def getNodesOfType(nodeType, namespaceFromNodes=None):
allNodes = list()
#if something is selected, get it from within that namespace.
if not namespaceFromNodes:
namespaceFromNodes = mc.ls(sl=True)
namespaces = list()
if namespaceFromNodes:
for each in namespaceFromNodes:
namespaces.append(utl.getNamespace(each))
else:
namespaces = ['*:','']
for ns in list(set(namespaces)):
if nodeType == 'control' or nodeType == 'element' or nodeType == 'puppet':
#special case for commonly queried nodes, for speed
#get with and without namespaces
allNodes.extend(mc.ls(ns+'*.'+PUP_ID_PREFIX+nodeType, o=True))
else:
pass
#allNodes = getAllPupNodes()
#if not allNodes:
# return
#allTypeNodes = list()
#for each in allNodes:
# if mc.getAttr(each+'.'+PUP_ID_PREFIX+'nodeType') == nodeType:
# allTypeNodes.append(each)
#return allTypeNodes
return allNodes
def getNodesOfType(nodeType, namespaceFromNodes=None):
allNodes = list()
#if something is selected, get it from within that namespace.
if not namespaceFromNodes:
namespaceFromNodes = mc.ls(sl=True)
namespaces = list()
if namespaceFromNodes:
for each in namespaceFromNodes:
namespaces.append(utl.getNamespace(each))
else:
namespaces = ['*:','']
for ns in list(set(namespaces)):
if nodeType == 'control' or nodeType == 'element' or nodeType == 'puppet':
#special case for commonly queried nodes, for speed
#get with and without namespaces
allNodes.extend(mc.ls(ns+'*.'+PUP_ID_PREFIX+nodeType, o=True))
else:
pass
#allNodes = getAllPupNodes()
#if not allNodes:
# return
#allTypeNodes = list()
#for each in allNodes:
# if mc.getAttr(each+'.'+PUP_ID_PREFIX+'nodeType') == nodeType:
# allTypeNodes.append(each)
#return allTypeNodes
return allNodes
def getNodesOfType(nodeType, namespaceFromNodes=None):
allNodes = []
#if something is selected, get it from within that namespace.
if not namespaceFromNodes:
namespaceFromNodes = mc.ls(sl=True)
namespaces = []
if namespaceFromNodes:
for each in namespaceFromNodes:
namespaces.append(utl.getNamespace(each))
else:
namespaces = ['*:','']
for ns in list(set(namespaces)):
if nodeType == 'control' or nodeType == 'element' or nodeType == 'puppet':
#special case for commonly queried nodes, for speed
#get with and without namespaces
allNodes.extend(mc.ls(ns+'*.'+PUP_ID_PREFIX+nodeType, o=True))
return allNodes
def copyHierarchy(sourceTop=None,
destinationTop=None,
pasteMethod='replace',
offset=0,
addToLayer=False,
layerName=None,
rotateOrder=True):
'''
Copy animation from a source hierarchy and paste it to a destination hierarchy.
'''
start, end = _getStartAndEnd()
if not sourceTop and not destinationTop:
sel = mc.ls(sl=True)
if len(sel) != 2:
OpenMaya.MGlobal.displayWarning('Please select exactly 2 objects.')
return
sourceTop = sel[0]
destinationTop = sel[1]
#get keyed objects below source
nodes = mc.listRelatives(sourceTop, pa=True, ad=True) or []
nodes.append(sourceTop)
keyed = []
for node in nodes:
# this will only return time based keyframes, not driven keys
if mc.keyframe(node, time=(':', ), query=True, keyframeCount=True):
keyed.append(node)
if not keyed:
return
#get a list of all nodes under the destination
allDestNodes = mc.listRelatives(destinationTop, ad=True, pa=True) or []
allDestNodes.append(destinationTop)
destNodeMap = {}
duplicate = []
for each in allDestNodes:
name = each.rsplit('|')[-1].rsplit(':')[-1]
if name in duplicate:
continue
if name in destNodeMap.keys():
duplicate.append(name)
continue
destNodeMap[name] = each
destNS = utl.getNamespace(destinationTop)
layer = None
if addToLayer:
if not layerName:
layerName = 'copyHierarchy'
layer = utl.createAnimLayer(name=layerName)
for node in keyed:
#strip name
nodeName = node.rsplit('|')[-1].rsplit(':')[-1]
if nodeName in duplicate:
print 'Two or more destination nodes have the same name: ' + destNS + nodeName
continue
if nodeName not in destNodeMap.keys():
print 'Cannot find destination node: ' + destNS + nodeName
continue
copyAnimation(source=node,
destination=destNodeMap[nodeName],
pasteMethod=pasteMethod,
offset=offset,
start=start,
end=end,
layer=layer,
rotateOrder=rotateOrder)
def copyHierarchy(sourceTop=None, destinationTop=None, pasteMethod='replace', offset=0, addToLayer=False, layerName=None, rotateOrder=True):
'''
Copy animation from a source hierarchy and paste it to a destination hierarchy.
'''
start, end = _getStartAndEnd()
if not sourceTop and not destinationTop:
sel = mc.ls(sl=True)
if len(sel) != 2:
OpenMaya.MGlobal.displayWarning('Please select exactly 2 objects.')
return
sourceTop = sel[0]
destinationTop = sel[1]
#get keyed objects below source
nodes = mc.listRelatives(sourceTop, pa=True, ad=True) or []
nodes.append(sourceTop)
keyed = []
for node in nodes:
# this will only return time based keyframes, not driven keys
if mc.keyframe(node, time=(':',), query=True, keyframeCount=True):
keyed.append(node)
if not keyed:
return
#get a list of all nodes under the destination
allDestNodes = mc.listRelatives(destinationTop, ad=True, pa=True) or []
allDestNodes.append(destinationTop)
destNodeMap = {}
duplicate = []
for each in allDestNodes:
name = each.rsplit('|')[-1].rsplit(':')[-1]
if name in duplicate:
continue
if name in destNodeMap.keys():
duplicate.append(name)
continue
destNodeMap[name] = each
destNS = utl.getNamespace(destinationTop)
layer = None
if addToLayer:
if not layerName:
layerName = 'copyHierarchy'
layer = utl.createAnimLayer(name=layerName)
for node in keyed:
#strip name
nodeName = node.rsplit('|')[-1].rsplit(':')[-1]
if nodeName in duplicate:
print 'Two or more destination nodes have the same name: '+destNS+nodeName
continue
if nodeName not in destNodeMap.keys():
print 'Cannot find destination node: '+destNS+nodeName
continue
copyAnimation(source=node, destination=destNodeMap[nodeName], pasteMethod=pasteMethod, offset=offset, start=start, end=end, layer=layer, rotateOrder=rotateOrder)
def copyHierarchy(sourceTop=None, destinationTop=None, pasteMethod='replace', offset=0, addToLayer=False, layerName=None):
'''
Copy animation from a source hierarchy and paste it to a destination hierarchy.
'''
start, end = _getStartAndEnd()
if not sourceTop and not destinationTop:
sel = mc.ls(sl=True)
if len(sel) != 2:
OpenMaya.MGlobal.displayWarning('Please select exactly 2 objects.')
return
sourceTop = sel[0]
destinationTop = sel[1]
#get keyed objects below source
nodes = mc.listRelatives(sourceTop, pa=True, ad=True)
if not nodes:
nodes = list()
nodes.append(sourceTop)
keyed = list()
for node in nodes:
# this will only return time based keyframes, not driven keys
if mc.keyframe(node, time=(':',), query=True, keyframeCount=True):
keyed.append(node)
if not keyed:
return
#get a list of all nodes under the destination
destNodes = mc.listRelatives(destinationTop, ad=True)
if not destNodes:
destNodes = list()
destNodes.append(destinationTop)
destNS = utl.getNamespace(destinationTop)
destNames = [x.rpartition(':')[-1] for x in destNodes]
layer = None
if addToLayer:
if not layerName:
layerName = 'copyHierarchy'
layer = utl.createAnimLayer(name=layerName)
for node in keyed:
nodeName = mc.ls(node, shortNames=True)[0]
#strip namespace
if ':' in nodeName:
nodeName = nodeName.rpartition(':')[-1]
if nodeName in destNames:
destNode = mc.ls(destNS+nodeName)
if not destNode:
print 'Cannot find destination node: '+destNS+':'+nodeName
continue
if len(destNode) > 1:
print 'Two or more destination nodes have the same name: '+destNS+':'+nodeName
continue
copyAnimation(source=node, destination=destNode[0], pasteMethod=pasteMethod, offset=offset, start=start, end=end, layer=layer)
def copyHierarchy(sourceTop=None,
destinationTop=None,
pasteMethod='replace',
offset=0,
addToLayer=False,
layerName=None):
'''
Copy animation from a source hierarchy and paste it to a destination hierarchy.
'''
start, end = _getStartAndEnd()
if not sourceTop and not destinationTop:
sel = mc.ls(sl=True)
if len(sel) != 2:
OpenMaya.MGlobal.displayWarning('Please select exactly 2 objects.')
return
sourceTop = sel[0]
destinationTop = sel[1]
#get keyed objects below source
nodes = mc.listRelatives(sourceTop, pa=True, ad=True)
if not nodes:
nodes = list()
nodes.append(sourceTop)
keyed = list()
for node in nodes:
# this will only return time based keyframes, not driven keys
if mc.keyframe(node, time=(':', ), query=True, keyframeCount=True):
keyed.append(node)
if not keyed:
return
#get a list of all nodes under the destination
destNodes = mc.listRelatives(destinationTop, ad=True)
if not destNodes:
destNodes = list()
destNodes.append(destinationTop)
destNS = utl.getNamespace(destinationTop)
destNames = [x.rpartition(':')[-1] for x in destNodes]
layer = None
if addToLayer:
if not layerName:
layerName = 'copyHierarchy'
layer = utl.createAnimLayer(name=layerName)
for node in keyed:
nodeName = mc.ls(node, shortNames=True)[0]
#strip namespace
if ':' in nodeName:
nodeName = nodeName.rpartition(':')[-1]
if nodeName in destNames:
destNode = mc.ls(destNS + nodeName)
if not destNode:
print 'Cannot find destination node: ' + destNS + ':' + nodeName
continue
if len(destNode) > 1:
print 'Two or more destination nodes have the same name: ' + destNS + ':' + nodeName
continue
copyAnimation(source=node,
destination=destNode[0],
pasteMethod=pasteMethod,
offset=offset,
start=start,
end=end,
layer=layer)
