def are_same_edges(occedge1, occedge2):
edgepyptlist1 = fetch.occptlist2pyptlist(fetch.points_from_edge(occedge1))
edgepyptlist2 = fetch.occptlist2pyptlist(fetch.points_from_edge(occedge2))
if edgepyptlist1 == edgepyptlist2:
return True
else:
edgepyptlist1.reverse()
if edgepyptlist1 == edgepyptlist2:
return True
else:
return False
def flatten_edge_z_value(occedge, z=0):
occptlist = fetch.points_from_edge(occedge)
pyptlist = fetch.occptlist2pyptlist(occptlist)
pyptlist_2d = []
for pypt in pyptlist:
pypt2d = (pypt[0], pypt[1], z)
pyptlist_2d.append(pypt2d)
flatten_edge = construct.make_edge(pyptlist_2d[0], pyptlist_2d[1])
return flatten_edge
def edge_common_vertex(occedge1, occedge2):
pyptlist_all = []
edgepyptlist1 = fetch.occptlist2pyptlist(fetch.points_from_edge(occedge1))
edgepyptlist2 = fetch.occptlist2pyptlist(fetch.points_from_edge(occedge2))
pyptlist_all.extend(edgepyptlist1)
pyptlist_all.extend(edgepyptlist2)
seen = set()
uniq = []
common = []
for pypt in pyptlist_all:
if pypt not in seen:
uniq.append(pypt)
seen.add(pypt)
else:
common.append(pypt)
if not common:
return ()
else:
return common
def edge_common_vertex(occedge1, occedge2):
"""
This function checks if two OCCedges have common vertices.
Parameters
----------
occedge1 : OCCedge
The first edge to be analysed.
occedge2 : OCCedge
The second edge to be analysed.
Returns
-------
list of common points : pyptlist
The list of common points between the two edges.
"""
pyptlist_all = []
edgepyptlist1 = fetch.points_from_edge(occedge1)
edgepyptlist2 = fetch.points_from_edge(occedge2)
pyptlist_all.extend(edgepyptlist1)
pyptlist_all.extend(edgepyptlist2)
seen = set()
uniq = []
common = []
for pypt in pyptlist_all:
if pypt not in seen:
uniq.append(pypt)
seen.add(pypt)
else:
common.append(pypt)
if not common:
return ()
else:
return common
def edge_common_vertex(occedge1, occedge2):
"""
This function checks if two OCCedges have common vertices.
Parameters
----------
occedge1 : OCCedge
The first edge to be analysed.
occedge2 : OCCedge
The second edge to be analysed.
Returns
-------
list of common points : pyptlist
The list of common points between the two edges.
"""
pyptlist_all = []
edgepyptlist1 = fetch.points_from_edge(occedge1)
edgepyptlist2 = fetch.points_from_edge(occedge2)
pyptlist_all.extend(edgepyptlist1)
pyptlist_all.extend(edgepyptlist2)
seen = set()
uniq = []
common = []
for pypt in pyptlist_all:
if pypt not in seen:
uniq.append(pypt)
seen.add(pypt)
else:
common.append(pypt)
if not common:
return ()
else:
return common