kopia lustrzana https://github.com/carson-katri/geometry-script
27 wiersze
1.4 KiB
Python
27 wiersze
1.4 KiB
Python
# NOTE: This example requires Blender 3.4+
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from geometry_script import *
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@tree("LEGO")
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def lego(size: Vector, stud_radius: Float, stud_depth: Float, count_x: Int, count_y: Int):
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base = cube(size=size)
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stud_shape = cylinder(fill_type=Cylinder.FillType.NGON, radius=stud_radius, depth=stud_depth, vertices=8).mesh
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stud = stud_shape.transform(translation=combine_xyz(z=(stud_depth / 2) + (size.z / 2)))
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hole = stud_shape.transform(translation=combine_xyz(z=(stud_depth / 2) - (size.z / 2)))
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segment = mesh_boolean(
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operation=MeshBoolean.Operation.DIFFERENCE,
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mesh_1=mesh_boolean(operation=MeshBoolean.Operation.UNION, mesh_2=[base, stud]).mesh,
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mesh_2=hole
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).mesh
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return mesh_line(count=count_x, offset=(1, 0, 0)).instance_on_points(
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instance=mesh_line(count=count_y, offset=(0, 1, 0)).instance_on_points(instance=segment)
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).realize_instances().merge_by_distance()
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@tree("Mesh to LEGO")
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def mesh_to_lego(geometry: Geometry, resolution: Float=0.2):
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return geometry.mesh_to_volume(interior_band_width=resolution, fill_volume=False).distribute_points_in_volume(
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mode=DistributePointsInVolume.Mode.DENSITY_GRID,
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spacing=resolution
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).instance_on_points(
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instance=lego(size=resolution, stud_radius=resolution / 3, stud_depth=resolution / 8, count_x=1, count_y=1)
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).realize_instances().merge_by_distance() |