[
    {
        "id": "00607878",
        "image": "00607878.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner circle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [175.5, 128.], radius= 15.8333)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.1125,  0.,  0.], sketch_size= 0.225\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.075, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom side of rectangle\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223., 137.5])  # Right side of rectangle\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 137.5], end= [128., 137.5])  # Top side of rectangle\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 137.5], end= [128., 128.])  # Left side of rectangle\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.4127, -0.2364, -0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.075, extent_two= 0.\n)\n\n# Define the third sketch plane with the origin, normal, and axes\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves2_0 = []  # List to hold curves for the first loop\nCircle2_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Outer circle\nCurves2_0.append(Circle2_0_0)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.4129,  0.,  0.], sketch_size= 0.075\n)\n\n# Extrude the sketch to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define the fourth sketch plane with the origin, normal, and axes\nSketchPlane3 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops3 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves3_0 = []  # List to hold curves for the first loop\nLine3_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom side of rectangle\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [223., 128.], end= [223., 150.3269])  # Right side of rectangle\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [223., 150.3269], end= [128., 150.3269])  # Top side of rectangle\nCurves3_0.append(Line3_0_2)\nLine3_0_3 = add_line(start= [128., 150.3269], end= [128., 128.])  # Left side of rectangle\nCurves3_0.append(Line3_0_3)\nLoop3_0 = add_loop(Curves3_0)\nLoops3.append(Loop3_0)\n\n# Create profile from the loops\nProfile3 = add_profile(Loops3)\n\n# Add sketch to the defined sketch plane\nSketch3 = add_sketch(sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [-0.4127, -0.5652, -0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude3 = add_extrude(sketch= Sketch3,\n    operation= 0, type= 0, extent_one= 0.225, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00163228",
        "image": "00163228.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Draw the first rectangle\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [182.697, 128.])  # First line of the rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [182.697, 128.], end= [182.697, 223.])  # Second line of the rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [182.697, 223.], end= [128., 223.])  # Third line of the rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Fourth line of the rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the first rectangle\nProfile0 = add_profile(Loops0)\n\n# Add the first sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.3393, -0.5893, -0.], sketch_size= 1.1786\n)\n\n# Extrude the first sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define the second sketch plane with origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0.3393, -0.4464, 0.1602], normal= [1., -0., 0.], x_axis= [0., 1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Draw the second rectangle\nCurves1_0 = []  # List to hold curves for the second loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 151.0303])  # First line of the rectangle\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 151.0303], end= [223., 168.2109])  # Second line of the rectangle\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 168.2109], end= [128., 145.1806])  # Third line of the rectangle\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 145.1806], end= [128., 128.])  # Fourth line of the rectangle\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the second rectangle\nProfile1 = add_profile(Loops1)\n\n# Add the second sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.3393, -0.5893, 0.1786], sketch_size= 1.1786\n)\n\n# Extrude the second sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -0.3929, extent_two= 0.\n)\n\n# Define the third sketch plane with origin, normal, and axes\nSketchPlane2 = add_sketchplane(\n    origin= [0.3393, -0.4464, 0.1602], normal= [1., -0., 0.], x_axis= [0., 1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Draw the third rectangle\nCurves2_0 = []  # List to hold curves for the third loop\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # First line of the rectangle\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 210.9614])  # Second line of the rectangle\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 210.9614], end= [128., 187.9311])  # Third line of the rectangle\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 187.9311], end= [128., 128.])  # Fourth line of the rectangle\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the third rectangle\nProfile2 = add_profile(Loops2)\n\n# Add the third sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0.3393, -0.3036, 0.], sketch_size= 0.3929\n)\n\n# Extrude the third sketch to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 2, type= 0, extent_one= -0.25, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00301626",
        "image": "00301626.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the loop\n\n# First line segment\nLine0_0_0 = add_line(start= [128., 128.], end= [153.84, 128.])  # Bottom side of the rectangle\nCurves0_0.append(Line0_0_0)\n\n# Second line segment\nLine0_0_1 = add_line(start= [153.84, 128.], end= [153.84, 223.])  # Right side of the rectangle\nCurves0_0.append(Line0_0_1)\n\n# Third line segment\nLine0_0_2 = add_line(start= [153.84, 223.], end= [128., 223.])  # Top side of the rectangle\nCurves0_0.append(Line0_0_2)\n\n# Fourth line segment, closing the shape\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left side of the rectangle\nCurves0_0.append(Line0_0_3)\n\n# Complete the loop for the rectangle\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.204, -0., -0.75], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.114, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00540765",
        "image": "00540765.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane for the first shape\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops for the first shape\n\n# Rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line of rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 141.5714])  # Right line of rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 141.5714], end= [128., 141.5714])  # Top line of rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 141.5714], end= [128., 128.])  # Left line of rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the rectangle loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch of the rectangle to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the rectangle sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= -0.2143, extent_two= 0.\n)\n\n# Define the sketch plane for the second shape\nSketchPlane1 = add_sketchplane(\n    origin= [0.4286, 0.1071, 0.1071], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops for the second shape\n\n# Outer circle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nCircle1_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Outer circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Inner circle drawing begins here\nCurves1_1 = []  # List to hold curves for the second loop\nCircle1_1_0 = add_circle(center= [175.5, 128.], radius= 23.75)  # Inner circle\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Create profile from the circle loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch of the circles to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0., 0.1071, 0.1071], sketch_size= 0.2143\n)\n\n# Extrude the circle sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.2143, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00809394",
        "image": "00809394.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner circle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [175.5, 128. ], radius= 16.625)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75,  0.  ,  0.  ], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.15, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00081324",
        "image": "00081324.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\nLoops0 = []\n\n# Draw the first rectangle on the first sketch plane\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., 158.6693])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 158.6693], end= [128., 158.6693])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 158.6693], 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    sketch_position= [-0.3195, -0., -0.1342], sketch_size= 0.6359\n)\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [-0.0015, -0.375, 0.0711], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\nLoops1 = []\n\n# Draw the second rectangle on the second sketch plane\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., 149.875])\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 149.875], end= [128., 149.875])\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 149.875], 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    sketch_position= [-0.1728, -0.1696, 0.0711], sketch_size= 0.3624\n)\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -0.125, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [-0.0015, -0.375, 0.0711], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\nLoops2 = []\n\n# Draw the third rectangle on the third sketch plane\nCurves2_0 = []\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 149.4918])\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 149.4918], end= [128., 149.4918])\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 149.4918], end= [128., 128.])\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\nProfile2 = add_profile(Loops2)\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.1728, -0.327, 0.0711], sketch_size= 0.3636\n)\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 2, type= 0, extent_one= -0.125, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00552425",
        "image": "00552425.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# First rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 175.5])  # Right edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 175.5], end= [128., 175.5])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 175.5], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0., -0.3079], sketch_size= 1.1291\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= -0.1195, extent_two= 0.\n)\n\n# Define the sketch plane for the second rectangle\nSketchPlane1 = add_sketchplane(\n    origin= [-0.1854, 0.1195, -0.0257], normal= [0., 1., 0.], x_axis= [-1., 0., -0.], y_axis= [0., -0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Second rectangle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right edge\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top edge\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loop\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.3791, 0.1195, -0.3079], sketch_size= 0.1882\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.1882, extent_two= 0.\n)\n\n# Define the sketch plane for the third rectangle\nSketchPlane2 = add_sketchplane(\n    origin= [-0.1854, 0.1195, -0.0257], normal= [0., 1., 0.], x_axis= [-1., 0., -0.], y_axis= [0., -0., 1.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Third rectangle drawing begins here\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right edge\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top edge\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loop\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0.3791, 0.1195, -0.3079], sketch_size= 0.1882\n)\n\n# Extrude the sketch to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.1882, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00562165",
        "image": "00562165.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops for the first sketch\n\n# Drawing the first rectangle\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 148.0674])  # Right edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 148.0674], end= [128., 148.0674])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 148.0674], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0.1584, -0.], sketch_size= 1.5\n)\n\n# Extrude the first rectangle\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.0506, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.0506], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops for the second sketch\n\n# Drawing the second rectangle\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223., 175.5])  # Right edge\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 175.5], end= [128., 175.5])  # Top edge\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 175.5], end= [128., 128.])  # Left edge\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.5478, 0.0573, 0.0506], sketch_size= 0.2022\n)\n\n# Extrude the second rectangle\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.1433, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.0506], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops for the third sketch\n\n# Drawing the third rectangle\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 175.5])  # Right edge\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 175.5], end= [128., 175.5])  # Top edge\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 175.5], end= [128., 128.])  # Left edge\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.75, 0.0573, 0.0506], sketch_size= 0.2022\n)\n\n# Extrude the third rectangle\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.1433, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00497680",
        "image": "00497680.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing a square begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge of the square\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right edge of the square\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top edge of the square\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge of the square\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0., 0., 0.], sketch_size= 0.0215\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00296130",
        "image": "00296130.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [0., 1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the loop\n\n# First line segment\nLine0_0_0 = add_line(start= [128., 128.], end= [151.75, 128.])  # Bottom side of the rectangle\nCurves0_0.append(Line0_0_0)\n\n# Second line segment\nLine0_0_1 = add_line(start= [151.75, 128.], end= [151.75, 223.])  # Right side of the rectangle\nCurves0_0.append(Line0_0_1)\n\n# Third line segment\nLine0_0_2 = add_line(start= [151.75, 223.], end= [128., 223.])  # Top side of the rectangle\nCurves0_0.append(Line0_0_2)\n\n# Fourth line segment, closing the shape\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left side of the rectangle\nCurves0_0.append(Line0_0_3)\n\n# Complete the loop for the rectangle\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0., -0.0208, -0.0833], sketch_size= 0.1667\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= -0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00220824",
        "image": "00220824.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing a rectangular-like shape with arcs on the sides\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [201.1402, 128.6842])  # Horizontal line\nCurves0_0.append(Line0_0_0)\nArc0_0_1 = add_arc(start= [201.1402, 128.6842], end= [201.1402, 172.8148], mid= [223., 150.7495])  # Right arc\nCurves0_0.append(Arc0_0_1)\nLine0_0_2 = add_line(start= [201.1402, 172.8148], end= [128., 173.499])  # Horizontal line\nCurves0_0.append(Line0_0_2)\nArc0_0_3 = add_arc(start= [128., 173.499], end= [128., 128.], mid= [150.5377, 150.7495])  # Left arc\nCurves0_0.append(Arc0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Drawing a small circle inside the rectangular-like shape\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [200.9338, 150.7495], radius= 12.5006)  # Small circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.4597, -0.2876, -0.], sketch_size= 1.201\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= -0.2521, extent_two= 0.\n)\n\n# Define another sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing an outer circle\nCurves1_0 = []  # List to hold curves for the first loop\nCircle1_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Outer circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Drawing an inner circle\nCurves1_1 = []  # List to hold curves for the second loop\nCircle1_1_0 = add_circle(center= [175.5, 128.], radius= 26.0996)  # Inner circle\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.75, 0., 0.], sketch_size= 0.5752\n)\n\n# Extrude the sketch to create another 3D object (cut operation)\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= -0.2521, extent_two= 0.\n)\n\n# Define another sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Drawing an outer circle again\nCurves2_0 = []  # List to hold curves for the first loop\nCircle2_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Outer circle\nCurves2_0.append(Circle2_0_0)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Drawing an inner circle again\nCurves2_1 = []  # List to hold curves for the second loop\nCircle2_1_0 = add_circle(center= [175.5, 128.], radius= 26.0996)  # Inner circle\nCurves2_1.append(Circle2_1_0)\nLoop2_1 = add_loop(Curves2_1)\nLoops2.append(Loop2_1)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.75, 0., 0.], sketch_size= 0.5752\n)\n\n# Extrude the sketch to create another 3D object (join operation)\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.2521, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00628250",
        "image": "00628250.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\nCurves0_0 = []  # List to hold curves for the loop\n\n# Drawing a complex polygon shape\nLine0_0_0 = add_line(start= [128., 128.], end= [147., 117.0303])  # Line segment 1\nCurves0_0.append(Line0_0_0)\n\nLine0_0_1 = add_line(start= [147., 117.0303], end= [185., 95.091])  # Line segment 2\nCurves0_0.append(Line0_0_1)\n\nLine0_0_2 = add_line(start= [185., 95.091], end= [204., 84.1214])  # Line segment 3\nCurves0_0.append(Line0_0_2)\n\nLine0_0_3 = add_line(start= [204., 84.1214], end= [223., 95.091])  # Line segment 4\nCurves0_0.append(Line0_0_3)\n\nLine0_0_4 = add_line(start= [223., 95.091], end= [223., 117.0303])  # Line segment 5\nCurves0_0.append(Line0_0_4)\n\nLine0_0_5 = add_line(start= [223., 117.0303], end= [223., 160.909])  # Line segment 6\nCurves0_0.append(Line0_0_5)\n\nLine0_0_6 = add_line(start= [223., 160.909], end= [223., 182.8483])  # Line segment 7\nCurves0_0.append(Line0_0_6)\n\nLine0_0_7 = add_line(start= [223., 182.8483], end= [204., 193.8179])  # Line segment 8\nCurves0_0.append(Line0_0_7)\n\nLine0_0_8 = add_line(start= [204., 193.8179], end= [185., 182.8483])  # Line segment 9\nCurves0_0.append(Line0_0_8)\n\nLine0_0_9 = add_line(start= [185., 182.8483], end= [147., 160.909])  # Line segment 10\nCurves0_0.append(Line0_0_9)\n\nLine0_0_10 = add_line(start= [147., 160.909], end= [128., 149.9393])  # Line segment 11\nCurves0_0.append(Line0_0_10)\n\nLine0_0_11 = add_line(start= [128., 149.9393], end= [128., 128.])  # Line segment 12\nCurves0_0.append(Line0_0_11)\n\nLoop0_0 = add_loop(Curves0_0)  # Create loop from curves\nLoops0.append(Loop0_0)\n\nProfile0 = add_profile(Loops0)  # Create profile from loops\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0.1443, -0.], sketch_size= 1.25\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.2887, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00746215",
        "image": "00746215.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing the first shape (Rectangle)\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [147., 128.])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [147., 128.], end= [147., 204.])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [147., 204.], end= [223., 204.])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [223., 204.], end= [223., 223.])\nCurves0_0.append(Line0_0_3)\nLine0_0_4 = add_line(start= [223., 223.], end= [128., 223.])\nCurves0_0.append(Line0_0_4)\nLine0_0_5 = add_line(start= [128., 223.], end= [128., 128.])\nCurves0_0.append(Line0_0_5)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0., 0.], sketch_size= 0.75\n)\n\n# Extrude the first sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.15, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing the second shape (Rectangle)\nCurves1_0 = []  # List to hold curves for the second loop\nLine1_0_0 = add_line(start= [128., 128.], end= [204., 128.])\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [204., 128.], end= [204., 52.])\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [204., 52.], end= [223., 52.])\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [223., 52.], end= [223., 147.])\nCurves1_0.append(Line1_0_3)\nLine1_0_4 = add_line(start= [223., 147.], end= [128., 147.])\nCurves1_0.append(Line1_0_4)\nLine1_0_5 = add_line(start= [128., 147.], end= [128., 128.])\nCurves1_0.append(Line1_0_5)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0., 0., 0.6], sketch_size= 0.75\n)\n\n# Extrude the second sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.15, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00366188",
        "image": "00366188.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing the first square\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right line\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top line\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)  # Create loop from the curves\nLoops0.append(Loop0_0)\n\n# Create profile from the first loop\nProfile0 = add_profile(Loops0)\n\n# Add the sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0.0938, 0.0938, 0.], sketch_size= 0.1875\n)\n\n# Extrude the first sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.1875, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing the second square\nCurves1_0 = []  # List to hold curves for the second loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right line\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top line\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)  # Create loop from the curves\nLoops1.append(Loop1_0)\n\n# Create profile from the second loop\nProfile1 = add_profile(Loops1)\n\n# Add the sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.0938, 0.5625, 0.], sketch_size= 0.1875\n)\n\n# Extrude the second sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.1875, extent_two= 0.\n)\n\n# Define the third sketch plane with the origin, normal, and axes\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Drawing the third square\nCurves2_0 = []  # List to hold curves for the third loop\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right line\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top line\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)  # Create loop from the curves\nLoops2.append(Loop2_0)\n\n# Create profile from the third loop\nProfile2 = add_profile(Loops2)\n\n# Add the sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0.5625, 0.0938, 0.], sketch_size= 0.1875\n)\n\n# Extrude the third sketch to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.1875, extent_two= 0.\n)\n\n# Define the fourth sketch plane with the origin, normal, and axes\nSketchPlane3 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops3 = []  # List to hold loops\n\n# Drawing the fourth square\nCurves3_0 = []  # List to hold curves for the fourth loop\nLine3_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right line\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top line\nCurves3_0.append(Line3_0_2)\nLine3_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line\nCurves3_0.append(Line3_0_3)\nLoop3_0 = add_loop(Curves3_0)  # Create loop from the curves\nLoops3.append(Loop3_0)\n\n# Create profile from the fourth loop\nProfile3 = add_profile(Loops3)\n\n# Add the sketch to the defined sketch plane\nSketch3 = add_sketch(sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [0.5625, 0.5625, 0.], sketch_size= 0.1875\n)\n\n# Extrude the fourth sketch to create a 3D object\nExtrude3 = add_extrude(sketch= Sketch3,\n    operation= 1, type= 0, extent_one= 0.1875, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00270306",
        "image": "00270306.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Draw a closed loop consisting of lines and arcs (complex shape)\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [220.0312, 128.])  # Horizontal line\nCurves0_0.append(Line0_0_0)\nArc0_0_1 = add_arc(start= [220.0312, 128.], end= [223., 130.9688], mid= [222.1305, 128.8695])  # Small arc\nCurves0_0.append(Arc0_0_1)\nLine0_0_2 = add_line(start= [223., 130.9688], end= [223., 172.5312])  # Vertical line\nCurves0_0.append(Line0_0_2)\nArc0_0_3 = add_arc(start= [223., 172.5312], end= [220.0312, 175.5], mid= [222.1305, 174.6305])  # Small arc\nCurves0_0.append(Arc0_0_3)\nLine0_0_4 = add_line(start= [220.0312, 175.5], end= [128., 175.5])  # Horizontal line\nCurves0_0.append(Line0_0_4)\nArc0_0_5 = add_arc(start= [128., 175.5], end= [128., 128.], mid= [104.25, 151.75])  # Large arc\nCurves0_0.append(Arc0_0_5)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Draw an inner circle\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [128., 151.75], radius= 17.5156)  # Circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0.15, 0., 0.], sketch_size= 0.6\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.075, extent_two= 0.\n)\n\n# Define another sketch plane with a different origin and position\nSketchPlane1 = add_sketchplane(\n    origin= [0.4406, 0.15, 0.075], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Draw a closed loop consisting of arcs and lines (complex shape)\nCurves1_0 = []  # List to hold curves for the first loop\nArc1_0_0 = add_arc(start= [128., 128.], end= [133.9375, 133.9375], mid= [132.1984, 129.7391])  # Arc\nCurves1_0.append(Arc1_0_0)\nLine1_0_1 = add_line(start= [133.9375, 133.9375], end= [133.9375, 134.5312])  # Vertical line\nCurves1_0.append(Line1_0_1)\nArc1_0_2 = add_arc(start= [133.9375, 134.5312], end= [128., 140.4688], mid= [132.1984, 138.7297])  # Arc\nCurves1_0.append(Arc1_0_2)\nArc1_0_3 = add_arc(start= [128., 140.4688], end= [128., 210.5312], mid= [92.9688, 175.5])  # Large arc\nCurves1_0.append(Arc1_0_3)\nArc1_0_4 = add_arc(start= [128., 210.5312], end= [133.9375, 216.4688], mid= [132.1984, 212.2703])  # Arc\nCurves1_0.append(Arc1_0_4)\nLine1_0_5 = add_line(start= [133.9375, 216.4688], end= [133.9375, 217.0625])  # Vertical line\nCurves1_0.append(Line1_0_5)\nArc1_0_6 = add_arc(start= [133.9375, 217.0625], end= [128., 223.], mid= [132.1984, 221.2609])  # Arc\nCurves1_0.append(Arc1_0_6)\nArc1_0_7 = add_arc(start= [128., 223.], end= [128., 128.], mid= [80.5, 175.5])  # Large arc\nCurves1_0.append(Arc1_0_7)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loop\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.15, 0., 0.075], sketch_size= 0.3\n)\n\n# Extrude the sketch to create another 3D feature\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.075, extent_two= 0.\n)\n\n# Define yet another sketch plane with the same origin and position as the previous one\nSketchPlane2 = add_sketchplane(\n    origin= [0.4406, 0.15, 0.075], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Draw a closed loop consisting of arcs and lines (complex shape)\nCurves2_0 = []  # List to hold curves for the first loop\nArc2_0_0 = add_arc(start= [128., 128.], end= [140.6667, 128.], mid= [134.3333, 121.6667])  # Arc\nCurves2_0.append(Arc2_0_0)\nLine2_0_1 = add_line(start= [140.6667, 128.], end= [140.6667, 216.6667])  # Vertical line\nCurves2_0.append(Line2_0_1)\nArc2_0_2 = add_arc(start= [140.6667, 216.6667], end= [128., 216.6667], mid= [134.3333, 223.])  # Arc\nCurves2_0.append(Arc2_0_2)\nLine2_0_3 = add_line(start= [128., 216.6667], end= [128., 128.])  # Vertical line\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loop\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0.7125, 0.0187, 0.075], sketch_size= 0.2812\n)\n\n# Extrude the sketch to create the final 3D feature\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.075, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00017315",
        "image": "00017315.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Rectangle with a semi-circle on top drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge of rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223.    , 135.9167])  # Right vertical edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223.    , 135.9167], end= [203.2083, 135.9167])  # Top right horizontal edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [203.2083, 135.9167], end= [203.2083, 155.7083])  # Short vertical line on the right\nCurves0_0.append(Line0_0_3)\nLine0_0_4 = add_line(start= [203.2083, 155.7083], end= [195.2917, 155.7083])  # Short horizontal line on the top right\nCurves0_0.append(Line0_0_4)\nArc0_0_5 = add_arc(start= [195.2917, 155.7083], end= [155.7083, 155.7083], mid= [175.5   , 135.9167])  # Semi-circle\nCurves0_0.append(Arc0_0_5)\nLine0_0_6 = add_line(start= [155.7083, 155.7083], end= [147.7917, 155.7083])  # Short horizontal line on the top left\nCurves0_0.append(Line0_0_6)\nLine0_0_7 = add_line(start= [147.7917, 155.7083], end= [147.7917, 135.9167])  # Short vertical line on the left\nCurves0_0.append(Line0_0_7)\nLine0_0_8 = add_line(start= [147.7917, 135.9167], end= [128.    , 135.9167])  # Top left horizontal edge\nCurves0_0.append(Line0_0_8)\nLine0_0_9 = add_line(start= [128.    , 135.9167], end= [128., 128.])  # Left vertical edge\nCurves0_0.append(Line0_0_9)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75  , -0.    ,  0.0212], sketch_size= 0.9242\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.3466, extent_two= 0.\n)\n\n# Define another sketch plane for the first circle\nSketchPlane1 = add_sketchplane(\n    origin= [ 0.0779, -0.1733,  0.0982], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# First circle drawing begins here\nCurves1_0 = []  # List to hold curves for the second loop\nCircle1_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loop\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.6922, -0.1733,  0.0982], sketch_size= 0.077\n)\n\n# Extrude the sketch to create a 3D object (operation 2 implies a different type of extrusion)\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -0.077, extent_two= 0.\n)\n\n# Define another sketch plane for the second circle\nSketchPlane2 = add_sketchplane(\n    origin= [ 0.0779, -0.1733,  0.0982], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Second circle drawing begins here\nCurves2_0 = []  # List to hold curves for the third loop\nCircle2_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Circle\nCurves2_0.append(Circle2_0_0)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loop\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [ 0.0394, -0.1733,  0.0982], sketch_size= 0.077\n)\n\n# Extrude the sketch to create a 3D object (operation 2 implies a different type of extrusion)\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 2, type= 0, extent_one= -0.077, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00289990",
        "image": "00289990.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\nLoops0 = []\n\n# Outer circle drawing begins here\nCurves0_0 = []\nCircle0_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner circle drawing begins here\nCurves0_1 = []\nCircle0_1_0 = add_circle(center= [175.5, 128.], radius= 28.5)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.2808, -0., 0.], sketch_size= 0.5616\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.4492, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\nLoops1 = []\n\n# Rectangle with rounded corners drawing begins here\nCurves1_0 = []\nLine1_0_0 = add_line(start= [128., 128.], end= [214.2113, 128.])  # Line of rectangle\nCurves1_0.append(Line1_0_0)\nArc1_0_1 = add_arc(start= [214.2113, 128.], end= [214.2113, 223.], mid= [204.2975, 175.5])  # Rounded corner\nCurves1_0.append(Arc1_0_1)\nLine1_0_2 = add_line(start= [214.2113, 223.], end= [128., 223.])  # Line of rectangle\nCurves1_0.append(Line1_0_2)\nArc1_0_3 = add_arc(start= [128., 223.], end= [128., 128.], mid= [80.5, 175.5])  # Rounded corner\nCurves1_0.append(Arc1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Inner circle drawing begins here\nCurves1_1 = []\nCircle1_1_0 = add_circle(center= [128., 175.5], radius= 35.625)  # Inner circle\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.4612, -0., -0.1123], sketch_size= 0.2246\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.1685, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\nLoops2 = []\n\n# Rounded rectangle drawing begins here\nCurves2_0 = []\nLine2_0_0 = add_line(start= [128., 128.], end= [201.3434, 128.])  # Line of rectangle\nCurves2_0.append(Line2_0_0)\nArc2_0_1 = add_arc(start= [201.3434, 128.], end= [201.3434, 171.3132], mid= [223., 149.6566])  # Rounded corner\nCurves2_0.append(Arc2_0_1)\nLine2_0_2 = add_line(start= [201.3434, 171.3132], end= [128., 171.3132])  # Line of rectangle\nCurves2_0.append(Line2_0_2)\nArc2_0_3 = add_arc(start= [128., 171.3132], end= [128., 128.], mid= [132.52, 149.6566])  # Rounded corner\nCurves2_0.append(Arc2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Inner rounded rectangle drawing begins here\nCurves2_1 = []\nLine2_1_0 = add_line(start= [153.6988, 133.4142], end= [201.3434, 133.4142])  # Line of inner rectangle\nCurves2_1.append(Line2_1_0)\nArc2_1_1 = add_arc(start= [201.3434, 133.4142], end= [201.3434, 165.8991], mid= [217.5858, 149.6566])  # Rounded corner\nCurves2_1.append(Arc2_1_1)\nLine2_1_2 = add_line(start= [201.3434, 165.8991], end= [153.6988, 165.8991])  # Line of inner rectangle\nCurves2_1.append(Line2_1_2)\nArc2_1_3 = add_arc(start= [153.6988, 165.8991], end= [153.6988, 133.4142], mid= [137.4564, 149.6566])  # Rounded corner\nCurves2_1.append(Arc2_1_3)\nLoop2_1 = add_loop(Curves2_1)\nLoops2.append(Loop2_1)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0.2573, 0., -0.1123], sketch_size= 0.4927\n)\n\n# Extrude the sketch to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.1685, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00094717",
        "image": "00094717.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing a rectangle\nCurves0_0 = []  # List to hold curves for the first loop\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., 166.])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 166.], end= [128., 166.])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 166.], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.375, -0.   ,  0.15 ], sketch_size= 0.375\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 1, extent_one= 0.1312, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing a shape with two arcs (top and bottom) and two lines (left and right)\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [204., 128.])\nCurves1_0.append(Line1_0_0)\nArc1_0_1 = add_arc(start= [204., 128.], end= [204., 166.], mid= [223., 147.])\nCurves1_0.append(Arc1_0_1)\nLine1_0_2 = add_line(start= [204., 166.], end= [156.5, 166. ])\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [156.5, 166. ], end= [128., 166.])\nCurves1_0.append(Line1_0_3)\nArc1_0_4 = add_arc(start= [128., 166.], end= [128., 128.], mid= [109., 147.])\nCurves1_0.append(Arc1_0_4)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Drawing a circle on the left\nCurves1_1 = []  # List to hold curves for the second loop\nCircle1_1_0 = add_circle(center= [128., 147.], radius= 7.125)\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Drawing a circle on the right\nCurves1_2 = []  # List to hold curves for the third loop\nCircle1_2_0 = add_circle(center= [204., 147.], radius= 7.125)\nCurves1_2.append(Circle1_2_0)\nLoop1_2 = add_loop(Curves1_2)\nLoops1.append(Loop1_2)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.6 , -0.  , -0.15], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 1, extent_one= 0.1312, extent_two= 0.\n)\n\n# Define the third sketch plane with the origin, normal, and axes\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [ 0.,  1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Drawing another rectangle\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start= [128., 128.], end= [157.2308, 128.    ])\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [157.2308, 128.    ], end= [157.2308, 223.    ])\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [157.2308, 223.    ], end= [128., 223.])\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.    , -0.075 , -0.2438], sketch_size= 0.4875\n)\n\n# Extrude the sketch to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 2, type= 1, extent_one= 0.938, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00335042",
        "image": "00335042.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin=[0., 0., 0.], normal=[0., 0., 1.], x_axis=[1., 0., 0.], y_axis=[0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Complex shape drawing begins here\nCurves0_0 = []  # List to hold curves for the loop\n\n# First line segment\nLine0_0_0 = add_line(start=[128., 128.], end=[223., 128.])  # Bottom side of the shape\nCurves0_0.append(Line0_0_0)\n\n# Second line segment\nLine0_0_1 = add_line(start=[223., 128.], end=[223., 175.5])  # Right side of the shape\nCurves0_0.append(Line0_0_1)\n\n# Third line segment\nLine0_0_2 = add_line(start=[223., 175.5], end=[128., 175.5])  # Top side of the shape\nCurves0_0.append(Line0_0_2)\n\n# Fourth line segment, closing the shape\nLine0_0_3 = add_line(start=[128., 175.5], end=[128., 128.])  # Left side of the shape\nCurves0_0.append(Line0_0_3)\n\n# Complete the loop for the complex shape\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane=SketchPlane0, profile=Profile0,\n                      sketch_position=[-0.2716, -0.2729, -0.], sketch_size=1.0216)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch=Sketch0,\n                        operation=0, type=0, extent_one=0.0851, extent_two=0.)\n\n```"
            }
        ]
    },
    {
        "id": "00395706",
        "image": "00395706.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# First outer rectangular shape\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223.   , 139.875])  # Right edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223.   , 139.875], end= [215.0833, 139.875 ])  # Top right edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [215.0833, 139.875 ], end= [135.9167, 139.875 ])  # Top middle edge\nCurves0_0.append(Line0_0_3)\nLine0_0_4 = add_line(start= [135.9167, 139.875 ], end= [128.   , 139.875])  # Top left edge\nCurves0_0.append(Line0_0_4)\nLine0_0_5 = add_line(start= [128.   , 139.875], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_5)\n\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(\n    sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75,  0.  ,  0.  ], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(\n    sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.125, extent_two= 0.\n)\n\n# Define the sketch plane for the second shape\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Second rectangular shape\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223.    , 145.8125])  # Right edge\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223.    , 145.8125], end= [128.    , 145.8125])  # Top edge\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128.    , 145.8125], end= [128., 128.])  # Left edge\nCurves1_0.append(Line1_0_3)\n\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(\n    sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.5   ,  0.5625,  0.    ], sketch_size= 1.\n)\n\n# Extrude the sketch to create another 3D object\nExtrude1 = add_extrude(\n    sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.125, extent_two= 0.\n)\n\n# Define the sketch plane for the third shape\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Third rectangular shape\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223.  , 142.25])  # Right edge\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223.  , 142.25], end= [216.35, 142.25])  # Top right edge\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [216.35, 142.25], end= [134.65, 142.25])  # Top middle edge\nCurves2_0.append(Line2_0_3)\nLine2_0_4 = add_line(start= [134.65, 142.25], end= [128.  , 142.25])  # Top left edge\nCurves2_0.append(Line2_0_4)\nLine2_0_5 = add_line(start= [128.  , 142.25], end= [128., 128.])  # Left edge\nCurves2_0.append(Line2_0_5)\n\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(\n    sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.625 ,  0.1875,  0.    ], sketch_size= 1.25\n)\n\n# Extrude the sketch to create another 3D object\nExtrude2 = add_extrude(\n    sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.125, extent_two= 0.\n)\n\n# Define the sketch plane for the fourth shape\nSketchPlane3 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops3 = []  # List to hold loops\n\n# Fourth rectangular shape\nCurves3_0 = []  # List to hold curves for the first loop\nLine3_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [223., 128.], end= [223.    , 144.5698])  # Right edge\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [223.    , 144.5698], end= [219.686 , 144.5698])  # Top right edge\nCurves3_0.append(Line3_0_2)\nLine3_0_3 = add_line(start= [219.686 , 144.5698], end= [131.314 , 144.5698])  # Top middle edge\nCurves3_0.append(Line3_0_3)\nLine3_0_4 = add_line(start= [131.314 , 144.5698], end= [128.    , 144.5698])  # Top left edge\nCurves3_0.append(Line3_0_4)\nLine3_0_5 = add_line(start= [128.    , 144.5698], end= [128., 128.])  # Left edge\nCurves3_0.append(Line3_0_5)\n\nLoop3_0 = add_loop(Curves3_0)\nLoops3.append(Loop3_0)\n\n# Create profile from the loops\nProfile3 = add_profile(Loops3)\n\n# Add sketch to the defined sketch plane\nSketch3 = add_sketch(\n    sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [-0.5375,  0.375 ,  0.    ], sketch_size= 1.075\n)\n\n# Extrude the sketch to create another 3D object\nExtrude3 = add_extrude(\n    sketch= Sketch3,\n    operation= 1, type= 0, extent_one= 0.125, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00953027",
        "image": "00953027.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\nLoops0 = []  # List to hold loops for the first sketch\n\n# Drawing the first circle\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # First circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the first loop\nProfile0 = add_profile(Loops0)\n\n# Add the first sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.4484, -0., 0.6696], sketch_size= 0.1262\n)\n\n# Extrude the first sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= -0.0248, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\nLoops1 = []  # List to hold loops for the second sketch\n\n# Drawing the second circle\nCurves1_0 = []  # List to hold curves for the second loop\nCircle1_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Second circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the second loop\nProfile1 = add_profile(Loops1)\n\n# Add the second sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.75, -0., 0.6778], sketch_size= 0.1262\n)\n\n# Extrude the second sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= -0.0248, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00852857",
        "image": "00852857.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, 0., 0.], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.4144, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00299917",
        "image": "00299917.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\n# List to hold loops for the first sketch\nLoops0 = []\n\n# Define the first loop for the first sketch (a complex polygon)\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [197.0171, 128.])  # First line of the polygon\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [197.0171, 128.], end= [197.0171, 144.2393])  # Second line\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [197.0171, 144.2393], end= [180.7778, 144.2393])  # Third line\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [180.7778, 144.2393], end= [180.7778, 210.8205])  # Fourth line\nCurves0_0.append(Line0_0_3)\nLine0_0_4 = add_line(start= [180.7778, 210.8205], end= [197.0171, 210.8205])  # Fifth line\nCurves0_0.append(Line0_0_4)\nLine0_0_5 = add_line(start= [197.0171, 210.8205], end= [197.0171, 223.])  # Sixth line\nCurves0_0.append(Line0_0_5)\nLine0_0_6 = add_line(start= [197.0171, 223.], end= [168.5983, 223.])  # Seventh line\nCurves0_0.append(Line0_0_6)\nLine0_0_7 = add_line(start= [168.5983, 223.], end= [168.5983, 136.1197])  # Eighth line\nCurves0_0.append(Line0_0_7)\nLine0_0_8 = add_line(start= [168.5983, 136.1197], end= [128., 136.1197])  # Ninth line\nCurves0_0.append(Line0_0_8)\nLine0_0_9 = add_line(start= [128., 136.1197], end= [128., 128.])  # Tenth line, closing the polygon\nCurves0_0.append(Line0_0_9)\n\n# Add the loop to the list of loops\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create a profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add the first sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the first sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.3205, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0.1603, 0.0641, 0.1603], normal= [0., 1., 0.], x_axis= [-1.,  0., -0.], y_axis= [ 0., -0.,  1.]\n)\n\n# List to hold loops for the second sketch\nLoops1 = []\n\n# Define the first loop for the second sketch (a circle)\nCurves1_0 = []\nCircle1_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Draw a circle\nCurves1_0.append(Circle1_0_0)\n\n# Add the loop to the list of loops\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create a profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add the second sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.2147, 0.0641, 0.1603], sketch_size= 0.109\n)\n\n# Extrude the second sketch to create a 3D feature\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -0.8013, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00534492",
        "image": "00534492.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\nLoops0 = []  # List to hold loops\n\n# Drawing the outer rectangle\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [182.2857, 128.])  # Bottom side\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [182.2857, 128.], end= [182.2857, 223.])  # Right side\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [182.2857, 223.], end= [128., 223.])  # Top side\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left side\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Drawing the inner rectangle\nCurves0_1 = []  # List to hold curves for the second loop\nLine0_1_0 = add_line(start= [134.7857, 185.1375], end= [155.1429, 185.1375])  # Bottom side\nCurves0_1.append(Line0_1_0)\nLine0_1_1 = add_line(start= [155.1429, 185.1375], end= [175.5, 185.1375])  # Bottom middle side\nCurves0_1.append(Line0_1_1)\nLine0_1_2 = add_line(start= [175.5, 185.1375], end= [175.5, 200.2641])  # Right middle side\nCurves0_1.append(Line0_1_2)\nLine0_1_3 = add_line(start= [175.5, 200.2641], end= [175.5, 215.3908])  # Top middle side\nCurves0_1.append(Line0_1_3)\nLine0_1_4 = add_line(start= [175.5, 215.3908], end= [155.1429, 215.3908])  # Top middle side\nCurves0_1.append(Line0_1_4)\nLine0_1_5 = add_line(start= [155.1429, 215.3908], end= [134.7857, 215.3908])  # Top side\nCurves0_1.append(Line0_1_5)\nLine0_1_6 = add_line(start= [134.7857, 215.3908], end= [134.7857, 200.2641])  # Left middle side\nCurves0_1.append(Line0_1_6)\nLine0_1_7 = add_line(start= [134.7857, 200.2641], end= [134.7857, 185.1375])  # Left side\nCurves0_1.append(Line0_1_7)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Drawing the small circle\nCurves0_2 = []  # List to hold curves for the third loop\nCircle0_2_0 = add_circle(center= [173.7269, 168.7844], radius= 2.0357)  # Small circle\nCurves0_2.append(Circle0_2_0)\nLoop0_2 = add_loop(Curves0_2)\nLoops0.append(Loop0_2)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.3333, -0., 0.], sketch_size= 0.5833\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 1, extent_one= 0.0417, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\nLoops1 = []  # List to hold loops\n\n# Drawing the semicircle\nCurves1_0 = []  # List to hold curves for the first loop on the second sketch plane\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Straight line\nCurves1_0.append(Line1_0_0)\nArc1_0_1 = add_arc(start= [223., 128.], end= [128., 128.], mid= [175.5, 175.5])  # Semicircular arc\nCurves1_0.append(Arc1_0_1)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.3333, -0., 0.5833], sketch_size= 0.3333\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 1, extent_one= 0.0417, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00613947",
        "image": "00613947.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing a rectangle with four lines\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 220.4325])  # Right line\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 220.4325], end= [128., 220.4325])  # Top line\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 220.4325], end= [128., 128.])  # Left line\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.5986, -0.    , -0.4243], sketch_size= 0.3394\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.4858, extent_two= 0.\n)\n\n# Define another sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing another rectangle with four lines\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [129.2838,  36.8514])  # Left line\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [129.2838,  36.8514], end= [223.,  36.8514])  # Bottom line\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223.,  36.8514], end= [223., 128.])  # Right line\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [223., 128.], end= [128., 128.])  # Top line\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Drawing a circle\nCurves1_1 = []  # List to hold curves for the second loop\nCircle1_1_0 = add_circle(center= [174.2162,  81.7838], radius= 26.7138)  # Circle\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.5986, -0.    , -0.4243], sketch_size= 0.3394\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.4858, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00369814",
        "image": "00369814.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin=[0., 0., 0.], normal=[0., -1., 0.], x_axis=[1., 0., -0.], y_axis=[0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Complex shape drawing begins here\nCurves0_0 = []  # List to hold curves for the loop\n\n# First line segment\nLine0_0_0 = add_line(start=[128., 128.], end=[223., 128.])  # Bottom side of the shape\nCurves0_0.append(Line0_0_0)\n\n# Second line segment\nLine0_0_1 = add_line(start=[223., 128.], end=[223., 183.9534])  # Right side of the shape\nCurves0_0.append(Line0_0_1)\n\n# Third line segment\nLine0_0_2 = add_line(start=[223., 183.9534], end=[128., 183.9534])  # Top side of the shape\nCurves0_0.append(Line0_0_2)\n\n# Fourth line segment, closing the shape\nLine0_0_3 = add_line(start=[128., 183.9534], end=[128., 128.])  # Left side of the shape\nCurves0_0.append(Line0_0_3)\n\n# Complete the loop for the complex shape\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane=SketchPlane0, profile=Profile0,\n                      sketch_position=[0., 0., -0.4417], sketch_size=0.75)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch=Sketch0,\n                        operation=0, type=0, extent_one=0.4237, extent_two=0.)\n\n```"
            }
        ]
    },
    {
        "id": "00263945",
        "image": "00263945.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing the first rectangle\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 143.8333])  # Right edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 143.8333], end= [128., 143.8333])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 143.8333], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the first rectangle loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0., -0.2478], sketch_size= 1.4867\n)\n\n# Extrude the first rectangle sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.7434, extent_two= 0.\n)\n\n# Define another sketch plane with the same origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing the second rectangle\nCurves1_0 = []  # List to hold curves for the second loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223., 159.6667])  # Right edge\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 159.6667], end= [128., 159.6667])  # Top edge\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 159.6667], end= [128., 128.])  # Left edge\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the second rectangle loop\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.7434, -0., 0.], sketch_size= 0.7434\n)\n\n# Extrude the second rectangle sketch to create another 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.7434, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00120693",
        "image": "00120693.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# First rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line of the rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right line of the rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top line of the rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line of the rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the first rectangle loop\nProfile0 = add_profile(Loops0)\n\n# Add the first sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.3618, -0.2268, -0.    ], sketch_size= 0.75\n)\n\n# Extrude the first sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define the second sketch plane with the new origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0.0132, 0.1482, 0.75  ], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops for the second sketch\n\n# Second rectangle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [219.8333, 128.    ])  # Bottom line of the rectangle\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [219.8333, 128.    ], end= [219.8333, 223.    ])  # Right line of the rectangle\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [219.8333, 223.    ], end= [128., 223.])  # Top line of the rectangle\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line of the rectangle\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the second rectangle loop\nProfile1 = add_profile(Loops1)\n\n# Add the second sketch to the second sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.3124, -0.1826,  0.75  ], sketch_size= 0.6599\n)\n\n# Extrude the second sketch to create a 3D object (cutting operation)\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -0.6562, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00633023",
        "image": "00633023.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.4821,  0.,  0.], sketch_size= 0.9643\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.2679, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.2679], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nCircle1_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Outer circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.3321,  0.,  0.2679], sketch_size= 0.6643\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.375, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00529152",
        "image": "00529152.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1.,  0.], x_axis= [1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing the outer square\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right edge\nCurves0_0.append(Line0_1)\nLine0_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)  # Create the loop for the outer square\nLoops0.append(Loop0_0)\n\n# Drawing the inner circle\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [175.5, 175.5], radius= 14.2514)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)  # Create the loop for the inner circle\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object (cut)\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= -0.1125, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing the outer square\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right edge\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top edge\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)  # Create the loop for the outer square\nLoops1.append(Loop1_0)\n\n# Drawing the inner circle\nCurves1_1 = []  # List to hold curves for the second loop\nCircle1_1_0 = add_circle(center= [175.5, 175.5], radius= 14.2514)  # Inner circle\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)  # Create the loop for the inner circle\nLoops1.append(Loop1_1)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object (join)\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.1125, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [0., 1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Drawing the outer square\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right edge\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top edge\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)  # Create the loop for the outer square\nLoops2.append(Loop2_0)\n\n# Drawing the inner circle\nCurves2_1 = []  # List to hold curves for the second loop\nCircle2_1_0 = add_circle(center= [175.5, 175.5], radius= 14.2514)  # Inner circle\nCurves2_1.append(Circle2_1_0)\nLoop2_1 = add_loop(Curves2_1)  # Create the loop for the inner circle\nLoops2.append(Loop2_1)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object (join)\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.1125, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00740553",
        "image": "00740553.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops for the first sketch\n\n# Drawing a rectangle\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 187.375])  # Right edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 187.375], end= [128., 187.375])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 187.375], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the rectangle loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the rectangle to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.4687, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0.3772, -0.4687, 0.2344], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops for the second sketch\n\n# Drawing a triangle\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 33.])  # Left edge\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 33.], end= [223., 128.])  # Bottom edge\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 128.], end= [128., 128.])  # Right edge\nCurves1_0.append(Line1_0_2)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the triangle loop\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.2812, -0.4688, 0.4687], sketch_size= 0.4687\n)\n\n# Extrude the triangle to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -0.1875, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [0.6085, -0.2812, 0.1398], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops2 = []  # List to hold loops for the third sketch\n\n# Drawing a trapezoid\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start= [128., 128.], end= [166., 90.])  # Left edge\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [166., 90.], end= [223., 90.])  # Top edge\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 90.], end= [223., 128.])  # Right edge\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [223., 128.], end= [128., 128.])  # Bottom edge\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the trapezoid loop\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0.2812, -0.2813, 0.4687], sketch_size= 0.4687\n)\n\n# Extrude the trapezoid to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 2, type= 0, extent_one= -0.2812, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00223605",
        "image": "00223605.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops for the first sketch\n\n# Outer circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner circle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [175.5, 128. ], radius= 31.6667)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.0007,  0.    ,  0.    ], sketch_size= 0.7507\n)\n\n# Extrude the sketch to create a cylindrical object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.5005, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops for the second sketch\n\n# Rectangular shape drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223.    , 206.3483])  # Right vertical line\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223.    , 206.3483], end= [128.    , 206.3483])  # Top line\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128.    , 206.3483], end= [128., 128.])  # Left vertical line\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.546 , -0.2746, -0.    ], sketch_size= 0.6666\n)\n\n# Extrude the sketch to create a rectangular solid\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.1251, extent_two= 0.\n)\n\n# Define the third sketch plane with the origin, normal, and axes\nSketchPlane2 = add_sketchplane(\n    origin= [-0.2113,  0.0003,  0.1251], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops for the third sketch\n\n# Rectangular shape with an arc drawing begins here\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start= [128., 128.], end= [222.8289, 128.    ])  # Bottom line\nCurves2_0.append(Line2_0_0)\nArc2_0_1 = add_arc(start= [222.8289, 128.    ], end= [223.    , 145.8599], mid= [222.4668, 136.9342])  # Arc section\nCurves2_0.append(Arc2_0_1)\nLine2_0_2 = add_line(start= [223.    , 145.8599], end= [128.    , 145.8599])  # Top line\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128.    , 145.8599], end= [128., 128.])  # Left vertical line\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.3978, -0.034 ,  0.1251], sketch_size= 0.3993\n)\n\n# Extrude the sketch to create a solid with an arc\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.3754, extent_two= 0.\n)\n\n# Define the fourth sketch plane with the origin, normal, and axes\nSketchPlane3 = add_sketchplane(\n    origin= [-0.1997, -0.034 ,  0.3139], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops3 = []  # List to hold loops for the fourth sketch\n\n# Triangular shape drawing begins here\nCurves3_0 = []  # List to hold curves for the first loop\nLine3_0_0 = add_line(start= [128., 128.], end= [223.    , 217.4604])  # First side of the triangle\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [223.    , 217.4604], end= [128.    , 217.4604])  # Second side of the triangle\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [128.    , 217.4604], end= [128., 128.])  # Third side of the triangle\nCurves3_0.append(Line3_0_2)\nLoop3_0 = add_loop(Curves3_0)\nLoops3.append(Loop3_0)\n\n# Create profile from the loops\nProfile3 = add_profile(Loops3)\n\n# Add sketch to the defined sketch plane\nSketch3 = add_sketch(sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [-0.3978, -0.034 ,  0.1251], sketch_size= 0.3986\n)\n\n# Extrude the sketch to create a triangular solid\nExtrude3 = add_extrude(sketch= Sketch3,\n    operation= 2, type= 0, extent_one= -0.2502, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00130583",
        "image": "00130583.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# First shape drawing begins here (a complex polygon)\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [159.6667, 128.    ])  # Line segment 1\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [159.6667, 128.    ], end= [159.6667,  96.3333])  # Line segment 2\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [159.6667,  96.3333], end= [212.1791,  96.3333])  # Line segment 3\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [212.1791,  96.3333], end= [212.1791, 159.6667])  # Line segment 4\nCurves0_0.append(Line0_0_3)\nLine0_0_4 = add_line(start= [212.1791, 159.6667], end= [212.1791, 223.    ])  # Line segment 5\nCurves0_0.append(Line0_0_4)\nLine0_0_5 = add_line(start= [212.1791, 223.    ], end= [159.6378, 223.    ])  # Line segment 6\nCurves0_0.append(Line0_0_5)\nLine0_0_6 = add_line(start= [159.6378, 223.    ], end= [159.6378, 191.3333])  # Line segment 7\nCurves0_0.append(Line0_0_6)\nLine0_0_7 = add_line(start= [159.6378, 191.3333], end= [128.    , 191.3333])  # Line segment 8\nCurves0_0.append(Line0_0_7)\nLine0_0_8 = add_line(start= [128.    , 191.3333], end= [128., 128.])  # Line segment 9\nCurves0_0.append(Line0_0_8)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.4984, -0.1875, -0.    ], sketch_size= 0.5625\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define another sketch plane with the same parameters as the first\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Second shape drawing begins here (another complex polygon)\nCurves1_0 = []  # List to hold curves for the second loop\nLine1_0_0 = add_line(start= [128., 128.], end= [172.4906, 128.    ])  # Line segment 1\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [172.4906, 128.    ], end= [172.4906, 151.75  ])  # Line segment 2\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [172.4906, 151.75  ], end= [136.8656, 151.75  ])  # Line segment 3\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [136.8656, 151.75  ], end= [136.8656, 199.25  ])  # Line segment 4\nCurves1_0.append(Line1_0_3)\nLine1_0_4 = add_line(start= [136.8656, 199.25  ], end= [172.4906, 199.25  ])  # Line segment 5\nCurves1_0.append(Line1_0_4)\nLine1_0_5 = add_line(start= [172.4906, 199.25  ], end= [172.4906, 223.    ])  # Line segment 6\nCurves1_0.append(Line1_0_5)\nLine1_0_6 = add_line(start= [172.4906, 223.    ], end= [128., 223.])  # Line segment 7\nCurves1_0.append(Line1_0_6)\nLine1_0_7 = add_line(start= [128., 223.], end= [128. , 175.5])  # Line segment 8\nCurves1_0.append(Line1_0_7)\nLine1_0_8 = add_line(start= [128. , 175.5], end= [128., 128.])  # Line segment 9\nCurves1_0.append(Line1_0_8)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.   , -0.375, -0.   ], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00027238",
        "image": "00027238.jpg",
        "conversations": [
            {
                "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\n# Define the initial sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Draw first rectangle\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.    , 159.6667])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223.    , 159.6667], end= [128.    , 159.6667])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128.    , 159.6667], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create the profile and sketch for the first rectangle\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75,  0.  ,  0.  ], sketch_size= 0.7833\n)\n\n# Extrude the first rectangle\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.2611, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [-0.619 ,  0.1306,  0.2611], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Draw second rectangle\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)\n\n# Create the profile and sketch for the second rectangle\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.4881,  0.    ,  0.2611], sketch_size= 0.2611\n)\n\n# Extrude the second rectangle\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.2611, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [-0.3583,  0.1306,  0.    ], normal= [ 0.,  0., -1.], x_axis= [1., 0., 0.], y_axis= [ 0., -1.,  0.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Draw third rectangle\nCurves2_0 = []\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 223.])\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 223.], end= [128., 223.])\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create the profile and sketch for the third rectangle\nProfile2 = add_profile(Loops2)\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.2278,  0.2611,  0.    ], sketch_size= 0.2611\n)\n\n# Extrude the third rectangle\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.2611, extent_two= 0.\n)\n\n# Define the fourth sketch plane\nSketchPlane3 = add_sketchplane(\n    origin= [-0.3583,  0.1306,  0.    ], normal= [ 0.,  0., -1.], x_axis= [1., 0., 0.], y_axis= [ 0., -1.,  0.]\n)\n\nLoops3 = []  # List to hold loops\n\n# Draw fourth rectangle\nCurves3_0 = []\nLine3_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [223., 128.], end= [223., 223.])\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [223., 223.], end= [128., 223.])\nCurves3_0.append(Line3_0_2)\nLine3_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves3_0.append(Line3_0_3)\nLoop3_0 = add_loop(Curves3_0)\nLoops3.append(Loop3_0)\n\n# Create the profile and sketch for the fourth rectangle\nProfile3 = add_profile(Loops3)\nSketch3 = add_sketch(sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [-0.75  ,  0.2611, -0.    ], sketch_size= 0.2611\n)\n\n# Extrude the fourth rectangle\nExtrude3 = add_extrude(sketch= Sketch3,\n    operation= 1, type= 0, extent_one= 0.2611, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00499939",
        "image": "00499939.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line of rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 170.75])  # Right line of rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 170.75], end= [128., 170.75])  # Top line of rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 170.75], end= [128., 128.])  # Left line of rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.4518, -0., -0.2033], sketch_size= 0.9037\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00496189",
        "image": "00496189.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 219.0417])  # Right vertical edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 219.0417], end= [128., 219.0417])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 219.0417], end= [128., 203.2083])  # Left vertical edge (outer)\nCurves0_0.append(Line0_0_3)\nLine0_0_4 = add_line(start= [128., 203.2083], end= [207.1667, 203.2083])  # Top horizontal segment (inner)\nCurves0_0.append(Line0_0_4)\nLine0_0_5 = add_line(start= [207.1667, 203.2083], end= [207.1667, 143.8333])  # Right vertical segment (inner)\nCurves0_0.append(Line0_0_5)\nLine0_0_6 = add_line(start= [207.1667, 143.8333], end= [128., 143.8333])  # Bottom horizontal segment (inner)\nCurves0_0.append(Line0_0_6)\nLine0_0_7 = add_line(start= [128., 143.8333], end= [128., 128.])  # Left vertical edge (inner)\nCurves0_0.append(Line0_0_7)\n\nLoop0_0 = add_loop(Curves0_0)  # Create a loop from the rectangle's edges\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.5, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00971616",
        "image": "00971616.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\nLoops0 = []  # List to hold loops\n\n# First outer circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# First inner circle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [175.5, 128. ], radius= 32.0625)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the first set of loops\nProfile0 = add_profile(Loops0)\n\n# Add first sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.5357,  0.    ,  0.    ], sketch_size= 1.0714\n)\n\n# Extrude the first sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.2143, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\nLoops1 = []  # List to hold loops\n\n# Second outer circle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nCircle1_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Second inner circle drawing begins here\nCurves1_1 = []  # List to hold curves for the second loop\nCircle1_1_0 = add_circle(center= [175.5, 128. ], radius= 33.9286)  # Inner circle\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Create profile from the second set of loops\nProfile1 = add_profile(Loops1)\n\n# Add second sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.75,  0.  ,  0.  ], sketch_size= 1.5\n)\n\n# Extrude the second sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.2679, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00561069",
        "image": "00561069.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane\nSketchPlane0 = add_sketchplane(\n    origin=[0., 0., 0.], normal=[0., 0., 1.], x_axis=[1., 0., 0.], y_axis=[0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Draw the first rectangle\nCurves0_0 = []  # List to hold curves for the first loop\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., 156.5])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start=[223., 156.5], end=[128., 156.5])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start=[128., 156.5], end=[128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add the first sketch to the sketch plane\nSketch0 = add_sketch(\n    sketch_plane=SketchPlane0, profile=Profile0,\n    sketch_position=[-0.2921, -0.0876, -0.], sketch_size=0.5842\n)\n\n# Extrude the first sketch\nExtrude0 = add_extrude(\n    sketch=Sketch0,\n    operation=0, type=0, extent_one=0.1168, extent_two=0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin=[0., 0., 0.1168], normal=[0., 0., 1.], x_axis=[1., 0., 0.], y_axis=[0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Draw the second rectangle\nCurves1_0 = []  # List to hold curves for the first loop\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)\n\n# Create profile from the loop\nProfile1 = add_profile(Loops1)\n\n# Add the second sketch to the sketch plane\nSketch1 = add_sketch(\n    sketch_plane=SketchPlane1, profile=Profile1,\n    sketch_position=[-0.2921, -0.0876, 0.1168], sketch_size=0.1753\n)\n\n# Extrude the second sketch\nExtrude1 = add_extrude(\n    sketch=Sketch1,\n    operation=1, type=0, extent_one=0.2337, extent_two=0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin=[0., 0., 0.1168], normal=[0., 0., 1.], x_axis=[1., 0., 0.], y_axis=[0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Draw the third rectangle\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start=[128., 128.], end=[223., 128.])\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start=[223., 128.], end=[223., 223.])\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start=[223., 223.], end=[128., 223.])\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start=[128., 223.], end=[128., 128.])\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loop\nProfile2 = add_profile(Loops2)\n\n# Add the third sketch to the sketch plane\nSketch2 = add_sketch(\n    sketch_plane=SketchPlane2, profile=Profile2,\n    sketch_position=[0.1168, -0.0876, 0.1168], sketch_size=0.1753\n)\n\n# Extrude the third sketch\nExtrude2 = add_extrude(\n    sketch=Sketch2,\n    operation=1, type=0, extent_one=0.2337, extent_two=0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00131039",
        "image": "00131039.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\n\n# First line segment\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom side of the rectangle\nCurves0_0.append(Line0_0_0)\n\n# Second line segment\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 156.5])  # Right side of the rectangle\nCurves0_0.append(Line0_0_1)\n\n# Third line segment\nLine0_0_2 = add_line(start= [223., 156.5], end= [128., 156.5])  # Top side of the rectangle\nCurves0_0.append(Line0_0_2)\n\n# Fourth line segment, closing the shape\nLine0_0_3 = add_line(start= [128., 156.5], end= [128., 128.])  # Left side of the rectangle\nCurves0_0.append(Line0_0_3)\n\n# Complete the loop for the rectangle\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0., -0.225], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.15, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00079099",
        "image": "00079099.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner circle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [175.5, 128.], radius= 9.9612)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.3874, -0., 0.], sketch_size= 0.7749\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00025360",
        "image": "00025360.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing the first rectangle\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 175.5])  # Right vertical line\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 175.5], end= [128., 175.5])  # Top line\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 175.5], end= [128., 128.])  # Left vertical line\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0., -0.375], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.1125, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [-0.0562, -0.1125, 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing the second rectangle\nCurves1_0 = []  # List to hold curves for the second loop\nLine1_0_0 = add_line(start= [128., 128.], end= [142.25, 128.])  # Bottom line\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [142.25, 128.], end= [142.25, 223.])  # Right vertical line\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [142.25, 223.], end= [128., 223.])  # Top line\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left vertical line\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.6375, -0.1125, -0.375], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.2625, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00280150",
        "image": "00280150.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops for the first sketch\n\nCurves0_0 = []  # List to hold curves for the first loop\n\n# Drawing a square\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_3)\n\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0.  ,  0.  ], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [-0.375, -0.375,  0.75 ], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops for the second sketch\n\nCurves1_0 = []  # List to hold curves for the first loop\n\n# Drawing a circle on the second sketch plane\nCircle1_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)\nCurves1_0.append(Circle1_0_0)\n\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.5625, -0.375 ,  0.75  ], sketch_size= 0.375\n)\n\n# Extrude the sketch to cut into the first extruded object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -0.75, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [-0.375,  0.   ,  0.375], normal= [0., 1., 0.], x_axis= [-1.,  0., -0.], y_axis= [ 0., -0.,  1.]\n)\n\nLoops2 = []  # List to hold loops for the third sketch\n\nCurves2_0 = []  # List to hold curves for the first loop\n\n# Drawing a circle on the third sketch plane\nCircle2_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)\nCurves2_0.append(Circle2_0_0)\n\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\nProfile2 = add_profile(Loops2)\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.1875, -0.    ,  0.375 ], sketch_size= 0.375\n)\n\n# Extrude the sketch to create a boss on the third extruded object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.1875, extent_two= 0.\n)\n\n# Define the fourth sketch plane\nSketchPlane3 = add_sketchplane(\n    origin= [ 0.   , -0.375,  0.375], normal= [1., 0., 0.], x_axis= [ 0.,  1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops3 = []  # List to hold loops for the fourth sketch\n\nCurves3_0 = []  # List to hold curves for the first loop\n\n# Drawing a square on the fourth sketch plane\nLine3_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [223., 128.], end= [223., 223.])  # Right edge\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [223., 223.], end= [128., 223.])  # Top edge\nCurves3_0.append(Line3_0_2)\nLine3_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves3_0.append(Line3_0_3)\n\nLoop3_0 = add_loop(Curves3_0)\nLoops3.append(Loop3_0)\n\nProfile3 = add_profile(Loops3)\nSketch3 = add_sketch(sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [-0.    , -0.5625,  0.1875], sketch_size= 0.375\n)\n\n# Extrude the sketch to create a boss on the fourth extruded object\nExtrude3 = add_extrude(sketch= Sketch3,\n    operation= 1, type= 0, extent_one= 0.1875, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00423233",
        "image": "00423233.jpg",
        "conversations": [
            {
                "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    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.])\n\nLoops0 = []\nCurves0_0 = []\n\n# Drawing the bottom edge of the shape\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves0_0.append(Line0_0_0)\n\n# Drawing the right vertical edge of the shape\nLine0_0_1 = add_line(start= [223., 128.], end= [223.    , 143.8333])\nCurves0_0.append(Line0_0_1)\n\n# Drawing the top horizontal edge of the right rectangle\nLine0_0_2 = add_line(start= [223.    , 143.8333], end= [175.5   , 143.8333])\nCurves0_0.append(Line0_0_2)\n\n# Drawing the right vertical edge of the left rectangle\nLine0_0_3 = add_line(start= [175.5   , 143.8333], end= [175.5   , 159.6667])\nCurves0_0.append(Line0_0_3)\n\n# Drawing the top horizontal edge of the shape\nLine0_0_4 = add_line(start= [175.5   , 159.6667], end= [128.    , 159.6667])\nCurves0_0.append(Line0_0_4)\n\n# Drawing the left vertical edge of the shape\nLine0_0_5 = add_line(start= [128.    , 159.6667], end= [128., 128.])\nCurves0_0.append(Line0_0_5)\n\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\nProfile0 = add_profile(Loops0)\n\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75)\n\n# Extruding the sketched profile to create a 3D shape\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.375, extent_two= 0.)\n\n```"
            }
        ]
    },
    {
        "id": "00025202",
        "image": "00025202.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75,  0.  ,  0.  ], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.7333, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0.,  0., -1.], x_axis= [1., 0., 0.], y_axis= [ 0., -1.,  0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nCircle1_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.2855, -0.    , -0.    ], sketch_size= 0.5709\n)\n\n# Extrude the sketch to create a 3D object with a different operation\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -1.566, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00920657",
        "image": "00920657.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\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., 185.])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 185.], end= [128., 185.])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 185.], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner rectangle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nLine0_1_0 = add_line(start= [140.92, 140.73], end= [210.08, 140.73])\nCurves0_1.append(Line0_1_0)\nLine0_1_1 = add_line(start= [210.08, 140.73], end= [210.08, 172.27])\nCurves0_1.append(Line0_1_1)\nLine0_1_2 = add_line(start= [210.08, 172.27], end= [140.92, 172.27])\nCurves0_1.append(Line0_1_2)\nLine0_1_3 = add_line(start= [140.92, 172.27], end= [140.92, 140.73])\nCurves0_1.append(Line0_1_3)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0.45, -0.  ], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.324, extent_two= 0.\n)\n\n# Define a new sketch plane for subsequent sketches\nSketchPlane1 = add_sketchplane(\n    origin= [ 0.    , -0.0825,  0.324 ], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\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.    , 221.6029])\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223.    , 221.6029], end= [128.    , 221.6029])\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128.    , 221.6029], end= [128., 128.])\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loop\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.75 , -0.45 ,  0.324], sketch_size= 0.204\n)\n\n# Extrude to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.24, extent_two= 0.\n)\n\n# Define a new sketch plane for subsequent sketches\nSketchPlane2 = add_sketchplane(\n    origin= [ 0.    , -0.0825,  0.324 ], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start= [128., 128.], end= [140.92, 128.  ])\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [140.92, 128.  ], end= [210.08, 128.  ])\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [210.08, 128.  ], end= [223., 128.])\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [223., 128.], end= [223.  , 140.73])\nCurves2_0.append(Line2_0_3)\nLine2_0_4 = add_line(start= [223.  , 140.73], end= [128.  , 140.73])\nCurves2_0.append(Line2_0_4)\nLine2_0_5 = add_line(start= [128.  , 140.73], end= [128., 128.])\nCurves2_0.append(Line2_0_5)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loop\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.75 ,  0.249,  0.324], sketch_size= 1.5\n)\n\n# Extrude to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.24, extent_two= 0.\n)\n\n# Define a new sketch plane for subsequent sketches\nSketchPlane3 = add_sketchplane(\n    origin= [ 0.    , -0.0825,  0.324 ], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops3 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves3_0 = []  # List to hold curves for the first loop\nLine3_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [223., 128.], end= [223.    , 147.4055])\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [223.    , 147.4055], end= [203.3049, 147.4055])\nCurves3_0.append(Line3_0_2)\nLine3_0_3 = add_line(start= [203.3049, 147.4055], end= [128.    , 147.4055])\nCurves3_0.append(Line3_0_3)\nLine3_0_4 = add_line(start= [128.    , 147.4055], end= [128., 128.])\nCurves3_0.append(Line3_0_4)\nLoop3_0 = add_loop(Curves3_0)\nLoops3.append(Loop3_0)\n\n# Create profile from the loop\nProfile3 = add_profile(Loops3)\n\n# Add sketch to the defined sketch plane\nSketch3 = add_sketch(sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [-0.234, -0.45 ,  0.324], sketch_size= 0.984\n)\n\n# Extrude to create a 3D object\nExtrude3 = add_extrude(sketch= Sketch3,\n    operation= 1, type= 0, extent_one= 0.24, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00507323",
        "image": "00507323.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner circle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [175.5, 128. ], radius= 19.)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.2945, -0.    ,  0.    ], sketch_size= 0.589\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.1178, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [ 0.    , -0.1178,  0.    ], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nCircle1_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Inner circle drawing begins here\nCurves1_1 = []  # List to hold curves for the second loop\nCircle1_1_0 = add_circle(center= [175.5, 128. ], radius= 25.9091)  # Inner circle\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.216 , -0.1178,  0.    ], sketch_size= 0.4319\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.0393, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00568761",
        "image": "00568761.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [201.2774, 128.    ])  # Bottom edge of the rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [201.2774, 128.    ], end= [201.2774, 223.    ])  # Right edge of the rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [201.2774, 223.    ], end= [128., 223.])  # Top edge of the rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge of the rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.5014, -0.6501, -0.], sketch_size= 1.3002\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.375, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00285724",
        "image": "00285724.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops for the first sketch\n\n# Drawing the first rectangular shape\nCurves0_0 = []\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 126.7119])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 126.7119], end= [223., 159.6667])  # Right edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 159.6667], end= [128., 159.6667])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 159.6667], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.5625,  0.1278,  0.], sketch_size= 0.5625\n)\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define the second sketch plane with the same origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops for the second sketch\n\n# Drawing the second rectangular shape\nCurves1_0 = []\nLine1_0_0 = add_line(start= [128., 128.], end= [199.25, 128.])  # Bottom left edge\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [199.25, 128.], end= [223., 128.])  # Bottom right edge\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 128.], end= [223., 174.5339])  # Right edge\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [223., 174.5339], end= [199.25, 174.5339])  # Top right edge\nCurves1_0.append(Line1_0_3)\nLine1_0_4 = add_line(start= [199.25, 174.5339], end= [128., 175.5])  # Top left edge\nCurves1_0.append(Line1_0_4)\nLine1_0_5 = add_line(start= [128., 175.5], end= [128., 128.])  # Left edge\nCurves1_0.append(Line1_0_5)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.5625, -0.2472, -0.], sketch_size= 0.75\n)\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.375, extent_two= 0.\n)\n\n# Define the third sketch plane with the same origin, normal, and axes\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops2 = []  # List to hold loops for the third sketch\n\n# Drawing the third rectangular shape\nCurves2_0 = []\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 159.6667])  # Right edge\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 159.6667], end= [128., 159.6667])  # Top edge\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 159.6667], end= [128., 128.])  # Left edge\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\nProfile2 = add_profile(Loops2)\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.5625, -0.4347, -0.], sketch_size= 0.5625\n)\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define the fourth sketch plane with a different origin and normal\nSketchPlane3 = add_sketchplane(\n    origin= [-0.0909, -0.4347, 0.375], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops3 = []  # List to hold loops for the fourth sketch\n\n# Drawing the triangular shape\nCurves3_0 = []\nLine3_0_0 = add_line(start= [128., 128.], end= [175.5, 128.])  # Bottom edge\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [175.5, 128.], end= [128., 223.])  # Right edge\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves3_0.append(Line3_0_2)\nLoop3_0 = add_loop(Curves3_0)\nLoops3.append(Loop3_0)\n\nProfile3 = add_profile(Loops3)\nSketch3 = add_sketch(sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [0., -0.4347, 0.], sketch_size= 0.75\n)\nExtrude3 = add_extrude(sketch= Sketch3,\n    operation= 1, type= 0, extent_one= -0.1875, extent_two= 0.\n)\n```"
            }
        ]
    },
    {
        "id": "00480487",
        "image": "00480487.jpg",
        "conversations": [
            {
                "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    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.])\n\nLoops0 = []\nCurves0_0 = []\n\n# Draw a circle with center at (175.5, 128) and radius 47.5\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)\nCurves0_0.append(Circle0_0_0)\n\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\nProfile0 = add_profile(Loops0)\n\n# Create a sketch with the circle on the specified sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.1691, -0.    ,  0.    ], sketch_size= 0.3383)\n\n# Extrude the sketch to create a 3D shape\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.)\n\n```"
            }
        ]
    },
    {
        "id": "00544683",
        "image": "00544683.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom side of the rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 175.5])  # Right side of the rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 175.5], end= [128., 175.5])  # Top side of the rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 175.5], end= [128., 128.])  # Left side of the rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0., -0.375], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= -0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00439533",
        "image": "00439533.jpg",
        "conversations": [
            {
                "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    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.])\n\nLoops0 = []\nCurves0_0 = []\n\n# Draw the bottom horizontal line of the rectangle\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves0_0.append(Line0_0_0)\n\n# Draw the right vertical line of the rectangle\nLine0_0_1 = add_line(start= [223., 128.], end= [223.    , 190.9032])\nCurves0_0.append(Line0_0_1)\n\n# Draw the top horizontal line of the rectangle\nLine0_0_2 = add_line(start= [223.    , 190.9032], end= [128.    , 190.9032])\nCurves0_0.append(Line0_0_2)\n\n# Draw the left vertical line of the rectangle\nLine0_0_3 = add_line(start= [128.    , 190.9032], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\n\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\nProfile0 = add_profile(Loops0)\n\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.57 , -0.437, -0.   ], sketch_size= 1.32)\n\n# Extrude the rectangle\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.6702, extent_two= 0.)\n\n```"
            }
        ]
    },
    {
        "id": "00264339",
        "image": "00264339.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing a rounded rectangle with arcs at the corners\nCurves0_0 = []\nArc0_0_0 = add_arc(start= [128., 128.], end= [135.6613, 120.3387], mid= [130.2439, 122.5826])\nCurves0_0.append(Arc0_0_0)\nLine0_0_1 = add_line(start= [135.6613, 120.3387], end= [215.3387, 120.3387])\nCurves0_0.append(Line0_0_1)\nArc0_0_2 = add_arc(start= [215.3387, 120.3387], end= [223., 128.], mid= [220.7561, 122.5826])\nCurves0_0.append(Arc0_0_2)\nLine0_0_3 = add_line(start= [223., 128.], end= [223.    , 154.0484])\nCurves0_0.append(Line0_0_3)\nArc0_0_4 = add_arc(start= [223.    , 154.0484], end= [215.3387, 161.7097], mid= [220.7561, 159.4657])\nCurves0_0.append(Arc0_0_4)\nLine0_0_5 = add_line(start= [215.3387, 161.7097], end= [135.6613, 161.7097])\nCurves0_0.append(Line0_0_5)\nArc0_0_6 = add_arc(start= [135.6613, 161.7097], end= [128.    , 154.0484], mid= [130.2439, 159.4657])\nCurves0_0.append(Arc0_0_6)\nLine0_0_7 = add_line(start= [128.    , 154.0484], end= [128., 128.])\nCurves0_0.append(Line0_0_7)\n\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\nProfile0 = add_profile(Loops0)\n\n# Add the sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.6838, -0., -0.2116], sketch_size= 1.3676\n)\n\n# Extrude the first sketch\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 1, extent_one= 0.75, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.2737], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing a square\nCurves1_0 = []\nLine1_0_0 = add_line(start= [128., 128.], end= [197.529, 128.   ])\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [197.529, 128.   ], end= [197.529, 223.   ])\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [197.529, 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)\n\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\nProfile1 = add_profile(Loops1)\n\n# Add the sketch to the second sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.501 , -0.6845,  0.2737], sketch_size= 1.369\n)\n\n# Extrude the second sketch\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -0.5868, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [ 0.    , -0.75  , -0.0241], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Drawing a small rectangle\nCurves2_0 = []\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223.    , 138.2308])\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223.    , 138.2308], end= [128.    , 138.2308])\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128.    , 138.2308], end= [128., 128.])\nCurves2_0.append(Line2_0_3)\n\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\nProfile2 = add_profile(Loops2)\n\n# Add the sketch to the third sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.4923, -0.75  ,  0.2142], sketch_size= 0.3619\n)\n\n# Extrude the third sketch\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 2, type= 0, extent_one= -0.0441, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00697904",
        "image": "00697904.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# First shape: a complex closed loop with arcs and lines\nCurves0_0 = []  # List to hold curves for the first loop\nArc0_0_0 = add_arc(start= [128., 128.], end= [134.9767, 121.0233], mid= [130.0434, 123.0667])\nCurves0_0.append(Arc0_0_0)\nLine0_0_1 = add_line(start= [134.9767, 121.0233], end= [145.6395, 121.0233])\nCurves0_0.append(Line0_0_1)\nArc0_0_2 = add_arc(start= [145.6395, 121.0233], end= [148.9547, 116.4496], mid= [148.4639, 119.5822])\nCurves0_0.append(Arc0_0_2)\nArc0_0_3 = add_arc(start= [148.9547, 116.4496], end= [172.1615, 116.4496], mid= [160.5581, 100.4419])\nCurves0_0.append(Arc0_0_3)\nArc0_0_4 = add_arc(start= [172.1615, 116.4496], end= [175.4768, 121.0233], mid= [172.6524, 119.5822])\nCurves0_0.append(Arc0_0_4)\nLine0_0_5 = add_line(start= [175.4768, 121.0233], end= [186.1395, 121.0233])\nCurves0_0.append(Line0_0_5)\nArc0_0_6 = add_arc(start= [186.1395, 121.0233], end= [193.1163, 128.], mid= [191.0728, 123.0667])\nCurves0_0.append(Arc0_0_6)\nLine0_0_7 = add_line(start= [193.1163, 128.], end= [193.1163, 195.4419])\nCurves0_0.append(Line0_0_7)\nArc0_0_8 = add_arc(start= [193.1163, 195.4419], end= [186.1395, 202.4186], mid= [191.0728, 200.3752])\nCurves0_0.append(Arc0_0_8)\nLine0_0_9 = add_line(start= [186.1395, 202.4186], end= [175.4768, 202.4186])\nCurves0_0.append(Line0_0_9)\nArc0_0_10 = add_arc(start= [175.4768, 202.4186], end= [172.1615, 206.9923], mid= [172.6524, 203.8597])\nCurves0_0.append(Arc0_0_10)\nArc0_0_11 = add_arc(start= [172.1615, 206.9923], end= [148.9547, 206.9923], mid= [160.5581, 223.])\nCurves0_0.append(Arc0_0_11)\nArc0_0_12 = add_arc(start= [148.9547, 206.9923], end= [145.6395, 202.4186], mid= [148.4639, 203.8597])\nCurves0_0.append(Arc0_0_12)\nLine0_0_13 = add_line(start= [145.6395, 202.4186], end= [134.9767, 202.4186])\nCurves0_0.append(Line0_0_13)\nArc0_0_14 = add_arc(start= [134.9767, 202.4186], end= [128., 195.4419], mid= [130.0434, 200.3752])\nCurves0_0.append(Arc0_0_14)\nLine0_0_15 = add_line(start= [128., 195.4419], end= [128., 128.])\nCurves0_0.append(Line0_0_15)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Second shape: a rectangle\nCurves0_1 = []  # List to hold curves for the second loop\nLine0_1_0 = add_line(start= [145.4419, 139.2791], end= [175.6744, 139.2791])\nCurves0_1.append(Line0_1_0)\nLine0_1_1 = add_line(start= [175.6744, 139.2791], end= [175.6744, 184.1628])\nCurves0_1.append(Line0_1_1)\nLine0_1_2 = add_line(start= [175.6744, 184.1628], end= [145.4419, 184.1628])\nCurves0_1.append(Line0_1_2)\nLine0_1_3 = add_line(start= [145.4419, 184.1628], end= [145.4419, 139.2791])\nCurves0_1.append(Line0_1_3)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Third shape: a circle\nCurves0_2 = []  # List to hold curves for the third loop\nCircle0_2_0 = add_circle(center= [160.5581, 112.6512], radius= 5.2326)\nCurves0_2.append(Circle0_2_0)\nLoop0_2 = add_loop(Curves0_2)\nLoops0.append(Loop0_2)\n\n# Fourth shape: another circle\nCurves0_3 = []  # List to hold curves for the fourth loop\nCircle0_3_0 = add_circle(center= [160.5581, 210.7907], radius= 5.2326)\nCurves0_3.append(Circle0_3_0)\nLoop0_3 = add_loop(Curves0_3)\nLoops0.append(Loop0_3)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.3985, -0., -0.4127], sketch_size= 1.1627\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.0854, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00932450",
        "image": "00932450.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [ 0.,  1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing a quadrilateral\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # First line\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [199.25, 186.9 ])  # Second line\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [199.25, 186.9 ], end= [151.75, 186.9 ])  # Third line\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [151.75, 186.9 ], end= [128., 128.])  # Fourth line\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.   , -0.375,  0.   ], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0.375, 0.   , 0.465], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing a circle\nCurves1_0 = []  # List to hold curves for the second loop\nCircle1_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.2812, 0.    , 0.465 ], sketch_size= 0.1875\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.195, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00517730",
        "image": "00517730.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Draw the first rectangle\nCurves0_0 = []  # List to hold curves for the first loop\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., 194.5])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 194.5], end= [128., 194.5])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 194.5], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.625, -0., -0.4375], sketch_size= 1.25\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n# Define another sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0., -0.75, 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Draw the second rectangle\nCurves1_0 = []  # List to hold curves for the second loop\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., 166.])\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 166.], end= [128., 166.])\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 166.], end= [128., 128.])\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.3125, -0.75, 0.1875], sketch_size= 0.625\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -0.75, extent_two= 0.\n)\n\n# Define another sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [0.625, -0.375, 0.], normal= [1., 0., 0.], x_axis= [0., 1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Draw the third rectangle\nCurves2_0 = []  # List to hold curves for the third loop\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 223.])\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [223., 223.], end= [128., 223.])\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0.625, -0.5625, 0.0625], sketch_size= 0.375\n)\n\n# Extrude the sketch to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 2, type= 0, extent_one= -1.25, extent_two= 0.\n)\n\n# Define another sketch plane\nSketchPlane3 = add_sketchplane(\n    origin= [0.625, -0.375, 0.], normal= [1., 0., 0.], x_axis= [0., 1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops3 = []  # List to hold loops\n\n# Draw the fourth rectangle\nCurves3_0 = []  # List to hold curves for the fourth loop\nLine3_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [223., 128.], end= [223., 175.5])\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [223., 175.5], end= [128., 175.5])\nCurves3_0.append(Line3_0_2)\nLine3_0_3 = add_line(start= [128., 175.5], end= [128., 128.])\nCurves3_0.append(Line3_0_3)\nLoop3_0 = add_loop(Curves3_0)\nLoops3.append(Loop3_0)\n\n# Create profile from the loops\nProfile3 = add_profile(Loops3)\n\n# Add sketch to the defined sketch plane\nSketch3 = add_sketch(sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [0.625, -0.625, -0.4375], sketch_size= 0.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude3 = add_extrude(sketch= Sketch3,\n    operation= 2, type= 0, extent_one= -1.25, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00024732",
        "image": "00024732.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Irregular shape drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\n\n# First line segment\nLine0_0_0 = add_line(start= [128., 128.], end= [151.9452, 101.7123])\nCurves0_0.append(Line0_0_0)\n\n# Second line segment\nLine0_0_1 = add_line(start= [151.9452, 101.7123], end= [181.0959, 108.4794])\nCurves0_0.append(Line0_0_1)\n\n# Third line segment\nLine0_0_2 = add_line(start= [181.0959, 108.4794], end= [152.4658, 141.274])\nCurves0_0.append(Line0_0_2)\n\n# Fourth line segment\nLine0_0_3 = add_line(start= [152.4658, 141.274], end= [152.4658, 183.857])\nCurves0_0.append(Line0_0_3)\n\n# Arc segment\nArc0_0_4 = add_arc(start= [152.4658, 183.857], end= [152.9791, 186.5663], mid= [152.5952, 185.2357])\nCurves0_0.append(Arc0_0_4)\n\n# Fifth line segment\nLine0_0_5 = add_line(start= [152.9791, 186.5663], end= [167.3014, 223.])\nCurves0_0.append(Line0_0_5)\n\n# Sixth line segment\nLine0_0_6 = add_line(start= [167.3014, 223.], end= [147.7808, 218.8356])\nCurves0_0.append(Line0_0_6)\n\n# Seventh line segment\nLine0_0_7 = add_line(start= [147.7808, 218.8356], end= [129.8219, 170.6849])\nCurves0_0.append(Line0_0_7)\n\n# Eighth line segment, closing the shape\nLine0_0_8 = add_line(start= [129.8219, 170.6849], end= [128., 128.])\nCurves0_0.append(Line0_0_8)\n\n# Complete the loop for the irregular shape\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.2165, -0., -0.0918], sketch_size= 0.3436\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.1071, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00607632",
        "image": "00607632.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Polygon drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [145.5, 117.4969])\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [145.5, 117.4969], end= [166.2793, 105.5])\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [166.2793, 105.5], end= [187.5293, 105.5])\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [187.5293, 105.5], end= [205.5, 115.8754])\nCurves0_0.append(Line0_0_3)\nLine0_0_4 = add_line(start= [205.5, 115.8754], end= [223., 128.])\nCurves0_0.append(Line0_0_4)\nLine0_0_5 = add_line(start= [223., 128.], end= [223., 155.5])\nCurves0_0.append(Line0_0_5)\nLine0_0_6 = add_line(start= [223., 155.5], end= [128., 155.5])\nCurves0_0.append(Line0_0_6)\nLine0_0_7 = add_line(start= [128., 155.5], end= [128., 128.])\nCurves0_0.append(Line0_0_7)\n\n# Close the loop and add it to the list of loops\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0., 0.1776], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.3158, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00440222",
        "image": "00440222.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing the first rectangle\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 147.7917])  # Right edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 147.7917], end= [128., 147.7917])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 147.7917], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the first rectangle to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.1172, extent_two= 0.\n)\n\n# Define another sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0.375 , 0.    , 0.1875], normal= [0., 1., 0.], x_axis= [-1.,  0., -0.], y_axis= [0., -0.,  1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing the second rectangle\nCurves1_0 = []  # List to hold curves for the second loop\nLine1_0_0 = add_line(start= [128., 128.], end= [178.8929, 128.])  # Bottom edge\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [178.8929, 128.], end= [178.8929, 223.])  # Right edge\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [178.8929, 223.], end= [128., 223.])  # Top edge\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0.1172, 0.    , 0.1562], sketch_size= 0.2188\n)\n\n# Extrude the second rectangle to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= -0.0781, extent_two= 0.\n)\n\n# Define another sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [0.375 , 0.    , 0.1875], normal= [0., 1., 0.], x_axis= [-1.,  0., -0.], y_axis= [0., -0.,  1.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Drawing the third rectangle (same coordinates as second rectangle)\nCurves2_0 = []  # List to hold curves for the third loop\nLine2_0_0 = add_line(start= [128., 128.], end= [178.8929, 128.])  # Bottom edge\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [178.8929, 128.], end= [178.8929, 223.])  # Right edge\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [178.8929, 223.], end= [128., 223.])  # Top edge\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add sketch to the defined sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0.75, -0., 0.1563], sketch_size= 0.2188\n)\n\n# Extrude the third rectangle to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= -0.0781, extent_two= 0.\n)\n\n# Define another sketch plane\nSketchPlane3 = add_sketchplane(\n    origin= [0.375 , 0.    , 0.1875], normal= [0., 1., 0.], x_axis= [-1.,  0., -0.], y_axis= [0., -0.,  1.]\n)\n\nLoops3 = []  # List to hold loops\n\n# Drawing the fourth rectangle\nCurves3_0 = []  # List to hold curves for the fourth loop\nLine3_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves3_0.append(Line3_0_0)\nLine3_0_1 = add_line(start= [223., 128.], end= [223., 133.7576])  # Right edge\nCurves3_0.append(Line3_0_1)\nLine3_0_2 = add_line(start= [223., 133.7576], end= [128., 133.7576])  # Top edge\nCurves3_0.append(Line3_0_2)\nLine3_0_3 = add_line(start= [128., 133.7576], end= [128., 128.])  # Left edge\nCurves3_0.append(Line3_0_3)\nLoop3_0 = add_loop(Curves3_0)\nLoops3.append(Loop3_0)\n\n# Create profile from the loops\nProfile3 = add_profile(Loops3)\n\n# Add sketch to the defined sketch plane\nSketch3 = add_sketch(sketch_plane= SketchPlane3, profile= Profile3,\n    sketch_position= [0.6328, -0., 0.3438], sketch_size= 0.5156\n)\n\n# Extrude the fourth rectangle to create a 3D object\nExtrude3 = add_extrude(sketch= Sketch3,\n    operation= 1, type= 0, extent_one= -0.0391, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00163194",
        "image": "00163194.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops for the first sketch\n\n# Drawing the first outer circle\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops for the first sketch\nProfile0 = add_profile(Loops0)\n\n# Add the first sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75,  0.  ,  0.  ], sketch_size= 1.5\n)\n\n# Extrude the first sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.1891, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops for the second sketch\n\n# Drawing the second outer circle\nCurves1_0 = []  # List to hold curves for the first loop\nCircle1_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops for the second sketch\nProfile1 = add_profile(Loops1)\n\n# Add the second sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.6035,  0.    ,  0.    ], sketch_size= 1.207\n)\n\n# Extrude the second sketch to create another 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.3214, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00115926",
        "image": "00115926.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\n\n# First line segment\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom side of the outer rectangle\nCurves0_0.append(Line0_0_0)\n\n# Second line segment\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 220.0312])  # Right side of the outer rectangle\nCurves0_0.append(Line0_0_1)\n\n# Third line segment\nLine0_0_2 = add_line(start= [223., 220.0312], end= [128., 220.0312])  # Top side of the outer rectangle\nCurves0_0.append(Line0_0_2)\n\n# Fourth line segment, closing the shape\nLine0_0_3 = add_line(start= [128., 220.0312], end= [128., 128.])  # Left side of the outer rectangle\nCurves0_0.append(Line0_0_3)\n\n# Complete the loop for the outer rectangle\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner rectangle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\n\n# First line segment of the inner rectangle\nLine0_1_0 = add_line(start= [157.6875, 160.6562], end= [193.3125, 160.6562])  # Bottom side of the inner rectangle\nCurves0_1.append(Line0_1_0)\n\n# Second line segment\nLine0_1_1 = add_line(start= [193.3125, 160.6562], end= [193.3125, 196.2812])  # Right side of the inner rectangle\nCurves0_1.append(Line0_1_1)\n\n# Third line segment\nLine0_1_2 = add_line(start= [193.3125, 196.2812], end= [157.6875, 196.2812])  # Top side of the inner rectangle\nCurves0_1.append(Line0_1_2)\n\n# Fourth line segment, closing the shape\nLine0_1_3 = add_line(start= [157.6875, 196.2812], end= [157.6875, 160.6562])  # Left side of the inner rectangle\nCurves0_1.append(Line0_1_3)\n\n# Complete the loop for the inner rectangle\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.4755, -0.5176, -0.], sketch_size= 1.2255\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.0191, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00590385",
        "image": "00590385.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Draw a rectangle on the first sketch plane\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom line of the rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 168.842])  # Right line of the rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 168.842], end= [128., 168.842])  # Top line of the rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 168.842], end= [128., 128.])  # Left line of the rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile and sketch on the first sketch plane\nProfile0 = add_profile(Loops0)\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, 0., 0.], sketch_size= 0.9303\n)\n\n# Extrude the first sketch\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.1293, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Draw a rectangle on the second sketch plane\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [151.9626, 128.])  # Bottom line of the rectangle\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [151.9626, 128.], end= [151.9626, 223.])  # Right line of the rectangle\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [151.9626, 223.], end= [128., 223.])  # Top line of the rectangle\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line of the rectangle\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile and sketch on the second sketch plane\nProfile1 = add_profile(Loops1)\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.7483, -0., 0.], sketch_size= 0.3893\n)\n\n# Extrude the second sketch\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.1293, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops2 = []  # List to hold loops\n\n# Draw a rectangle on the third sketch plane\nCurves2_0 = []  # List to hold curves for the first loop\nLine2_0_0 = add_line(start= [128., 128.], end= [146.5838, 128.])  # Bottom line of the rectangle\nCurves2_0.append(Line2_0_0)\nLine2_0_1 = add_line(start= [146.5838, 128.], end= [146.5838, 223.])  # Right line of the rectangle\nCurves2_0.append(Line2_0_1)\nLine2_0_2 = add_line(start= [146.5838, 223.], end= [128., 223.])  # Top line of the rectangle\nCurves2_0.append(Line2_0_2)\nLine2_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line of the rectangle\nCurves2_0.append(Line2_0_3)\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Create profile and sketch on the third sketch plane\nProfile2 = add_profile(Loops2)\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [0.0961, 0., -0.], sketch_size= 0.4082\n)\n\n# Extrude the third sketch\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.1293, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00306206",
        "image": "00306206.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [199.811, 128.   ])  # Bottom line of the rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [199.811, 128.   ], end= [199.811, 223.   ])  # Right line of the rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [199.811, 223.   ], end= [128., 223.])  # Top line of the rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line of the rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner circle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [163.9055, 172.1714], radius= 15.6136)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.2835, -0.75  , -0.    ], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.6142, extent_two= 0.\n)\n\n# Define another sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Outer rectangle drawing begins here (second instance)\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [199.811, 128.   ])  # Bottom line of the rectangle\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [199.811, 128.   ], end= [199.811, 223.   ])  # Right line of the rectangle\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [199.811, 223.   ], end= [128., 223.])  # Top line of the rectangle\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left line of the rectangle\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Inner circle drawing begins here (second instance)\nCurves1_1 = []  # List to hold curves for the second loop\nCircle1_1_0 = add_circle(center= [163.9055, 188.846 ], radius= 15.6136)  # Inner circle\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.2835,  0.    ,  0.    ], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object (second instance)\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.0945, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00552807",
        "image": "00552807.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [0., 1., 0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge of the outer rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 165.6984])  # Right edge of the outer rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 165.6984], end= [128., 165.6984])  # Top edge of the outer rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 165.6984], end= [128., 128.])  # Left edge of the outer rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner rectangle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nLine0_1_0 = add_line(start= [134.0317, 134.0317], end= [216.9683, 134.0317])  # Bottom edge of the inner rectangle\nCurves0_1.append(Line0_1_0)\nLine0_1_1 = add_line(start= [216.9683, 134.0317], end= [216.9683, 162.6825])  # Right edge of the inner rectangle\nCurves0_1.append(Line0_1_1)\nLine0_1_2 = add_line(start= [216.9683, 162.6825], end= [134.0317, 162.6825])  # Top edge of the inner rectangle\nCurves0_1.append(Line0_1_2)\nLine0_1_3 = add_line(start= [134.0317, 162.6825], end= [134.0317, 134.0317])  # Left edge of the inner rectangle\nCurves0_1.append(Line0_1_3)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0., -0.7295, -0.6678], sketch_size= 1.4795\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.2348, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00203033",
        "image": "00203033.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Irregular shape drawing begins here\nCurves0_0 = []  # List to hold curves for the loop\n\n# Arc segment\nArc0_0_0 = add_arc(start= [128., 128.], end= [217.8182, 38.1818], mid= [154.3071, 64.489])  # Irregular arc\nCurves0_0.append(Arc0_0_0)\n\n# First line segment\nLine0_0_1 = add_line(start= [217.8182, 38.1818], end= [223., 38.1818])  # Right side of the irregular shape\nCurves0_0.append(Line0_0_1)\n\n# Second line segment\nLine0_0_2 = add_line(start= [223., 38.1818], end= [223., 133.1818])  # Top side of the irregular shape\nCurves0_0.append(Line0_0_2)\n\n# Third line segment\nLine0_0_3 = add_line(start= [223., 133.1818], end= [128., 133.1818])  # Left side of the irregular shape\nCurves0_0.append(Line0_0_3)\n\n# Fourth line segment, closing the shape\nLine0_0_4 = add_line(start= [128., 133.1818], end= [128., 128.])  # Bottom side of the irregular shape\nCurves0_0.append(Line0_0_4)\n\n# Complete the loop for the irregular shape\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, 0.7091, 0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.0409, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00192558",
        "image": "00192558.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves0_0.append(Circle0_0_0)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75,  0.  ,  0.  ], sketch_size= 1.5\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.3, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0. , 0. , 0.3], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Outer circle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nCircle1_0_0 = add_circle(center= [175.5, 128. ], radius= 47.5)  # Outer circle\nCurves1_0.append(Circle1_0_0)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.3,  0. ,  0.3], sketch_size= 0.6\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 2, type= 0, extent_one= -1.5, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00320979",
        "image": "00320979.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Circle drawing begins here\nCurves0_0 = []  # List to hold curves for the loop\n\n# Circle\nCircle0_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Define a circle\nCurves0_0.append(Circle0_0_0)\n\n# Complete the loop for the circle\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.25, 0., 0.], sketch_size= 0.5\n)\n\n# Extrude the sketch to create a solid cylinder\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 1, extent_one= 0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00173467",
        "image": "00173467.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Circle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nCircle0_0_0 = add_circle(center= [175.5, 128.], radius= 47.5)  # Draw the circle\nCurves0_0.append(Circle0_0_0)\n\n# Complete the loop for the circle\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.1081, -0., 0.], sketch_size= 0.2163\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= -0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00227550",
        "image": "00227550.jpg",
        "conversations": [
            {
                "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\n```python\n# Define the initial sketch plane\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\n# First shape: A closed loop with lines and an arc\nLoops0 = []\nCurves0_0 = []\n\n# Line segment from (128, 128) to (216.7885, 128)\nLine0_0_0 = add_line(start= [128., 128.], end= [216.7885, 128.])\nCurves0_0.append(Line0_0_0)\n\n# Arc from (216.7885, 128) to (191.3333, 223) with midpoint (197.8074, 173.8244)\nArc0_0_1 = add_arc(start= [216.7885, 128.], end= [191.3333, 223.], mid= [197.8074, 173.8244])\nCurves0_0.append(Arc0_0_1)\n\n# Line segment from (191.3333, 223) to (128, 223)\nLine0_0_2 = add_line(start= [191.3333, 223.], end= [128., 223.])\nCurves0_0.append(Line0_0_2)\n\n# Line segment from (128, 223) to (128, 128)\nLine0_0_3 = add_line(start= [128., 223.], end= [128., 128.])\nCurves0_0.append(Line0_0_3)\n\n# Close loop for the first shape\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add the sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0., 0.4687], sketch_size= 0.2812\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.5625, extent_two= 0.\n)\n\n# Define the second sketch plane\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\n# Second shape: A closed loop with lines and an arc, and an inner circle\nLoops1 = []\nCurves1_0 = []\n\n# Line segment from (128, 128) to (223, 128)\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves1_0.append(Line1_0_0)\n\n# Line segment from (223, 128) to (223, 223)\nLine1_0_1 = add_line(start= [223., 128.], end= [223., 223.])\nCurves1_0.append(Line1_0_1)\n\n# Line segment from (223, 223) to (199.25, 223)\nLine1_0_2 = add_line(start= [223., 223.], end= [199.25, 223.])\nCurves1_0.append(Line1_0_2)\n\n# Arc from (199.25, 223) to (128, 151.75) with midpoint (178.3814, 172.6186)\nArc1_0_3 = add_arc(start= [199.25, 223.], end= [128., 151.75], mid= [178.3814, 172.6186])\nCurves1_0.append(Arc1_0_3)\n\n# Line segment from (128, 151.75) to (128, 128)\nLine1_0_4 = add_line(start= [128., 151.75], end= [128., 128.])\nCurves1_0.append(Line1_0_4)\n\n# Close loop for the second shape\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Inner circle within the second shape\nCurves1_1 = []\nCircle1_1_0 = add_circle(center= [199.25, 151.75], radius= 11.875)\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add the sketch to the second sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.5625, extent_two= 0.\n)\n\n# Define the third sketch plane\nSketchPlane2 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\n# Third shape: A closed loop with lines and an arc, and an inner circle\nLoops2 = []\nCurves2_0 = []\n\n# Line segment from (128, 128) to (223, 128)\nLine2_0_0 = add_line(start= [128., 128.], end= [223., 128.])\nCurves2_0.append(Line2_0_0)\n\n# Line segment from (223, 128) to (223, 151.75)\nLine2_0_1 = add_line(start= [223., 128.], end= [223., 151.75])\nCurves2_0.append(Line2_0_1)\n\n# Arc from (223, 151.75) to (161.2957, 187.375) with midpoint (187.375, 161.2957)\nArc2_0_2 = add_arc(start= [223., 151.75], end= [161.2957, 187.375], mid= [187.375, 161.2957])\nCurves2_0.append(Arc2_0_2)\n\n# Line segment from (161.2957, 187.375) to (128, 187.375)\nLine2_0_3 = add_line(start= [161.2957, 187.375], end= [128., 187.375])\nCurves2_0.append(Line2_0_3)\n\n# Line segment from (128, 187.375) to (128, 128)\nLine2_0_4 = add_line(start= [128., 187.375], end= [128., 128.])\nCurves2_0.append(Line2_0_4)\n\n# Close loop for the third shape\nLoop2_0 = add_loop(Curves2_0)\nLoops2.append(Loop2_0)\n\n# Inner circle within the third shape\nCurves2_1 = []\nCircle2_1_0 = add_circle(center= [151.75, 151.75], radius= 11.875)\nCurves2_1.append(Circle2_1_0)\nLoop2_1 = add_loop(Curves2_1)\nLoops2.append(Loop2_1)\n\n# Create profile from the loops\nProfile2 = add_profile(Loops2)\n\n# Add the sketch to the third sketch plane\nSketch2 = add_sketch(sketch_plane= SketchPlane2, profile= Profile2,\n    sketch_position= [-0.75, -0., 0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude2 = add_extrude(sketch= Sketch2,\n    operation= 1, type= 0, extent_one= 0.75, extent_two= 0.\n)\n```\n```"
            }
        ]
    },
    {
        "id": "00398917",
        "image": "00398917.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\nCurves0_0 = []  # List to hold curves for the first loop\n\n# Rectangle drawing begins here\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom side of the rectangle\nCurves0_0.append(Line0_0_0)\n\nLine0_0_1 = add_line(start= [223., 128.], end= [223.    , 179.9492])  # Right side of the rectangle\nCurves0_0.append(Line0_0_1)\n\nLine0_0_2 = add_line(start= [223.    , 179.9492], end= [128.    , 179.9492])  # Top side of the rectangle\nCurves0_0.append(Line0_0_2)\n\nLine0_0_3 = add_line(start= [128.    , 179.9492], end= [128., 128.])  # Left side of the rectangle\nCurves0_0.append(Line0_0_3)\n\n# Complete the loop for the rectangle\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.    , -0.4101, -0.    ], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.3304, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00527439",
        "image": "00527439.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [ 0., -1.,  0.], x_axis= [ 1.,  0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Triangle drawing begins here\nCurves0_0 = []  # List to hold curves for the loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # First side of the triangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [128., 223.])  # Second side of the triangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [128., 223.], end= [128., 128.])  # Third side of the triangle\nCurves0_0.append(Line0_0_2)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.75, -0.  ,  0.  ], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00775316",
        "image": "00775316.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Outer rectangle drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # First line of the rectangle\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 221.4727])  # Second line of the rectangle\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 221.4727], end= [128., 221.4727])  # Third line of the rectangle\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 221.4727], end= [128., 128.])  # Fourth line of the rectangle\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner circle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [173.9727, 177.0305], radius= 15.358)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.8185, -0.873, -0.], sketch_size= 1.6914\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.0911, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Outer rectangle drawing begins here\nCurves1_0 = []  # List to hold curves for the first loop\nLine1_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # First line of the rectangle\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [223., 128.], end= [223., 221.4727])  # Second line of the rectangle\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [223., 221.4727], end= [128., 221.4727])  # Third line of the rectangle\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 221.4727], end= [128., 128.])  # Fourth line of the rectangle\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Inner circle drawing begins here\nCurves1_1 = []  # List to hold curves for the second loop\nCircle1_1_0 = add_circle(center= [173.9727, 177.0305], radius= 15.358)  # Inner circle\nCurves1_1.append(Circle1_1_0)\nLoop1_1 = add_loop(Curves1_1)\nLoops1.append(Loop1_1)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0.8185, -0.873, -0.], sketch_size= 1.6914\n)\n\n# Extrude the sketch to subtract from a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.0911, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00096226",
        "image": "00096226.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Main shape drawing begins here\nCurves0_0 = []  # List to hold curves for the first loop\n\n# First line segment\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom side of the shape\nCurves0_0.append(Line0_0_0)\n\n# Second line segment\nLine0_0_1 = add_line(start= [223., 128.], end= [203.2083, 147.7917])  # Right slanting line\nCurves0_0.append(Line0_0_1)\n\n# Third line segment\nLine0_0_2 = add_line(start= [203.2083, 147.7917], end= [167.5833, 147.7917])  # Top horizontal line before the arc\nCurves0_0.append(Line0_0_2)\n\n# Arc segment\nArc0_0_3 = add_arc(start= [167.5833, 147.7917], end= [135.9167, 147.7917], mid= [151.75 , 163.625])  # Upper arc\nCurves0_0.append(Arc0_0_3)\n\n# Fourth line segment\nLine0_0_4 = add_line(start= [135.9167, 147.7917], end= [128., 147.7917])  # Left horizontal line\nCurves0_0.append(Line0_0_4)\n\n# Fifth line segment, closing the shape\nLine0_0_5 = add_line(start= [128., 147.7917], end= [128., 128.])  # Left vertical line\nCurves0_0.append(Line0_0_5)\n\n# Complete the loop for the main shape\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Inner circle drawing begins here\nCurves0_1 = []  # List to hold curves for the second loop\nCircle0_1_0 = add_circle(center= [151.75, 147.7917], radius= 7.9167)  # Inner circle\nCurves0_1.append(Circle0_1_0)\nLoop0_1 = add_loop(Curves0_1)\nLoops0.append(Loop0_1)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [0., 0., 0.], sketch_size= 0.75\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.0625, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00206699",
        "image": "00206699.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Irregular shape drawing begins here\nCurves0_0 = []  # List to hold curves for the loop\n\n# First line segment\nLine0_0_0 = add_line(start= [128., 128.], end= [205.7431, 128.])  # Bottom side of the irregular shape\nCurves0_0.append(Line0_0_0)\n\n# Second line segment\nLine0_0_1 = add_line(start= [205.7431, 128.], end= [205.7431, 179.8288])  # Right side of the irregular shape\nCurves0_0.append(Line0_0_1)\n\n# Third line segment\nLine0_0_2 = add_line(start= [205.7431, 179.8288], end= [166.8716, 223.])  # Top-right side of the irregular shape\nCurves0_0.append(Line0_0_2)\n\n# Fourth line segment\nLine0_0_3 = add_line(start= [166.8716, 223.], end= [128., 179.8288])  # Top-left side of the irregular shape\nCurves0_0.append(Line0_0_3)\n\n# Fifth line segment, closing the shape\nLine0_0_4 = add_line(start= [128., 179.8288], end= [128., 128.])  # Left side of the irregular shape\nCurves0_0.append(Line0_0_4)\n\n# Complete the loop for the irregular shape\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.2935, -0., 0.], sketch_size= 0.7172\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= -0.75, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00510903",
        "image": "00510903.jpg",
        "conversations": [
            {
                "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\n# Define the first sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., -1., 0.], x_axis= [1., 0., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Drawing the first rectangle\nCurves0_0 = []  # List to hold curves for the first loop\nLine0_0_0 = add_line(start= [128., 128.], end= [223., 128.])  # Bottom edge\nCurves0_0.append(Line0_0_0)\nLine0_0_1 = add_line(start= [223., 128.], end= [223., 222.0306])  # Right edge\nCurves0_0.append(Line0_0_1)\nLine0_0_2 = add_line(start= [223., 222.0306], end= [128., 222.0306])  # Top edge\nCurves0_0.append(Line0_0_2)\nLine0_0_3 = add_line(start= [128., 222.0306], end= [128., 128.])  # Left edge\nCurves0_0.append(Line0_0_3)\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loops\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the first defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.3977, -0., -0.5165], sketch_size= 0.8121\n)\n\n# Extrude the first sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.2911, extent_two= 0.\n)\n\n# Define the second sketch plane with the origin, normal, and axes\nSketchPlane1 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [1., 0., 0.], x_axis= [0., 1., -0.], y_axis= [0., 0., 1.]\n)\n\nLoops1 = []  # List to hold loops\n\n# Drawing the second rectangle\nCurves1_0 = []  # List to hold curves for the second loop\nLine1_0_0 = add_line(start= [128., 128.], end= [192.1707, 128.])  # Bottom edge\nCurves1_0.append(Line1_0_0)\nLine1_0_1 = add_line(start= [192.1707, 128.], end= [192.1707, 223.])  # Right edge\nCurves1_0.append(Line1_0_1)\nLine1_0_2 = add_line(start= [192.1707, 223.], end= [128., 223.])  # Top edge\nCurves1_0.append(Line1_0_2)\nLine1_0_3 = add_line(start= [128., 223.], end= [128., 128.])  # Left edge\nCurves1_0.append(Line1_0_3)\nLoop1_0 = add_loop(Curves1_0)\nLoops1.append(Loop1_0)\n\n# Create profile from the loops\nProfile1 = add_profile(Loops1)\n\n# Add sketch to the second defined sketch plane\nSketch1 = add_sketch(sketch_plane= SketchPlane1, profile= Profile1,\n    sketch_position= [-0., -0.5138, -0.674], sketch_size= 1.149\n)\n\n# Extrude the second sketch to create a 3D object\nExtrude1 = add_extrude(sketch= Sketch1,\n    operation= 1, type= 0, extent_one= 0.4163, extent_two= 0.\n)\n\n```"
            }
        ]
    },
    {
        "id": "00290419",
        "image": "00290419.jpg",
        "conversations": [
            {
                "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\n# Define the sketch plane with the origin, normal, and axes\nSketchPlane0 = add_sketchplane(\n    origin= [0., 0., 0.], normal= [0., 0., 1.], x_axis= [1., 0., 0.], y_axis= [0., 1., 0.]\n)\n\nLoops0 = []  # List to hold loops\n\n# Complex shape drawing begins here\nCurves0_0 = []  # List to hold curves for the loop\n\n# First line segment\nLine0_0_0 = add_line(start= [128., 128.], end= [207.1667, 128.])  # Bottom side of the shape\nCurves0_0.append(Line0_0_0)\n\n# First arc segment\nArc0_0_1 = add_arc(start= [207.1667, 128.], end= [223., 143.8333], mid= [218.3625, 132.6375])  # Curved part\nCurves0_0.append(Arc0_0_1)\n\n# Second line segment\nLine0_0_2 = add_line(start= [223., 143.8333], end= [223., 175.5])  # Right side of the shape\nCurves0_0.append(Line0_0_2)\n\n# Second arc segment\nArc0_0_3 = add_arc(start= [223., 175.5], end= [207.1667, 191.3333], mid= [218.3625, 186.6959])  # Curved part\nCurves0_0.append(Arc0_0_3)\n\n# Third line segment\nLine0_0_4 = add_line(start= [207.1667, 191.3333], end= [128., 191.3333])  # Top side of the shape\nCurves0_0.append(Line0_0_4)\n\n# Fourth line segment, closing the shape\nLine0_0_5 = add_line(start= [128., 191.3333], end= [128., 128.])  # Left side of the shape\nCurves0_0.append(Line0_0_5)\n\n# Complete the loop for the complex shape\nLoop0_0 = add_loop(Curves0_0)\nLoops0.append(Loop0_0)\n\n# Create profile from the loop\nProfile0 = add_profile(Loops0)\n\n# Add sketch to the defined sketch plane\nSketch0 = add_sketch(sketch_plane= SketchPlane0, profile= Profile0,\n    sketch_position= [-0.5861, -0.0759, -0.], sketch_size= 1.125\n)\n\n# Extrude the sketch to create a 3D object\nExtrude0 = add_extrude(sketch= Sketch0,\n    operation= 0, type= 0, extent_one= 0.1875, extent_two= 0.\n)\n\n```"
            }
        ]
    }
]