def export(self, inputTransform, targetDirectory, displayReport=True):
"""
Collect skin settings form a transform name.
(specifically from its shape).
args:
inputTransform(string):Name of the transform with a shape deformed by a skincluster.
targetDirectory(string):directory path for the exported data.
kwargs:
displayReport(bool). print time need to evaluate this operation.
returns:
(SkinSettings)
"""
self.timeProcessing.report = ''
self.timeProcessing.processObjectCount = 0
validationUtils = validation.SkinValidator()
inputSkinNodes = validationUtils.getSkinHistory(inputTransform)
if len(inputSkinNodes) == 0:
return None
skinSettings = None
skinSettings = settings.SkinSettings(inputSkinNodes[0])
skinSettings.shape = maya.cmds.listRelatives(inputTransform,
s=True,
fullPath=True)[0]
return skinSettings
def getSkinNodeArray(self, objectArray):
"""
Validate skinclusters influencing a list of transform
(specifically their shapes).
args:
objectArray(list of transform names influenced by a skincluster).
"""
self.skinNodeArray = []
for inputTransform in objectArray:
validationUtils = validation.SkinValidator()
inputSkinNodes = validationUtils.getSkinHistory(inputTransform)
if len(inputSkinNodes) == 0:
continue
self.skinNodeArray.append(inputSkinNodes[0])
def processWeights(self, unpackDirectory):
self.validationUtils = validation.SkinValidator()
self.validationUtils.rootNameSpace = maya.cmds.namespaceInfo(
currentNamespace=True)
self.validationUtils.namespacePrefix = self.WEIGHT_NAMESPACE
self.skinNodeArray = []
for skinSettings in self.jsonArray:
self.validationUtils.processInputSetting(skinSettings)
if self.validationUtils.isInvalid:
continue
self.batchProcessing.processObjectCount += 1
self.skinNodeArray.append(skinSettings.deformerName)