Datasets:

Yuki-Kokomi

/

OpenECAD-Dataset

like 0

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.0207584, -0.013369559], end_point=[-0.0207584, 0.024730441])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[-0.0207584, 0.024730441], end_point=[0.0173416, 0.024730441])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.0173416, 0.024730441], end_point=[0.0173416, 0.018380441])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.0173416, 0.018380441], end_point=[-0.0144084, 0.018380441])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[-0.0144084, 0.018380441], end_point=[-0.0144084, -0.013369559])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[-0.0144084, -0.013369559], end_point=[-0.0207584, -0.013369559])\nmake_coincident(Line6.start_point, Line5.end_point)\nmake_coincident(Line6.end_point, Line1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nPoint1 = add_point(point=[-0.016, 0.016])\nPoint2 = add_point(point=[-0.016, -0.016])\nPoint3 = add_point(point=[0.016, 0.016])\nPoint4 = add_point(point=[0.016, -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\nLine1 = add_line(start_point=[-0.043972362, 0.00635701], end_point=[0.057627638, 0.00635701])\nLine2 = add_line(start_point=[-0.043972362, -0.00761299], end_point=[0.057627638, -0.00761299])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.043972362, 0.00635701], end_point=[-0.043972362, -0.00761299])\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=[0.057627638, 0.00635701], end_point=[0.057627638, -0.00761299])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0.0068276378, -0.00062799003])\nLine5 = add_line(start_point=[-0.043972362, 0.00635701], end_point=[-0.031298648, 0.00635701])\nmake_coincident(Line5.start_point, Line1.start_point)\nLine6 = add_line(start_point=[-0.043972362, 0.00635701], end_point=[-0.043972362, -0.0035521328])\nmake_coincident(Line6.start_point, Line5.start_point)\nLine7 = add_line(start_point=[-0.043972362, 0.00635701], end_point=[-0.036211654, 0.00635701])\nmake_coincident(Line7.start_point, Line1.start_point)\nLine8 = add_line(start_point=[-0.043972362, 0.00635701], end_point=[-0.043972362, 0.00059469092])\nmake_coincident(Line8.start_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=[0.036449, 0], end_point=[-0.036449, 0])\nLine2 = add_line(start_point=[0.036449, 0.01778], end_point=[-0.036449, 0.01778])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.036449, 3.469447e-18], end_point=[0.036449, 0.01778])\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=[-0.036449, 3.469447e-18], end_point=[-0.036449, 0.01778])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[0, 0.01651])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0, 0], end_point=[0, -0.005207])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.start_point)\nLine3 = add_line(start_point=[0, -0.005207], end_point=[0.006223, -0.005207])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0, 0.01651], end_point=[0.00381, 0.01651])\nmake_horizontal(Line4)\nmake_coincident(Line4.start_point, Line1.end_point)\nLine5 = add_line(start_point=[0.00381, 0.01651], end_point=[0.006223, -0.005207])\nmake_coincident(Line5.start_point, Line4.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.065503244, -0.0089682664], end_point=[-0.057503244, -0.016968266])\nLine2 = add_line(start_point=[-0.057503244, -0.016968266], end_point=[-0.065503244, -0.016968266])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.065503244, -0.016968266], end_point=[-0.065503244, -0.0089682664])\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\nCircle1 = add_circle(center_point=[0, 0.029328901], radius=0.0265)\nArc1 = add_arc(start_point=[-0.022657673, 0.012121137], end_point=[0.022657673, 0.012121137], mid_point=[-1.0892781e-17, 0.00087758693])\nmake_coincident(Arc1.center_point, Circle1.center_point)\nArc2 = add_arc(start_point=[-0.02559538, 0.012121137], end_point=[0.02559538, 0.012121137], mid_point=[-9.3987749e-17, -0.0015131254])\nmake_coincident(Arc2.center_point, Arc1.center_point)\nLine1 = add_line(start_point=[0.02559538, 0.012121137], end_point=[0.022657673, 0.012121137])\nmake_coincident(Line1.start_point, Arc2.end_point)\nmake_coincident(Line1.end_point, Arc1.end_point)\nLine2 = add_line(start_point=[-0.02559538, 0.012121137], end_point=[-0.022657673, 0.012121137])\nmake_coincident(Line2.start_point, Arc2.start_point)\nmake_coincident(Line2.end_point, Arc1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], 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=[-0.9017, 1.1303], end_point=[-0.9017, 0.0381])\nLine2 = add_line(start_point=[-0.9017, 0.0381], end_point=[-0.8636, 0.0381])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.8636, 0.0381], end_point=[-0.8636, 1.1303])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.8636, 1.1303], end_point=[-0.9017, 1.1303])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[0.9017, 1.1303], end_point=[0.9017, 0.0381])\nmake_vertical(Line5)\nLine6 = add_line(start_point=[0.9017, 0.0381], end_point=[0.8636, 0.0381])\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.8636, 0.0381], end_point=[0.8636, 1.1303])\nmake_vertical(Line7)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.8636, 1.1303], end_point=[0.9017, 1.1303])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line5.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.047121271, 0.045581952], end_point=[0.050121271, 0.045581952])\nLine2 = add_line(start_point=[0.047121271, 0.040581952], end_point=[0.050121271, 0.040581952])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.047121271, 0.045581952], end_point=[0.047121271, 0.040581952])\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=[0.050121271, 0.045581952], end_point=[0.050121271, 0.040581952])\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=[-0.0048611305, -0.008], end_point=[-0.01, -0.030671483])\nLine2 = add_line(start_point=[-0.01, -0.030671483], end_point=[-0.01, -0.04])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.01, -0.04], end_point=[0.01, -0.04])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.01, -0.04], end_point=[0.01, -0.008])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.01, -0.008], end_point=[-0.0048611305, -0.008])\nmake_parallel(Line5, Line3)\nmake_coincident(Line5.start_point, Line4.end_point)\nmake_coincident(Line5.end_point, Line1.start_point)\nLine6 = add_line(start_point=[0.0037522029, 0.03], end_point=[0.01, 0.03])\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.01, 0.03], end_point=[0.01, -0.002])\nmake_vertical(Line7)\nmake_coincident(Line7, Line4)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.01, -0.002], end_point=[-0.0035011305, -0.002])\nmake_perpendicular(Line8, Line7)\nmake_coincident(Line8.start_point, Line7.end_point)\nLine9 = add_line(start_point=[-0.0035011305, -0.002], end_point=[0.0037522029, 0.03])\nmake_parallel(Line9, Line1)\nmake_coincident(Line9.start_point, Line8.end_point)\nmake_coincident(Line9.end_point, Line6.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.0066, 0.0052], end_point=[0.0081, 0.0052])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.0081, 0.0052], end_point=[0.0081, 0.0018])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.0081, 0.0018], end_point=[0.0019, 0.0018])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.0019, 0.0018], end_point=[0.0019, 0.0052])\nmake_vertical(Line4)\nmake_parallel(Line4, Line2)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0.0019, 0.0052], end_point=[0.0034, 0.0052])\nmake_horizontal(Line5)\nmake_coincident(Line5, Line1)\nmake_coincident(Line5.start_point, Line4.end_point)\nArc1 = add_arc(start_point=[0.0034, 0.0042], end_point=[0.0034, 0.0052], mid_point=[0.0036, 0.0047])\nmake_coincident(Arc1.end_point, Line5.end_point)\nArc2 = add_arc(start_point=[0.0034, 0.0035], end_point=[0.0066, 0.0035], mid_point=[0.005, 0.0019])\nArc3 = add_arc(start_point=[0.0066, 0.0052], end_point=[0.0066, 0.0042], mid_point=[0.0064, 0.0047])\nmake_coincident(Arc3.start_point, Line1.start_point)\nLine6 = add_line(start_point=[0.0066, 0.0042], end_point=[0.0066, 0.0035])\nmake_parallel(Line6, Line4)\nmake_tangent(Line6, Arc2)\nmake_coincident(Line6.start_point, Arc3.end_point)\nmake_coincident(Line6.end_point, Arc2.end_point)\nLine7 = add_line(start_point=[0.0034, 0.0042], end_point=[0.0034, 0.0035])\nmake_parallel(Line7, Line4)\nmake_tangent(Line7, Arc2)\nmake_coincident(Line7.start_point, Arc1.start_point)\nmake_coincident(Line7.end_point, Arc2.start_point)\nPoint1 = add_point(point=[0.005, 0.0018])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.048755269, 0.025674716], end_point=[0.044081669, 0.025674716])\nLine2 = add_line(start_point=[0.048755269, 0.026944716], end_point=[0.044081669, 0.026944716])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.048755269, 0.025674716], end_point=[0.048755269, 0.026944716])\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=[0.044081669, 0.025674716], end_point=[0.044081669, 0.026944716])\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=[-0.072312208, -0.077269022])\nLine1 = add_line(start_point=[-0.057128869, -0.077269022], end_point=[-0.19002789, -0.077269022])\nLine2 = add_line(start_point=[-0.057128869, 0.14719868], end_point=[-0.19002789, 0.14719868])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.057128869, -0.077269022], end_point=[-0.057128869, 0.14719868])\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=[-0.19002789, -0.077269022], end_point=[-0.19002789, 0.14719868])\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=[-0.0053952863, 0.023211109], end_point=[-0.04397881, 0.023211109])\nLine2 = add_line(start_point=[-0.0053952863, 0.047846802], end_point=[-0.04397881, 0.047846802])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0053952863, 0.023211109], end_point=[-0.0053952863, 0.047846802])\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=[-0.04397881, 0.023211109], end_point=[-0.04397881, 0.047846802])\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=[-0.0013, 0.061005], 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=[0.026147754, -0.11386178], end_point=[-0.033852246, -0.11386178])\nLine2 = add_line(start_point=[0.026147754, -0.09386178], end_point=[-0.033852246, -0.09386178])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.026147754, -0.11386178], end_point=[0.026147754, -0.09386178])\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=[-0.033852246, -0.11386178], end_point=[-0.033852246, -0.09386178])\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=[0.026147754, 0.12613822], end_point=[-0.033852246, 0.12613822])\nLine6 = add_line(start_point=[0.026147754, 0.10613822], end_point=[-0.033852246, 0.10613822])\nmake_parallel(Line6, Line5)\nmake_horizontal(Line6)\nLine7 = add_line(start_point=[0.026147754, 0.12613822], end_point=[0.026147754, 0.10613822])\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=[-0.033852246, 0.12613822], end_point=[-0.033852246, 0.10613822])\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=[0.019900939, -0.49980623], end_point=[0.019900939, -0.51885623])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.019900939, -0.51885623], end_point=[0.083400939, -0.51885623])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.083400939, -0.51885623], end_point=[0.083400939, -0.49980623])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.083400939, -0.49980623], end_point=[0.019900939, -0.49980623])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[0.83270094, -0.49980623], end_point=[0.83270094, -0.51885623])\nmake_vertical(Line5)\nLine6 = add_line(start_point=[0.83270094, -0.51885623], end_point=[0.76920094, -0.51885623])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.76920094, -0.51885623], end_point=[0.76920094, -0.49980623])\nmake_vertical(Line7)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.76920094, -0.49980623], end_point=[0.83270094, -0.49980623])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line5.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.0028284271, 0.040171573], end_point=[0, 0.043])\nLine2 = add_line(start_point=[2.0599841e-18, 0.037343146], end_point=[-0.0028284271, 0.040171573])\nmake_parallel(Line2, Line1)\nLine3 = add_line(start_point=[0.0028284271, 0.040171573], end_point=[-6.505213e-19, 0.037343146])\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=[-4.3368087e-19, 0.043], end_point=[-0.0028284271, 0.040171573])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[8.6736174e-19, 0.040171573])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is 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, 0.046834742])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.01, 0.056834742], end_point=[0.080411901, 0.056834742])\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.090411901, 0.046834742], end_point=[0.090411901, -0.04546696])\nmake_vertical(Line3)\nLine4 = add_line(start_point=[0.080277233, -0.055466053], end_point=[-0.082702902, -0.053271033])\nLine5 = add_line(start_point=[-0.092568234, -0.04327194], end_point=[-0.092568234, 0.019726572])\nmake_vertical(Line5)\nLine6 = add_line(start_point=[-0.082568234, 0.029726572], end_point=[-0.042972606, 0.029726572])\nmake_horizontal(Line6)\nPoint1 = add_point(point=[0, 0.056834742])\nmake_coincident(Point1, Line2)\nmake_coincident(Point1, Line1)\nArc1 = add_arc(start_point=[0.01, 0.056834742], end_point=[0, 0.046834742], mid_point=[0.0029289322, 0.05390581])\nmake_tangent(Arc1, Line1)\nmake_tangent(Arc1, Line2)\nmake_coincident(Arc1.start_point, Line2.start_point)\nmake_coincident(Arc1.end_point, Line1.end_point)\nPoint2 = add_point(point=[0.090411901, 0.056834742])\nmake_coincident(Point2, Line3)\nmake_coincident(Point2, Line2)\nArc2 = add_arc(start_point=[0.090411901, 0.046834742], end_point=[0.080411901, 0.056834742], mid_point=[0.087482969, 0.05390581])\nmake_tangent(Arc2, Line2)\nmake_tangent(Arc2, Line3)\nmake_coincident(Arc2.start_point, Line3.start_point)\nmake_coincident(Arc2.end_point, Line2.end_point)\nPoint3 = add_point(point=[0.090411901, -0.055602547])\nmake_coincident(Point3, Line4)\nmake_coincident(Point3, Line3)\nArc3 = add_arc(start_point=[0.080277233, -0.055466053], end_point=[0.090411901, -0.04546696], mid_point=[0.087435196, -0.052585481])\nmake_tangent(Arc3, Line3)\nmake_tangent(Arc3, Line4)\nmake_coincident(Arc3.start_point, Line4.start_point)\nmake_coincident(Arc3.end_point, Line3.end_point)\nPoint4 = add_point(point=[-0.092568234, -0.053138167])\nmake_coincident(Point4, Line5)\nmake_coincident(Point4, Line4)\nArc4 = add_arc(start_point=[-0.092568234, -0.04327194], end_point=[-0.082702902, -0.053271033], mid_point=[-0.089686755, -0.050295234])\nmake_tangent(Arc4, Line4)\nmake_tangent(Arc4, Line5)\nmake_coincident(Arc4.start_point, Line5.start_point)\nmake_coincident(Arc4.end_point, Line4.end_point)\nPoint5 = add_point(point=[-0.092568234, 0.029726572])\nmake_coincident(Point5, Line6)\nmake_coincident(Point5, Line5)\nArc5 = add_arc(start_point=[-0.082568234, 0.029726572], end_point=[-0.092568234, 0.019726572], mid_point=[-0.089639301, 0.02679764])\nmake_tangent(Arc5, Line5)\nmake_tangent(Arc5, Line6)\nmake_coincident(Arc5.start_point, Line6.start_point)\nmake_coincident(Arc5.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=[-0.019354313, 0.138775], end_point=[0.028645687, 0.138775])\nLine2 = add_line(start_point=[-0.019354313, -0.028225003], end_point=[0.028645687, -0.028225003])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.019354313, 0.138775], end_point=[-0.019354313, -0.028225003])\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=[0.028645687, 0.138775], end_point=[0.028645687, -0.028225003])\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=[-0.025154313, -0.034025003], end_point=[0.034445687, -0.034025003])\nLine6 = add_line(start_point=[-0.025154313, 0.144575], end_point=[-0.025154313, -0.034025003])\nmake_coincident(Line6.end_point, Line5.start_point)\nLine7 = add_line(start_point=[-0.025154313, 0.144575], end_point=[0.034445687, 0.144575])\nmake_coincident(Line7.start_point, Line6.start_point)\nLine8 = add_line(start_point=[0.034445687, 0.144575], end_point=[0.034445687, -0.034025003])\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\nCircle1 = add_circle(center_point=[0.055, -0.042], radius=0.0153)\nCircle2 = add_circle(center_point=[0.055, -0.042], 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\nCircle1 = add_circle(center_point=[0, 0], radius=0.00635)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.02, 0.02], end_point=[-0.02, 0.02])\nLine2 = add_line(start_point=[0.02, -0.02], end_point=[-0.02, -0.02])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.02, 0.02], end_point=[0.02, -0.02])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[-0.02, 0.02], end_point=[-0.02, -0.02])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[0, 0])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.00785)\nCircle2 = add_circle(center_point=[0, 0], radius=0.00985)\nmake_coincident(Circle2.center_point, Circle1.center_point)\nLine1 = add_line(start_point=[0.0028, 0.00085], end_point=[-0.0028, 0.00085])\nLine2 = add_line(start_point=[0.0028, 0.01885], end_point=[-0.0028, 0.01885])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0028, 0.00085], end_point=[0.0028, 0.01885])\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=[-0.0028, 0.00085], end_point=[-0.0028, 0.01885])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[-2.4492936e-20, 0.00985])\nmake_coincident(Point1, 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=[19.52161, 32.190049], end_point=[19.797449, 33.129473])\nLine2 = add_line(start_point=[19.797449, 33.129473], end_point=[19.60328, 33.186486])\nmake_perpendicular(Line2, Line1)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[19.60328, 33.186486], end_point=[19.327441, 32.247062])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[19.327441, 32.247062], end_point=[19.52161, 32.190049])\nmake_perpendicular(Line4, Line3)\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=[-0.17975353, -0.175], end_point=[0.17024647, -0.175])\nLine2 = add_line(start_point=[-0.17975353, 0.175], end_point=[0.17024647, 0.175])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.17975353, -0.175], end_point=[-0.17975353, 0.175])\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=[0.17024647, -0.175], end_point=[0.17024647, 0.175])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nLine5 = add_line(start_point=[0, 0.175], end_point=[0, 0])\nmake_coincident(Line5.start_point, Line2)\nLine6 = add_line(start_point=[0, 4.7746332e-18], end_point=[-0.17975353, -5.2036921e-18])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[0, -0.0255137])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0, -0.0255137], end_point=[0, -0.1255137])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[1.3877788e-17, -0.1255137], end_point=[0.0375, -0.1255137])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.0375, -0.1255137], end_point=[0.056441895, -0.0855137])\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[0, -0.0255137], end_point=[0.0625, -0.0255137])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line1.end_point)\nArc1 = add_arc(start_point=[0.056441895, -0.0855137], end_point=[0.0625, -0.0255137], mid_point=[0.064645905, -0.056036207])\nmake_tangent(Arc1, Line4)\nmake_coincident(Arc1.start_point, Line4.end_point)\nmake_coincident(Arc1.end_point, Line5.end_point)\nLine6 = add_line(start_point=[1.3877788e-17, -0.1195137], end_point=[0.033702542, -0.1195137])\nmake_coincident(Line6.start_point, Line2)\nLine7 = add_line(start_point=[0.033702542, -0.1195137], end_point=[0.051019181, -0.082945788])\nmake_coincident(Line7.start_point, Line6.end_point)\nArc2 = add_arc(start_point=[0.059101185, -0.046995019], end_point=[0.039301085, 0.0071748322], mid_point=[0.053996025, -0.018157471])\nmake_coincident(Arc2.start_point, Line7.end_point)\nmake_coincident(Arc2.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=[-0.0010432162, -0.03624066], end_point=[0.011227557, -0.057494264])\nLine2 = add_line(start_point=[0.0062463353, -0.03502813], end_point=[0.01813872, -0.055626344])\nLine3 = add_line(start_point=[0.01813872, -0.055626344], end_point=[0.011227557, -0.057494264])\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Line1.end_point)\nLine4 = add_line(start_point=[-0.0010432162, -0.03624066], end_point=[0.0062463353, -0.03502813])\nmake_coincident(Line4.start_point, Line1.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=[-0.037445884, -0.021586452], end_point=[0.046550382, -0.021586452])\nLine2 = add_line(start_point=[-0.037445884, 0.051543161], end_point=[0.046550382, 0.051543161])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.037445884, -0.021586452], end_point=[-0.037445884, 0.051543161])\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=[0.046550382, -0.021586452], end_point=[0.046550382, 0.051543161])\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=[-7.8062556e-18, 0.0381], end_point=[-6.9388939e-18, 0.0889])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.098425, 0.0381], end_point=[-0.098425, 0.0381])\nLine3 = add_line(start_point=[0.098425, 0.0889], end_point=[-0.098425, 0.0889])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[0.098425, 0.0381], end_point=[0.098425, 0.0889])\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=[-0.098425, 0.0381], end_point=[-0.098425, 0.0889])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\nPoint1 = add_point(point=[-7.3725748e-18, 0.0635])\n```\n" } ]

[ { "from": "human", "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=[0.0060325, 0.0137795], end_point=[0.0060325, 0.0145415], mid_point=[0.0056515, 0.0141605])\nLine1 = add_line(start_point=[0.0060325, 0.0145415], end_point=[0.0060325, 0.0137795])\nmake_coincident(Line1.start_point, Arc1.start_point)\nmake_coincident(Line1.end_point, Arc1.end_point)\nLine2 = add_line(start_point=[0.0051920043, 0.015381996], end_point=[0.0060325, 0.0145415])\nmake_coincident(Line2, Arc1.start_point)\nmake_coincident(Line2.end_point, Line2)\nmake_coincident(Line2.end_point, Arc1.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.004)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.03417, 0.026], end_point=[0.03417, 0.0099893389])\nLine2 = add_line(start_point=[0.03417, 0.0099893389], end_point=[0.03317, 0.026])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.03317, 0.026], end_point=[0.03417, 0.026])\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, 6.9388939e-18], end_point=[0, 0.0615])\nLine2 = add_line(start_point=[-3.469447e-18, 0.0615], end_point=[0.037587705, 0.075180806])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0, -0.026], end_point=[0.037587705, -0.012319194])\nLine4 = add_line(start_point=[0.037587705, -0.012319194], end_point=[0.037587705, 0.075180806])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nLine5 = add_line(start_point=[0, 6.9388939e-18], end_point=[0, -0.026])\nmake_coincident(Line5.start_point, Line1.start_point)\nmake_coincident(Line5.end_point, Line3.start_point)\nLine6 = add_line(start_point=[0, -0.026], end_point=[0, -0.0415])\nmake_coincident(Line6.start_point, Line3.start_point)\nLine7 = add_line(start_point=[-8.6736174e-19, -0.0415], end_point=[0.011, -0.037496327])\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[0.011, -0.037496327], end_point=[0.011, -0.021996327])\nmake_vertical(Line8)\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.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\nLine1 = add_line(start_point=[0, 0], end_point=[0.2032, 0])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.2032, 0], end_point=[0.2032, 0.2413])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.2032, 0.2413], end_point=[2.032, 0.2413])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[2.032, 0.2413], end_point=[2.032, 2.7755576e-17])\nmake_vertical(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[2.032, 0], end_point=[2.2352, 0])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[2.2352, 0], end_point=[2.2352, 2.413])\nmake_vertical(Line6)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[2.0828, 2.5654], end_point=[0.1524, 2.5654])\nmake_horizontal(Line7)\nLine8 = add_line(start_point=[0, 2.413], end_point=[0, 0])\nmake_coincident(Line8.end_point, Line1.start_point)\nPoint1 = add_point(point=[-9.3318086e-17, 2.5654])\nmake_coincident(Point1, Line7)\nmake_coincident(Point1, Line8)\nArc1 = add_arc(start_point=[0.1524, 2.5654], end_point=[-1.6653345e-16, 2.413], mid_point=[0.044636927, 2.5207631])\nmake_tangent(Arc1, Line8)\nmake_tangent(Arc1, Line7)\nmake_coincident(Arc1.start_point, Line7.end_point)\nmake_coincident(Arc1.end_point, Line8.start_point)\nPoint2 = add_point(point=[2.2352, 2.5654])\nmake_coincident(Point2, Line6)\nmake_coincident(Point2, Line7)\nArc2 = add_arc(start_point=[2.2352, 2.413], end_point=[2.0828, 2.5654], mid_point=[2.1905631, 2.5207631])\nmake_tangent(Arc2, Line7)\nmake_tangent(Arc2, Line6)\nmake_coincident(Arc2.start_point, Line6.end_point)\nmake_coincident(Arc2.end_point, Line7.start_point)\nLine9 = add_line(start_point=[-0.82848018, 4.8465497], end_point=[3.2017446, 4.8465497])\nLine10 = add_line(start_point=[-0.82848018, -0.23345026], end_point=[3.2017446, -0.23345026])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nLine11 = add_line(start_point=[-0.82848018, 4.8465497], end_point=[-0.82848018, -0.23345026])\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=[3.2017446, 4.8465497], end_point=[3.2017446, -0.23345026])\nmake_parallel(Line12, Line11)\nmake_coincident(Line12.start_point, Line9.end_point)\nmake_coincident(Line12.end_point, Line10.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.063754, -0.00508], end_point=[0.071374, 0.00508])\nCircle1 = add_circle(center_point=[0.067564, -8.5868812e-18], radius=0.001524)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is 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, -0.042488847], end_point=[-0.0083665187, -0.042488847])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.0083665187, -0.042488847], end_point=[-0.0083665187, -0.14127166])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.0083665187, -0.14127166], end_point=[0, -0.14127166])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0, -0.14127166], end_point=[0, -0.042488847])\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\nArc1 = add_arc(start_point=[0.0060033791, 0.072389809], end_point=[-0.0055790209, 0.072389809], mid_point=[0.00021217912, 0.066598609])\nLine1 = add_line(start_point=[-0.0055790209, 0.072389809], end_point=[-0.0055790209, 0.072389809])\nmake_coincident(Line1.start_point, Arc1)\nLine2 = add_line(start_point=[0.0060033791, 0.072389809], end_point=[0.0060033791, 0.072389809])\nmake_parallel(Line2, Line1)\nmake_coincident(Line2.end_point, Arc1.start_point)\nLine3 = add_line(start_point=[-0.0055790209, 0.068046409], end_point=[0.0060033791, 0.068046409])\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[-0.0055790209, 0.072389809], end_point=[-0.0055790209, 0.068046409])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.start_point)\nmake_coincident(Line4.start_point, Arc1.end_point)\nmake_coincident(Line4.end_point, Line3.start_point)\nLine5 = add_line(start_point=[0.0060033791, 0.072389809], end_point=[0.0060033791, 0.068046409])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.end_point, Line3.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.006)\nCircle2 = add_circle(center_point=[0, 0], radius=0.0023)\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=[-0.091243689, 0.23031117], end_point=[-0.065843689, 0.23031117])\nLine2 = add_line(start_point=[-0.091243689, -0.20148883], end_point=[-0.065843689, -0.20148883])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.091243689, 0.23031117], end_point=[-0.091243689, -0.20148883])\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=[-0.065843689, 0.23031117], end_point=[-0.065843689, -0.20148883])\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=[-0.0081, -0.00825], end_point=[0.0081, -0.00825])\nLine2 = add_line(start_point=[-0.0081, 0.00825], end_point=[0.0081, 0.00825])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0081, -0.00825], end_point=[-0.0081, 0.00825])\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=[0.0081, -0.00825], end_point=[0.0081, 0.00825])\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=[0.0101, -0.01025], end_point=[0.0101, 0.01025])\nLine6 = add_line(start_point=[-0.0101, -0.01025], end_point=[0.0101, -0.01025])\nmake_coincident(Line6.end_point, Line5.start_point)\nLine7 = add_line(start_point=[-0.0101, -0.01025], end_point=[-0.0101, 0.01025])\nmake_coincident(Line7.start_point, Line6.start_point)\nLine8 = add_line(start_point=[-0.0101, 0.01025], end_point=[0.0101, 0.01025])\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=[0.0142875, 0.009525], end_point=[-0.0142875, 0.009525])\nLine2 = add_line(start_point=[0.0142875, -0.009525], end_point=[-0.0142875, -0.009525])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0142875, 0.009525], end_point=[0.0142875, -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=[-0.0142875, 0.009525], end_point=[-0.0142875, -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\nCircle1 = add_circle(center_point=[0, 0.3], radius=0.0045)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.037055155, -0.028591117], end_point=[-0.0020031554, -0.028591117])\nLine2 = add_line(start_point=[-0.037055155, 0.012048883], end_point=[-0.0020031554, 0.012048883])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.037055155, -0.028591117], end_point=[-0.037055155, 0.012048883])\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=[-0.0020031554, -0.028591117], end_point=[-0.0020031554, 0.012048883])\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=0.0041)\n```\n" } ]

[ { "from": "human", "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=[-1.3877788e-17, 0.046752345], end_point=[-0.099768139, -3.469447e-18], mid_point=[-0.072273513, 0.071154591])\n```\n" } ]

[ { "from": "human", "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=[0.0037080992, 0.0015], end_point=[0.0037080992, -0.0015], mid_point=[-0.004, 1.2864981e-18])\nCircle1 = add_circle(center_point=[0, 0], radius=0.00175)\nmake_coincident(Circle1.center_point, Arc1.center_point)\nLine1 = add_line(start_point=[0.0037080992, -0.0015], end_point=[0.023708099, -0.0015])\nmake_horizontal(Line1)\nmake_coincident(Line1.start_point, Arc1.end_point)\nLine2 = add_line(start_point=[0.0037080992, 0.0015], end_point=[0.023708099, 0.0015])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Arc1.start_point)\nLine3 = add_line(start_point=[0.023708099, 0.0015], end_point=[0.023708099, -0.0015])\nmake_coincident(Line3.start_point, Line2.end_point)\nmake_coincident(Line3.end_point, Line1.end_point)\nCircle2 = add_circle(center_point=[0, 0], radius=0.004)\nmake_coincident(Circle2, Arc1.start_point)\nmake_coincident(Circle2.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=[-0.038556349, 0.22872125], radius=0.006)\nCircle2 = add_circle(center_point=[-0.038556349, 0.22872125], radius=0.01)\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=[0.027197889, 0], end_point=[0.042197889, 0])\nLine2 = add_line(start_point=[0.027197889, 0.004], end_point=[0.042197889, 0.004])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.027197889, 0], end_point=[0.027197889, 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=[0.042197889, 0], end_point=[0.042197889, 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=[-0.025, -0.046730449], end_point=[1.0408341e-17, -0.021730449])\nLine2 = add_line(start_point=[6.9388939e-18, -0.021730449], end_point=[0.025, -0.046730449])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.025, -0.046730449], end_point=[-0.025, -0.046730449])\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=[7.9389377, 161.14961], end_point=[3.7453914, 161.14961])\nLine2 = add_line(start_point=[3.7453914, 161.14961], end_point=[3.7453914, 142.30031])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[3.7453914, 142.30031], end_point=[7.9389377, 142.30031])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[7.9389377, 142.30031], end_point=[7.9389377, 161.14961])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[-3.7453914, 161.14961], end_point=[-7.9389377, 161.14961])\nLine6 = add_line(start_point=[-7.9389377, 161.14961], end_point=[-7.9389377, 142.30031])\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[-7.9389377, 142.30031], end_point=[-3.7453914, 142.30031])\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[-3.7453914, 142.30031], end_point=[-3.7453914, 161.14961])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line5.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0, 0], end_point=[-0.02625, 0])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.0175, 0.066], end_point=[0, 0.066])\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.02625, 0.0055], end_point=[-0.02625, 0])\nmake_vertical(Line3)\nmake_coincident(Line3.end_point, Line1)\nmake_coincident(Line3.end_point, Line1.end_point)\nLine4 = add_line(start_point=[-0.02625, 0.0055], end_point=[-0.021, 0.0055])\nmake_horizontal(Line4)\nmake_coincident(Line4.start_point, Line3.start_point)\nLine5 = add_line(start_point=[-0.021, 0.036], end_point=[-0.021, 0.0055])\nmake_perpendicular(Line5, Line4)\nmake_coincident(Line5.end_point, Line4.end_point)\nLine6 = add_line(start_point=[-0.021, 0.036], end_point=[-0.0175, 0.036])\nmake_horizontal(Line6)\nmake_coincident(Line6.start_point, Line5.start_point)\nLine7 = add_line(start_point=[-0.0175, 0.066], end_point=[-0.0175, 0.036])\nmake_perpendicular(Line7, Line2)\nmake_coincident(Line7.start_point, Line2.start_point)\nmake_coincident(Line7.end_point, Line6.end_point)\nLine8 = add_line(start_point=[0, 0.066], end_point=[0, 0])\nmake_coincident(Line8.start_point, Line2.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\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\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=[0.13991016, 0.31533752], end_point=[0.13948984, 0.30264448], mid_point=[0.13335348, 0.30920116])\nLine1 = add_line(start_point=[0.1397, 0.315341], end_point=[0.2286, 0.315341])\nmake_tangent(Line1, Arc1)\nmake_horizontal(Line1)\nmake_coincident(Line1.start_point, Arc1.start_point)\nLine2 = add_line(start_point=[0.2286, 0.302641], end_point=[0.1397, 0.302641])\nmake_tangent(Line2, Arc1)\nmake_parallel(Line2, Line1)\nmake_coincident(Line2.end_point, Arc1.end_point)\nArc2 = add_arc(start_point=[0.2286, 0.302641], end_point=[0.2286, 0.315341], mid_point=[0.23495, 0.308991])\nmake_tangent(Arc2, Line1)\nmake_coincident(Arc2.start_point, Line2.start_point)\nmake_coincident(Arc2.end_point, Line1.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.0455, 0.05], end_point=[0.041, 0.05])\nLine2 = add_line(start_point=[0.0455, 0.0545], end_point=[0.041, 0.0545])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.0455, 0.05], end_point=[0.0455, 0.0545])\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=[0.041, 0.05], end_point=[0.041, 0.0545])\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=[0.04325, 0.05225], radius=0.0015)\nPoint1 = add_point(point=[0.041, 0.05225])\nPoint2 = add_point(point=[0.04325, 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=[0.071822919, 0.071093753], end_point=[0.06671875, 0.071093753])\nLine2 = add_line(start_point=[0.071822919, 0.065017365], end_point=[0.06671875, 0.065017365])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.071822919, 0.071093753], end_point=[0.071822919, 0.065017365])\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=[0.06671875, 0.071093753], end_point=[0.06671875, 0.065017365])\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=[0.066767797, -0.0091163712], end_point=[-0.040574275, -0.0091163712])\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, 0], end_point=[0, 0.0057735027])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[-1.7347235e-18, 0.0057735027], end_point=[-0.01, 4.3368087e-19])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.01, 0], end_point=[0, 0])\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=[0.002, -0.0015], end_point=[0.0065, -0.0015])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.0065, -0.0015], end_point=[0.0065, -0.0005])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.0065, -0.0005], end_point=[0.007, -0.0005])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.007, -0.0005], end_point=[0.008, -0.0015])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1)\nLine5 = add_line(start_point=[0.008, -0.0015], end_point=[0.008, -0.010726972])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[0.008, -0.010726972], end_point=[0.002, -0.010726972])\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.002, -0.010726972], end_point=[0.002, -0.0015])\nmake_coincident(Line7.start_point, Line6.end_point)\nmake_coincident(Line7.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=[0.4, 0], end_point=[0.55, 0])\nLine2 = add_line(start_point=[0.4, 0.075], end_point=[0.55, 0.075])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.4, 1.3877788e-17], end_point=[0.4, 0.075])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.55, 5.5511151e-17], end_point=[0.55, 0.075])\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\nCircle1 = add_circle(center_point=[0, 0], radius=0.004)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.044562557, 0.01], end_point=[0.039362557, 0.01])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[0.039362557, 0.01], end_point=[0.039362557, 0.005])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.039362557, 0.005], end_point=[0.044562557, 0.005])\nmake_horizontal(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.044562557, 0.005], end_point=[0.044562557, 0.01])\nmake_parallel(Line4, Line2)\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[0.041962557, 0.01], end_point=[0.041962557, 0.005])\nmake_vertical(Line5)\nmake_coincident(Line5.end_point, Line3)\nLine6 = add_line(start_point=[0.043212557, 0.005], end_point=[0.04365, 0])\nmake_coincident(Line6.start_point, Line3)\nLine7 = add_line(start_point=[0.040562557, 0.005], end_point=[0.041, -1.7347235e-18])\nmake_parallel(Line7, Line6)\nmake_coincident(Line7.start_point, Line3)\nLine8 = add_line(start_point=[0.041, -1.0501331e-18], end_point=[0.04365, 3.9224393e-20])\nmake_coincident(Line8.start_point, Line7.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=[-0.0099, 0.0068], end_point=[0.0099, 0.0068])\nLine2 = add_line(start_point=[-0.0099, 0], end_point=[0.0099, 0])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.0099, 0.0068], end_point=[-0.0099, 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=[0.0099, 0.0068], end_point=[0.0099, 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=[0.09, 0.004], end_point=[0.076, 0.004])\nCircle1 = add_circle(center_point=[0.076, 0.004], radius=0.009)\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=[3.0357661e-18, -1.9862584e-16], radius=0.0078)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.0045478424, -0.094987557], end_point=[0.0045478424, -0.096787557])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0.0045478424, -0.096787557], end_point=[0.0029889967, -0.095887557])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.0045478424, -0.094987557], end_point=[0.0029889967, -0.095887557])\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.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=0.0587375)\nLine1 = add_line(start_point=[-0.0587375, 0], end_point=[0.0587375, 0])\nmake_horizontal(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=[0.12065, -0.2032], end_point=[0.12065, -0.3048])\nmake_vertical(Line1)\nCircle1 = add_circle(center_point=[0.12065, -0.3048], radius=0.0381)\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\nLine1 = add_line(start_point=[-0.062403251, -0.56282774], end_point=[-0.30869529, -0.06125492])\nLine2 = add_line(start_point=[-0.30869529, -0.06125492], end_point=[-0.062403251, 0.43492466])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.062403251, 0.43492466], end_point=[0.1946753, -0.06125492])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.1946753, -0.06125492], end_point=[-0.062403251, -0.56282774])\nmake_coincident(Line4.start_point, Line3.end_point)\nmake_coincident(Line4.end_point, Line1.start_point)\nLine5 = add_line(start_point=[-0.27274025, -0.06125492], end_point=[-0.062403251, 0.36248969])\nmake_parallel(Line5, Line2)\nLine6 = add_line(start_point=[-0.062403251, 0.36248969], end_point=[0.16130986, -0.06125492])\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[0.16130986, -0.06125492], end_point=[-0.062403251, -0.49773014])\nmake_parallel(Line7, Line4)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[-0.062403251, -0.49773014], end_point=[-0.27274025, -0.06125492])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line5.start_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-9.3507047e-06, -0.0024661959], end_point=[-8.660254e-05, -0.0026])\nLine2 = add_line(start_point=[0, -0.0026], end_point=[-8.660254e-05, -0.0026])\nmake_horizontal(Line2)\nmake_coincident(Line2.end_point, Line1.end_point)\nLine3 = add_line(start_point=[9.3507047e-06, -0.0024661959], end_point=[8.660254e-05, -0.0026])\nLine4 = add_line(start_point=[0, -0.0026], end_point=[8.660254e-05, -0.0026])\nPoint1 = add_point(point=[1.2197274e-19, -0.00245])\nmake_coincident(Point1, Line1)\nArc1 = add_arc(start_point=[9.3507047e-06, -0.0024661959], end_point=[-9.3507047e-06, -0.0024661959], mid_point=[3.5002764e-20, -0.0024607973])\nmake_tangent(Arc1, Line3)\nmake_coincident(Arc1.start_point, Line3.start_point)\nmake_coincident(Arc1.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=[-3.6739404e-19, -0.0087020723], radius=0.003)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.6096, 0.9906], end_point=[0.6096, 0.9906])\nLine2 = add_line(start_point=[-0.6096, -0.9906], end_point=[0.6096, -0.9906])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.6096, 0.9906], end_point=[-0.6096, -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=[0.6096, 0.9906], end_point=[0.6096, -0.9906])\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=[-0.6096, 0.9906], end_point=[0.6096, -0.9906])\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, 0], radius=0.035)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.75, 0.0127], end_point=[-0.75, 0.0627])\nLine2 = add_line(start_point=[-0.74365, 0.0127], end_point=[-0.75635, 0.0127])\nLine3 = add_line(start_point=[-0.74365, 0.1127], end_point=[-0.75635, 0.1127])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[-0.74365, 0.0127], end_point=[-0.74365, 0.1127])\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=[-0.75635, 0.0127], end_point=[-0.75635, 0.1127])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\nPoint1 = add_point(point=[-0.75, 0.0627])\nmake_coincident(Point1, 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, 0], radius=0.01)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0.03], radius=0.02)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.0075)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.050855265, 0.11652742], end_point=[0.049144735, 0.11652742])\nLine2 = add_line(start_point=[-0.050855265, 0.044527417], end_point=[0.049144735, 0.044527417])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.050855265, 0.11652742], end_point=[-0.050855265, 0.044527417])\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=[0.049144735, 0.11652742], end_point=[0.049144735, 0.044527417])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\nPoint1 = add_point(point=[-0.00085526468, 0.080527417])\nPoint2 = add_point(point=[-0.00085526468, 0.042527417])\nPoint3 = add_point(point=[-0.052855265, 0.080527417])\nPoint4 = add_point(point=[-0.00085526468, 0.042527417])\nPoint5 = add_point(point=[-0.052855265, 0.080527417])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.5715, 0.22225], end_point=[0.6096, 0.22225])\nLine2 = add_line(start_point=[0.5715, -0.22225], end_point=[0.6096, -0.22225])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.5715, 0.22225], end_point=[0.5715, -0.22225])\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=[0.6096, 0.22225], end_point=[0.6096, -0.22225])\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=[-0.049708437, 0.054455981], end_point=[0.042728946, 0.054455981])\nmake_horizontal(Line1)\nLine2 = add_line(start_point=[-0.055293776, 0.046077967], end_point=[0.050548419, 0.046077967])\nLine3 = add_line(start_point=[-0.055293776, 0.017313464], end_point=[0.050548419, 0.017313464])\nmake_parallel(Line3, Line2)\nmake_horizontal(Line3)\nLine4 = add_line(start_point=[-0.055293776, 0.046077967], end_point=[-0.055293776, 0.017313464])\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=[0.050548419, 0.046077967], end_point=[0.050548419, 0.017313464])\nmake_parallel(Line5, Line4)\nmake_coincident(Line5.start_point, Line2.end_point)\nmake_coincident(Line5.end_point, Line3.end_point)\nCircle1 = add_circle(center_point=[0, -0.0083791008], radius=0.023144885)\nArc1 = add_arc(start_point=[-0.055293776, -0.034071669], end_point=[0.050548419, -0.034909468], mid_point=[-0.0025398669, -0.055612096])\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-1.0408341e-17, 0.042712963], end_point=[-0.05704625, -0.031474649])\nLine2 = add_line(start_point=[-0.05704625, -0.031474649], end_point=[-0.05704625, -0.096470885])\nmake_vertical(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.05704625, -0.096470885], end_point=[4.8572257e-17, -0.056641698])\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[6.9388939e-18, -0.056641698], end_point=[-9.6368339e-18, 0.042712963])\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\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=[-0.04639357, -0.033559866], end_point=[-0.04639357, 0.034003008])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[-0.04639357, 0.034003008], end_point=[0.033560328, 0.034003008])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[0.033560328, 0.034003008], end_point=[0.033560328, -0.027979407])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[0.033560328, -0.027979407], end_point=[0, -0.027979407])\nmake_horizontal(Line4)\nmake_coincident(Line4.start_point, Line3.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[0.066362298, -0.649], end_point=[0.8123623, -0.649])\nLine2 = add_line(start_point=[0.066362298, -0.661], end_point=[0.8123623, -0.661])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[0.066362298, -0.649], end_point=[0.066362298, -0.661])\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=[0.8123623, -0.649], end_point=[0.8123623, -0.661])\nmake_parallel(Line4, Line3)\nmake_coincident(Line4.start_point, Line1.end_point)\nmake_coincident(Line4.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 0], radius=0.03)\nCircle2 = add_circle(center_point=[0, 0], radius=0.01)\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=[-0.005, 0.0095], end_point=[0.005, 0.0095])\nLine2 = add_line(start_point=[-0.005, 0.0035], end_point=[0.005, 0.0035])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.005, 0.0095], end_point=[-0.005, 0.0035])\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, 0.0095], end_point=[0.005, 0.0035])\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=[-0.1125, 0], end_point=[-0.0015, 0])\nLine2 = add_line(start_point=[-0.1125, 0.021], end_point=[-0.0015, 0.021])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.1125, -3.469447e-18], end_point=[-0.1125, 0.021])\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, -3.469447e-18], end_point=[-0.0015, 0.021])\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=[-0.053114235, -0.10377041], end_point=[0.067617208, -0.10377041])\nLine2 = add_line(start_point=[-0.053114235, -0.24162312], end_point=[0.067617208, -0.24162312])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.053114235, -0.10377041], end_point=[-0.053114235, -0.24162312])\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=[0.067617208, -0.10377041], end_point=[0.067617208, -0.24162312])\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)\nCircle2 = add_circle(center_point=[0, 0], radius=0.012)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is 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, -0.030723637], end_point=[-0.002, -0.022629865])\nLine2 = add_line(start_point=[-0.002, -0.022629865], end_point=[-0.002, -0.030723637])\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.002, -0.030723637], end_point=[0, -0.030723637])\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, 0], end_point=[0, 0.75])\nmake_vertical(Line1)\nLine2 = add_line(start_point=[0, 0.75], end_point=[-0.8, 0.75])\nmake_horizontal(Line2)\nmake_coincident(Line2.start_point, Line1.end_point)\nLine3 = add_line(start_point=[-0.8, 0.75], end_point=[-0.8, 0.5])\nmake_vertical(Line3)\nmake_coincident(Line3.start_point, Line2.end_point)\nLine4 = add_line(start_point=[-0.8, 0.5], end_point=[-1.05, 0.5])\nmake_perpendicular(Line4, Line3)\nmake_coincident(Line4.start_point, Line3.end_point)\nLine5 = add_line(start_point=[-1.05, 0.5], end_point=[-1.05, 0.25])\nmake_vertical(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nLine6 = add_line(start_point=[-1.05, 0.25], end_point=[-1.3, 0.25])\nmake_perpendicular(Line6, Line5)\nmake_coincident(Line6.start_point, Line5.end_point)\nLine7 = add_line(start_point=[-1.3, 0.25], end_point=[-1.3, 0])\nmake_vertical(Line7)\nmake_coincident(Line7.start_point, Line6.end_point)\nLine8 = add_line(start_point=[-1.3, 0], end_point=[0, 0])\nmake_coincident(Line8.start_point, Line7.end_point)\nmake_coincident(Line8.end_point, Line1.start_point)\nLine9 = add_line(start_point=[0, 0.75], end_point=[-0.8, 0.75])\nmake_coincident(Line9.start_point, Line1.end_point)\nLine10 = add_line(start_point=[0, 0.5], end_point=[-0.8, 0.5])\nmake_parallel(Line10, Line9)\nmake_horizontal(Line10)\nmake_coincident(Line10.end_point, Line3.end_point)\nLine11 = add_line(start_point=[0, 0.75], end_point=[0, 0.5])\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=[-0.8, 0.75], end_point=[-0.8, 0.5])\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, 0.5], end_point=[-0.8, 0.5])\nmake_coincident(Line13.start_point, Line10.start_point)\nLine14 = add_line(start_point=[0, 0], end_point=[-0.8, 0])\nmake_parallel(Line14, Line13)\nmake_horizontal(Line14)\nLine15 = add_line(start_point=[0, 0.5], end_point=[0, 0])\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=[-0.8, 0.5], end_point=[-0.8, 0])\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, 0], radius=0.0425)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nLine1 = add_line(start_point=[-0.01525, 0.015], end_point=[0.01525, 0.015])\nLine2 = add_line(start_point=[-0.01525, -0.015], end_point=[0.01525, -0.015])\nmake_parallel(Line2, Line1)\nmake_horizontal(Line2)\nLine3 = add_line(start_point=[-0.01525, 0.015], end_point=[-0.01525, -0.015])\nmake_perpendicular(Line3, Line2)\nmake_coincident(Line3.start_point, Line1.start_point)\nmake_coincident(Line3.end_point, Line2.start_point)\nLine4 = add_line(start_point=[0.01525, 0.015], end_point=[0.01525, -0.015])\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=[-0.021, -0.0099906956], end_point=[0.021, -0.0099906956])\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\nArc1 = add_arc(start_point=[-0.059444142, 0.035600945], end_point=[0.11055586, 0.035600945], mid_point=[0.025555858, -0.049399055])\nArc2 = add_arc(start_point=[-0.049444142, 0.035600945], end_point=[0.10055586, 0.035600945], mid_point=[0.025555858, 0.11060095])\nmake_coincident(Arc2.center_point, Arc1.center_point)\nLine1 = add_line(start_point=[-0.049444142, 0.035600945], end_point=[-0.059444142, 0.035600945])\nmake_coincident(Line1.start_point, Arc2.start_point)\nmake_coincident(Line1.end_point, Arc1.start_point)\nLine2 = add_line(start_point=[0.10055586, 0.035600945], end_point=[0.11055586, 0.035600945])\nmake_coincident(Line2.start_point, Arc2.end_point)\nmake_coincident(Line2.end_point, Arc1.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[-0.015715448, 0.015715448], radius=0.003175)\nCircle2 = add_circle(center_point=[-0.015715448, -0.015715448], radius=0.003175)\nCircle3 = add_circle(center_point=[0.015715448, -0.015715448], radius=0.003175)\nCircle4 = add_circle(center_point=[0.015715448, 0.015715448], radius=0.003175)\nCircle5 = add_circle(center_point=[5.4995766e-18, -1.3869433e-17], radius=0.022225)\nmake_coincident(Circle5, Circle4.center_point)\nmake_coincident(Circle5, Circle1.center_point)\nmake_coincident(Circle5, Circle2.center_point)\nmake_coincident(Circle5, Circle3.center_point)\nLine1 = add_line(start_point=[5.4995766e-18, -1.3877788e-17], end_point=[5.4995766e-18, 0.022225])\nmake_vertical(Line1)\nmake_coincident(Line1.start_point, Circle5.center_point)\nmake_coincident(Line1.end_point, Circle5)\nLine2 = add_line(start_point=[3.469447e-18, -1.474515e-17], end_point=[0.015715448, 0.015715448])\nmake_coincident(Line2.start_point, Line1.start_point)\nmake_coincident(Line2.end_point, Circle4.center_point)\nLine3 = add_line(start_point=[-0.015715448, 0.015715448], end_point=[0.015715448, 0.015715448])\nmake_coincident(Line3.start_point, Circle1.center_point)\nmake_coincident(Line3.end_point, Circle4.center_point)\nLine4 = add_line(start_point=[-0.015715448, 0.015715448], end_point=[-0.015715448, -0.015715448])\nmake_coincident(Line4.start_point, Line3.start_point)\nmake_coincident(Line4.end_point, Circle2.center_point)\nLine5 = add_line(start_point=[-0.015715448, -0.015715448], end_point=[0.015715448, -0.015715448])\nmake_horizontal(Line5)\nmake_coincident(Line5.start_point, Line4.end_point)\nmake_coincident(Line5.end_point, Circle3.center_point)\nLine6 = add_line(start_point=[0.015715448, -0.015715448], end_point=[0.015715448, 0.015715448])\nmake_coincident(Line6.start_point, Line5.end_point)\nmake_coincident(Line6.end_point, Line2.end_point)\n```\n" } ]

[ { "from": "human", "value": "<image>\nThe figure is the target sketch\nWhat are the codes to the target state?" }, { "from": "gpt", "value": "Here it is:\n```python\nCircle1 = add_circle(center_point=[0, 4.2862638e-19], radius=0.016)\n```\n" } ]