def __init__(self, faces=None, vertices=None, **kwargs):
"""
SuperClass for Revitinterface option
"""
RevitInterface.__init__(self, **kwargs)
Trimesh.__init__(self, vertices=vertices, faces=faces)
self._reps = {}
self._facet_centroids = None
self._convex_comps = None
self._current_rep = 'mesh'
self._axis = []
def __init__(self, faces=None, vertices=None, **kwargs):
"""
Arbitrary thing assumed to be a line-based geometry
"""
CadInterface.__init__(self, **kwargs)
Trimesh.__init__(self, vertices=vertices, faces=faces)
self._reps = {}
self._facet_centroids = None
self._current_rep = 'mesh'
self._convex_comps = None
# axis is two facet_box indices
self._axis = []
def __init__(self, vertices=None, mesh=None, debug=False, **kwargs):
if mesh is None and vertices is not None:
mesh = Trimesh(vertices=vertices).convex_hull.bounding_box_oriented
Trimesh.__init__(self, vertices=mesh.vertices, faces=mesh.faces)
vert_face = self.vertices[self.faces[self.facets]]
# facet centroids np.shape([6, 3])
self._facet_centers = vert_face.reshape(self.facets.shape[0], -1,
3).mean(axis=1)
fct_norm = self.facets_normal
mn1, mn2 = np.where(
np.isclose(spatial.distance.cdist(fct_norm, -fct_norm), 0.))
# pairs of axis points of obb : [ 3, 2]
self._pairs = np.unique([sorted(v) for v in zip(mn1, mn2)], axis=0)
lines = []
for n1, n2 in zip(self.axes_vertices[:, 0, :],
self.axes_vertices[:, 1, :]):
lines.append(lib.geo.Line(lib.geo.Point(n1), lib.geo.Point(n2)))
self._axis_skel = AxisSkeleton(lines)
