def test_listReferences_options(self):
expectedRefs = set([pm.FileReference(namespace='sphere1'),
pm.FileReference(namespace='sphere2'),
pm.FileReference(namespace='cube1'),
pm.FileReference(namespace='cone1'),
])
self._test_listReferences_options(expectedRefs, {})
def createFailedEdits(self):
# Animate the zombieAttrs
for transform in [x.getParent() for x in pm.ls(type='mesh')]:
try:
zombie = transform.attr('zombieAttr')
except pm.MayaAttributeError:
continue
zombie.setKey(t=1, v=1)
zombie.setKey(t=2, v=2)
zombie.setKey(t=3, v=4)
# want to create another successful edit, so we can tell just by number of edits
# whether we got failed, successful, or both
# failed = 1
# successful = 2
# both = 3
pm.setAttr(self.sphereRef1.namespace + ':pSphere1.rotate', (30, 0, 0))
self.masterFile = pm.saveAs(os.path.join(self.temp, 'master.ma'), f=1)
# deleting the attr should give some failed ref edits in the master...
pm.openFile(self.sphereFile, f=1)
pm.SCENE.pSphere1.zombieAttr.delete()
pm.saveFile(f=1)
pm.openFile(self.masterFile, f=1)
self.sphereRef1 = pm.FileReference(namespace='sphere1')
self.sphereRef2 = pm.FileReference(namespace='sphere2')
self.cubeRef1 = pm.FileReference(namespace='cube1')
self.coneRef1 = pm.FileReference(namespace='cone1')
def test_file_reference_creation(self):
for ref in pm.listReferences(recursive=True):
self.assertEqual(ref, pm.FileReference(pm.PyNode(ref.refNode)))
self.assertEqual(ref, pm.FileReference(str(ref.refNode)))
self.assertEqual(ref, pm.FileReference(pm.Path(ref.withCopyNumber())))
self.assertEqual(ref, pm.FileReference(str(ref.withCopyNumber())))
self.assertEqual(ref, pm.FileReference(namespace=ref.fullNamespace))
def test_listReferences(self):
self.assertEqual(set(pm.listReferences()),
set([pm.FileReference(namespace='sphere1'),
pm.FileReference(namespace='sphere2'),
pm.FileReference(namespace='cube1'),
pm.FileReference(namespace='cone1'),
]))
def test_parent(self):
self.assertEqual(pm.FileReference(namespace='sphere1').parent(), None)
self.assertEqual(pm.FileReference(namespace='sphere2').parent(), None)
self.assertEqual(pm.FileReference(namespace='cube1').parent(), None)
self.assertEqual(pm.FileReference(namespace='cone1').parent(), None)
self.assertEqual(pm.FileReference(namespace='cube1:sphere').parent(),
pm.FileReference(namespace='cube1'))
self.assertEqual(pm.FileReference(namespace='cone1:cubeInCone').parent(),
pm.FileReference(namespace='cone1'))
self.assertEqual(pm.FileReference(namespace='cone1:cubeInCone:sphere').parent(),
pm.FileReference(namespace='cone1:cubeInCone'))
def toggleSecondaryRef():
curscene = pm.workspace.path
facialRig_file = curscene.__div__(
'scenes/Model/CH/01_KG/_temp/facialRig/NS57_KG_facialRig.mb'
) # path to character facialRig file
rootCtrl = pm.PyNode('CH_Ctrl_Reference') # name of Root
rootFacialAtr = rootCtrl.attr('Facial_Ref') # name of customAttribute
if rootCtrl.Secondary_Ref.get() is True:
pm.FileReference(facialRig_file).load()
elif rootCtrl.Secondary_Ref.get() is False:
pm.FileReference(facialRig_file).unload()
pm.select(rootCtrl)
def run():
if pm.ls(sl=True):
for x in pm.ls(sl=True):
layers = td_tools.which_render_layers(x)
ref_obj = td_tools.ReferenceObj(x)
print layers
ref = pm.FileReference(ref_obj.file)
proxy_file = get_proxy_for_selected_reference(x)
ref.remove()
# import proxy
dets = pft.PathDetails.parse_path(proxy_file)
name_space = dets.shot
try:
pm.system.namespace(add=name_space)
except RuntimeError:
pass
pm.system.namespace(set=name_space)
pm.importFile(proxy_file)
pm.system.namespace(set=':')
sel = pm.PyNode('%s:ArnoldStandIn' % name_space)
sel.rename('%s:%s_mdl' % (name_space, name_space))
# add this to all the render layers.
print 'trying to add this: %s:%s_mdl' % (name_space, name_space)
td_tools.set_render_layers('%s:%s_mdl' % (name_space, name_space),
layers)
else:
pm.warning(u'请先选中需要替换的参考内容')
def test_file_reference_remove_merge_namespace_parent(self):
pm.openFile(self.masterFile, f=1)
self.sphereRef1 = pm.FileReference(namespace='sphere1')
pm.system.Namespace('sphere1').setCurrent()
pm.system.Namespace.create('foobar')
pm.system.Namespace('sphere1:foobar').setCurrent()
pm.modeling.polyCube(n='testCube')
self.tempRef1 = pm.system.createReference(self.sphereFile,
namespace='foobar')
pm.modeling.polyCube(n=':sphere1:foobar:foobar:bob')
self.assertTrue(cmds.objExists(':sphere1:foobar:testCube'))
self.assertTrue(cmds.objExists(':sphere1:foobar:foobar:bob'))
self.assertFalse(cmds.objExists(':testCube'))
self.assertFalse(cmds.objExists(':sphere1:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar1:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar:foobar:testCube'))
self.assertFalse(cmds.objExists(':bob'))
self.assertFalse(cmds.objExists(':sphere1:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar1:bob'))
pm.system.FileReference(
self.tempRef1).remove(mergeNamespaceWithParent=1)
self.assertTrue(cmds.objExists(':sphere1:foobar:testCube'))
self.assertTrue(cmds.objExists(':sphere1:foobar:bob'))
self.assertFalse(cmds.objExists(':testCube'))
self.assertFalse(cmds.objExists(':sphere1:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar1:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar:foobar:testCube'))
self.assertFalse(cmds.objExists(':bob'))
self.assertFalse(cmds.objExists(':sphere1:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar1:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar:foobar:bob'))
def test_file_reference_remove_force(self):
pm.openFile(self.masterFile, f=1)
self.sphereRef1 = pm.FileReference(namespace='sphere1')
pm.system.Namespace('sphere1').setCurrent()
pm.modeling.polyCube(n='testCube')
pm.system.FileReference(self.sphereRef1).remove(force=True)
self.assertFalse(pm.general.objExists('testCube'))
def import_reference_delete_namespace(self):
import pymel.core as pm
for r in pm.listReferences():
print r.fullNamespace
pm.FileReference(namespace=r.fullNamespace).importContents(
removeNamespace=True)
print('References imported\nNamespace deleted')
def analizeVersions():
brunch = analizeShotSC()['brunch']
# Check ASSETS VERSIONS
wrongVersions = []
listRefAssets = pm.getReferences().keys(
) # Get CODES of referenced FILES in current scene
print 'dnaCore.analizeVersions [ listRefAssets ]: {}'.format(listRefAssets)
for i in listRefAssets: # For ecah REFERENCE: Check existing VER, check VER in FTRACK. IF missmatch : ADD to << wrongVersions variable>>
pathRef = pm.FileReference(namespace=i)
dataFileName = fileActs(pathRef) # Get DATA from file PATH
verLoad = dataFileName['fileVresion'] # Version in SCENE
assetType = dataFileName['assetType']
assetNameFull = i
if assetNameFull: # Check if assetNameFull is NOT empty
if not buildAssetDic(
i) == None: # Check if ASSET exists in DATABASE
if assetType == 'environments': # Fix KEY for environments
brunch = 'GEO'
pathRefFT = buildAssetDic(i)[brunch]
print 'dnaCore.analizeVersions [ pathRefFT ]: {}'.format(
pathRefFT)
verFT = pathRefFT.split('_')[-1].split('.')[0]
if not verLoad == verFT:
wrongVersions.append(i)
return wrongVersions
def test_file_reference_remove_merge_namespace_root(self):
pm.openFile(self.masterFile, f=1)
self.sphereRef1 = pm.FileReference(namespace='sphere1')
pm.system.Namespace('sphere1').setCurrent()
pm.modeling.polyCube(n='testCube')
pm.system.FileReference(
self.sphereRef1).remove(mergeNamespaceWithRoot=1)
self.assertIn('testCube', pm.system.namespaceInfo(':', ls=1))
def delAsset():
brunch = analizeShotSC()['brunch']
dataShotSC = analizeShotSC() # Get SHOT data from SCENE
dataShotFT = analizeShotFT() # Get SHOT data from DATABASE
extraAssets = set(dataShotSC['scn_AST']) - set(dataShotFT['ftr_AST'])
for i in extraAssets:
a = pm.FileReference(namespace=i).remove()
print '<< DELETED ASSET: {} >>'.format(i)
def delete(node): if pm.referenceQuery(node, inr = True): refFile = pm.referenceQuery(node, f = True) ref = pm.FileReference(refFile) ref.remove() return for child in node.listRelatives(c=True): delete(child) pm.delete(node)
def deleteAsset(self, refNodes):
namespace = refNodes[0].associatedNamespace(baseName=False)
for ref in refNodes:
pm.FileReference(ref).remove()
# remove the namespace and any nodes that may still exist in it
if pm.namespace(exists=namespace):
pm.namespace(dnc=True, rm=namespace)
def getRefNodes(self):
nodes = []
for node in pc.ls(type=pc.nt.Reference):
if not node.referenceFile():
continue
try:
nodes.append(pc.FileReference(node))
except:
pass
return nodes
def remap_paths(self):
for ref in self.refs:
if ref['type'] == 'reference':
r = pm.FileReference(ref['node'])
r.unload()
r.replaceWith(os.path.normpath(ref['path']).replace(os.path.normpath(self.project_path), '$' + self.project_env_var), loadReferenceDepth='none')
r.load()
def test_listReferences_recursive(self):
self.assertEqual(set(pm.listReferences(recursive=True)),
set([pm.FileReference(namespace='sphere1'),
pm.FileReference(namespace='sphere2'),
pm.FileReference(namespace='cube1'),
pm.FileReference(namespace='cone1'),
pm.FileReference(namespace='cube1:sphere'),
pm.FileReference(namespace='cone1:cubeInCone'),
pm.FileReference(namespace='cone1:cubeInCone:sphere'),
]))
def test_listReferences_options_recursive(self):
expectedRefs = set([pm.FileReference(namespace='sphere1'),
pm.FileReference(namespace='sphere2'),
pm.FileReference(namespace='cube1'),
pm.FileReference(namespace='cone1'),
pm.FileReference(namespace='cube1:sphere'),
pm.FileReference(namespace='cone1:cubeInCone'),
pm.FileReference(namespace='cone1:cubeInCone:sphere'),
])
self._test_listReferences_options(expectedRefs, {'recursive':True})
def Import():
loadAlembic()
directory = pm.workspace.path
fileFilter = "Alembic Files (*.abc)"
files = pm.fileDialog2(fileFilter=fileFilter,
dialogStyle=1,
fileMode=4,
dir=directory)
if files:
for f in files:
filename = os.path.splitext(os.path.basename(f))[0]
groupname = filename + '_grp'
newNodes = cmds.file(f,
reference=True,
namespace=filename,
groupReference=True,
groupName=groupname,
returnNewNodes=True)
refNode = pm.FileReference(f).refNode
print refNode
assets = set()
new_namespace = 'assets'
for node in newNodes:
node = pm.PyNode(node)
if node.hasAttr('assetid'):
assetid = node.assetid.get()
asset_name = assetid.split('/')[0]
assets.add(asset_name)
if len(assets) == 1:
asset = list(assets)[0]
i = 1
while pm.namespace(
ex='{}_{}'.format(asset, (str(i).zfill(2)))):
i += 1
new_namespace = '{}_{}'.format(asset, (str(i).zfill(2)))
new_group = new_namespace + '_grp'
ns = filename.replace('.', '_')
pm.namespace(ren=(ns, new_namespace))
pm.rename(groupname, new_group)
refNode.unlock()
pm.rename(refNode, new_namespace + 'RN')
refNode.lock()
for node in newNodes:
if node == '|NewReference':
pm.rename('%s:grp' % filename)
def test_file_reference_remove_merge_namespace_parent(self):
pm.openFile(self.masterFile, f=1)
self.sphereRef1 = pm.FileReference(namespace='sphere1')
pm.system.Namespace('sphere1').setCurrent()
pm.system.Namespace.create('foobar')
pm.system.Namespace('sphere1:foobar').setCurrent()
pm.modeling.polyCube(n='testCube')
self.tempRef1 = pm.system.createReference(self.sphereFile,
namespace='foobar')
pm.system.FileReference(
self.tempRef1).remove(mergeNamespaceWithParent=1)
self.assertIn('sphere1:testCube',
pm.system.namespaceInfo('sphere1', ls=1))
def loadedRefPermutations(parentReference=None):
'''Returns dicts mapping from namespaces to whether they are loaded
or not
Returns all possible such dicts, taking into account the fact that
if a ref is unloaded, all it's subrefs will also be unloaded (and,
in fact, won't even seem to exist)
'''
finalPermutations = []
namespaces = pm.listReferences(parentReference=parentReference,
namespaces=True,
references=False)
# now, get all the possible permutations for each sub-ref, assuming
# that sub-ref is loaded
subPermutationsByNS = {}
for namespace in namespaces:
subsForNS = loadedRefPermutations(
parentReference=pm.FileReference(namespace=namespace))
if subsForNS:
subPermutationsByNS[namespace] = subsForNS
# Now get all loaded/unloaded permutations for top namespaces...
for loadedVals in itertools.product((True, False),
repeat=len(namespaces)):
topByNamespace = dict(zip(namespaces, loadedVals))
# then, find any sub-permutations for refs which are loaded
possibleSubPermutations = []
for ns, loaded in topByNamespace.iteritems():
if loaded and ns in subPermutationsByNS:
possibleSubPermutations.append(subPermutationsByNS[ns])
# finally, if we iterate over all the products of all possible
# sub-perms, and combine all the resulting dicts, we should
# get all the final permutations...
if possibleSubPermutations:
for subPermSelections in itertools.product(
*possibleSubPermutations):
topCopy = dict(topByNamespace)
for subPermItem in subPermSelections:
topCopy.update(subPermItem)
finalPermutations.append(topCopy)
else:
# there are no sub-permutations, just append the current
# permutation for top-level refs
finalPermutations.append(topByNamespace)
return finalPermutations
def getCombinedMesh(ref):
'''returns the top level meshes from a reference node'''
meshes = []
if ref:
for node in pc.FileReference(ref).nodes():
if type(node) == pc.nt.Mesh:
try:
node.firstParent().firstParent()
except pc.MayaNodeError:
if not node.isIntermediate():
meshes.append(node.firstParent())
except Exception as ex:
print 'Error: %r: %r' % (type(ex), ex)
return meshes
def test_file_reference_remove_merge_namespace_parent(self):
pm.openFile(self.masterFile, f=1)
self.sphereRef1 = pm.FileReference(namespace='sphere1')
pm.system.Namespace('sphere1').setCurrent()
pm.system.Namespace.create('foobar')
pm.system.Namespace('sphere1:foobar').setCurrent()
pm.modeling.polyCube(n='testCube')
self.tempRef1 = pm.system.createReference(self.sphereFile,
namespace='foobar')
pm.modeling.polyCube(n=':sphere1:foobar:foobar:bob')
self.assertTrue(cmds.objExists(':sphere1:foobar:testCube'))
self.assertTrue(cmds.objExists(':sphere1:foobar:foobar:bob'))
self.assertFalse(cmds.objExists(':testCube'))
self.assertFalse(cmds.objExists(':sphere1:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar1:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar:foobar:testCube'))
self.assertFalse(cmds.objExists(':bob'))
self.assertFalse(cmds.objExists(':sphere1:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar1:bob'))
pm.system.FileReference(
self.tempRef1).remove(mergeNamespaceWithParent=1)
# Before maya 2018, there was a bug where removing the ref, which lives
# in "sphere1:foobar:foobar", would also delete "sphere1:foobar" -
# leaving just "sphere1:", where everything was moved into...
if pymel.versions.current() < pymel.versions.v2018:
# when it deletes sphere1:foobar, it tries to move sphere1:foobar:foobar
# to sphere1:foobar... but apparently that causes a name conflict,
# so it makes sphere1:foobar1 instead
self.assertTrue(cmds.objExists(':sphere1:testCube'))
self.assertTrue(cmds.objExists(':sphere1:foobar1:bob'))
self.assertFalse(cmds.objExists(':testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar1:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar:foobar:testCube'))
self.assertFalse(cmds.objExists(':bob'))
self.assertFalse(cmds.objExists(':sphere1:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar:foobar:bob'))
else:
self.assertTrue(cmds.objExists(':sphere1:foobar:testCube'))
self.assertTrue(cmds.objExists(':sphere1:foobar:bob'))
self.assertFalse(cmds.objExists(':testCube'))
self.assertFalse(cmds.objExists(':sphere1:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar1:testCube'))
self.assertFalse(cmds.objExists(':sphere1:foobar:foobar:testCube'))
self.assertFalse(cmds.objExists(':bob'))
self.assertFalse(cmds.objExists(':sphere1:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar1:bob'))
self.assertFalse(cmds.objExists(':sphere1:foobar:foobar:bob'))
def listReferences(**kwargs):
bSelected = kwargs.pop("selected", kwargs.pop("sl", False))
bLocked = kwargs.pop("locked", None)
bLoaded = kwargs.pop("loaded", None)
bTopRef = kwargs.pop("topReference", kwargs.pop("top", True))
excludeFunc = kwargs.pop("exclude", None)
if bSelected:
searchList = mc.ls(sl=True , dag=True, referencedNodes=True)
sRefNodeList = mc.ls(sl=True, type="reference")
if sRefNodeList:
searchList.extend(sRefNodeList)
else:
searchList = pm.iterReferences(recursive=(not bTopRef))
sRefNodeList = []
oFileRefList = []
for each in searchList:
oFileRef = None
if bSelected:
sRefNode = mc.referenceQuery(each, referenceNode=True, topReference=bTopRef)
else:
sRefNode = each.refNode.name()
oFileRef = each
if sRefNode in sRefNodeList:
continue
sRefNodeList.append(sRefNode)
if bLocked is not None:
if (mc.getAttr(sRefNode + ".locked") != bLocked):
continue
if bLoaded is not None:
if (mc.referenceQuery(sRefNode, isLoaded=True) != bLoaded):
continue
if not oFileRef:
oFileRef = pm.FileReference(sRefNode)
if excludeFunc and excludeFunc(oFileRef):
continue
oFileRefList.append(oFileRef)
return oFileRefList
def doTestForRefPermuation(loadedByNS):
self.setUp()
# Note that we always need to track by namespace... we cannot use
# persistant FileReferences objects, since they are tied to
# a reference node... and if a parent reference node is unloaded,
# they may be come invalid
for ns, loaded in loadedByNS.iteritems():
if not loaded:
ref = pm.FileReference(namespace=ns)
if not loaded:
print "unloading: %r" % ns
ref.unload()
pprint(loadedByNS)
# All files should now be set up with the appropriate
# loaded/unloaded refs... confirm
for ns, loaded in loadedByNS.iteritems():
try:
wasLoaded = pm.FileReference(namespace=ns).isLoaded()
except RuntimeError:
wasLoaded = False
self.assertEqual(loaded, wasLoaded)
doTestForKwargPermutation(None, None, 'all')
doTestForKwargPermutation(None, True, 'unloaded')
doTestForKwargPermutation(None, False, 'loaded')
doTestForKwargPermutation(True, None, 'loaded')
doTestForKwargPermutation(True, True, 'all')
doTestForKwargPermutation(True, False, 'loaded')
doTestForKwargPermutation(False, None, 'unloaded')
doTestForKwargPermutation(False, True, 'unloaded')
doTestForKwargPermutation(False, False, 'none')
def removeHigh(rigs=None, warn=True):
"""
Removes the high-poly references.
Args:
rigs (list): Rigs to remove high-poly from. If None given will use selected or find rigs in scene.
warn (boolean): If True, will warn user if no high-poly references of given rigs found.
Returns:
(list): File references removed.
"""
references = set()
skinned_meshes = set()
skeleton_meshes = rig.getSkeletonMeshes(rigs=rigs)
for mesh, data in skeleton_meshes.items():
reference = pm.FileReference(namespace=mesh.namespace())
if not reference.namespace.startswith(pcfg.high_poly_namespace):
continue
references.add(reference)
pm.parent(mesh, world=True)
shapes = mesh.getShapes(
) # deformed shape is made when creating deformer, must delete
shapes = [shape for shape in shapes if not shape.isReferenced()]
pm.delete(shapes)
skinned_meshes.add(data['skinned_mesh'])
for skinned_mesh in skinned_meshes:
to_delete = skinned_mesh.wraps.get()
to_delete = json.loads(to_delete)
pm.delete(
to_delete[0]
) # index 0 is group, rest are proximity deformers that were deleted with deformer shapes
skinned_mesh.wraps.set('')
# remove references
[reference.remove() for reference in references]
# final display
if references:
pm.displayInfo('Removed ' + str(len(references)) +
' high-poly references')
elif warn:
pm.warning('No high-poly references found!')
return references
def fix(self):
"""Update the references."""
for each in self.errorNodes:
path = self._make_platform_independent(each['path'])
ref = pm.FileReference(each['node'])
try:
ref.load(path)
except RuntimeError as e:
# A RuntimeError gets raised when the reference has nodes
# from a plugin that is not currently loaded. We can safely
# ignore this (But we still want to print out the message
# in case anything goes wrong.
print e.message
self.run()
def duplicateReference(): ''' Duplicate Reference and snap it to position of original ''' item = pm.selected()[0] if pm.referenceQuery(item, inr=True) ref_node = pm.referenceQuery(item, rfn=True) ref_path = pm.FileReference(ref_node).path ref_ns = pm.referenceQuery(item, ns=True) ref_dup = pm.createReference(ref_path, ns=ref_ns + '1') # get root node ref_dup.selectAll() root_node = pm.selected()[0].root() # snap pm.delete(pm.parentConstraint(item, root_node, mo=0))
def update_scene(self):
rx = QtCore.QRegExp("Row_*")
rx.setPatternSyntax(QtCore.QRegExp.Wildcard)
for child in self.ui.findChildren(QtWidgets.QWidget, rx):
asset_file = child.whatsThis()
version = child.findChild(QtWidgets.QComboBox).currentText()
reference_file = asset_file.replace(asset_file[-7:-3], version)
reference_node = child.toolTip()
if reference_node: # asset already referenced in scene
pm.FileReference(
refnode=reference_node).replaceWith(reference_file)
else:
pm.createReference(reference_file, namespace=":")
print ">> references loaded/updated",
self.ui.close()
return
