def vertices(p: disassemble.Primitive) -> Iterable[Vec3]:
if flatten:
primitive.max_flattening_distance = abs(flatten)
return primitive.vertices()
else:
return disassemble.to_control_vertices([p])
def test_to_control_vertices(circle_primitive):
vertices = list(disassemble.to_control_vertices([circle_primitive]))
# control points from 4 cubic bezier curves:
assert len(vertices) == 13 # closed: first == last
def vertices(p: disassemble.Primitive) -> Iterable[Vec3]:
if not flatten:
return disassemble.to_control_vertices([p])
return primitive.vertices()