# n1 = GeometryNodeStep(step_file_path="step/sphere.stp", anchors=None)
n1 = GeometryNodeStep(step_file_path="step/plate_with_holes.step",
anchors=None)
n2 = GeometryNodePyScript(py_script_path="py_scripts/plate_with_holes.py")
n3 = GeometryNodeLibraryPart(
library_file_path="libraries/ISO4014_library.json",
part_id="ISO4014_M2_grade_Bx21")
A = Assembly()
# A.add_node(n1)
# A.add_node(n2)
A.add_edge(n2,
n1,
object=ConstraintAbsolutePositionning(t=(0, 0, 20), r=(0, 0, 0)))
A.add_edge(n2,
n3,
object=ConstraintAbsolutePositionning(t=(50, 25, 0), r=(0, 0, 0)))
print(A.number_of_nodes())
print(A.number_of_edges())
# A.show_plot()
# A.write_yaml("sample.yaml")
A.write_json("sample.json")
A.display_3d()
nuts = [
Part.from_library_part(library_file_path="libraries/ISO4032_library.json",
part_id="ISO4032_Nut_M2.0") for _ in range(4)
]
assembly = Assembly(root=plate_gn)
for i, screw in enumerate(screws, 1):
assembly.link(plate_gn,
screw,
constraint=ConstraintAnchor(anchor_name_master=str(i),
anchor_name_slave=1,
distance=0,
angle=0))
for i, (screw, nut) in enumerate(zip(screws, nuts), 1):
assembly.link(screw,
nut,
constraint=ConstraintAnchor(anchor_name_master=1,
anchor_name_slave=1,
distance=-5 - 1.6,
angle=0))
if __name__ == "__main__":
print(assembly.number_of_nodes())
print(assembly.number_of_edges())
# view_part(nuts[0])
# view_assembly(assembly)
# view_assembly_graph(assembly)