def __init__(self):
self.timeProcessing = context.TimeProcessor()
self.reporter = validation.SkinReport()
self.skinProcessor = None
self.skinHandler = 'alembicIO'
self.reportArray = []
self.processingTime = 0
def __init__(self):
self.timeProcessing = context.TimeProcessor()
self.batchProcessing = context.TimeProcessor()
self.processingTime = 0
self.reportArray = []
self.reporter = validation.SkinReport()
self.skinNodeArray = []
self.sceneWeights = []
self.jsonArray = []
self.skinMetadata = {}
self.validationUtils = None
self.mayaFileType = "mayaAscii"
self.injectionSettings = settings.InjectionSettings(None, False)
def resetManager(self, showProgressbar, objectCount, exposeWeightDetails):
"""
Reset Instance properties and utilities functions.
args:
showProgressbar(bool).
objectCount(int): (used to defined progressbar range)
exposeWeightDetails(bool): allows time and additional report at the and of computation.
"""
self.batchProcessing = context.TimeProcessor()
self.batchProcessing.displayProgressbar = showProgressbar
self.batchProcessing.progressbarRange = objectCount
self.batchProcessing.displayReport = exposeWeightDetails
self.batchProcessing.report = '\n<@{0}: Batch Processing report :>'.format(
self.__class__.__name__)
self.sceneWeights = []
self.skinMetadata = {}
def processInputSetting(self, skinSettings):
self.isInvalid = False
self.rebuildTime = 0
self.skinWasrebuilt = False
canFindShapeInScene = self.validateGeometries(skinSettings.shape)
if canFindShapeInScene is False:
report = 'Unable to find shape {}'.format(skinSettings.shape)
maya.OpenMaya.MGlobal.displayWarning(report)
self.isInvalid = True
return
jointReport = self.validateInfluences(skinSettings.influences)
if jointReport.canFindAllJoints is False:
for joint in jointReport.missingJoints:
report = 'Unable to find Influence {}'.format(jointReport)
maya.OpenMaya.MGlobal.displayWarning(report)
self.isInvalid = True
return
isSkinClusterDeformingCurrentShape = self.validateSkin(
skinSettings.deformerName, skinSettings.shape)
if isSkinClusterDeformingCurrentShape is None:
processing = context.TimeProcessor()
processing.displayProgressbar = False
processing.displayReport = False
with processing:
maya.cmds.namespace(setNamespace=self.rootNameSpace)
skinSettings.deformerName = self.rebuildSkinCluster(
skinSettings)
maya.cmds.namespace(setNamespace=self.namespacePrefix)
self.rebuildTime = float(processing.timeRange)
self.skinWasrebuilt = True
return
if isSkinClusterDeformingCurrentShape is False:
report = 'Please insure {skin} actually deforms {shape}'
report = report.format(skin=skinSettings.deformerName,
shape=skinSettings.shape)
maya.OpenMaya.MGlobal.displayWarning(report)
self.isInvalid = True
return
needsSkinClusterRebuilding = self.synchronizeDeformer(
skinSettings.deformerName, skinSettings.influences)
if needsSkinClusterRebuilding is True:
processing = context.TimeProcessor()
processing.displayProgressbar = False
processing.displayReport = False
with processing:
maya.cmds.namespace(setNamespace=self.rootNameSpace)
skinSettings.deformerName = self.rebuildSkinCluster(
skinSettings)
maya.cmds.namespace(setNamespace=self.namespacePrefix)
self.rebuildTime = float(processing.timeRange)
self.skinWasrebuilt = True
def __init__(self):
self.timeProcessing = context.TimeProcessor()