def update_pos(self,matrix) :
''' Apply changing contains in the matrix argument. '''
if not isinstance(matrix, Matrix) :
raise TypeError(matrix,Matrix)
center=[]
tmp_polyhedron=[]
for polygon in self.polyhedron :
# Loop over every polygon from the polyhedron.
tmp_polygon=[]
for vertex in polygon :
# Loop over every vertice from the polygon.
res_vertex= matrix * vertex # Multiply the current vertice with the matrix
# Storing the new position from the vertice.
tmp_polygon.append(res_vertex) # For the polyhedron polygon container.
center.append(res_vertex) # For polyhedron center computing.
tmp_polyhedron.append(tmp_polygon)
self.polyhedron=tmp_polyhedron # Update the polygon container with the new postion from every vertice.
self.center=get_center_from_polyhedron(center) # Update the polyhedron center.
self.ls= matrix * self.ls # Update the localview.
def update_pos(self, matrix):
''' Apply changing contains in the matrix argument. '''
if not isinstance(matrix, Matrix):
raise TypeError(matrix, Matrix)
center = []
tmp_polyhedron = []
for polygon in self.polyhedron:
# Loop over every polygon from the polyhedron.
tmp_polygon = []
for vertex in polygon:
# Loop over every vertice from the polygon.
res_vertex = matrix * vertex # Multiply the current vertice with the matrix
# Storing the new position from the vertice.
tmp_polygon.append(
res_vertex) # For the polyhedron polygon container.
center.append(res_vertex) # For polyhedron center computing.
tmp_polyhedron.append(tmp_polygon)
self.polyhedron = tmp_polyhedron # Update the polygon container with the new postion from every vertice.
self.center = get_center_from_polyhedron(
center) # Update the polyhedron center.
self.ls = matrix * self.ls # Update the localview.
def update_pos(self,matrix) :
''' Apply changing contains in the matrix argument. '''
if not isinstance(matrix, Matrix) :
raise TypeError(matrix,Matrix)
center=[]
tmp_polyhedron=[]
for lines in self.polygons :
# Loop over every line from the sphere.
tmp_polygon=[]
for vertex in lines :
# Loop over every line from the line.
res_vertex= matrix * vertex # Multiply the current vertice with the matrix
# Storing the new position from the vertice.
tmp_polygon.append(res_vertex) # For the sphere polygon container.
center.append(res_vertex) # For sphere center computing.
tmp_polyhedron.append(tmp_polygon)
self.polygons=tmp_polyhedron
self.center=get_center_from_polyhedron(center)
self.ls= matrix * self.ls