def getSubdivisionMesh(self, update=True):
"""
Create or update the Catmull-Clark subdivided (or smoothed) mesh for
this mesh.
This does not change the status of isSubdivided(), use setSubdivided()
for that.
If this mesh is doubled by a proxy, when isProxied() is true, a
subdivision mesh for the proxy is used.
Returns the subdivided mesh data.
"""
import catmull_clark_subdivision as cks
if self.isProxied():
if not self.__proxySubdivisionMesh:
self.__proxySubdivisionMesh = cks.createSubdivisionObject(self.__proxyMesh, None)
if self.__seedMesh.object3d:
self.attachMesh(self.__proxySubdivisionMesh)
elif update:
cks.updateSubdivisionObject(self.__proxySubdivisionMesh)
return self.__proxySubdivisionMesh
else:
if not self.__subdivisionMesh:
self.__subdivisionMesh = cks.createSubdivisionObject(self.__seedMesh, self.staticFaceMask)
if self.__seedMesh.object3d:
self.attachMesh(self.__subdivisionMesh)
elif update:
cks.updateSubdivisionObject(self.__subdivisionMesh)
return self.__subdivisionMesh
def getSubdivisionMesh(self, update=True, progressCallback=None):
"""
Create or update the Catmull-Clark subdivided (or smoothed) mesh for
this mesh.
This does not change the status of isSubdivided(), use setSubdivided()
for that.
If this mesh is doubled by a proxy, when isProxied() is true, a
subdivision mesh for the proxy is used.
Returns the subdivided mesh data.
"""
if self.isProxied():
if not self.__proxySubdivisionMesh:
self.__proxySubdivisionMesh = cks.createSubdivisionObject(self.__proxyMesh, progressCallback)
if self.__seedMesh.object3d:
self.attachMesh(self.__proxySubdivisionMesh)
elif update:
cks.updateSubdivisionObject(self.__proxySubdivisionMesh, progressCallback)
return self.__proxySubdivisionMesh
else:
if not self.__subdivisionMesh:
self.__subdivisionMesh = cks.createSubdivisionObject(self.__seedMesh, progressCallback)
if self.__seedMesh.object3d:
self.attachMesh(self.__subdivisionMesh)
elif update:
cks.updateSubdivisionObject(self.__subdivisionMesh, progressCallback)
return self.__subdivisionMesh
