def GetEdges2DPT(edges):
lst_xy = []
for edge in edges:
t = Topo(edge)
for vertex in t.vertices():
# print("vertices type",type(t.vertices())) class 'list_iterator'
pnt = BRep_Tool().Pnt(vertex)
# print('X', pnt.X(), 'Y', pnt.Y(), 'Z', pnt.Z())
if [pnt.X(),pnt.Y()] not in lst_xy:
lst_xy.append([pnt.X(),pnt.Y()])
return lst_xy
def GetEdgeXY(edge):
x = []
y = []
t= Topo(edge)
for vertex in t.vertices():
# print("vertices type",type(t.vertices())) class 'list_iterator'
pnt = BRep_Tool().Pnt(vertex)
# print('X', pnt.X(), 'Y', pnt.Y(), 'Z', pnt.Z())
x.append(pnt.X())
y.append(pnt.Y())
return x[0],y[0],x[1],y[1]
def EdgeSplitShapely(lst_edges):
lines = []
for edge in lst_edges:
t = Topo(edge)
x_lst = []
y_lst = []
for vertex in t.vertices():
pnt = BRep_Tool().Pnt(vertex)
x_lst.append(pnt.X())
y_lst.append(pnt.Y())
line = geometry.LineString([[x_lst[0],y_lst[0]],[x_lst[1],y_lst[1]]])
lines.append(line)
multi_line = geometry.MultiLineString(lines)
merge_line = ops.linemerge(multi_line)
print(merge_line)