def project_vertex(self, pnt_or_vertex):
''' returns the closest orthogonal project on `pnt` on edge
'''
if isinstance(pnt_or_vertex, TopoDS_Vertex):
pnt_or_vertex = vertex2pnt(pnt_or_vertex)
poc = GeomAPI_ProjectPointOnCurve(pnt_or_vertex, self.curve_handle)
return poc.LowerDistanceParameter(), poc.NearestPoint()
def project_vertex(self, pnt_or_vertex):
''' returns the closest orthogonal project on `pnt` on edge
'''
if isinstance(pnt_or_vertex, TopoDS_Vertex):
pnt_or_vertex = vertex2pnt(pnt_or_vertex)
self.curve
poc = GeomAPI_ProjectPointOnCurve(pnt_or_vertex, self.curve_handle)
return poc.LowerDistanceParameter(), poc.NearestPoint()
def fit_plane_through_face_vertices(_face):
"""
:param _face: OCC.KBE.face.Face instance
:return: Geom_Plane
"""
from OCC.GeomPlate import GeomPlate_BuildAveragePlane
uvs_from_vertices = [_face.project_vertex(vertex2pnt(i)) for i in Topo(_face).vertices()]
normals = [gp_Vec(_face.DiffGeom.normal(*uv[0])) for uv in uvs_from_vertices]
points = [i[1] for i in uvs_from_vertices]
NORMALS = TColgp_SequenceOfVec()
[NORMALS.Append(i) for i in normals]
POINTS = to_tcol_(points, TColgp_HArray1OfPnt)
pl = GeomPlate_BuildAveragePlane(NORMALS, POINTS).Plane().GetObject()
vec = gp_Vec(pl.Location(), _face.GlobalProperties.centre())
pt = (pl.Location().as_vec() + vec).as_pnt()
pl.SetLocation(pt)
return pl
def fit_plane_through_face_vertices(_face):
"""
:param _face: OCC.KBE.face.Face instance
:return: Geom_Plane
"""
from OCC.GeomPlate import GeomPlate_BuildAveragePlane
uvs_from_vertices = [
_face.project_vertex(vertex2pnt(i)) for i in Topo(_face).vertices()
]
normals = [
gp_Vec(_face.DiffGeom.normal(*uv[0])) for uv in uvs_from_vertices
]
points = [i[1] for i in uvs_from_vertices]
NORMALS = TColgp_SequenceOfVec()
[NORMALS.Append(i) for i in normals]
POINTS = to_tcol_(points, TColgp_HArray1OfPnt)
pl = GeomPlate_BuildAveragePlane(NORMALS, POINTS).Plane().GetObject()
vec = gp_Vec(pl.Location(), _face.GlobalProperties.centre())
pt = (pl.Location().as_vec() + vec).as_pnt()
pl.SetLocation(pt)
return pl
def from_vertex(cls, vertex):
return Vertex.from_pnt(vertex2pnt(vertex))
