def import_skinning(skinned_mesh, skinweights_path, copy_weights_method=None, go_to_bindpose=True):
with selutils.preserve_selection():
copy_weights_method = copy_weights_method or skinutils.copy_weights
new_nodes = pm.importFile(skinweights_path, loadReferenceDepth='none',
namespace=NAMESPACE_SKINCOPY_IMPORT, returnNewNodes=True)
source_skinmesh = _get_skinned_mesh_from_import(new_nodes, skinweights_path, skinned_mesh.nodeName())
if go_to_bindpose:
bind_pose = skinutils.get_bind_pose_from_skinned_mesh(skinned_mesh)
pm.dagPose(bind_pose, restore=True, g=True)
copy_weights_method(source_skinmesh, skinned_mesh)
import_namespace = nsutils.get_namespace_as_pynode(NAMESPACE_SKINCOPY_IMPORT)
import_namespace.remove()
# evaluate all nodes
pm.mel.eval('doEnableNodeItems true all;')
def test_returns_first_nested_alphabetical_if_same_depth(self):
pm.namespace(add=':foo:bar:spam:eggs')
pm.namespace(add=':goo:car:spam:eggs')
expected = pm.Namespace(':foo:bar:spam')
result = namespaceutils.get_namespace_as_pynode('spam')
self.assertEqual(expected, result)
def test_returns_first_nested(self):
pm.namespace(add=':foo:bar:spam:eggs:spam')
expected = pm.Namespace(':foo:bar:spam')
result = namespaceutils.get_namespace_as_pynode('spam')
self.assertEqual(expected, result)
def test_simple(self):
pm.namespace(add='foo')
expected = pm.Namespace('foo')
result = namespaceutils.get_namespace_as_pynode('foo')
self.assertEqual(expected, result)