Datasets:

Yuki-Kokomi

/

OpenECAD-Dataset

like 0

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [ 0., -1., 0.], x_axis= [ 1., 0., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 223.])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 223.], end= [128., 223.])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.75, -0. , -0.75], sketch_size= 1.5)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 2, extent_one= 0.75, extent_two= 0.75)\nSketchPlane1 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [ 0., -1., 0.], x_axis= [ 1., 0., -0.], y_axis= [0., 0., 1.])\nLoops1 = []\nCurves1_0 = []\nLine1_0_0 = add_line(start= [128., 128.], end= [174.8175, 223. ])\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [174.8175, 223. ], end= [128., 223.])\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [128., 223.], end= [128., 128.])\nCurves1_0.append(Line1_0_2)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n\tsketch_position= [-0.75, -0. , -0.75], sketch_size= 1.5)\nExtrude1 = add_extrude(sketch= Sketch1,\n\toperation= 2, type= 2, extent_one= -1.5, extent_two= 1.5)\nSketchPlane2 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [ 0., -1., 0.], x_axis= [ 1., 0., -0.], y_axis= [0., 0., 1.])\nLoops2 = []\nCurves2_0 = []\nLine2_0_0 = add_line(start= [128., 128.], end= [221.6326, 128. ])\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [221.6326, 128. ], end= [174.8163, 223. ])\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [174.8163, 223. ], end= [128., 128.])\nCurves2_0.append(Line2_0_2)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\nProfile2 = add_profile(Loops2)\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n\tsketch_position= [-0.0108, -0. , 0.75 ], sketch_size= 0.0219)\nExtrude2 = add_extrude(sketch= Sketch2,\n\toperation= 2, type= 2, extent_one= -1.5, extent_two= 1.5)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [ 0., -1., 0.], x_axis= [ 1., 0., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223. , 131.9583])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223. , 131.9583], end= [128. , 131.9583])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128. , 131.9583], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [0., 0., 0.], sketch_size= 0.75)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= -0.4558, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops0 = []\nCurves0_0 = []\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nCurves0_1 = []\nCircle0_1_0 = add_circle(center= [175.5, 128. ], radius= 11.875)\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.625, 0. , 0. ], sketch_size= 1.25)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.2812, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [ 0., -1., 0.], x_axis= [ 1., 0., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.0096, -0. , 0. ], sketch_size= 0.0192)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.75, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [ 0., -1., 0.], x_axis= [ 1., 0., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 223.])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 223.], end= [128., 223.])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.75, -0. , -0.75], sketch_size= 1.5)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.075, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [ 0., 1., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223. , 149.7985])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223. , 149.7985], end= [189.4976, 149.7985])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [189.4976, 149.7985], end= [174.8116, 172.9359])\nCurves0_0.append(Line0_0_3)\nLine0_0_4 = add_line(start= [174.8116, 172.9359], end= [151.4058, 172.9359])\nCurves0_0.append(Line0_0_4)\nLine0_0_5 = add_line(start= [151.4058, 172.9359], end= [128. , 149.7985])\nCurves0_0.append(Line0_0_5)\nLine0_0_6 = add_line(start= [128. , 149.7985], end= [128., 128.])\nCurves0_0.append(Line0_0_6)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0. , -0.75 , -0.0916], sketch_size= 0.3992)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.1331, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 223.])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 223.], end= [128., 223.])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.75, -0.75, -0. ], sketch_size= 1.5)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.05, extent_two= 0.)\nSketchPlane1 = add_sketchplane(\n\torigin= [0. , 0. , 0.05], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops1 = []\nCurves1_0 = []\nCircle1_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n\tsketch_position= [-0.7218, 0.676 , 0.05 ], sketch_size= 0.1037)\nExtrude1 = add_extrude(sketch= Sketch1,\n\toperation= 2, type= 0, extent_one= -1.25, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [ 0., 1., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nArc0_0_0 = add_arc(start= [128., 128.], end= [131.3929, 124.6071], mid= [128.9937, 125.6009])\nCurves0_0.append(Arc0_0_0)\nLine0_0_1 = add_line(start= [131.3929, 124.6071], end= [219.6071, 124.6071])\nCurves0_0.append(Line0_0_1)\nArc0_0_2 = add_arc(start= [219.6071, 124.6071], end= [223., 128.], mid= [222.0063, 125.6009])\nCurves0_0.append(Arc0_0_2)\nLine0_0_3 = add_line(start= [223., 128.], end= [223. , 190.7679])\nCurves0_0.append(Line0_0_3)\nArc0_0_4 = add_arc(start= [223. , 190.7679], end= [219.6071, 194.1607], mid= [222.0063, 193.167 ])\nCurves0_0.append(Arc0_0_4)\nLine0_0_5 = add_line(start= [219.6071, 194.1607], end= [131.3929, 194.1607])\nCurves0_0.append(Line0_0_5)\nArc0_0_6 = add_arc(start= [131.3929, 194.1607], end= [128. , 190.7679], mid= [128.9937, 193.167 ])\nCurves0_0.append(Arc0_0_6)\nLine0_0_7 = add_line(start= [128. , 190.7679], end= [128., 128.])\nCurves0_0.append(Line0_0_7)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nCurves0_1 = []\nLine0_1_0 = add_line(start= [131.3929, 128. ], end= [135.6339, 128. ])\nCurves0_1.append(Line0_1_0)\nLine0_1_1 = add_line(start= [135.6339, 128. ], end= [215.3661, 128. ])\nCurves0_1.append(Line0_1_1)\nLine0_1_2 = add_line(start= [215.3661, 128. ], end= [219.6071, 128. ])\nCurves0_1.append(Line0_1_2)\nLine0_1_3 = add_line(start= [219.6071, 128. ], end= [219.6071, 130.5446])\nCurves0_1.append(Line0_1_3)\nLine0_1_4 = add_line(start= [219.6071, 130.5446], end= [219.6071, 188.2232])\nCurves0_1.append(Line0_1_4)\nLine0_1_5 = add_line(start= [219.6071, 188.2232], end= [219.6071, 190.7679])\nCurves0_1.append(Line0_1_5)\nLine0_1_6 = add_line(start= [219.6071, 190.7679], end= [215.3661, 190.7679])\nCurves0_1.append(Line0_1_6)\nLine0_1_7 = add_line(start= [215.3661, 190.7679], end= [135.6339, 190.7679])\nCurves0_1.append(Line0_1_7)\nLine0_1_8 = add_line(start= [135.6339, 190.7679], end= [131.3929, 190.7679])\nCurves0_1.append(Line0_1_8)\nLine0_1_9 = add_line(start= [131.3929, 190.7679], end= [131.3929, 188.2232])\nCurves0_1.append(Line0_1_9)\nLine0_1_10 = add_line(start= [131.3929, 188.2232], end= [131.3929, 130.5446])\nCurves0_1.append(Line0_1_10)\nLine0_1_11 = add_line(start= [131.3929, 130.5446], end= [131.3929, 128. ])\nCurves0_1.append(Line0_1_11)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0. , -0.75 , -0.4955], sketch_size= 1.5)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.0804, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [148.2525, 128. ])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [148.2525, 128. ], end= [148.2525, 223. ])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [148.2525, 223. ], end= [128., 223.])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.2235, -0.75 , -0. ], sketch_size= 0.3369)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.0287, extent_two= 0.)\nSketchPlane1 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops1 = []\nCurves1_0 = []\nLine1_0_0 = add_line(start= [128., 128.], end= [139.6137, 128. ])\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [139.6137, 128. ], end= [223., 128.])\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 128.], end= [223., 223.])\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [223., 223.], end= [128., 223.])\nCurves1_0.append(Line1_0_3)\nLine1_0_4 = add_line(start= [128., 223.], end= [128., 128.])\nCurves1_0.append(Line1_0_4)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\nCurves1_1 = []\nLine1_1_0 = add_line(start= [139.6137, 139.6137], end= [211.3863, 139.6137])\nCurves1_1.append(Line1_1_0)\nLine1_1_1 = add_line(start= [211.3863, 139.6137], end= [211.3863, 211.3863])\nCurves1_1.append(Line1_1_1)\nLine1_1_2 = add_line(start= [211.3863, 211.3863], end= [139.6137, 211.3863])\nCurves1_1.append(Line1_1_2)\nLine1_1_3 = add_line(start= [139.6137, 211.3863], end= [139.6137, 139.6137])\nCurves1_1.append(Line1_1_3)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n\tsketch_position= [-0.2235, -0.4131, -0. ], sketch_size= 0.5875)\nExtrude1 = add_extrude(sketch= Sketch1,\n\toperation= 1, type= 0, extent_one= 0.0287, extent_two= 0.)\nSketchPlane2 = add_sketchplane(\n\torigin= [ 0.0916, -0.1193, 0.0287], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops2 = []\nCurves2_0 = []\nLine2_0_0 = add_line(start= [128., 128.], end= [147.7684, 128. ])\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [147.7684, 128. ], end= [147.7684, 220.7295])\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [147.7684, 220.7295], end= [147.7684, 223. ])\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [147.7684, 223. ], end= [128., 223.])\nCurves2_0.append(Line2_0_3)\nLine2_0_4 = add_line(start= [128., 223.], end= [128., 128.])\nCurves2_0.append(Line2_0_4)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\nProfile2 = add_profile(Loops2)\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n\tsketch_position= [-0.2235, -0.75 , 0.0287], sketch_size= 0.3452)\nExtrude2 = add_extrude(sketch= Sketch2,\n\toperation= 1, type= 0, extent_one= 0.1796, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [130.7121, 127.8473])\nCurves0_0.append(Line0_0_0)\nArc0_0_1 = add_arc(start= [130.7121, 127.8473], end= [130.9267, 120.278 ], mid= [220.2656, 126.5983])\nCurves0_0.append(Arc0_0_1)\nLine0_0_2 = add_line(start= [130.9267, 120.278 ], end= [128.2276, 119.9719])\nCurves0_0.append(Line0_0_2)\nArc0_0_3 = add_arc(start= [128.2276, 119.9719], end= [128., 128.], mid= [222.9809, 126.6752])\nCurves0_0.append(Arc0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.4853, 0.0273, 0. ], sketch_size= 0.9715)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.75, extent_two= 0.)\nSketchPlane1 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops1 = []\nCurves1_0 = []\nLine1_0_0 = add_line(start= [128., 128.], end= [142.8902, 127.1618])\nCurves1_0.append(Line1_0_0)\nArc1_0_1 = add_arc(start= [142.8902, 127.1618], end= [143.0464, 121.6523], mid= [208.0732, 126.2526])\nCurves1_0.append(Arc1_0_1)\nLine1_0_2 = add_line(start= [143.0464, 121.6523], end= [128.2276, 119.9719])\nCurves1_0.append(Line1_0_2)\nArc1_0_3 = add_arc(start= [128.2276, 119.9719], end= [128., 128.], mid= [222.9809, 126.6753])\nCurves1_0.append(Arc1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n\tsketch_position= [-0.7072, 0.0398, 0. ], sketch_size= 1.4155)\nExtrude1 = add_extrude(sketch= Sketch1,\n\toperation= 1, type= 0, extent_one= 0.0556, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops0 = []\nCurves0_0 = []\nArc0_0_0 = add_arc(start= [128., 128.], end= [137.852, 118.148], mid= [130.8856, 121.0336])\nCurves0_0.append(Arc0_0_0)\nLine0_0_1 = add_line(start= [137.852, 118.148], end= [187.2973, 118.148 ])\nCurves0_0.append(Line0_0_1)\nArc0_0_2 = add_arc(start= [187.2973, 118.148 ], end= [197.1493, 128. ], mid= [194.2637, 121.0336])\nCurves0_0.append(Arc0_0_2)\nLine0_0_3 = add_line(start= [197.1493, 128. ], end= [197.1493, 213.148 ])\nCurves0_0.append(Line0_0_3)\nArc0_0_4 = add_arc(start= [197.1493, 213.148 ], end= [187.2973, 223. ], mid= [194.2637, 220.1144])\nCurves0_0.append(Arc0_0_4)\nLine0_0_5 = add_line(start= [187.2973, 223. ], end= [137.852, 223. ])\nCurves0_0.append(Line0_0_5)\nArc0_0_6 = add_arc(start= [137.852, 223. ], end= [128. , 213.148], mid= [130.8856, 220.1144])\nCurves0_0.append(Arc0_0_6)\nLine0_0_7 = add_line(start= [128. , 213.148], end= [128., 128.])\nCurves0_0.append(Line0_0_7)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.4946, -0.6091, -0. ], sketch_size= 1.3591)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.2593, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops0 = []\nCurves0_0 = []\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nCurves0_1 = []\nCircle0_1_0 = add_circle(center= [176.013 , 128.0739], radius= 46.6038)\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.75, 0. , 0. ], sketch_size= 1.5)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.0035, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [ 0., -1., 0.], x_axis= [ 1., 0., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nArc0_0_0 = add_arc(start= [128., 128.], end= [129.4467, 126.5533], mid= [128.4237, 126.977 ])\nCurves0_0.append(Arc0_0_0)\nLine0_0_1 = add_line(start= [129.4467, 126.5533], end= [150.665 , 126.5533])\nCurves0_0.append(Line0_0_1)\nArc0_0_2 = add_arc(start= [150.665 , 126.5533], end= [152.1117, 128. ], mid= [151.6879, 126.977 ])\nCurves0_0.append(Arc0_0_2)\nLine0_0_3 = add_line(start= [152.1117, 128. ], end= [152.1117, 136.198 ])\nCurves0_0.append(Line0_0_3)\nLine0_0_4 = add_line(start= [152.1117, 136.198 ], end= [149.7005, 136.198 ])\nCurves0_0.append(Line0_0_4)\nLine0_0_5 = add_line(start= [149.7005, 136.198 ], end= [149.7005, 129.9289])\nCurves0_0.append(Line0_0_5)\nArc0_0_6 = add_arc(start= [149.7005, 129.9289], end= [148.736 , 128.9645], mid= [149.418, 129.247])\nCurves0_0.append(Arc0_0_6)\nLine0_0_7 = add_line(start= [148.736 , 128.9645], end= [131.3756, 128.9645])\nCurves0_0.append(Line0_0_7)\nArc0_0_8 = add_arc(start= [131.3756, 128.9645], end= [130.4112, 129.9289], mid= [130.6937, 129.247 ])\nCurves0_0.append(Arc0_0_8)\nLine0_0_9 = add_line(start= [130.4112, 129.9289], end= [130.4112, 219.6244])\nCurves0_0.append(Line0_0_9)\nArc0_0_10 = add_arc(start= [130.4112, 219.6244], end= [131.3756, 220.5888], mid= [130.6937, 220.3063])\nCurves0_0.append(Arc0_0_10)\nLine0_0_11 = add_line(start= [131.3756, 220.5888], end= [148.736 , 220.5888])\nCurves0_0.append(Line0_0_11)\nArc0_0_12 = add_arc(start= [148.736 , 220.5888], end= [149.7005, 219.6244], mid= [149.418 , 220.3063])\nCurves0_0.append(Arc0_0_12)\nLine0_0_13 = add_line(start= [149.7005, 219.6244], end= [149.7005, 213.3553])\nCurves0_0.append(Line0_0_13)\nLine0_0_14 = add_line(start= [149.7005, 213.3553], end= [152.1117, 213.3553])\nCurves0_0.append(Line0_0_14)\nLine0_0_15 = add_line(start= [152.1117, 213.3553], end= [152.1117, 221.5533])\nCurves0_0.append(Line0_0_15)\nArc0_0_16 = add_arc(start= [152.1117, 221.5533], end= [150.665, 223. ], mid= [151.6879, 222.5763])\nCurves0_0.append(Arc0_0_16)\nLine0_0_17 = add_line(start= [150.665, 223. ], end= [129.4467, 223. ])\nCurves0_0.append(Line0_0_17)\nArc0_0_18 = add_arc(start= [129.4467, 223. ], end= [128. , 221.5533], mid= [128.4237, 222.5763])\nCurves0_0.append(Arc0_0_18)\nLine0_0_19 = add_line(start= [128. , 221.5533], end= [128., 128.])\nCurves0_0.append(Line0_0_19)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.017, -0. , 0.001], sketch_size= 0.0672)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= -0.75, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223. , 208.3746])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223. , 208.3746], end= [128. , 208.3746])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128. , 208.3746], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.75 , -0.6345, -0. ], sketch_size= 1.5)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.7301, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [ 0., -1., 0.], x_axis= [ 1., 0., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.0079, -0. , 0. ], sketch_size= 0.0188)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.75, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [ 0., 1., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [199.25, 128. ])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [199.25, 128. ], end= [199.25, 223. ])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [199.25, 223. ], end= [128., 223.])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [0., 0., 0.], sketch_size= 0.75)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.75, extent_two= 0.)\nSketchPlane1 = add_sketchplane(\n\torigin= [0.75 , 0.2812, 0.375 ], normal= [1., 0., 0.], x_axis= [ 0., 1., -0.], y_axis= [0., 0., 1.])\nLoops1 = []\nCurves1_0 = []\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223., 223.])\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 223.], end= [128., 223.])\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n\tsketch_position= [0.75 , 0.075 , 0.1875], sketch_size= 0.375)\nExtrude1 = add_extrude(sketch= Sketch1,\n\toperation= 2, type= 0, extent_one= -1.4662, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [ 0., -1., 0.], x_axis= [ 1., 0., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [179.8182, 128. ])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [179.8182, 128. ], end= [179.8182, 223. ])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [179.8182, 223. ], end= [128., 223.])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nCurves0_1 = []\nArc0_1_0 = add_arc(start= [147.4145, 140.0909], end= [160.4036, 140.0909], mid= [153.9091, 133.5964])\nCurves0_1.append(Arc0_1_0)\nLine0_1_1 = add_line(start= [160.4036, 140.0909], end= [160.4036, 188.4545])\nCurves0_1.append(Line0_1_1)\nArc0_1_2 = add_arc(start= [160.4036, 188.4545], end= [147.4145, 188.4545], mid= [153.9091, 194.9491])\nCurves0_1.append(Arc0_1_2)\nLine0_1_3 = add_line(start= [147.4145, 188.4545], end= [147.4145, 140.0909])\nCurves0_1.append(Line0_1_3)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [ 0. , 0. , -0.75], sketch_size= 0.75)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.1364, extent_two= 0.)\nSketchPlane1 = add_sketchplane(\n\torigin= [ 0.2045, 0. , -0.4432], normal= [0., 1., 0.], x_axis= [-1., 0., -0.], y_axis= [ 0., -0., 1.])\nLoops1 = []\nCurves1_0 = []\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223. , 159.6667])\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223. , 159.6667], end= [128. , 159.6667])\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128. , 159.6667], end= [128., 128.])\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n\tsketch_position= [ 0.4091, -0. , -0.1364], sketch_size= 0.4091)\nExtrude1 = add_extrude(sketch= Sketch1,\n\toperation= 1, type= 0, extent_one= 0.6818, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops0 = []\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223. , 214.4329])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223. , 214.4329], end= [128. , 214.4329])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128. , 214.4329], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0.75 , -0.6824, -0. ], sketch_size= 1.5)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.0367, extent_two= 0.)\nSketchPlane1 = add_sketchplane(\n\torigin= [0. , 0. , 0.0367], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\nLoops1 = []\nCurves1_0 = []\nLine1_0_0 = add_line(start= [128., 128.], end= [141.8745, 151.988 ])\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [141.8745, 151.988 ], end= [128. , 175.9203])\nCurves1_0.append(Line1_0_1)\nArc1_0_2 = add_arc(start= [128. , 175.9203], end= [128.9214, 177.5243], mid= [120.5629, 181.259 ])\nCurves1_0.append(Arc1_0_2)\nLine1_0_3 = add_line(start= [128.9214, 177.5243], end= [156.6356, 177.4988])\nCurves1_0.append(Line1_0_3)\nLine1_0_4 = add_line(start= [156.6356, 177.4988], end= [170.4653, 201.6257])\nCurves1_0.append(Line1_0_4)\nArc1_0_5 = add_arc(start= [170.4653, 201.6257], end= [172.5295, 201.6257], mid= [171.4974, 210.6443])\nCurves1_0.append(Arc1_0_5)\nLine1_0_6 = add_line(start= [172.5295, 201.6257], end= [186.2413, 177.4988])\nCurves1_0.append(Line1_0_6)\nLine1_0_7 = add_line(start= [186.2413, 177.4988], end= [213.9564, 177.5558])\nCurves1_0.append(Line1_0_7)\nArc1_0_8 = add_arc(start= [213.9564, 177.5558], end= [214.8632, 175.9198], mid= [222.406 , 181.1697])\nCurves1_0.append(Arc1_0_8)\nLine1_0_9 = add_line(start= [214.8632, 175.9198], end= [200.9797, 151.8834])\nCurves1_0.append(Line1_0_9)\nLine1_0_10 = add_line(start= [200.9797, 151.8834], end= [214.8632, 128. ])\nCurves1_0.append(Line1_0_10)\nArc1_0_11 = add_arc(start= [214.8632, 128. ], end= [213.9564, 126.4138], mid= [222.3883, 122.6462])\nCurves1_0.append(Arc1_0_11)\nLine1_0_12 = add_line(start= [213.9564, 126.4138], end= [186.1773, 126.5114])\nCurves1_0.append(Line1_0_12)\nLine1_0_13 = add_line(start= [186.1773, 126.5114], end= [172.5295, 102.5516])\nCurves1_0.append(Line1_0_13)\nArc1_0_14 = add_arc(start= [172.5295, 102.5516], end= [170.4653, 102.5516], mid= [171.4974, 93.3212])\nCurves1_0.append(Arc1_0_14)\nLine1_0_15 = add_line(start= [170.4653, 102.5516], end= [156.6356, 126.5114])\nCurves1_0.append(Line1_0_15)\nLine1_0_16 = add_line(start= [156.6356, 126.5114], end= [128.9015, 126.5114])\nCurves1_0.append(Line1_0_16)\nArc1_0_17 = add_arc(start= [128.9015, 126.5114], end= [128., 128.], mid= [120.62 , 122.5135])\nCurves1_0.append(Arc1_0_17)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n\tsketch_position= [-0.3252, -0.2055, 0.0367], sketch_size= 0.7588)\nExtrude1 = add_extrude(sketch= Sketch1,\n\toperation= 1, type= 0, extent_one= -0.1467, extent_two= 0.)\n```" } ]

[ { "from": "human", "value": "<image>\nThis image is a view of a 3D model from a certain angle. Please try to use Python-style APIs to render this model." }, { "from": "gpt", "value": "Of course, here are the codes:\n```python\nSketchPlane0 = add_sketchplane(\n\torigin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [ 0., 1., -0.], y_axis= [0., 0., 1.])\nLoops0 = []\nCurves0_0 = []\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\nCurves0_1 = []\nCircle0_1_0 = add_circle(center= [175.5, 128. ], radius= 3.7402)\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n\tsketch_position= [-0. , -0.75, 0. ], sketch_size= 1.5)\nExtrude0 = add_extrude(sketch= Sketch0,\n\toperation= 0, type= 0, extent_one= 0.1875, extent_two= 0.)\n```" } ]