, Line6)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.002, 0.0015], end_point=[0.002, 0.00225])\nmake_vertical(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, 0], end_point=[0.15274101, 0])\nLine2 = add_line(start_point=[0, -0.040794812], end_point=[0.15274101, -0.040794812])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, -0.040794812])\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=[0.15274101, 0], end_point=[0.15274101, -0.040794812])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nArc1 = add_arc(start_point=[0.0375, 0.013919411], end_point=[-0.0375, 0.013919411], mid_point=[-6.4324906e-18, 0.04])\nLine1 = add_line(start_point=[0.0375, 0.013919411], end_point=[-0.0375, 0.013919411])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.0375, 4.7532981e-18], end_point=[0.0375, 0.013919411])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.end_point, Line1.start_point)\nmake_coincident(Line2.end_point, Arc1.start_point)\nLine3 = add_line(start_point=[-0.0375, -6.4880216e-18], end_point=[-0.0375, 0.013919411])\nmake_parallel(Line3, Line2)\nmake_coincident(Line3.end_point, Line1.end_point)\nmake_coincident(Line3.end_point, Arc1.end_point)\nPoint1 = add_point(point=[0, 0])\nmake_coincident(Point1, Arc1.center_point)\nLine4 = add_line(start_point=[-0.0375, -5.6206598e-18], end_point=[0.0375, 4.7532981e-18])\nmake_coincident(Line4.start_point, Line3.start_point)\nmake_coincident(Line4.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=[-0.1016, -0.0060930117], end_point=[-0.0762, -0.0060930117])\nLine2 = add_line(start_point=[-0.1016, 0.070106988], end_point=[-0.0762, 0.070106988])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.1016, -0.0060930117], end_point=[-0.1016, 0.070106988])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.0762, -0.0060930117], end_point=[-0.0762, 0.070106988])\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=0.039806843)\nLine1 = add_line(start_point=[0, 0], end_point=[0.039806843, 0])\nmake_horizontal(Line1)\nmake_coincident(Line1.start_point, Circle1.center_point)\nLine2 = add_line(start_point=[0.079613685, -3.469447e-18], end_point=[0.019903421, 0.034473737])\nmake_tangent(Line2, Circle1)\nmake_coincident(Line2.end_point, Circle1)\nLine3 = add_line(start_point=[0.039806843, 0], end_point=[0.079613685, 0])\nmake_coincident(Line3, Line1)\nmake_coincident(Line3.start_point, Circle1)\nmake_coincident(Line3.start_point, Line1.end_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.079613685, -3.469447e-18], end_point=[0.02100607, -0.033837122])\nmake_tangent(Line4, Circle1)\nmake_coincident(Line4.start_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=[0.025, 0.1], end_point=[0.025, 0])\nLine2 = add_line(start_point=[0.025, 0], end_point=[0.05, 0])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.05, 0], end_point=[0.05, 0.05])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.05, 0.05], end_point=[0, 0.05])\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.0275, 0.0525], end_point=[0.0225, 0.0525])\nLine6 = add_line(start_point=[0.0275, 0.0475], end_point=[0.0225, 0.0475])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.0275, 0.0525], end_point=[0.0275, 0.0475])\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=[0.0225, 0.0525], end_point=[0.0225, 0.0475])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nPoint1 = add_point(point=[0.025, 0.05])\n```\n" } ]

[ { "from": "human", "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=[0.045, 0.0325], end_point=[-0.045, 0.0325])\nLine2 = add_line(start_point=[0.06, -0.0325], end_point=[-0.06, -0.0325])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.06, 0.0175], end_point=[0.06, -0.0325])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.end_point, Line2.start_point)\nPoint1 = add_point(point=[0, 0])\nLine4 = add_line(start_point=[-0.06, 0.0175], end_point=[-0.045, 0.0325])\nmake_coincident(Line4.end_point, Line1.end_point)\nLine5 = add_line(start_point=[0.045, 0.0325], end_point=[0.06, 0.0175])\nmake_coincident(Line5.start_point, Line1.start_point)\nmake_coincident(Line5.end_point, Line3.start_point)\nLine6 = add_line(start_point=[0.06, 0.0175], end_point=[-0.06, 0.0175])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\nmake_coincident(Line6.end_point, Line4.start_point)\nPoint2 = add_point(point=[-0.06, 0.0325])\nmake_coincident(Point2, Line1)\nPoint3 = add_point(point=[0.06, 0.0325])\nmake_coincident(Point3, Line1)\nmake_coincident(Point3, Line3)\nLine7 = add_line(start_point=[-0.06, 0.0175], end_point=[-0.06, -0.0325])\nmake_coincident(Line7.start_point, Line4.start_point)\nmake_coincident(Line7.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=[-0.0017683256, -0.096506814], end_point=[0.013136935, -0.052841258])\nLine2 = add_line(start_point=[0.013136935, -0.052841258], end_point=[0.046754613, -0.084443462])\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\nCircle1 = add_circle(center_point=[-1.5553014e-18, 0.0254], radius=0.003175)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.001, 0.004], end_point=[0.001, 0.004])\nLine2 = add_line(start_point=[-0.001, -0.004], end_point=[0.001, -0.004])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.001, 0.004], end_point=[-0.001, -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=[0.001, 0.004], end_point=[0.001, -0.004])\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=[0.033, 0.02685], end_point=[0.036, 0.02685])\nLine2 = add_line(start_point=[0.033, 0.02115], end_point=[0.036, 0.02115])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.033, 0.02685], end_point=[0.033, 0.02115])\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, 0.02685], end_point=[0.036, 0.02115])\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=[-0.098618655, 0.085597707], end_point=[-0.093618655, 0.085597707])\nLine2 = add_line(start_point=[-0.098618655, 0.065597707], end_point=[-0.093618655, 0.065597707])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.098618655, 0.085597707], end_point=[-0.098618655, 0.065597707])\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=[-0.093618655, 0.085597707], end_point=[-0.093618655, 0.065597707])\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=[0.01763824, 0.066556364], end_point=[0.01543824, 0.066556364])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.01543824, 0.066556364], end_point=[0.01983824, 0.066556364])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.01983824, 0.066556364], end_point=[0.020849072, 0.055002498])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.020849072, 0.055002498], end_point=[0.016449072, 0.055002498])\nmake_horizontal(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.01543824, 0.066556364], end_point=[0.016449072, 0.055002498])\nmake_parallel(Line5, Line3)\nmake_coincident(Line5.start_point, Line1.end_point)\nmake_coincident(Line5.end_point, Line4.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.62, 0.8], end_point=[0.5, 0.8])\nLine2 = add_line(start_point=[0.62, 0.755], end_point=[0.5, 0.755])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.62, 0.8], end_point=[0.62, 0.755])\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, 0.8], end_point=[0.5, 0.755])\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=[0.014173661, -0.020497959], end_point=[-0.014339269, -0.020497959])\nLine2 = add_line(start_point=[0.014173661, 0.018877041], end_point=[-0.014339269, 0.018877041])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.014173661, -0.020497959], end_point=[0.014173661, 0.018877041])\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=[-0.014339269, -0.020497959], end_point=[-0.014339269, 0.018877041])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[-8.280389e-05, -0.00081045926])\nArc1 = add_arc(start_point=[0.014173661, 0.018877041], end_point=[-0.014339269, 0.018877041], mid_point=[-8.280389e-05, 0.033133506])\nmake_tangent(Arc1, Line4)\nmake_coincident(Arc1.start_point, Line2.start_point)\nmake_coincident(Arc1.end_point, Line2.end_point)\nArc2 = add_arc(start_point=[-0.014339269, -0.020497959], end_point=[0.014173661, -0.020497959], mid_point=[-8.280389e-05, -0.034754424])\nmake_tangent(Arc2, Line4)\nmake_coincident(Arc2.start_point, Line1.end_point)\nmake_coincident(Arc2.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=0.00254)\n```\n" } ]

[ { "from": "human", "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, -0.022066339], end_point=[0.0508, -0.0030163385])\nLine2 = add_line(start_point=[0.0508, -0.0030163385], end_point=[0.1016, -0.0030163385])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.1016, -0.0030163385], end_point=[0.1016, -0.022066339])\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=[-0.025657215, 0], end_point=[0.025142785, 0])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.025142785, 0], end_point=[0.025142785, 0.0381])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.025142785, 0.0381], end_point=[-0.025657215, 0.0381])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.025657215, 0.0381], end_point=[-0.025657215, 0])\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=[-0.45798117, 0.18293311], end_point=[-0.074583694, 0.18293311])\nLine2 = add_line(start_point=[-0.45798117, -0.18319422], end_point=[-0.074583694, -0.18319422])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.45798117, 0.18293311], end_point=[-0.45798117, -0.18319422])\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=[-0.074583694, 0.18293311], end_point=[-0.074583694, -0.18319422])\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=[-0.0704, -0.041975], end_point=[-0.062116667, -0.041975])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.062116667, -0.041975], end_point=[-0.053833333, -0.041975])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.053833333, -0.041975], end_point=[-0.04555, -0.041975])\nmake_coincident(Line3.start_point, Line2.end_point)\nCircle1 = add_circle(center_point=[-0.053833333, -0.041975], radius=0.00175)\nmake_coincident(Circle1.center_point, Line2.end_point)\nCircle2 = add_circle(center_point=[-0.062116667, -0.041975], radius=0.00175)\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=[-0.0191, -0.01], end_point=[-0.0121, -0.01])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.0121, -0.01], end_point=[-0.0121, 0.025])\nmake_perpendicular(Line2, Line1)\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.0121, 0.025], end_point=[0.0121, 0.025])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.0121, 0.025], end_point=[0.0121, -0.01])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.0121, -0.01], end_point=[0.0191, -0.01])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0.0191, -0.01], end_point=[0.0191, 0.09])\nmake_vertical(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.0191, 0.09], end_point=[-0.0191, 0.09])\nmake_horizontal(Line7)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[-0.0191, 0.09], end_point=[-0.0191, -0.01])\nmake_vertical(Line8)\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line1.start_point)\nLine9 = add_line(start_point=[0, 0], end_point=[0, 0.025])\nmake_vertical(Line9)\nLine10 = add_line(start_point=[0, 0], end_point=[0, -0.01])\nmake_vertical(Line10)\nmake_coincident(Line10.start_point, Line9.start_point)\nmake_coincident(Line10.end_point, 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=[0.845, 0], end_point=[1.145, 0])\nLine2 = add_line(start_point=[1.145, 0], end_point=[1.145, -0.5])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[1.145, -0.5], end_point=[0.545, -0.5])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.545, -0.5], end_point=[0.545, 0])\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.545, 0], end_point=[0.845, 0])\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, 0.30826621], radius=0.021)\nCircle2 = add_circle(center_point=[0, 0.34994187], radius=0.016)\n```\n" } ]

[ { "from": "human", "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=[0.047326878, 0.054251955], radius=0.002125)\nCircle2 = add_circle(center_point=[0.047326878, 0.054251955], radius=0.003)\nmake_coincident(Circle2.center_point, Circle1.center_point)\nLine1 = add_line(start_point=[0.044326878, 0.054251955], end_point=[0.044326878, 0.024251955])\nmake_vertical(Line1)\nmake_coincident(Line1.start_point, Circle2)\nLine2 = add_line(start_point=[0.047326878, 0.054251955], end_point=[0.047326878, 0.024251955])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Circle1.center_point)\nLine3 = add_line(start_point=[0.047326878, 0.024251955], end_point=[0.044326878, 0.024251955])\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Line1.end_point)\nLine4 = add_line(start_point=[0.047326878, 0.052126955], end_point=[0.049444513, 0.052126955])\nmake_horizontal(Line4)\nmake_coincident(Line4.start_point, Circle1)\nmake_coincident(Line4.start_point, Line2)\nmake_coincident(Line4.end_point, Circle2)\nLine5 = add_line(start_point=[0.047326878, 0.052126955], end_point=[0.047326878, 0.050126955])\nmake_coincident(Line5.start_point, Line4.start_point)\nmake_coincident(Line5.end_point, Line2)\nLine6 = add_line(start_point=[0.047326878, 0.050126955], end_point=[0.049444513, 0.052126955])\nmake_coincident(Line6.start_point, Line5.end_point)\nmake_coincident(Line6.end_point, Line4.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.03175, 0.03175], end_point=[3.469447e-18, -3.469447e-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\nLine1 = add_line(start_point=[-0.045, 0.045], end_point=[0.045, 0.045])\nLine2 = add_line(start_point=[-0.045, -0.045], end_point=[0.045, -0.045])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.045, 0.045], end_point=[-0.045, -0.045])\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=[0.045, 0.045], end_point=[0.045, -0.045])\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=[0.42, 0.72], end_point=[0.39, 0.72])\nLine2 = add_line(start_point=[0.42, 0.57], end_point=[0.39, 0.57])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.42, 0.72], end_point=[0.42, 0.57])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.39, 0.72], end_point=[0.39, 0.57])\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=[-0.48762186, 0.508], end_point=[0.020378135, 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=[0.015, 0.01], end_point=[0.035, 0.01])\nLine2 = add_line(start_point=[0.015, 0.082890772], end_point=[0.035, 0.082890772])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.015, 0.01], end_point=[0.015, 0.082890772])\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=[0.035, 0.01], end_point=[0.035, 0.082890772])\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=[-0.0068441737, 0.10089903], end_point=[0.043116685, 0.10089903])\nLine2 = add_line(start_point=[-0.0068441737, -0.013501143], end_point=[0.043116685, -0.013501143])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0068441737, 0.10089903], end_point=[-0.0068441737, -0.013501143])\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=[0.043116685, 0.10089903], end_point=[0.043116685, -0.013501143])\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=[0.072685361, -0.03899138], end_point=[-0.048444238, -0.03899138])\nLine6 = add_line(start_point=[0.072685361, 0.090499014], end_point=[-0.048444238, 0.090499014])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.072685361, -0.03899138], end_point=[0.072685361, 0.090499014])\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=[-0.048444238, -0.03899138], end_point=[-0.048444238, 0.090499014])\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=[-1.9992546, 0.10568692], end_point=[4.0007454, 0.10568692])\nLine2 = add_line(start_point=[-1.9992546, 0.060686923], end_point=[4.0007454, 0.060686923])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[4.0007454, 0.10568692], end_point=[4.0007454, 0.060686923])\nmake_coincident(Line3.start_point, Line1.end_point)\nmake_coincident(Line3.end_point, Line2.end_point)\nLine4 = add_line(start_point=[-1.9992546, 0.10568692], end_point=[-1.9992546, 0.060686923])\nmake_coincident(Line4.start_point, Line1.start_point)\nmake_coincident(Line4.end_point, Line2.start_point)\nLine5 = add_line(start_point=[-1.9955053, -1.9843131], end_point=[4.0044947, -1.9843131])\nLine6 = add_line(start_point=[-1.9955053, -1.9393131], end_point=[4.0044947, -1.9393131])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-1.9955053, -1.9843131], end_point=[-1.9955053, -1.9393131])\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=[4.0044947, -1.9843131], end_point=[4.0044947, -1.9393131])\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=[-1.9955053, -3.9393131], end_point=[4.0044947, -3.9393131])\nLine10 = add_line(start_point=[-1.9955053, -3.9843131], end_point=[4.0044947, -3.9843131])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[-1.9955053, -3.9393131], end_point=[-1.9955053, -3.9843131])\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=[4.0044947, -3.9393131], end_point=[4.0044947, -3.9843131])\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\nCircle1 = add_circle(center_point=[0, 0], 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=[-0.081, 0.044], end_point=[-0.079, 0.044])\nLine2 = add_line(start_point=[-0.081, 0.004], end_point=[-0.079, 0.004])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.081, 0.044], end_point=[-0.081, 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=[-0.079, 0.044], end_point=[-0.079, 0.004])\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=[0.1524, 0], end_point=[0.1016, 0])\nLine2 = add_line(start_point=[0.1016, 0], end_point=[0.1016, -0.0254])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.1524, -0.0254], end_point=[0.1016, -0.0254])\nmake_coincident(Line3.end_point, Line2.end_point)\nLine4 = add_line(start_point=[0.1524, 0], end_point=[0.1524, -0.0254])\nmake_coincident(Line4.start_point, Line1.start_point)\nmake_coincident(Line4.end_point, Line3.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[0.381, 0])\nLine2 = add_line(start_point=[-1.110223e-16, 0.6096], end_point=[0.381, 0.6096])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, 0.6096])\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=[0.381, 0], end_point=[0.381, 0.6096])\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=[0.0127, -0.07228484], end_point=[0.00635, -0.07228484])\nLine2 = add_line(start_point=[0.0127, -0.05958484], end_point=[0.00635, -0.05958484])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0127, -0.07228484], end_point=[0.0127, -0.05958484])\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, -0.07228484], end_point=[0.00635, -0.05958484])\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=[-0.047857456, 0.11508948], end_point=[0.033142544, 0.11508948])\nLine2 = add_line(start_point=[-0.047857456, -0.025910524], end_point=[0.033142544, -0.025910524])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.047857456, 0.11508948], end_point=[-0.047857456, -0.025910524])\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=[0.033142544, 0.11508948], end_point=[0.033142544, -0.025910524])\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=[-0.010214274, 0.013058492], end_point=[-0.058214274, 0.013058492])\nLine2 = add_line(start_point=[-0.010214274, 0.051058492], end_point=[-0.058214274, 0.051058492])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.010214274, 0.013058492], end_point=[-0.010214274, 0.051058492])\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=[-0.058214274, 0.013058492], end_point=[-0.058214274, 0.051058492])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[-0.034214274, 0.032058492])\nPoint2 = add_point(point=[-0.034214274, 0.052058492])\nPoint3 = add_point(point=[-0.059214274, 0.032058492])\nPoint4 = add_point(point=[-0.034214274, 0.052058492])\nPoint5 = add_point(point=[-0.059214274, 0.032058492])\n```\n" } ]

[ { "from": "human", "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, 0.025])\nLine1 = add_line(start_point=[-6.9388939e-18, 0.05], end_point=[0.06, 0.05])\nLine2 = add_line(start_point=[-6.9388939e-18, 0.025], end_point=[0.06, 0.025])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-6.9388939e-18, 0.05], end_point=[-6.9388939e-18, 0.025])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.06, 0.05], end_point=[0.06, 0.025])\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=[0.037376277, -0.042252302], end_point=[0.050288346, -0.042252302])\nLine2 = add_line(start_point=[0.037376277, -0.039452302], end_point=[0.050288346, -0.039452302])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.037376277, -0.042252302], end_point=[0.037376277, -0.039452302])\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=[0.050288346, -0.042252302], end_point=[0.050288346, -0.039452302])\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=0.011)\n```\n" } ]

[ { "from": "human", "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=[-0.11591455, -0.039226823], end_point=[-0.12722057, -0.039226823])\nLine2 = add_line(start_point=[-0.11591455, -0.069584109], end_point=[-0.12722057, -0.069584109])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.11591455, -0.039226823], end_point=[-0.11591455, -0.069584109])\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=[-0.12722057, -0.039226823], end_point=[-0.12722057, -0.069584109])\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=[0.020108035, 0.03048], end_point=[0.024317766, 0.03048])\nLine2 = add_line(start_point=[0.020108035, 0.002159], end_point=[0.024317766, 0.002159])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.020108035, 0.03048], end_point=[0.020108035, 0.002159])\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=[0.024317766, 0.03048], end_point=[0.024317766, 0.002159])\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=[0.0032898138, 0.03048], end_point=[-0.0010822339, 0.03048])\nLine6 = add_line(start_point=[0.0032898138, 0.002159], end_point=[-0.0010822339, 0.002159])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.0032898138, 0.03048], end_point=[0.0032898138, 0.002159])\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=[-0.0010822339, 0.03048], end_point=[-0.0010822339, 0.002159])\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=[0.020443417, -0.00033532863], end_point=[0.020443417, 0.073449607])\nmake_vertical(Line1)\nArc1 = add_arc(start_point=[0.019798428, 0.12484921], end_point=[0.020443417, 0.073449607], mid_point=[0.014454262, 0.099078302])\nmake_coincident(Arc1.end_point, Line1.end_point)\nLine2 = add_line(start_point=[0, 0], end_point=[0, 0.12594046])\nmake_vertical(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, -0.031129146])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.start_point)\nLine4 = add_line(start_point=[0.020443417, -0.00033532863], end_point=[0.020443417, -0.0067852706])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line1.start_point)\nLine5 = add_line(start_point=[0.015443417, -0.011785271], end_point=[0, -0.011785271])\nmake_horizontal(Line5)\nPoint1 = add_point(point=[0.020443417, -0.011785271])\nmake_coincident(Point1, Line5)\nmake_coincident(Point1, Line4)\nArc2 = add_arc(start_point=[0.015443417, -0.011785271], end_point=[0.020443417, -0.0067852706], mid_point=[0.018978951, -0.010320805])\nmake_tangent(Arc2, Line4)\nmake_tangent(Arc2, Line5)\nmake_coincident(Arc2.start_point, Line5.start_point)\nmake_coincident(Arc2.end_point, Line4.end_point)\nLine6 = add_line(start_point=[0.019798428, 0.12484921], end_point=[0.019798428, 0.15594008])\nmake_vertical(Line6)\nmake_coincident(Line6.start_point, Arc1.start_point)\nLine7 = add_line(start_point=[0.014798428, 0.16094008], end_point=[0, 0.16094008])\nmake_horizontal(Line7)\nLine8 = add_line(start_point=[0, 0.16094008], end_point=[0, 0.12594046])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line2.end_point)\nPoint2 = add_point(point=[0.019798428, 0.16094008])\nmake_coincident(Point2, Line7)\nmake_coincident(Point2, Line6)\nArc3 = add_arc(start_point=[0.019798428, 0.15594008], end_point=[0.014798428, 0.16094008], mid_point=[0.018333961, 0.15947561])\nmake_tangent(Arc3, Line6)\nmake_tangent(Arc3, Line7)\nmake_coincident(Arc3.start_point, Line6.end_point)\nmake_coincident(Arc3.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, 0], end_point=[-0.0465, 0])\nmake_horizontal(Line1)\nCircle1 = add_circle(center_point=[-0.0465, -4.5618093e-18], radius=0.004)\nmake_coincident(Circle1.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\nCircle1 = add_circle(center_point=[-0.0068776322, -0.017697653], radius=0.00079375)\n```\n" } ]

[ { "from": "human", "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=[0.012827, 0.057277], radius=0.01190625)\nLine1 = add_line(start_point=[0.022827, 0.067277], end_point=[0.002827, 0.067277])\nLine2 = add_line(start_point=[0.022827, 0.047277], end_point=[0.002827, 0.047277])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.022827, 0.067277], end_point=[0.022827, 0.047277])\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=[0.002827, 0.067277], end_point=[0.002827, 0.047277])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0.012827, 0.057277])\nmake_coincident(Point1, Circle1.center_point)\nCircle2 = add_circle(center_point=[0.022827, 0.067277], radius=0.0015)\nmake_coincident(Circle2.center_point, Line1.start_point)\nCircle3 = add_circle(center_point=[0.022827, 0.047277], radius=0.0015)\nmake_coincident(Circle3.center_point, Line2.start_point)\nCircle4 = add_circle(center_point=[0.002827, 0.047277], radius=0.0015)\nmake_coincident(Circle4.center_point, Line2.end_point)\nCircle5 = add_circle(center_point=[0.002827, 0.067277], radius=0.0015)\nmake_coincident(Circle5.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=[0.041148, -0.033607077], end_point=[0, -0.033607077])\nLine2 = add_line(start_point=[0, -0.033607077], end_point=[0, -0.071707077])\nmake_vertical(Line2)\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=[0.012020827, 0.0039685916], end_point=[-0.012658973, -1.9823502e-05])\nLine2 = add_line(start_point=[0.012658973, 1.9823502e-05], end_point=[-0.012020827, -0.0039685916])\nmake_parallel(Line2, Line1)\nLine3 = add_line(start_point=[0.012020827, 0.0039685916], end_point=[0.012658973, 1.9823502e-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=[-0.012658973, -1.9823502e-05], end_point=[-0.012020827, -0.0039685916])\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\nArc1 = add_arc(start_point=[-0.004125, -0.0115], end_point=[-0.001125, -0.0115], mid_point=[-0.002625, -0.013])\nArc2 = add_arc(start_point=[-0.001125, -0.0085], end_point=[-0.004125, -0.0085], mid_point=[-0.002625, -0.007])\nLine1 = add_line(start_point=[-0.004125, -0.0115], end_point=[-0.004125, -0.0085])\nmake_tangent(Line1, Arc2)\nmake_coincident(Line1.start_point, Arc1.start_point)\nmake_coincident(Line1.end_point, Arc2.end_point)\nLine2 = add_line(start_point=[-0.001125, -0.0115], end_point=[-0.001125, -0.0085])\nmake_tangent(Line2, Arc2)\nmake_coincident(Line2.start_point, Arc1.end_point)\nmake_coincident(Line2.end_point, Arc2.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.01655, 0.02029], end_point=[-0.0067, 0.02029])\nLine2 = add_line(start_point=[-0.01655, 0.01188], end_point=[-0.0067, 0.01188])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.01655, 0.02029], end_point=[-0.01655, 0.01188])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.0067, 0.02029], end_point=[-0.0067, 0.01188])\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=[-0.01501, 0.01875], radius=0.00154)\nCircle2 = add_circle(center_point=[-0.00824, 0.01875], radius=0.00154)\nCircle3 = add_circle(center_point=[-0.00824, 0.01342], radius=0.00154)\nCircle4 = add_circle(center_point=[-0.01501, 0.01342], radius=0.00154)\nCircle5 = add_circle(center_point=[-0.01538, -0.00569], 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\nCircle1 = add_circle(center_point=[5.6378513e-18, 0.0075], radius=0.005)\nPoint1 = add_point(point=[-0.015, 0.0075])\nPoint2 = add_point(point=[0.015, 0.0075])\nPoint3 = add_point(point=[1.1275703e-17, 0.015])\nPoint4 = 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, 0], end_point=[0.009017, 0])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.009017, -6.9388939e-18], end_point=[0.009017, 0.06985])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.009017, 0.06985], end_point=[0.0093472, 0.06985])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.0093472, 0.06985], end_point=[0.0093472, -6.9388939e-18])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.0093472, 0], end_point=[0.009017, 0])\nmake_coincident(Line5.start_point, Line4.end_point)\nmake_coincident(Line5.end_point, Line1.end_point)\nLine6 = add_line(start_point=[0, 0], end_point=[0, 0.06985])\nmake_vertical(Line6)\nmake_coincident(Line6.start_point, Line1.start_point)\nLine7 = add_line(start_point=[0, 0.06985], end_point=[0.009017, 0.06985])\nmake_coincident(Line7.start_point, Line6.end_point)\nmake_coincident(Line7.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=[2.0172367, -9.8552], radius=0.0889)\n```\n" } ]

[ { "from": "human", "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=[-0.101, -0.068], end_point=[-0.1004, -0.0735])\nLine2 = add_line(start_point=[-0.1004, -0.0735], end_point=[-0.0976, -0.0735])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.0976, -0.0735], end_point=[-0.097, -0.068])\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=[-0.056451397, 0.1745881], end_point=[2.6543491, 0.1745881])\nmake_horizontal(Line1)\nCircle1 = add_circle(center_point=[0.66147363, 0.1745881], radius=0.03175)\nmake_coincident(Circle1.center_point, Line1)\nCircle2 = add_circle(center_point=[2.02983, 0.1745881], radius=0.034391007)\nmake_coincident(Circle2.center_point, 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, 0.0125], radius=0.00155)\nPoint1 = add_point(point=[-0.028, 0.0125])\nPoint2 = add_point(point=[1.7347235e-18, 0.025])\n```\n" } ]

[ { "from": "human", "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=[0.23145883, 0.027426096], end_point=[0.16372555, 0.019793777])\nLine2 = add_line(start_point=[0.16372555, 0.019793777], end_point=[0.15215999, 0.0024242229])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.2712172, 0], end_point=[0.25430158, 0.019941889])\nLine4 = add_line(start_point=[0.25430158, 0.019941889], end_point=[0.23145883, 0.027426096])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nCircle1 = add_circle(center_point=[0.18538266, 0.0019731482], radius=0.017045824)\nCircle2 = add_circle(center_point=[0.22230338, 0.0026636105], radius=0.015304605)\nLine5 = add_line(start_point=[0.15215999, 0.0024242229], end_point=[0.16496608, -0.017823862])\nmake_coincident(Line5.start_point, Line2.end_point)\nLine6 = add_line(start_point=[0.16496608, -0.017823862], end_point=[0.18339299, -0.018612884])\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.18339299, -0.018612884], end_point=[0.22397348, -0.016473528])\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.22397348, -0.016473528], end_point=[0.2712172, 4.1633363e-17])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line3.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.12235958, 0.066231921], end_point=[0.16264042, 0.066231921])\nLine2 = add_line(start_point=[-0.12235958, -0.033768079], end_point=[0.16264042, -0.033768079])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.12235958, 0.066231921], end_point=[-0.12235958, -0.033768079])\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=[0.16264042, 0.066231921], end_point=[0.16264042, -0.033768079])\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=0.0015)\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, 0], radius=0.018)\n```\n" } ]

[ { "from": "human", "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\nCircle1 = add_circle(center_point=[0, 0], radius=0.0046355)\n```\n" } ]

[ { "from": "human", "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=[0.028, 0.016], end_point=[0.032, 0.016])\nLine2 = add_line(start_point=[0.028, -0.024], end_point=[0.032, -0.024])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.028, 0.016], end_point=[0.028, -0.024])\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=[0.032, 0.016], end_point=[0.032, -0.024])\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=0.039665)\n```\n" } ]

[ { "from": "human", "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=[-0.0105, -0.003], end_point=[-0.006, -0.023])\nLine2 = add_line(start_point=[-0.006, -0.023], end_point=[-0.006, -0.033])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.006, -0.033], end_point=[-0.004, -0.033])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.004, -0.033], end_point=[-0.004, -0.023])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[-0.004, -0.023], end_point=[-0.0085, -0.003])\nmake_parallel(Line5, Line1)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[-0.0105, -0.003], end_point=[-0.0085, -0.003])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line1.start_point)\nmake_coincident(Line6.end_point, Line5.end_point)\nLine7 = add_line(start_point=[0, 0], end_point=[0, -0.05663421])\nmake_vertical(Line7)\nLine8 = add_line(start_point=[-0.0125, -2.6614994e-19], end_point=[-0.0085, 2.4417499e-19])\nmake_horizontal(Line8)\nLine9 = add_line(start_point=[-0.0085, 0], end_point=[-0.0085, -0.003])\nmake_vertical(Line9)\nmake_coincident(Line9.start_point, Line8.end_point)\nmake_coincident(Line9.end_point, Line5.end_point)\nLine10 = add_line(start_point=[-0.0105, -0.003], end_point=[-0.0125, -0.003])\nmake_horizontal(Line10)\nmake_coincident(Line10.start_point, Line1.start_point)\nLine11 = add_line(start_point=[-0.0125, -0.003], end_point=[-0.0125, 0])\nmake_vertical(Line11)\nmake_coincident(Line11.start_point, Line10.end_point)\nmake_coincident(Line11.end_point, Line8.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.004, 0.054074396], end_point=[-0.007, 0.054074396])\nLine2 = add_line(start_point=[-0.004, 0.047074396], end_point=[-0.007, 0.047074396])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.004, 0.054074396], end_point=[-0.004, 0.047074396])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.007, 0.054074396], end_point=[-0.007, 0.047074396])\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=[-0.0085, 0.047074396], end_point=[-0.0115, 0.047074396])\nLine6 = add_line(start_point=[-0.0085, 0.054074396], end_point=[-0.0115, 0.054074396])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-0.0085, 0.047074396], end_point=[-0.0085, 0.054074396])\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=[-0.0115, 0.047074396], end_point=[-0.0115, 0.054074396])\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=[-0.013, 0.047074396], end_point=[-0.016, 0.047074396])\nLine10 = add_line(start_point=[-0.013, 0.054074396], end_point=[-0.016, 0.054074396])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[-0.013, 0.047074396], end_point=[-0.013, 0.054074396])\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=[-0.016, 0.047074396], end_point=[-0.016, 0.054074396])\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=[-0.0175, 0.047074396], end_point=[-0.0205, 0.047074396])\nLine14 = add_line(start_point=[-0.0175, 0.054074396], end_point=[-0.0205, 0.054074396])\nmake_parallel(Line14, Line13)\nmake_horizontal(Line14)\nLine15 = add_line(start_point=[-0.0175, 0.047074396], end_point=[-0.0175, 0.054074396])\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=[-0.0205, 0.047074396], end_point=[-0.0205, 0.054074396])\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\nCircle1 = add_circle(center_point=[-0.0464625, 0.016148428], radius=0.0051)\nPoint1 = add_point(point=[-0.0464625, 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\nCircle1 = add_circle(center_point=[0, 0], radius=0.02525)\nCircle2 = add_circle(center_point=[0, 0], radius=0.031)\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=[0.013725341, 0.0026463581], end_point=[0.010548691, 0.0048122561])\nLine2 = add_line(start_point=[0.0094487853, 0.00056212029], end_point=[0.010548691, 0.0048122561])\nmake_coincident(Line2.end_point, Line1.end_point)\nLine3 = add_line(start_point=[0.013725341, 0.0026463581], end_point=[0.014611576, -0.0029578927])\nmake_coincident(Line3.start_point, Line1.start_point)\nLine4 = add_line(start_point=[0.014611576, -0.0029578927], end_point=[0.0094487853, 0.00056212029])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.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=[0.3302, -0.3302], end_point=[-0.3302, -0.3302])\nLine2 = add_line(start_point=[0.3302, 0.3302], end_point=[-0.3302, 0.3302])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.3302, -0.3302], end_point=[0.3302, 0.3302])\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=[-0.3302, -0.3302], end_point=[-0.3302, 0.3302])\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, 0], end_point=[0, 0.0381])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0, 0.0381], end_point=[0.0762, 0.0381])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.0762, 0.0381], end_point=[0.0762, -3.469447e-18])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.0762, 0], end_point=[0, 0])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nCircle1 = add_circle(center_point=[0.0381, 0.01905], radius=0.01905)\nPoint1 = add_point(point=[0.0381, -5.9384245e-18])\nPoint2 = add_point(point=[0.0381, 0.01905])\nmake_coincident(Point2, Circle1.center_point)\nCircle2 = add_circle(center_point=[0.0381, 0.01905], radius=0.009525)\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=[-0.011376867, 0], end_point=[-0.011376867, 0.03])\nCircle1 = add_circle(center_point=[-0.011376867, 0.0275], radius=0.0016)\nmake_coincident(Circle1.center_point, Line1)\nCircle2 = add_circle(center_point=[-0.011376867, 0.0025], radius=0.0016)\nmake_coincident(Circle2.center_point, 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=[-0.5334, 0.9906], end_point=[0.5334, 0.9906])\nLine2 = add_line(start_point=[-0.5334, -0.9906], end_point=[0.5334, -0.9906])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.5334, 0.9906], end_point=[-0.5334, -0.9906])\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=[0.5334, 0.9906], end_point=[0.5334, -0.9906])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nPoint1 = add_point(point=[0.0105, 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\nLine1 = add_line(start_point=[-0.017754376, 0.0083470214], end_point=[0.017754376, 0.0083470214])\nLine2 = add_line(start_point=[-0.017754376, -0.0083470214], end_point=[0.017754376, -0.0083470214])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.017754376, 0.0083470214], end_point=[-0.017754376, -0.0083470214])\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=[0.017754376, 0.0083470214], end_point=[0.017754376, -0.0083470214])\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=[0.023285031, -0.012724915], end_point=[-0.023285031, -0.012724915])\nLine6 = add_line(start_point=[0.023285031, 0.012724915], end_point=[-0.023285031, 0.012724915])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.023285031, -0.012724915], end_point=[0.023285031, 0.012724915])\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=[-0.023285031, -0.012724915], end_point=[-0.023285031, 0.012724915])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\nPoint2 = add_point(point=[0, 0])\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=[-0.10748486, 0], end_point=[0.10748486, 0])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.10748486, 0], end_point=[0, 0.18616925])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-1.7347235e-17, 0.18616925], end_point=[-0.10748486, -1.110223e-16])\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Line1.start_point)\nLine4 = add_line(start_point=[-0.18049306, -0.16531224], end_point=[0.18049306, -0.16531224])\nmake_horizontal(Line4)\nLine5 = add_line(start_point=[0, -0.29531224], end_point=[0, -0.16531224])\nmake_vertical(Line5)\nLine6 = add_line(start_point=[-0.13919758, 0.087129961], end_point=[0.13919758, 0.087129961])\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[-6.5927169e-19, 0.18616925], end_point=[1.1710744e-17, 0.087129961])\nmake_vertical(Line7)\nmake_coincident(Line7.start_point, Line2.end_point)\nLine8 = add_line(start_point=[6.9388939e-17, -0.29531224], end_point=[-0.13919758, 0.087129961])\nmake_coincident(Line8, Line1.start_point)\nmake_coincident(Line8.start_point, Line5.start_point)\nmake_coincident(Line8.end_point, Line6.start_point)\nLine9 = add_line(start_point=[0, -0.29531224], end_point=[0.13919758, 0.087129961])\nmake_coincident(Line9, Line1.end_point)\nmake_coincident(Line9.start_point, Line5.start_point)\nmake_coincident(Line9.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=[0.0015, 0.053878714], end_point=[-0.0015, 0.053878714])\nLine2 = add_line(start_point=[0.0015, 0.024878714], end_point=[-0.0015, 0.024878714])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0015, 0.053878714], end_point=[0.0015, 0.024878714])\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=[-0.0015, 0.053878714], end_point=[-0.0015, 0.024878714])\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, 0.039378714])\nPoint2 = add_point(point=[0, 0.023843941])\nLine5 = add_line(start_point=[-0.0015, 0.023843941], end_point=[0.0015, 0.023843941])\nLine6 = add_line(start_point=[-0.0015, 0.053878714], end_point=[0.0015, 0.053878714])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nmake_coincident(Line6.end_point, Line1.start_point)\nLine7 = add_line(start_point=[-0.0015, 0.023843941], end_point=[-0.0015, 0.053878714])\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=[0.0015, 0.023843941], end_point=[0.0015, 0.053878714])\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=[0.073025, 0])\nLine2 = add_line(start_point=[-1.110223e-16, 0.6016625], end_point=[0.073025, 0.6016625])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0, 0], end_point=[0, 0.6016625])\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=[0.073025, 0], end_point=[0.073025, 0.6016625])\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=[0.028149616, 0.33346689], end_point=[0.038114265, 0.32192886])\nLine6 = add_line(start_point=[0.038114265, 0.32192886], end_point=[0.038114265, 0.46458071])\nmake_vertical(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.038114265, 0.46458071], end_point=[0.047554463, 0.45304269])\nmake_coincident(Line7.start_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, 0.1778], end_point=[0.1778, 0.1778])\nLine2 = add_line(start_point=[0.1778, 0.1778], end_point=[0.3556, 0.1778])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.1778, 0.1778], end_point=[0.1778, 0.3556])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line1.end_point)\nLine4 = add_line(start_point=[0.1778, 0.3556], end_point=[0, 0.1778])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[0.1778, 0.3556], end_point=[0.3556, 0.1778])\nmake_coincident(Line5.start_point, Line3.end_point)\nmake_coincident(Line5.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], 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=[-0.3048, 0], end_point=[0.3048, 0])\nLine2 = add_line(start_point=[-0.3048, 0.1016], end_point=[0.3048, 0.1016])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.3048, 0], end_point=[-0.3048, 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=[0.3048, 0], end_point=[0.3048, 0.1016])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.00475, 0.003], end_point=[0.00285, 0.003])\nLine2 = add_line(start_point=[0.00475, 0.002], end_point=[0.00285, 0.002])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.00475, 0.003], end_point=[0.00475, 0.002])\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=[0.00285, 0.003], end_point=[0.00285, 0.002])\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=[0.00225, 0.003], end_point=[0.00035, 0.003])\nLine6 = add_line(start_point=[0.00225, 0.002], end_point=[0.00035, 0.002])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.00225, 0.003], end_point=[0.00225, 0.002])\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=[0.00035, 0.003], end_point=[0.00035, 0.002])\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=[-0.00035, 0.003], end_point=[-0.00225, 0.003])\nLine10 = add_line(start_point=[-0.00035, 0.002], end_point=[-0.00225, 0.002])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[-0.00035, 0.003], end_point=[-0.00035, 0.002])\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=[-0.00225, 0.003], end_point=[-0.00225, 0.002])\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=[-0.00285, 0.003], end_point=[-0.00475, 0.003])\nLine14 = add_line(start_point=[-0.00285, 0.002], end_point=[-0.00475, 0.002])\nmake_parallel(Line14, Line13)\nmake_horizontal(Line14)\nLine15 = add_line(start_point=[-0.00285, 0.003], end_point=[-0.00285, 0.002])\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=[-0.00475, 0.003], end_point=[-0.00475, 0.002])\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=[0.0635, -0.03175], end_point=[-0.0635, -0.03175])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.0635, 0.03175], end_point=[-0.0635, -0.03175])\nmake_coincident(Line2.end_point, Line1.end_point)\nPoint1 = add_point(point=[0, 0])\nLine3 = add_line(start_point=[-0.0635, 0.03175], end_point=[0.0635, -0.03175])\nmake_coincident(Line3.start_point, Line2.start_point)\nmake_coincident(Line3.end_point, Line1.start_point)\nPoint2 = add_point(point=[0.0635, 0.03175])\nLine4 = add_line(start_point=[0, 0], end_point=[0.0635, 0])\nmake_coincident(Line4.start_point, Point1)\nLine5 = add_line(start_point=[0, -0.03175], end_point=[0.0635, -0.03175])\nmake_parallel(Line5, Line4)\nmake_horizontal(Line5)\nmake_coincident(Line5.end_point, Line1.start_point)\nLine6 = add_line(start_point=[0.0635, 0], end_point=[0.0635, -0.03175])\nmake_coincident(Line6.start_point, Line4.end_point)\nmake_coincident(Line6.end_point, Line5.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.025, 0.025], end_point=[-0.025, 0.025])\nLine2 = add_line(start_point=[0.025, -0.025], end_point=[-0.025, -0.025])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.025, 0.025], end_point=[0.025, -0.025])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.025, 0.025], end_point=[-0.025, -0.025])\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=[0.025, 0.025], end_point=[-0.025, -0.025])\nmake_coincident(Line5.start_point, Line1.start_point)\nmake_coincident(Line5.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 4.7148902e-18], radius=0.079596035)\n```\n" } ]

[ { "from": "human", "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=[-0.036012, 0.006], end_point=[-0.044012, 0.006])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.044012, 0.006], end_point=[-0.044012, -0.006])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.044012, -0.006], end_point=[-0.036012, -0.006])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.036012, -0.006], end_point=[-0.036012, 0.006])\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=[-0.9171927, -0.42786819], radius=0.070674445)\nLine1 = add_line(start_point=[-0.9171927, -0.35719374], end_point=[-0.7901927, -0.35719374])\nmake_horizontal(Line1)\nmake_coincident(Line1.start_point, Circle1)\nLine2 = add_line(start_point=[-0.9171927, -0.49854263], end_point=[-0.7901927, -0.49854263])\nmake_tangent(Line2, Circle1)\nmake_coincident(Line2.start_point, Circle1)\nLine3 = add_line(start_point=[-0.7901927, -0.49854263], end_point=[-0.8536927, -0.45889442])\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Circle1)\nPoint1 = add_point(point=[-0.8536927, -0.35719374])\nLine4 = add_line(start_point=[-0.7901927, -0.35719374], end_point=[-0.8536927, -0.39684195])\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.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=[-0.04170781, 0], end_point=[-0.0071996883, 0])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0, 0.07], end_point=[0, -0.14])\nmake_vertical(Line2)\nLine3 = add_line(start_point=[0.012800312, 0], end_point=[-0.0071996883, 0])\nmake_coincident(Line3.end_point, Line1.end_point)\nLine4 = add_line(start_point=[0.012800312, 0], end_point=[0.041142281, 0])\nmake_coincident(Line4, Line1)\nmake_coincident(Line4.start_point, Line3.start_point)\nLine5 = add_line(start_point=[0.0168, 0], end_point=[-0.0032, 0])\nmake_coincident(Line5.start_point, Line3)\nLine6 = add_line(start_point=[0.0168, -0.06], end_point=[-0.0032, -0.06])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.0168, 0], end_point=[0.0168, -0.06])\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=[-0.0032, 0], end_point=[-0.0032, -0.06])\nmake_parallel(Line8, Line7)\nmake_coincident(Line8.start_point, Line5.end_point)\nmake_coincident(Line8.end_point, Line6.end_point)\n```\n" } ]