def Execute(self):
results = self._rayQuery.Execute()
rv = []
for entry in results:
if entry.SceneObject is not None:
if isinstance(entry.SceneObject.UserData, Multiverse.Base.ObjectNode):
existingObject = WorldObject._GetExistingWorldObject(entry.SceneObject.UserData)
rv.append(RaySceneQueryResult(entry.Distance, existingObject, None))
else:
ClientAPI.Write("Skipping non-multiverse object: %s" % entry.SceneObject.UserData)
# ignore this object
pass
elif entry.worldFragment is not None:
rv.append(RaySceneQueryResult(entry.Distance, None, entry.worldFragment.SingleIntersection))
return rv
def Execute(self):
results = self._rayQuery.Execute()
rv = []
for entry in results:
if entry.SceneObject is not None:
if isinstance(entry.SceneObject.UserData,
Multiverse.Base.ObjectNode):
existingObject = WorldObject._GetExistingWorldObject(
entry.SceneObject.UserData)
rv.append(
RaySceneQueryResult(entry.Distance, existingObject,
None))
else:
ClientAPI.Write("Skipping non-multiverse object: %s" %
entry.SceneObject.UserData)
# ignore this object
pass
elif entry.worldFragment is not None:
rv.append(
RaySceneQueryResult(
entry.Distance, None,
entry.worldFragment.SingleIntersection))
return rv
def GetPlayerObject():
if _worldManager.Player != None:
return WorldObject._GetExistingWorldObject(_worldManager.Player)
else:
return None
def GetPlayerObject():
if _worldManager.Player != None:
return WorldObject._GetExistingWorldObject(_worldManager.Player)
else:
return None
