def createObjectSet(setName,
objLst=[],
exclusiveness=False,
partition=None,
increment=False):
'''
create an objectSet.
@param setName string : This objectSet's name.
@param objLst list : Objects which belongs this objectSet.
@param exclusiveness bool : Whether is this objectSet mutually exclusive with another objectSet in one partition.
@param partition node or string : When exclusiveness flag is True, partitin should be assigned a partition node. Ignore when exclusiveness flag is False.
@param increment bool : Whether to use the existed one or create an increment one When the named objectSet has been existed.
If the existed objectSet will be used, ignore exclusiveness flag and partition flag.
@result node
'''
useExisted = False
if not pm.objExists(setName):
objSet = pm.sets(em=1, name=setName)
elif pm.objExists(setName) and increment:
setName = name.compileNodeName(setName)
objSet = pm.sets(em=1, name=setName)
else:
objSet = pm.PyNode(setName)
useExisted = True
if not useExisted and exclusiveness:
partition.addMember(objSet)
if objLst:
#objSet.addMembers(objLst)
pm.sets(objSet, e=1, forceElement=objLst)
return objSet
def createObjectSet(setName, objLst = [], exclusiveness = False, partition = None, increment = False):
'''
create an objectSet.
@param setName string : This objectSet's name.
@param objLst list : Objects which belongs this objectSet.
@param exclusiveness bool : Whether is this objectSet mutually exclusive with another objectSet in one partition.
@param partition node or string : When exclusiveness flag is True, partitin should be assigned a partition node. Ignore when exclusiveness flag is False.
@param increment bool : Whether to use the existed one or create an increment one When the named objectSet has been existed.
If the existed objectSet will be used, ignore exclusiveness flag and partition flag.
@result node
'''
useExisted = False
if not pm.objExists(setName):
objSet = pm.sets(em=1, name = setName)
elif pm.objExists(setName) and increment :
setName = name.compileNodeName(setName)
objSet = pm.sets(em=1, name = setName)
else:
objSet = pm.PyNode(setName)
useExisted = True
if not useExisted and exclusiveness :
partition.addMember(objSet)
if objLst:
#objSet.addMembers(objLst)
pm.sets(objSet, e=1, forceElement = objLst)
return objSet
def createPartition(partitionName, sets=[], increment=False):
'''
create a partition.
@param partitionName string : This partition's name.
@param sets list : Sets which belongs this partition.
@param increment bool : Whetch to use the existed one or create an increment one When the named partition has been existed.
@result node
'''
if not pm.objExists(partitionName):
partition = pm.createNode("partition", name=partitionName)
elif pm.objExists(partitionName) and increment:
partitionName = name.compileNodeName(partitionName)
partition = pm.createNode("partition", name=partitionName)
else:
partition = pm.PyNode(partitionName)
if sets:
partition.addMember(sets)
return partition
def createPartition(partitionName, sets = [], increment = False):
'''
create a partition.
@param partitionName string : This partition's name.
@param sets list : Sets which belongs this partition.
@param increment bool : Whetch to use the existed one or create an increment one When the named partition has been existed.
@result node
'''
if not pm.objExists(partitionName):
partition = pm.createNode("partition", name = partitionName)
elif pm.objExists(partitionName) and increment :
partitionName = name.compileNodeName(partitionName)
partition = pm.createNode("partition", name = partitionName)
else :
partition = pm.PyNode(partitionName)
if sets:
partition.addMember(sets)
return partition
