def contain(type):
selection = pymel.ls(selection=True)
if type == 'dag':
type = 'dagContainer'
positions = {}
for each in selection:
positions[each] = pymel.hyperGraph(HYPER_GRAPH, query=True, getNodePosition=selection[0])
container = pymel.container(type=type, includeHierarchyBelow=True, )
pymel.container(addNode=selection, edit=True, includeHierarchyBelow=True, force=True)
print container
pymel.select( cl=True )
#pymel.evalDeferred('pymel.select("'+container+'", replace=True,)')
#pymel.evalDeferred('pymel.hyperGraph("'+hyperGraph+'", edit=True, expandContainer=True)')
def deferredCauseMayaIsStupid():
pymel.select(container, replace=True,)
pymel.hyperGraph(HYPER_GRAPH, edit=True, expandContainer=True)
for each in positions:
pymel.hyperGraph(HYPER_GRAPH, edit=True, setNodePosition=[each, positions[each][0], positions[each][1]])
posX, posY = pymel.hyperGraph(HYPER_GRAPH, query=True, getNodePosition=container)
pymel.hyperGraph(HYPER_GRAPH, edit=True, setNodePosition=[each, posX, posY+3])
pymel.evalDeferred( deferredCauseMayaIsStupid)
def addIntermediateNode(node, data):
"""The function to be passed into the callback."""
node = pmc.PyNode(node)
if isinstance(node, pmc.nt.DagNode):
# ignore DAG objects
return
pmc.container(container, e=True, addNode=node)
def createSkeletonGroup(self):
self.rig_skeleton_group = pm.group(empty = True, name = "SKELETON")
pm.container(self.rig_container, e = True, addNode = self.rig_skeleton_group, ihb = True)
return self.rig_skeleton_group
def createRigGroup(self):
self.rig_rig_group = pm.group(empty = True, name = "RIG")
pm.container(self.rig_container, e = True, addNode = self.rig_skeleton_group, ihb = True)
return self.rig_rig_group
def createMeshGroup(self):
self.rig_mesh_group = pm.group(empty = True, name = "MESH")
pm.container(self.rig_container, e = True, addNode = self.rig_mesh_group, ihb = True)
return self.rig_mesh_group
def loadTranslationControl(root_joint, module_name, container, module_control_grp, control_type = "translation", color = [1, 0, 0]):
""" loads translation control onto the root_joint """
path = os.path.join(environ.ControlObjectsPath, "translation_control.ma")
pm.importFile(path, renameAll = True, loadReferenceDepth = "all", namespace =":") # renamePrefix == namespace
# rename default module
translation_control = pm.rename("translation_control", module_name + ":" + root_joint.stripNamespace() + "_translation_control", ignoreShape = False)
translation_control_grp = pm.group(translation_control, name = module_name + ":" + root_joint.stripNamespace() + "_translation_controlGrp")
# move control to root root_joint
pm.delete(pm.pointConstraint(root_joint, translation_control_grp, maintainOffset=False))
translation_control_grp.setParent(module_control_grp)
pm.addAttr(translation_control, longName="ControlType", dataType="string", keyable=False)
pm.addAttr(translation_control, longName="ParentObject", at="message", multi = True)
translation_control.ControlType.set(control_type, type = "string", lock = True)
utils.addNodeToContainer(container, [translation_control, translation_control_grp], ihb = True, includeNetwork = True)
pm.container(container, edit=True, publishAndBind=[translation_control + ".rotate", translation_control.stripNamespace() + "_rotate"])
pm.container(container, edit=True, publishAndBind=[translation_control + ".translate", translation_control.stripNamespace() + "_translate"])
return translation_control, translation_control_grp
def AddNodeToContainer(_containerName, _nodesIn, _includeHierarchyBelow = False, _includeShapes = False, _force = False):
import types
nodes = []
# create a new list of current list object
if type(_nodesIn) is types.ListType:
nodes = list(_nodesIn)
# store current object as a list
else:
nodes = [_nodesIn]
# Put maya unit conversion nodes in a list
conversionNodes = []
for node in nodes:
node_conversionNodes = pm.listConnections(node, source = True, destination = True)
node_conversionNodes = pm.ls(node_conversionNodes, typ = 'unitConversion')
conversionNodes.extend(node_conversionNodes)
# Store everything in a single list
nodes.extend(conversionNodes)
pm.container(_containerName, edit = True, addNode = nodes, includeHierarchyBelow = _includeHierarchyBelow, includeShapes = _includeShapes, force = _force)
def checkLeveL(self,node):
if not pm.objExists(node.name()):return False
ar = pm.container(query=True, findContainer=node)
if not ar: return False
ar = pm.container(query=True, findContainer=ar)
if not ar: return False
return True
def __init__(self):
selectedObjects = pm.ls(selection = True, transforms = True)
filteredGroups = []
for obj in selectedObjects:
if obj.find("Group__") == 0:
filteredGroups.append(obj)
if len(filteredGroups) == 0:
return
# Recursively find and store grouped module namespaces in a list
groupContainer = "Group_container"
modules = []
for group in filteredGroups:
modules.extend(self.FindChildModules(group))
# Store all the grouped container nodes in a list
moduleContainers = [groupContainer]
for module in modules:
moduleContainer = "%s:module_container" %module
moduleContainers.append(moduleContainer)
# Unlock containers
for container in moduleContainers:
pm.lockNode(container, lock = False, lockUnpublished = False)
# Ungroup
for group in filteredGroups:
childCount = len(pm.listRelatives(group, children = True))
if childCount > 1:
pm.ungroup(group, absolute = True)
for attr in ["t", "r", "globalScale"]:
pm.container(groupContainer, edit = True, unbindAndUnpublish = "%s.%s" %(group, attr))
parentGroup = pm.listRelatives(group, parent = True)
pm.delete(group)
# Recursively delete empty parent groups
if len(parentGroup) != 0:
parentGroup = parentGroup[0]
children = pm.listRelatives(parentGroup, children = True)
children = pm.ls(children, transforms = True)
if len(children) == 0:
pm.select(parentGroup, replace = True)
UngroupSelected()
# Lock module containers after ungrouping is finished
for container in moduleContainers:
if pm.objExists(container):
pm.lockNode(container, lock = True, lockUnpublished = True)
def publish_joints(asset=None):
"""From the given container, publish the xform attributes for all joints."""
if not asset or not isinstance(asset, pmc.nt.Container):
asset = pmc.selected(type="container")[0]
all_nodes = pmc.container(asset, q=True, nodeList=True)
for j in (o for o in all_nodes if isinstance(o, pmc.nt.Joint)):
for attr in (j.translate, j.rotate, j.scale):
pubName = "_".join(("inputs", j.nodeName(), attr.longName()))
pmc.container(asset, e=True, publishAndBind=(attr, pubName))
def setModuleMetaInfo(node, attribute, attrInfo):
"""
Sets the attribute of the modules meta node.
If attribute type is message, attribute has to be the same for both meta and node.
"""
node = pm.PyNode(node)
# what if node is meta
meta_node = None
# find meta node
if node.hasAttr("MetaNode"):
meta_node = pm.PyNode(node.MetaNode.get())
elif node.hasAttr("ModuleNodes"):
meta_node = pm.PyNode(node)
if meta_node != None:
if pm.objectType(node) == "container":
module_container = node
else:
module_container = pm.container(q = True, findContainer = node)
lock_state = pm.lockNode(module_container, q = True, lock = True)[0]
pm.lockNode(module_container, lock = False, lockUnpublished = False)
# ---------------------------------------------------------------
# if attribute is a string
if meta_node.attr(attribute).type() == "string":
meta_node.attr(attribute).set(lock = False)
meta_node.attr(attribute).set(attrInfo, lock = True)
# if attribute is a message
if meta_node.attr(attribute).type() == "message":
# meta node and node need to have same attribute
connected_node = pm.PyNode(attrInfo)
# find the nodes container
connectedNode_container = pm.container(q = True, findContainer = connected_node)
if connectedNode_container != getModuleMetaInfo(node, "ModuleContainer"):
# need to make sure the input node's container is unlocked
connectedNode_lockState = pm.lockNode(connectedNode_container, q = True, lock = True)[0]
pm.lockNode(connectedNode_container, lock = False, lockUnpublished = False)
# if the input node does not have the same attribute
if not connected_node.hasAttr(attribute):
_logger.warning("{} does not have attribute: {}".format(connected_node, attribute))
pm.addAttr(connected_node, longName = attribute, at="message", multi = True)
try:
meta_node.attr(attribute).connect(connected_node.attr(attribute))
except:
_logger.warning("CANNOT CONNECT {} TO {}".format(meta_node.attr(attribute), connected_node.attr(attribute)))
pm.lockNode(connectedNode_container, lock = connectedNode_lockState, lockUnpublished = lock_state)
pm.lockNode(module_container, lock = lock_state, lockUnpublished = lock_state)
def Install_custom(self, _joints): self.SetupInterpolation() moduleGrp = "%s:module_grp" %self.moduleNamespace pm.select(moduleGrp, replace = True) pm.addAttr(attributeType = "enum", enumName = "y:z", longName = "sao_local") pm.addAttr(attributeType = "enum", enumName = "+x:-x:+y:-y:+z:-z", longName = "sao_world") for attr in ["sao_local", "sao_world"]: pm.container(self.containerName, edit = True, publishAndBind = ["%s.%s" %(moduleGrp, attr), attr] )
def organizeNodes():
"""Make containers for each surface in the scene and add
all DG (NOT DAG) nodes to it for scene organization"""
surfs = [s for s in pmc.ls(type="transform") if hasattr(s, "layeredTexture")]
for s in surfs:
nodes = set(s.future(allFuture=True))
# also need some nodes connected to ctrls and joints
ctrls = s.controls.get()
for c in ctrls:
j = c.rangeU.outputs()[0]
nodes.update(c.history(), j.future(), j.history())
nodes = [n for n in nodes if not isinstance(n, pmc.nt.DagNode)]
pmc.container(name=s.name()+"_assets", addNode=nodes)
def assetize(self, publishCtrls=1):
'''
Adds all nodes associated with the component to a Maya asset container.
:param: publishCtrls. If true. publishes the components controls so they are visible when asset is blackboxed
:return: The newly created asset node
'''
nodes = pmc.ls('%s*' % self.name)
self.asset = pmc.container(name='%s_asset' % self.name, addNode=nodes)
pmc.container(self.asset, e=1, publishName='%s_%s' % (self.name, self.side))
if publishCtrls:
for ctrl in self.ctrls:
pmc.containerPublish(self.asset, publishNode=[ctrl.name(), 'transform'], bindNode=[ctrl.name(), ctrl.name()])
def assetize_cmpnt(cmpnt=None, autoPublish=True):
"""Reads all DG nodes involved in the component given by
either argument or only selected DAG object."""
if not cmpnt:
cmpnt = pmc.selected()[0]
cmpNodes = {cmpnt}
# prune set is objects which will later be removed from the component set
prune = set()
allDag = cmpnt.getChildren(allDescendents=True)
for dag in allDag:
cmpNodes.update(dag.history())
cmpNodes.update(dag.future(af=True))
# now prune input's history and output's future
# perhaps not the most efficient but it's reliable
# in an uncertain situation
name = dag.longName()
if "input" in name:
prune.update(dag.history())
elif "output" in name:
prune.update(dag.future(af=True))
cmpNodes -= prune
contName = cmpnt.split("_")
contName[-1] = "asset"
contName = "_".join(contName)
# ugly, but Maya seems to have no special way of considering layer nodes.
cmpNodes = [n for n in cmpNodes if "layer" not in n.type().lower()]
asset = pmc.container(addNode=cmpNodes,
includeHierarchyBelow=True,
name=contName)
if autoPublish:
publish_controls(asset)
publish_inputs_outputs(asset)
def getPoyCountGroupByContainerUsingPymel2(*args, **kwargs):
scenePolyCount = {'Verts':0, 'Edges':0, 'Faces':0, 'UVs':0, 'Tris':0, 'surface area':0, 'hierarchy':{}}
Verts = Edges = Faces = UVs = Tris = 0
if pm.system.sceneName():
for shape in pm.ls(type='mesh', noIntermediate=True):
instanceCount = len(shape.getAllPaths())
Verts = shape.numVertices() * instanceCount
Edges = shape.numEdges() * instanceCount
Faces = shape.numFaces() * instanceCount
UVs = shape.numUVs() * instanceCount
Tris = int(pm.mel.eval('polyEvaluate -triangle {0}'.format(shape.name()))[0]) * instanceCount
surfaceArea = pm.polyEvaluate(shape, wa=True)
scenePolyCount['Verts'] += Verts
scenePolyCount['Edges'] += Edges
scenePolyCount['Faces'] += Faces
scenePolyCount['UVs'] += UVs
scenePolyCount['Tris'] += Tris
scenePolyCount['surface area'] += int(surfaceArea)
container = pm.container(shape, query=True, findContainer=shape.name())
if container is not None:
containerStack = getContainerStackUsingPymel(container)
_buildHierarchy(scenePolyCount, containerStack, **{'container':container.name(), 'Verts':Verts, 'Edges':Edges, 'Faces':Faces, 'UVs':UVs, 'Tris':Tris, 'surface area': int(surfaceArea)})
return scenePolyCount
def publish_controls(asset=None):
"""From a given asset, publish the control objects.
Assumes any transform with a nurbsCurve shape is a control."""
if not asset or not isinstance(asset, pmc.nt.Container):
asset = pmc.selected(type="container")[0]
all_nodes = pmc.container(asset, q=True, nodeList=True)
is_ctrl = lambda obj: hasattr(obj, "getShape") and isinstance(
obj.getShape(), pmc.nt.NurbsCurve)
controls = [n for n in all_nodes if is_ctrl(n)]
# need to find the names of the controls and cross-check them with each other
for c in controls:
name = c.shortName()
if "|" in name:
# "|" means shortName returned longName.
# it happens, and it's just nice when it's caught and notifies
pmc.warning(
"{0} is not uniquely named! This could be bad!".format(name))
try:
name = name.split("_")[2]
except IndexError:
# if it's gonna throw a fit then just use the whole name
pass
if hasattr(asset, name):
print("Re-naming {0}.{1}".format(asset, name))
# this tests for duplicate name and re-aliases if necessary
attr = getattr(asset, name)
existing = attr.publishedNode.get()
# try all tokens except first and last (assert: side + identifier)
existing_new_name = "_".join(existing.shortName().split("_")[1:-1])
attr.setAlias(existing_new_name)
name = "_".join(c.shortName().split("_")[1:-1])
pmc.containerPublish(asset, publishNode=(name, ""))
pmc.containerPublish(asset, bindNode=(name, c))
def get_published_attrs(c):
"""Return attributes published to arg asset in {name: pymel attr} form."""
try:
return dict(
((n, a) for a, n in pmc.container(c, q=True, bindAttr=True)))
except TypeError:
return {}
def findAllAssets(self, top='|assets', ns_level='*:master'):
masters = []
if not pm.objExists(top):
return masters
masters_raw = [
m for m in pm.ls(ns_level, rn=True)
if m.isReferenced() and m.isChildOf(top)
]
if masters_raw:
masters = [
m for m in masters_raw
if pm.objExists(m.name().replace(':master', ':poly'))
]
masters.extend(self.findAllAssets(top, '*:' + ns_level))
# find assembly reference nodes
l_ar = pm.listRelatives(top, ad=True, type='assemblyReference')
l_asset_ar = []
l_asb_ar = []
for ar in l_ar:
asset_ar = True
l_nodes = pm.container(ar, q=True, nodeList=True)
for n in l_nodes:
if n.nodeType() == 'assemblyReference':
asset_ar = False
if asset_ar:
masters.append(ar)
return masters
def selectInputOutput(mode='all', depthLimit=4):
selection = pymel.ls(selection=True)
hyperGraph = 'graph1HyperShadeEd'
addList = []
addList.extend(selection)
if mode == 'inputs' or mode == 'all':
inputDepth = []
inputDepth.append(selection)
while len(inputDepth) < depthLimit:
newDepth = []
for each in inputDepth[-1]:
inputs = pymel.listConnections( each, destination=False, source=True, skipConversionNodes=False)
if inputs:
newDepth.extend(inputs)
inputDepth.append(newDepth)
for listVar in inputDepth:
for each in listVar:
if not each in addList and pymel.nodeType(each) != 'hyperLayout':
addList.append(each)
if mode == 'outputs' or mode == 'all':
outputDepth = []
outputDepth.append(selection)
while len(outputDepth) < depthLimit:
newDepth = []
for each in outputDepth[-1]:
outputs = pymel.listConnections( each, destination=True, source=False, skipConversionNodes=False)
if outputs:
newDepth.extend(outputs)
outputDepth.append(newDepth)
for listVar in outputDepth:
for each in listVar:
if not each in addList and pymel.nodeType(each) != 'hyperLayout':
addList.append(each)
unblackBoxList = []
for each in addList:
container = pymel.container(query=True, findContainer=each)
if container:
if not container in unblackBoxList:
if pymel.getAttr(container+'.blackBox'):
unblackBoxList.append(container)
pymel.select(addList, replace=True)
def initializeParentModuleSetup(self, rootTranslationControl):
"""
Every module's root translation control will have a set of two joints. The parent object will equal to the
unhookTarget_locator if it is not parented to another module. If it is parented to another module, the parent_object
will be that modules translation control
"""
# setup root locator at rootTranslationControl as unHookTarget
unhookTarget_locator = pm.spaceLocator(name = self.userSpecifiedName + ":unhookTarget_loc")
pm.addAttr(unhookTarget_locator, longName="ParentObject", at="message")
unhookTarget_locator.visibility.set(0)
# set offset slightly off so we don't divide by a zero
pm.pointConstraint(rootTranslationControl, unhookTarget_locator, offset = [0.001, 0.01, 0.001], name = self.userSpecifiedName + ":unhookTarget_locator_pointConstraint")
if self.parent_object == None:
self.parent_object = unhookTarget_locator
pm.select(cl = True)
# get the position of base target and the parent target
# setup setup root joint at rootTranslationControl
# setup endJoint to be at the location of the new hook object
target_joint_position = pm.xform(self.parent_object, q = True, ws = True, translation = True)
root_joint = pm.joint(name = self.userSpecifiedName + ":targetParent_root_joint", position = rootTranslationControl.translate.get())
target_joint = pm.joint(name = self.userSpecifiedName + ":target_end_joint", position = target_joint_position )
pm.joint(root_joint, edit=True, orientJoint="xyz", sao="yup")
ik_nodes = self.stretchy_ik(root_joint, target_joint, container = self.module_container)
target_locator = ik_nodes["end_locator"]
doNotTouch_grp =ik_nodes["doNotTouch_grp"]
# constrain the end parentJoint to the parent module
pm.pointConstraint(rootTranslationControl, target_locator, maintainOffset=False, name = self.userSpecifiedName + ":targetObject_pointConstraint")
# constrain the root parentJoint to the child module
pm.pointConstraint(self.parent_object, root_joint, maintainOffset=False, name = self.userSpecifiedName + ":targetParent_pointConstraint")
parent_group = pm.group([root_joint, unhookTarget_locator, doNotTouch_grp], name = self.userSpecifiedName + ":parent_group")
utils.addNodeToContainer(self.module_container, [parent_group], ihb = True)
for joint in [root_joint, target_joint]:
joint.template.set(1)
pm.container(self.module_container, edit=True, publishAndBind=[joint + ".rotate", joint.stripNamespace() + "_r"])
if self.parent_object != unhookTarget_locator:
utils.setModuleMetaInfo(self.module_container, "ParentObject", self.findParentModule())
def publish_inputs_outputs(asset=None):
"""From the given container, publish the DAG nodes
under "input" and "output" transforms. Assumes this structure."""
if not asset or not isinstance(asset, pmc.nt.Container):
asset = pmc.selected(type="container")[0]
all_nodes = pmc.container(asset, q=True, nodeList=True)
attrs_to_publish = []
is_edge = lambda obj, side: isinstance(obj, pmc.nt.DagNode
) and obj.nodeName() == side
for edge in ("inputs", "outputs"):
for par in (t for t in all_nodes if is_edge(t, edge)):
for i in par.getChildren():
for attr in i.listAttr(k=True):
pubName = "_".join((edge, i.nodeName(), attr.longName()))
pmc.container(asset,
e=True,
publishAndBind=(attr, pubName))
def SetupIconScale(self, _animationModuleNamespace):
clusterNodes = pm.cluster(self.controlObject, name = "%s_icon_scale_cluster" %self.controlObject, relative = True)
pm.container("%s:module_container" %_animationModuleNamespace, edit = True, addNode = clusterNodes, includeHierarchyBelow = True, includeShapes = True)
clusterHandle = clusterNodes[1]
pm.setAttr("%s.scalePivotX" %clusterHandle, 0)
pm.setAttr("%s.scalePivotY" %clusterHandle, 0)
pm.setAttr("%s.scalePivotZ" %clusterHandle, 0)
pm.connectAttr("%s:module_grp.iconScale" %_animationModuleNamespace, "%s.scaleX" %clusterHandle)
pm.connectAttr("%s:module_grp.iconScale" %_animationModuleNamespace, "%s.scaleY" %clusterHandle)
pm.connectAttr("%s:module_grp.iconScale" %_animationModuleNamespace, "%s.scaleZ" %clusterHandle)
pm.parent(clusterHandle, self.controlObject, absolute = True)
pm.setAttr("%s.visibility" %clusterHandle, 0)
def rigCurveShapeControl( ctrl=None, attr=None, sampleParams=[0,1,2,3,4,5,6,7,8,9,10], container=False ):
'''
스쿼시 스트레치시 그래프 에디터 커브로 쉐입을 조정하려고 만들어짐.
powAttr = rigCurveShapeControl( ctrl='spinCtrl', attr='sideAxisScaleShape', sampleParams=range( len(joints) ) )
@param ctrl:
@param attr:
@param sampleParams:
@param container:
@return: ctrl.results 어트리뷰트를 리턴함.
@rtype: pm.Attribute
'''
if not ctrl:
sel = pm.selected()
if sel:
ctrl = sel[0]
else:
return
if not attr:
attr = 'curveCtrl'
ctrl.addAttr( attr, keyable=True )
ctrl = pm.PyNode(ctrl)
ctrlAttr = pm.Attribute( ctrl.attr(attr) )
# 애니메이션 커브 생성
pm.setKeyframe( ctrlAttr, t=sampleParams[ 0], v=0)
pm.setKeyframe( ctrlAttr, t=sampleParams[-1], v=0)
pm. keyTangent( ctrlAttr, weightedTangents=True )
pm. keyTangent( ctrlAttr, weightLock=False )
pm. keyTangent( ctrlAttr, e=True, absolute=True, time=[sampleParams[ 0]], outAngle=77, outWeight=1 )
pm. keyTangent( ctrlAttr, e=True, absolute=True, time=[sampleParams[-1]], inAngle=-77, inWeight=1 )
# frameCache노드로 애니메이션 커브의 각 포인트에서 값을 가져옴
ctrl.addAttr( 'samples', multi=True, readable=True, indexMatters=False )
ctrl.addAttr( 'results', multi=True, readable=True, indexMatters=False )
frameCaches = []
for i,param in enumerate(sampleParams):
ctrl.samples[i].set( param )
frameCache = pm.createNode( 'frameCache' )
pm.connectAttr( ctrlAttr, frameCache.stream)
pm.connectAttr( ctrl.samples[i], frameCache.varyTime )
pm.connectAttr( frameCache.varying, ctrl.results, na=True)
frameCaches.append(frameCache)
# container Setting : wip
if container:
cont = pm.container( type='dagContainer', addNode=frameCaches )
cont.blackBox.set(True)
return ctrl.results
def findContainerNode(node = None):
""" finds the container module for any selected node"""
node = pm.ls(sl = True)[0] or node
module_container = node
if pm.objectType(node) != "container":
module_container = pm.container(q = True, findContainer = node)
return module_container
def find_cb_attrs(attr_names):
attrs = []
obj = pmc.selected()[-1]
# attr could be on selected node or could be published to its asset
c = pmc.container(q=True, fc=obj)
if c:
# bindAttr returns in wrong order, just reverse before making into dict
pub_attrs = dict(
((n, a) for a, n in pmc.container(c, q=True, bindAttr=True)))
else:
pub_attrs = {}
for a in attr_names:
try:
attrs.append(obj.attr(a))
except:
# see if it's in published attributes
if a in pub_attrs:
attrs.append(pub_attrs[a])
return attrs
def migrate_to_parent_asset(containers=None):
"""Move all nodes from selected containers into their parent container
and re-publish to parent any nodes which were published before."""
if not containers:
containers == pmc.selected(containers=True)
for c in containers:
all_nodes = pmc.container(c, q=True, nodeList=True)
c_name = c.namespace().strip(":")
pub_info = pmc.containerPublish(c, q=True, bindNode=True)
par_c = pmc.container(c, q=True, parentContainer=True)
if not par_c:
pmc.warning("{} has no parent container! Skipped.".format(c))
continue
pmc.container(c, e=True, removeContainer=True)
pmc.container(par_c, e=True, addNode=all_nodes)
# publish to new parent container
pub_iter = iter(pub_info)
for pub_name in pub_iter:
pub_name = "{}_{}".format(c_name, pub_name)
pub_ctrl = pub_iter.next()
pmc.containerPublish(par_c, publishNode=(pub_name, ""))
pmc.containerPublish(par_c, bindNode=(pub_name, pub_ctrl))
# fix node names, AFTER re-publishing
for node in all_nodes:
prefix, n = node.name().split(":")
node.rename(prefix + n.title(), ignoreShape=True)
def makeAssets():
surfs = [s for s in pmc.ls(type="transform") if hasattr(s, "layeredTexture")]
for s in surfs:
nodes = set(s.future(allFuture=True) + s.future(leaf=False))
# also need some nodes connected to ctrls and joints
ctrls = s.controls.get()
for c in ctrls:
j = c.rangeU.outputs()[0]
nodes.update(c.history(), j.future(), j.history())
nodes = [n for n in nodes if not isinstance(n, pmc.nt.DagNode)]
cont = pmc.container(name=s.name()+"_assets", addNode=nodes)
s.addAttr("container", at="message")
cont.addAttr("surface", at="message")
s.container >> cont.surface
def AddGroupToContainer(self, _group):
groupContainer = "Group_container"
utils.AddNodeToContainer(groupContainer, _group, _includeShapes = True)
groupName = _group.partition("Group__")[2]
pm.container(groupContainer, edit = True, publishAndBind = ["%s.translate" %_group, "%s_t" %groupName])
pm.container(groupContainer, edit = True, publishAndBind = ["%s.rotate" %_group, "%s_r" %groupName])
pm.container(groupContainer, edit = True, publishAndBind = ["%s.globalScale" %_group, "%s_globalScale" %groupName])
def getTranslationControls(self, containerName):
allTransControls = []
transControl = pm.container(containerName, query=True, nodeList=True, ish=False, isd=False, inc=True )
for control in transControl:
suffix = "joint_translation_control_container"
result = control.endswith(suffix)
if result == True:
control = control.replace("_container", "")
allTransControls.append(control)
return allTransControls
def addNodeToContainer(container, nodesIn, ihb = False, includeShapes = False, includeNetwork = False, force = True):
import types
nodes = []
'''
container = pm.PyNode(container)
meta_node = None
if container.hasAttr("MetaNode") == True:
meta_node = getModuleMetaInfo(container, "ModuleNodes")
'''
# if nodesIn is not a list, turns it into a list
if type(nodesIn) is types.ListType:
nodes = list(nodesIn)
else:
nodes = [nodesIn]
# make sure to add all conversion nodes
conversion_nodes = []
for node in nodes:
node = pm.PyNode(node)
node_conversionNodes = pm.listConnections(node, source = True, destination = True)
node_conversionNodes = pm.ls(node_conversionNodes, type = 'unitConversion')
conversion_nodes.extend(node_conversionNodes)
'''
if container.hasAttr("MetaNode") == True:
if node.hasAttr("MetaNode") == False:
pm.addAttr(node, longName="MetaNode", at="message")
if meta_node != None:
meta_node.ModuleNodes.connect(node.MetaNode)
'''
nodes.extend(conversion_nodes)
pm.container(container, e = True, addNode = nodes, ihb = ihb, includeShapes = includeShapes, includeNetwork = includeNetwork, force = force)
def getContainerStackUsingPymel(container=None):
'''
Container path
'''
container_stack = deque()
while isinstance(container, pm.nt.Container) \
or isinstance(container, pm.nt.DagContainer):
container_stack.appendleft(container.name())
parent = pm.container(container, query=True, parentContainer=True)
container = parent[0] if parent else None
if container is not None:
pm.mel.eval('select -r {0}'.format(container))
container = pm.ls(selection=True)[0]
pm.select(cl=True)
return container_stack
def SetupInterpolation(self, _unlockContainer = False, *args):
previousSelection = pm.ls(selection = True)
if _unlockContainer:
pm.lockNode(self.containerName, lock = False, lockUnpublished = False)
joints = self.GetJoints()
numberOfJoints = len(joints)
startControl = self.GetTranslationControl(joints[0])
endControl = self.GetTranslationControl(joints[numberOfJoints - 1])
pointConstraints = []
for i in range(1, numberOfJoints - 1):
material = "%s_m_translation_control" %joints[i]
pm.setAttr("%s.colorR" %material, 0.815)
pm.setAttr("%s.colorG" %material, 0.629)
pm.setAttr("%s.colorB" %material, 0.498)
translationControl = self.GetTranslationControl(joints[i])
# Calculate constraint influence depending of distance from start/end
endWeight = 0.0 + (float(i) / (numberOfJoints - 1))
startWeight = 1.0 - endWeight
# point constraint between start/end
pointConstraints.append(pm.pointConstraint(startControl, translationControl, maintainOffset = False, weight = startWeight))
pointConstraints.append(pm.pointConstraint(endControl, translationControl, maintainOffset = False, weight = endWeight))
# Lock translation attribute of control
for attr in [".translateX", ".translateY", ".translateZ"]:
pm.setAttr("%s%s" %(translationControl, attr), lock = True)
interpolationContainer = pm.container(name = "%s:interpolation_container" %self.moduleNamespace)
utils.AddNodeToContainer(interpolationContainer, pointConstraints)
utils.AddNodeToContainer(self.containerName, interpolationContainer)
if _unlockContainer:
pm.lockNode(self.containerName, lock = True, lockUnpublished = True)
# Reselect initial selection
if len(previousSelection) > 0:
pm.select(previousSelection, replace = True)
else:
pm.select(clear = True)
def publish_to_asset(nodes=None, name=None):
"""
Publish the given node to the given container.
:param node: Node to publish
:param asset: duh
:param name: optional. if not given, just strip off ":" and "_ctrl"
:return: None
"""
if not nodes:
nodes = pmc.selected(transforms=True)
asset = pmc.container(q=True, fc=nodes[0])
for node in nodes:
name = node.replace(":", "").replace("_ctrl", "")
if name == "global":
name = "master"
pmc.containerPublish(asset, publishNode=(name, ""))
pmc.containerPublish(asset, bindNode=(name, node))
def distributeCrv( transformNodes, curve=None, uniform=True ):
nodes = [pm.PyNode(node) for node in transformNodes]
crv = pm.PyNode(curve)
crvShape = crv.getShape()
nodeNums = len(nodes)
contMembers = []
if uniform:
rebCrv, reb = pm.rebuildCurve( crvShape, ch=True, rpo=False, rt=4, end=1, kr=0, kcp=0, kep=1, kt=0, s=4, d=3, tol=0.001 )
crvShape = rebCrv.getShapes( type='nurbsCurve' )[0]
rebCrv.rename( crv+'_rebCrv' )
reb.rename( crv+'_rebuildCrv' )
contMembers.append( pm.parentConstraint( crv, rebCrv ) )
contMembers.append( pm.scaleConstraint( crv, rebCrv ) )
contMembers.append( rebCrv )
contMembers.append( reb )
unit = None
if crv.form() == 'periodic':
unit = (1.0/nodeNums)
else:
unit = (1.0/(nodeNums-1))
for i, node in enumerate( nodes ):
pointOnCurve = pm.PyNode( pm.pointOnCurve( crvShape, ch=True ) )
pointOnCurve.rename( node+'_POC' )
pointOnCurve.turnOnPercentage.set(True)
pointOnCurve.parameter.set( unit*i )
pointOnCurve.p >> node.t
pointOnCurve.setAttr('parameter', keyable=True)
contMembers.append( pointOnCurve )
cont = pm.container( type='dagContainer', addNode=contMembers, n=crv+'_distributeCrv#' )
cont.v.set(False)
return cont
def getTranslationControls(self, containerName):
allTransControls = []
transControl = pm.container(containerName,
query=True,
nodeList=True,
ish=False,
isd=False,
inc=True)
for control in transControl:
suffix = "joint_translation_control_container"
result = control.endswith(suffix)
if result == True:
control = control.replace("_container", "")
allTransControls.append(control)
return allTransControls
def alignNodes(alignment):
selection = pymel.ls(selection=True)
hyperGraph = 'graph1HyperShadeEd'
if len(selection) >= 2:
posX, posY = pymel.hyperGraph(HYPER_GRAPH, query=True, getNodePosition=selection[0])
for each in selection[1:]:
container = pymel.container(query=True, findContainer=[each])
if container:
pymel.setAttr(container+'.blackBox', 0)
if alignment == 'horizontal':
posX += 200
elif alignment == 'vertical':
posY -= 200
else:
print 'ERROR, no alignment set'
pymel.hyperGraph(HYPER_GRAPH, edit=True, addDependNode=each)
pymel.hyperGraph(HYPER_GRAPH, edit=True, setNodePosition=[each, posX, posY])
print pymel.hyperGraph(HYPER_GRAPH, query=True, look=True)
def install_joints(self):
"""
gathers information from the module and creates the joints
"""
# create list of joints
joints = []
translation_controls = []
# clear selection
pm.select(cl = True)
# set current namespace to root. that way all namespaces will be child of the root only
pm.namespace(setNamespace = ":")
pm.namespace(add = self.userSpecifiedName)
self.joints_grp = pm.group(empty = True, name = self.userSpecifiedName + ":joints_grp")
self.misc_grp = pm.group(empty = True, name = self.userSpecifiedName + ":misc_grp")
self.module_container = pm.container(name = self.userSpecifiedName + ":module_container" )
self.networkNode()
# creating joints this way because when you select a joint and create a joint it will correct orientation
index = 0
for joint in self.joint_info:
joint_name = joint[0]
joint_positions = joint[1]
# if not the root joint, selecting the parent joint
if index > 0:
pm.select(joints[index-1], replace = True)
# create joint and append to joints list
new_joint = pm.PyNode(pm.joint(name = self.userSpecifiedName + ":" + joint_name, position = joint_positions) )
joints.append(new_joint)
# if not the root joint, change the orient of the parent joint to defaults
if index > 0:
pm.joint(new_joint.getParent(), edit = True, orientJoint = "xyz", secondaryAxisOrient = "yup")
pm.makeIdentity(new_joint, apply=True, translate=False, rotate=True, scale=False )
utils.addNodeToContainer(self.module_container, new_joint, ihb = True, includeNetwork = True)
# Publish and bind rotation values for current joint to cointainer before locking;
# this is important for later use with IK system setup to be able to rotate the joints attributes.
pm.container(self.module_container, edit=True, publishAndBind=[new_joint + ".rotate", joint_name + "_r"])
pm.container(self.module_container, edit=True, publishAndBind=[new_joint + ".rotateOrder", joint_name + "_rotateOrder"])
pm.addAttr(new_joint, longName = "Meta", at="message")
self.meta_node.ModuleJoints[index].connect(new_joint.Meta)
index += 1
'''
mirrorBehavior = True
mirrorXY = False
mirrorYZ = False
mirrorXZ = False
pm.mirrorJoint(joints[0], mirrorBehavior = mirrorBehavior, mirrorXY = mirrorXY, mirrorYZ = mirrorYZ, mirrorXZ = mirrorXZ)
'''
joints[0].setParent(self.joints_grp)
joints[0].visibility.set(True)
# TEMP- TURNING ON LOCAL AXIS
for joint in joints:
joint.displayLocalAxis.set(1)
joint.template.set(1)
# ------------------------------------------------------------------------- #
# set up controls for the module
module_control = controls.loadModuleControl(joints[0], self.userSpecifiedName, self.module_container)
# install translation controls to each joint and parent it under the module control
for joint in joints:
#translation_controls[joint] = controls.loadTranslationControl(joint, self.userSpecifiedName, module_control)
translation_controls.append(controls.loadTranslationControl(joint, self.userSpecifiedName,self.module_container, module_control) )
# point constraint root control to root joint
pm.pointConstraint(translation_controls[0][0], joints[0], maintainOffset = False, name = self.userSpecifiedName + ":" + joints[0].stripNamespace() + "_rootTransContConstraint")
self.initializeParentModuleSetup(translation_controls[0][0])
# ------------------------------------------------------------------------- #
# set up stretch joint segments
for index in range(len(joints) -1 ):
# load joint rep onto joins
# setup stretchy joint segments
setupStretchyJointSegment = self.setupStretchyJointSegment(joints[index], joints[index + 1])
setupStretchyJointSegment[0].setParent(self.misc_grp)
setupStretchyJointSegment[1].setParent(self.joints_grp)
# ------------------------------------------------------------------------- #
# parent items
#module_control_grp.setParent(self.module_container)
utils.addNodeToContainer(self.module_container, [self.misc_grp, self.joints_grp, module_control], ihb = True, includeNetwork = True)
# don't know why, but cannot full delete the transform node
pm.container(self.module_container, edit=True, publishAndBind=[module_control + ".translate", module_control.stripNamespace() + "_translate"])
pm.container(self.module_container, edit=True, publishAndBind=[module_control + ".rotate", module_control.stripNamespace() + "_rotate"])
pm.container(self.module_container, edit=True, publishAndBind=[module_control + ".scale", module_control.stripNamespace() + "_globalScale"])
# add meta information
if self.module_container.hasAttr("MetaNode") == True:
for node in pm.container(self.module_container, q = True, nodeList = True):
if node.nodeType() != "network" or "joint":
if not node.hasAttr("MetaNode"):
pm.addAttr(node, longName="MetaNode", at="message")
self.meta_node.ModuleNodes.connect(node.MetaNode)
self.install_customAttributes()
# ------------------------------------------------------------------------- #
# lock nodes
pm.lockNode(self.module_container, lock = True, lockUnpublished = True)
pm.select(cl = True)
import pymel.core as pmc
from functools import partial
from bkTools.mayaSceneUtil import mergeShapes, addShapeToTrans, nextAvailableIndex,\
get_selected_cb_attrs, readJson, writeJson
__author__ = "Brendan Kelly"
__email__ = "*****@*****.**"
"""
A collection of utilities for building better rig controls.
"""
child_cmpnts = lambda c: (o for o in pmc.container(c, q=True, nl=True)
if isinstance(o, pmc.nt.Container))
def publish_to_asset(nodes=None, name=None):
"""
Publish the given node to the given container.
:param node: Node to publish
:param asset: duh
:param name: optional. if not given, just strip off ":" and "_ctrl"
:return: None
"""
if not nodes:
nodes = pmc.selected(transforms=True)
asset = pmc.container(q=True, fc=nodes[0])
for node in nodes:
name = node.replace(":", "").replace("_ctrl", "")
if name == "global":
name = "master"
def __init__(self):
self.rig_container = pm.container(name = "PUPPET")
def getMetaNodeInfo(meta_node, attribute):
meta_info = ""
if meta_node.hasAttr(attribute) == True:
meta_info = meta_node.attr(attribute).get()
else:
print ("{} does not have \"{}\" attribute".format(meta_node, attribute))
return meta_info
#print getMetaNodeInfo(getMetaNode(), "Module")
containerNodes = pm.container("ArmSegment1:moduleContainer", q = True, nodeList = True)
for node in containerNodes:
print node
if node.nodeType() == "transform":
if "ArmSegment:module_controlGRP" == node:
print "FOUND NODE: {}".format(node)
'''
def networkNode(self):
self.meta_node = pm.createNode('network', n= self.userSpecifiedName + '_metaNode')
def Create(self, _name, _controlFile, _animationModuleInstance, _lod = 1, _translation = True, _rotation = True, _globalScale = True, _spaceSwitching = False):
if _translation == True or _translation == False:
translation = [_translation, _translation, _translation]
if _rotation == True or _rotation == False:
rotation = [_rotation, _rotation, _rotation]
self.translation = translation
self.rotation = rotation
self.globalScale = _globalScale
animationModuleName = _animationModuleInstance.moduleNamespace
blueprintModuleNameSpace = _animationModuleInstance.blueprintNamespace
blueprintModuleUserSpecifiedName = utils.StripAllNamespaces(blueprintModuleNameSpace)[1].partition("__")[2]
animationModuleNamespace = "%s:%s" %(blueprintModuleNameSpace, animationModuleName)
# import control object
#controlObjectFile = "%s/ControlObjects/Animation/%s" %(self.directory, _controlFile)
controlObjectFile = "%s/ControlObjects/Animation/%s" %(os.environ["RIGGING_TOOL_ROOT"], _controlFile)
pm.importFile(controlObjectFile)
self.controlObject = pm.rename("control", "%s:%s" %(animationModuleNamespace, _name))
self.rootParent = self.controlObject
self.SetupIconScale(animationModuleNamespace)
pm.setAttr("%s.overrideEnabled" %self.controlObject, 1)
pm.setAttr("%s.overrideShading" %self.controlObject, 0)
pm.connectAttr("%s:module_grp.overrideColor" %animationModuleNamespace, "%s.overrideColor" %self.controlObject)
pm.container("%s:module_container" %animationModuleNamespace, edit = True, addNode = self.controlObject, includeHierarchyBelow = True, includeNetwork = True)
if _globalScale:
pm.connectAttr("%s.scaleY" %self.controlObject, "%s.scaleX" %self.controlObject)
pm.connectAttr("%s.scaleY" %self.controlObject, "%s.scaleZ" %self.controlObject)
pm.aliasAttr("globalScale", "%s.scaleY" %self.controlObject)
attributes = []
if self.translation == [True, True, True]:
attributes.append([True, ".translate", "T"])
else:
attributes.extend([[translation[0], ".translateX", "TX"], [translation[1], ".translateY", "TY"], [translation[2], ".translateZ", "TZ"]])
if self.rotation == [True, True, True]:
attributes.append([True, ".rotate", "R"])
else:
attributes.extend([[rotation[0], ".rotateX", "RX"], [rotation[1], ".rotateY", "RY"], [rotation[2], ".rotateZ", "RZ"]])
attributes.append([_globalScale, ".globalScale", "scale"])
for attrInfo in attributes:
if attrInfo[0]:
attributeNiceName = "%s_%s" %(_name, attrInfo[2])
_animationModuleInstance.PublishNameToModuleContainer("%s%s" %(self.controlObject, attrInfo[1]), attributeNiceName, True)
pm.select(self.controlObject, replace = True)
pm.addAttr(attributeType = "bool", defaultValue = 1, keyable = True, longName = "display")
_animationModuleInstance.PublishNameToModuleContainer("%s.display" %self.controlObject, "display", False)
moduleGrp = "%s:module_grp" %animationModuleNamespace
visibilityExpression = '%s.visibility = %s.display * (%s.levelOfDetail >= %d);' %(self.controlObject, self.controlObject, moduleGrp, _lod)
expression = pm.expression(name = "%s_visibility_expression" %self.controlObject, string = visibilityExpression)
utils.AddNodeToContainer("%s:module_container" %animationModuleNamespace, expression)
return (self.controlObject, self.rootParent)
def CreateGroup(self, _groupName):
fullGroupName = "Group__%s" %_groupName
# Check for valid names
if pm.objExists(fullGroupName):
pm.confirmDialog(title = "Name Conflict", message = 'Group "%s" already exits.' %_groupName, button= "Accept", defaultButton = "Accept")
return None
groupTransform = pm.rename(self.tempGroupTransform, fullGroupName)
# Create container for grouped objects
groupContainer = "Group_container"
if not pm.objExists(groupContainer):
pm.container(name = groupContainer)
# Store containers to be grouped in a list
containers = [groupContainer]
for obj in self.objectsToGroup:
if obj.find("Group__") == 0:
continue
objNamespace = utils.StripLeadingNamespace(obj)[0]
containers.append("%s:module_container" %objNamespace)
# Unlock all grouped containers
for c in containers:
pm.lockNode(c, lock = False, lockUnpublished = False)
if len(self.objectsToGroup) != 0:
# Group objects temprorarily to simulate final heirarchy
tempGroup = pm.group(self.objectsToGroup, absolute = True)
groupParent = pm.listRelatives(tempGroup, parent = True)
if groupParent != []:
pm.parent(groupTransform, groupParent[0], absolute = True)
pm.parent(self.objectsToGroup, groupTransform, absolute = True)
pm.delete(tempGroup)
self.AddGroupToContainer(groupTransform)
# Lock all group containers
for c in containers:
pm.lockNode(c, lock = True, lockUnpublished = True)
# Make sure the created group is selected
pm.setToolTo("moveSuperContext")
pm.select(groupTransform, replace = True)
return groupTransform
def rigSymmetryTransform( *args, **kwargs):
'''
조인트를 미러링 하기 위해서 만들어진 스크립트
직접 유틸리티 노드로 미러링을 해서 구현을 했으나.
연결된 노드가 없어지면 조인트가 쪼그라드는 현상이 생김
이를 방지하기 위해 아래 컨테이너를 하나 거쳐서 연결
미러를 삭제하려면 아래 컨테니어를 삭제하면 미러링이 깨짐.
개선의 여지 있음. 제한된 상황에서만 올바르게 작동함.
'''
if args:
pm.select(args)
sel = pm.selected()
if not sel:
print u'뭐라도 하나 선택하고 실행하세요.'
return
obj = sel[0]
target=None
if len(sel)>1:
target = sel[1]
axis = kwargs.get('axis', kwargs.get('ax','x') )
translate = kwargs.get('translate',kwargs.get('t',True) )
rotate = kwargs.get('rotate', kwargs.get('r',True) )
scale = kwargs.get('scale', kwargs.get('s',True) )
if not target:
target=pm.spaceLocator( n= obj.name()+'__'+ axis.lower() +'axis_symmetryTrans_LOC')
else:
target = pm.PyNode(target)
# 계산노드
md = pm.createNode('multiplyDivide')
md.input2.set(-1,-1,-1)
# 컨테이너에 연결함.. 직접연결할경우
cont = pm.container( type='dagContainer', addNode=[md], n=obj.name()+'__'+ axis.lower() +'axis_symmetryTrans_UTIL' )
if axis == 'x':
if translate:
# 해당 축이 꺼짐
#obj.tx >> target.tx
if not target.ty.isLocked():
obj.ty >> cont.ty
cont.ty >> target.ty
if not target.tz.isLocked():
obj.tz >> cont.tz
cont.tz >> target.tz
# 해당 축이 켜짐
if not target.tx.isLocked():
obj.tx >> md.input1X
md.outputX >> target.tx
#obj.ty >> md.input1Y
#md.outputY >> target.ty
#obj.tz >> md.input1Z
#md.outputZ >> target.tz
if rotate:
# 해당 축이 켜짐
if not target.rx.isLocked():
obj.rx >> cont.rx
cont.rx >> target.rx
#obj.ry >> target.ry
if not target.rz.isLocked():
obj.rz >> cont.rz
cont.rz >> target.rz
# 해당 축이 꺼짐
#obj.rx >> md.input1X
#md.outputX >> target.rx
if not target.ry.isLocked():
obj.ry >> md.input1Y
md.outputY >> target.ry
if not target.rz.isLocked():
obj.rz >> md.input1Z
md.outputZ >> target.rz
elif axis == 'y':
if translate:
# 해당 축이 꺼짐
if not target.tx.isLocked():
obj.tx >> cont.tx
cont.tx >> target.tx
#obj.ty >> target.ty
if not target.tz.isLocked():
obj.tz >> cont.tz
cont.tz >> target.tz
# 해당 축이 켜짐
#obj.tx >> md.input1X
#md.outputX >> target.tx
if not target.ty.isLocked():
obj.ty >> md.input1Y
md.outputY >> target.ty
#obj.tz >> md.input1Z
#md.outputZ >> target.tz
if rotate:
# 해당 축이 켜짐
#obj.rx >> target.rx
if not target.ry.isLocked():
obj.ry >> cont.ry
cont.ry >> target.ry
#obj.rz >> target.rz
# 해당 축이 꺼짐
if not target.rx.isLocked():
obj.rx >> md.input1X
md.outputX >> target.rx
#obj.ry >> md.input1Y
#md.outputY >> target.ry
if not target.rz.isLocked():
obj.rz >> md.input1Z
md.outputZ >> target.rz
elif axis == 'z':
if translate:
# 해당 축이 꺼짐
if not target.tx.isLocked():
obj.tx >> cont.tx
cont.tx >> target.tx
if not target.ty.isLocked():
obj.ty >> cont.ty
cont.ty >> target.ty
#obj.tz >> target.tz
# 해당 축이 켜짐
#obj.tx >> md.input1X
#md.outputX >> target.tx
#obj.ty >> md.input1Y
#md.outputY >> target.ty
if not target.tz.isLocked():
obj.tz >> md.input1Z
md.outputZ >> target.tz
if rotate:
# 해당 축이 꺼짐
if not target.rx.isLocked():
obj.rx >> md.input1X
md.outputX >> target.rx
if not target.ry.isLocked():
obj.ry >> md.input1Y
md.outputY >> target.ry
#obj.rz >> md.input1Z
#md.outputZ >> target.rz
# 해당 축이 켜짐
#obj.rx >> target.rx
#obj.ry >> target.ry
if not target.rz.isLocked():
obj.rz >> cont.rz
cont.rz >> target.rz
if scale:
if not target.sx.isLocked():
obj.sx >> cont.sx
cont.sx >> target.sx
if not target.sy.isLocked():
obj.sy >> cont.sy
cont.sy >> target.sy
if not target.sz.isLocked():
obj.sz >> cont.sz
cont.sz >> target.sz
pm.select( obj )
return cont, target