def get_neighbours(loc_obj):
"""Gets all neigbours of given locator.
:param loc_obj: SCS locator object for which neighbours should be found
:type loc_obj: bpy.types.Object
:return: list of neighbour locator names
:rtype: list
"""
conns_entries = _core.get_connections(
bpy.data.collections[_COLLECTION_NAME], loc_obj.name)
neighbours = []
if loc_obj.scs_props.locator_prefab_type in ("Map Point", "Trigger Point"):
for conn_entry in conns_entries.values():
# check validity of connection; if not valid don't add neighbour
if conn_entry[_core.VALID]:
# detect oposite
if loc_obj.name == conn_entry[_core.IN]:
neighbours.append(conn_entry[_core.OUT])
else:
neighbours.append(conn_entry[_core.IN])
return neighbours
def get_neighbours(loc_obj):
"""Gets all neigbours of given locator.
:param loc_obj: SCS locator object for which neighbours should be found
:type loc_obj: bpy.types.Object
:return: list of neighbour locator names
:rtype: list
"""
conns_entries = _core.get_connections(bpy.data.groups[_GROUP_NAME], loc_obj.name)
neighbours = []
if loc_obj.scs_props.locator_prefab_type in ("Map Point", "Trigger Point"):
for conn_entry in conns_entries.values():
# check validity of connection; if not valid don't add neighbour
if conn_entry[_core.VALID]:
# detect oposite
if loc_obj.name == conn_entry[_core.IN]:
neighbours.append(conn_entry[_core.OUT])
else:
neighbours.append(conn_entry[_core.IN])
return neighbours