def apply( self, attrPath, sourceRange, applyStart, additive=False ):
'''
used to put the animation data on this instance to an actual attribute
sourceRange should be a 2-tuple representing the 0-based time range of the animation data to apply
applyStart should be the start time at which to place the animation
'''
#if the attrPath isn't settable, bail - maya sometimes crashes if you try to pasteKey on a non-settable attr
if not getAttr( attrPath, se=True ):
return
keyCmdKwargs = {}
if sourceRange:
keyCmdKwargs[ 't' ] = sourceRange
animCurveNode = self.constructNode( applyStart )
if additive:
if cmd.keyframe( attrPath, q=True, kc=True ):
for t in cmd.keyframe( animCurveNode, q=True ):
val = cmd.keyframe( attrPath, t=(t,), q=True, vc=True, eval=True ) or [getAttr( attrPath )]
cmd.keyframe( animCurveNode, t=(t,), e=True, vc=val[0], relative=True )
else:
cmd.keyframe( animCurveNode, e=True, vc=getAttr( attrPath ), relative=True )
try:
cmd.copyKey( animCurveNode, clipboard='api', **keyCmdKwargs )
cmd.pasteKey( attrPath, option='replace', clipboard='api' )
finally:
cmd.delete( animCurveNode )
def transferAdd(src, tgt, range=None, tgtTime=None, matchRo=False):
'''
this is the core proc for copy/paste animation transfers. like the transfer command, this proc only
works with a single source, single target
'''
#if there are no keys, quit
try:
if cmd.keyframe(src, q=True, kc=True):
return
except RuntimeError:
return
time = tgtTime
if tgtTime is None:
time = cmd.currentTime(q=True)
#match the rotation orders of the objects.
if matchRo:
try:
cmd.setAttr(tgt + ".ro", cmd.getAttr(src + ".ro"))
except RuntimeError:
pass
#finally, perform the copy - this may fail as we still haven't validated the existence of tgt...
try:
cmd.copyKey(src,
time=range,
hierarchy='none',
animation='objects',
o='curve')
cmd.pasteKey(tgt, time=time, option='merge', animation='objects')
except RuntimeError:
return
def SendAnimation(a, b, optionType):
if cmds.selectKey(a) > 0:
if optionType == option(option.keys):
cmds.cutKey(a, time=(cTime, cTime), option=optionType.__str__())
else:
cmds.copyKey(a, option=optionType.__str__())
cmds.pasteKey(b, option='replaceCompletely')
def loopKeyFrameC(obj,startFrame,endFrame,offsetFrame):
print "loopKeyFrameC"#,obj,startFrame,endFrame,offsetFrame
keyAbleAttList=["translateX","translateY","translateZ","rotateX","rotateY","rotateZ","scaleX","scaleY","scaleZ","slot_alpha","slot_red","slot_green","slot_blue"] #["translateX","translateY","translateZ","rotateX","rotateY","rotateZ","scaleX","scaleY","scaleZ"]
SOframe = float(startFrame +offsetFrame)
EOframe = float(endFrame + offsetFrame)
#cmds.keyframe(obj,at="translateX",q=True)
for attr in keyAbleAttList:
try:
keyframeList = cmds.keyframe(obj,at=attr,q=True)
keyframeListCount = len(keyframeList)
except:
keyframeListCount = 0
print attr,obj,SOframe,EOframe,keyframeList
if keyframeListCount > 0:
if startFrame < keyframeList[0]:
# print "startFrame"
firstFrame = float(keyframeList[0])
startFrameValue = cmds.getAttr('%s.%s'%(obj,attr),t= firstFrame)
cmds.setKeyframe(t=(startFrame,startFrame),e=True,at=attr,v=startFrameValue)
if endFrame > keyframeList[-1]:
# print "endFrame"
lastFrame = float(keyframeList[-1])
endFrameValue = cmds.getAttr('%s.%s'%(obj,attr),t = lastFrame)
cmds.setKeyframe(t=(endFrame,endFrame),e=True,at=attr,v=endFrameValue)
cmds.cutKey(obj,at=attr,t= (startFrame,endFrame))
cmds.pasteKey(obj,at=attr , t= (SOframe,))
newKeyframeList = cmds.keyframe(obj,at=attr,q=True)
newLastFrame = newKeyframeList[-1]
# print "newKeyframeList,newLastFrame",newKeyframeList,newLastFrame
cmds.setInfinity( obj,pri='cycle', poi='cycle' ,at=attr)
cmds.keyTangent(obj,t=(newLastFrame,newLastFrame),ott ="step",e=True)
def applyCallback(*pArgs): # print "-------------applyCallback----------------" # print "first mode= %s" %_mode # print "first key= %s" %_key # print "attri key= %s" %_attri # call function to chect array after press "apply" checkList() global index index=0 nowJ=cmds.ls(orderedSelection=True) nowTime=mc.currentTime(q=1) for i in nowJ: # print "now i= %s" %i index += 1 if index >= 2: targetJ=nowJ[index-1] # print "target obj is = %s" %(targetJ) if _key == 2: #all key cmds.copyKey(nowJ,at=_attri) cmds.pasteKey(targetJ,at=_attri,option="replace") if _mode == 2: cmds.scaleKey(targetJ,at=_attri,valueScale=-1) else: # single key cmds.copyKey(nowJ,at=_attri,time=(nowTime,nowTime)) cmds.pasteKey(targetJ) if _mode == 2: cmds.scaleKey(targetJ,at=_attri,valueScale=-1,time=(nowTime,nowTime))
def copyKeyframes():
objs = cmds.ls(selection=True)
if (len(objs) < 2):
cmds.error("Please select at least two Objects")
sourceObj = objs[0] # First selected object is for copy
# Find animated attributes and put on a list
animAttributes = cmds.listAnimatable(sourceObj)
# Go round the list
for attribute in animAttributes:
# Get the key frame numbers of animated attributes
numKeyframes = cmds.keyframe(attribute, query=True, keyframeCount=True)
if (numKeyframes > 0):
# Copy keyframes where animated attribute is existed
cmds.copyKey(attribute) # Hold keyframes temporarily in memory
# No additional flag, grabbing all keyframes for the specified attribute
# Paste keyframes to other objects
for obj in objs[1:]:
cmds.pasteKey(obj,
attribute=getAttrName(attribute),
option="replace")
def individualCurveDenoise(self, curveName, faceGroup, TIME_VAL,
THRESHOLD_VAL, sampleFace):
print "Entered Ind Sample"
startTime = self.minSliderTime
endTime = self.maxSliderTime
nSId = curveName.find(':')
if nSId != -1:
outTransform = curveName[:nSId] + str(
sampleFace) + curveName[nSId:]
else:
outTransform = self.OTHER_FACE_IDS % sampleFace
outTransform = outTransform + curveName
cmds.cutKey(outTransform,
time=(self.minSliderTime + 1, self.maxSliderTime - 1),
option="keys")
cmds.copyKey(curveName,
time=(self.minSliderTime, self.maxSliderTime),
option="keys") # or keys?
cmds.pasteKey(outTransform,
time=(self.minSliderTime, self.maxSliderTime),
option="replace")
cmds.filterCurve(outTransform,
filter="simplify",
timeTolerance=TIME_VAL,
tolerance=THRESHOLD_VAL)
def copy_keys(source=None, target=None, offset=0, rotateOrder=True):
if not cmds.keyframe(source, q=True):
om.MGlobal.displayInfo("Source: {} has no animation".format(source))
return
if not isinstance(target, (list, tuple)):
target = [target]
# TODO: animLayer check
# if layer:
# cmds.select(target)
# cmds.animLayer(layer, edit=True, addSelectedObjects=True)
# #we want to make sure rotation values are within 360 degrees, so we don't get flipping when blending layers.
# utl.minimizeRotationCurves(source)
# for each in target:
# utl.minimizeRotationCurves(each)
if rotateOrder:
for each in target:
try:
if cmds.getAttr(each + ".rotateOrder", keyable=True):
cmds.setAttr(each + ".rotateOrder",
cmds.getAttr(source + ".rotateOrder"))
except:
pass
cmds.copyKey(source)
# if layer:
# cmds.animLayer(layer, edit=True, selected=True)
for each in target:
cmds.pasteKey(each, option="insert", timeOffset=offset)
def copyAnim(filename, objs, *args):
#objs = cmds.ls(sl=1)
# first: is there even anything here?
if len(objs) < 1:
return False
# check for unknown nodes: this prevents ASCII conversion.
unk = cmds.ls(type='unknown')
if len(unk) > 0:
cmds.error(
'You have unknown nodes in your scene. Run the cleanup utility before exporting animation.'
)
if cmds.objExists('animXferTEMP'): cmds.delete('animXferTEMP')
cmds.createNode('transform', n='animXferTEMP')
for obj in objs:
attrs = cmds.listAttr(obj, k=1)
startTime = -100000
endTime = 100000
for attr in attrs:
numkeys = cmds.keyframe(obj, q=1, at=attr, kc=1)
if numkeys > 0:
cmds.addAttr('animXferTEMP',
at='double',
longName=obj.replace(':', '___') + '_ANIM_' +
attr)
cmds.copyKey(obj, t=(startTime, endTime), at=attr)
cmds.pasteKey('animXferTEMP',
option='replaceCompletely',
at=obj.replace(':', '___') + '_ANIM_' + attr)
cmds.select('animXferTEMP')
if filename.split('.')[-1] != '.ma':
filename = filename + '.ma'
f = cmds.file(filename, es=1, chn=1, type='mayaAscii', force=1)
print 'wrote animation to file: %s' % (f)
cmds.delete('animXferTEMP')
def transfer_anim(node, attribute, layer):
time_range = get_time_range()
can_paste = False
try:
cmds.copyKey(node,
attribute=attribute,
time=time_range,
animLayer='BaseAnimation')
can_paste = True
except RuntimeError:
try:
cmds.copyKey(node, attribute=attribute, time=time_range)
can_paste = True
except RuntimeError:
pass
# Fixme: Attributes with no animation connections
if can_paste:
try:
cmds.pasteKey(node,
attribute=attribute,
option="replace",
animLayer=layer)
except:
pass
return
def mirror_animation(self):
"""
Mirrors the animation based on the selected controls, selected anim layer(if any) and selected selected frames
"""
controls = animMod.get_controls(selected=True)
selected_frames = animMod.get_frames()
anim_layers = animMod.get_anim_layers(selected=True)
if len(anim_layers) > 0:
for anim_layer in anim_layers:
for control in controls:
opposite_control = animMod.get_opposite_control(node=control)
attributes = animMod.get_attributes(node=control, attribute_options=["unlocked", "c", "keyable"]) or []
for attribute in attributes:
for frame in selected_frames:
if cmds.copyKey(control, time=(frame, frame), at=attribute, option="keys", al=anim_layer) != None:
cmds.animLayer(anim_layer, edit=True, at="{0}.{1}".format(opposite_control, attribute))
cmds.setKeyframe(opposite_control, time=(frame,frame), at=attribute, al=anim_layer)
cmds.pasteKey(opposite_control, time=(frame, frame), option="replaceCompletely", al=anim_layer)
else:
for control in controls:
opposite_control = animMod.get_opposite_control(node=control)
attributes = animMod.get_attributes(node=control, attribute_options=["unlocked", "c", "keyable"]) or []
for attribute in attributes:
for frame in selected_frames:
current_key = cmds.copyKey(control, time=(frame, frame), at=attribute, option="keys")
if current_key > 0:
cmds.setKeyframe(opposite_control, time=(frame), at=attribute)
cmds.pasteKey(opposite_control, animation="keysOrObjects", option="replace")
def clone():
selected = cmds.ls(sl=True)
source = selected.pop(0)
cmds.copyKey(source, option="curve")
for target in selected:
cmds.pasteKey(target, option='replaceCompletely' )
print "Keys copied successfully",
def bakeCameraMeatAnimToClone(camMeta):
"""Given a camera node which has meta data(MetaCamera), create a temporary meta camera which is a clone
of the camera and bake per frame anim data down. The passed in camera will be renamed so that the camera clone has the
shot name however we dont not rename the original back to the correct name. The reason for this is so the client
can do further operations on the baked cam.
:param camMeta: The MetaCamera instance which is attached to the camera
:type camMeta: MetaCamera
:return: The new Baked camera if the keys were baked. otherwise None
:rtype: MetaCamera or None
"""
# temp rename so that the the baked camera has the original name
camMeta.rename("_".join([camMeta.shotName.asString(), "ORIG"]))
bakedCam = createCamera(camMeta.shotName.asString(),
camMeta.startFrame.asInt(),
camMeta.endFrame.asInt())
bakedCam.copyFrom(camMeta)
result = cmds.copyKey(camMeta.fullPathName())
if result == 0:
bakedCam.delete()
camMeta.rename(camMeta.shotName.asString())
return
padding = bakedCam.framePadding.asInt()
targetName = bakedCam.fullPathName()
cmds.pasteKey(targetName, option="replace")
cmds.bakeResults(targetName,
t=((bakedCam.startFrame.asInt() - padding),
(bakedCam.endFrame.asInt() + padding)),
sb=1)
return bakedCam
def transferAdd( src, tgt, range=None, tgtTime=None, matchRo=False ): ''' this is the core proc for copy/paste animation transfers. like the transfer command, this proc only works with a single source, single target ''' #if there are no keys, quit try: if cmd.keyframe(src, q=True, kc=True): return except RuntimeError: return time = tgtTime if tgtTime is None: time = cmd.currentTime(q=True) #match the rotation orders of the objects. if matchRo: try: cmd.setAttr(tgt +".ro", cmd.getAttr(src +".ro")) except RuntimeError: pass #finally, perform the copy - this may fail as we still haven't validated the existence of tgt... try: cmd.copyKey(src, time=range, hierarchy='none', animation='objects', o='curve') cmd.pasteKey(tgt, time=time, option='merge', animation='objects') except RuntimeError: return
def copyFromProxy(self):
animCurves = []
for ac in cmds.ls(type="animCurveTL"):
animCurves.append(ac)
for ac in cmds.ls(type="animCurveTA"):
animCurves.append(ac)
for ac in cmds.ls(type="animCurveTU"):
animCurves.append(ac)
cmds.progressWindow(title=u"导入动画", status=u"导入中...")
cmds.progressWindow(e=True, progress=0, max=len(animCurves))
for cv in animCurves:
cmds.progressWindow(e=True, step=1)
if cmds.referenceQuery(cv, isNodeReferenced=True): continue
out = cmds.connectionInfo("%s.output" % cv,
destinationFromSource=True)
if not out: continue
out = out[0]
if out.find('___Proxy') == -1: continue
if not len((':%s' % out).split(self.namespace)) == 2: continue
attr = out.split(".")[-1]
target = out.split("___")[0]
try:
cmds.copyKey(cv)
cmds.pasteKey(target,
attribute=attr,
option=self.configuration['mode'])
except Exception, e:
print "%s" % e
def copyToProxy(self, startTime, endTime):
animCurves = []
for ac in cmds.ls(type="animCurveTL"):
animCurves.append(ac)
for ac in cmds.ls(type="animCurveTA"):
animCurves.append(ac)
for ac in cmds.ls(type="animCurveTU"):
animCurves.append(ac)
cmds.progressWindow(title=u"导出动画", status=u"导出中...")
cmds.progressWindow(e=True, progress=0, max=len(animCurves))
for cv in animCurves:
cmds.progressWindow(e=True, step=1)
if cmds.referenceQuery(cv, isNodeReferenced=True): continue
out = cmds.connectionInfo("%s.output" % cv,
destinationFromSource=True)
if out and len((':%s' % out[0]).split(self.namespace)) == 2:
out = out[0]
loc = "%s|%s___Proxy" % (self.grp, out.split(".")[0])
attr = out.split(".")[-1]
#print "%s.output"%cv, "-> %s.%s"%(loc, attr)
try:
cmds.copyKey(cv)
cmds.pasteKey(loc, attribute=attr)
cmds.setKeyframe(loc, time=[startTime, endTime])
except Exception, e:
print u"%s" % e
def cutPasteKey(src, dst):
"""
@param dst:
@param src:
"""
keys = cmds.cutKey(src)
if keys: cmds.pasteKey(dst)
def setFaceAsElite(self, id, *args):
self.lastElite = self.saveFaceCurves()
eliteChoice = cmds.optionMenu("controlGroup" + str(id),
value=True,
query=True)
eliteNum = int(eliteChoice[-1])
shapeTree = self.strongestShapesTree
for faceGroup, ctlDict in shapeTree.iteritems():
for ctlName, ctlVal in ctlDict.iteritems():
nSId = ctlName.find(':')
if nSId != -1:
print "in"
out1 = ctlName[:nSId] + str(eliteNum) + ctlName[nSId:]
else:
out1 = (self.OTHER_FACE_IDS + ctlName) % eliteNum
cmds.cutKey(ctlName,
time=(self.minSliderTime + 1,
self.maxSliderTime - 1),
option="keys")
cmds.copyKey(out1,
time=(self.minSliderTime, self.maxSliderTime),
option="keys") # or keys?
cmds.pasteKey(ctlName,
time=(self.minSliderTime, self.maxSliderTime),
option="replace")
self.EliteGenes = self.saveFaceCurves()
def copyAnimation(source=None,
destination=None,
pasteMethod='replace',
offset=0,
start=None,
end=None,
layer=None):
'''
Actually do the copy and paste from one node to another. If start and end frame is specified,
set a temporary key before copying, and delete it afterward.
'''
if pasteMethod == 'replaceCompletely' or not start or not end:
mc.copyKey(source)
mc.pasteKey(destination, option=pasteMethod, timeOffset=offset)
else:
#need to do this per animation curve, unfortunately, to make sure we're not adding or removing too many keys
animCurves = mc.keyframe(source, query=True, name=True)
if not animCurves:
return
#story cut keytimes as 2 separate lists means we only have to run 2 cutkey commands, rather than looping through each
cutStart = list()
cutEnd = list()
for curve in animCurves:
#does it have keyframes on the start and end frames?
startKey = mc.keyframe(curve,
time=(start, ),
query=True,
timeChange=True)
endKey = mc.keyframe(curve,
time=(end, ),
query=True,
timeChange=True)
#if it doesn't set a temporary key for start and end
#and store the curve name in the appropriate list
if not startKey:
mc.setKeyframe(curve, time=(start, ), insert=True)
cutStart.append(curve)
if not endKey:
mc.setKeyframe(curve, time=(end, ), insert=True)
cutEnd.append(curve)
mc.copyKey(source, time=(start, end))
mc.pasteKey(destination,
option=pasteMethod,
time=(start, end),
copies=1,
connect=0,
timeOffset=offset)
#if we set temporary source keys, delete them now
if cutStart:
mc.cutKey(cutStart, time=(start, ))
if cutEnd:
mc.cutKey(cutEnd, time=(end, ))
def animCopyPaste():
sel = cmds.ls(sl=True)
if len(sel) == 2:
frame = frameRange()
cmds.copyKey(sel[0], time=(frame[0], frame[1]), option='keys', hierarchy='none', controlPoints=0, shape=1)
cmds.pasteKey(sel[1], time=(frame[0], ), f=(frame[0], ), option='merge', copies=1, connect=0, timeOffset=0, floatOffset=0, valueOffset=0)
else:
cmds.warning('////... Select 2 objects. The first should have keys...////')
def assign( source, target, rangemode, replacemode ) :
''' Assign a marker, copying from source to destination
:param source: the source marker to copy data from
:param target: the target marker to paste data on to
:param replacemode: 'swap' or 'extract'
:param rangemode: sett getSourceRange
'''
print "Assign: %s ---> %s Modes: %s/%s" % (source, target, rangemode, replacemode )
if not m.objExists( target ) :
print "renaming: " + source + " as " + target
m.rename( source, target)
return True
if rangemode == 'gap' :
# fill the gap in the target using keys from the source
s = curve.currentSegmentOrGap( target, datarate.nodeRate(source) )
if s is None or s[0] != 'gap' :
print "Skipping: " + str(source) + " (not currently in a gap)"
return
# values of surrounding keyframes
sourceIn, sourceOut = s[1]
# contract range
sourceIn = sourceIn + 0.5
sourceOut = sourceOut - 0.5
else :
sourceIn, sourceOut = getSourceRange( source, rangemode )
# expand to
sourceIn = sourceIn - 0.5
sourceOut = sourceOut + 0.5
print "In: %f Out: %f" % (sourceIn, sourceOut)
if replacemode == 'swap' :
keyTools.swap( (source,target), sourceIn, sourceOut )
if replacemode == 'extract' :
# copy the segment over, any clashing keys on the marker will be removed as unlabelled
keyTools.extractRange( target, sourceIn, sourceOut )
m.cutKey( source, t = ( sourceIn, sourceOut ) )
m.pasteKey( target, option='replace' )
keyTools.setActiveKeys( source, delete=True )
keyTools.setActiveKeys( target )
#m.select(target)
m.dgdirty(a=True)
def animPaste():
# paste anim
sel = animSelList()
if len(sel) > 0:
frame = frameRange()
cmds.pasteKey(sel, time=(frame[0], ), f=(frame[0], ), option='merge', copies=1, connect=0, timeOffset=0, floatOffset=0, valueOffset=0)
mel.eval('print \"' + 'Animation pasted at -' + str(frame[0]) + '-\";')
else:
cmds.warning('////... Select at least one object with animation...////')
def loopKeyFrame(obj,startFrame,endFrame,offsetFrame):
print "loopKeyFrame"#,obj,startFrame,endFrame,offsetFrame
offsetNewStartFrame = startFrame +offsetFrame
dividFrame = float(endFrame -offsetFrame)
dividOffsetFrame = dividFrame - 0.01
endOffsetFrame = endFrame -0.01
offsetNewEndFrame = endFrame +offsetFrame
cmds.getAttr('%s.translateX'%obj,t=15.0)
keyAbleAttList=["translateX","translateY","translateZ","rotateX","rotateY","rotateZ","scaleX","scaleY","scaleZ","slot_alpha","slot_red","slot_green","slot_blue"] #["translateX","translateY","translateZ","rotateX","rotateY","rotateZ","scaleX","scaleY","scaleZ"]
#cmds.keyframe(obj,at="translateX",q=True)
for attr in keyAbleAttList:
cmds.keyTangent(obj,itt ="linear", ott ="linear")
keyFramesList = cmds.keyframe(obj,at=attr,q=True)
#print attr,keyFramesList
if offsetFrame == 0:
try:
endFrameAttrValue = cmds.getAttr('%s.%s'%(obj,attr),t=endFrame)
startFrameAttrValue = cmds.getAttr('%s.%s'%(obj,attr),t=startFrame)
cmds.setKeyframe(obj,at=attr,t=startFrame,v=startFrameAttrValue)
cmds.setKeyframe(obj,at=attr,t=endFrame,v=endFrameAttrValue)
except:
pass
else:
try:
if len(keyFramesList) >0 :
# keyframeListAttr = cmds.keyframe(obj,at=attr)
divideFrameAttrValue = cmds.getAttr('%s.%s'%(obj,attr),t=dividFrame)
endFrameAttrValue = cmds.getAttr('%s.%s'%(obj,attr),t=endFrame)
startFrameAttrValue = cmds.getAttr('%s.%s'%(obj,attr),t=startFrame)
offsetFrameValue = cmds.getAttr('%s.%s'%(obj,attr),t=offsetFrame)
cmds.setKeyframe(obj,at=attr,t=startFrame,v=startFrameAttrValue)
cmds.setKeyframe(obj,at=attr,t=endFrame,v=endFrameAttrValue)
cmds.keyTangent(obj,itt ="linear", ott ="linear")
cmds.setKeyframe(obj,at=attr,t=dividFrame,v=divideFrameAttrValue)
cmds.setKeyframe(obj,at=attr,t=dividOffsetFrame,v=divideFrameAttrValue)
cmds.setKeyframe(obj,at=attr,t=endOffsetFrame,v=endFrameAttrValue)
cmds.setKeyframe(obj,at=attr,t=endFrame,v=startFrameAttrValue)
cmds.keyTangent(obj,itt ="linear", ott ="linear")
#
# print attr,currentAttrValue
except:
pass
if offsetFrame == 0:
pass
else:
cmds.cutKey(obj,t=(startFrame,endFrame))
cmds.pasteKey(obj,t=(offsetNewStartFrame,))
cmds.keyTangent(obj,itt ="linear", ott ="linear")
cmds.cutKey(obj,t=(endFrame,offsetNewEndFrame))
cmds.pasteKey(obj,t=(startFrame,offsetNewStartFrame),o="replace")
def legIkToFk(rigNS,side,start=None,end=None,sampleBy=1):
'''
Bake IK leg animation to FK controls
@param rigNS: IK/FK toggle attribute
@type rigNS: str
@param side: Leg side ("lf" or "rt")
@type side: str
@param start: Transfer animation start frame
@type start: int or None
@param end: Transfer animation end frame
@type end: int or None
@param sampleBy: Bake animation by N frames
@type sampleBy: int
'''
# Get Start/End
if start == None: start = mc.playbackOptions(q=True,min=True)
if end == None: end = mc.playbackOptions(q=True,max=True)
# Set Leg to IK mode
mc.setAttr(rigNS+':config.'+side+'LegIkFkBlend',0) # IK
# Build IK/FK Joint List
ikJntList = [rigNS+':'+side+'_leg_ik'+i+'_jnt' for i in ['A','B']]
ikJntList += [rigNS+':'+side+'_foot_ik'+i+'_jnt' for i in ['A','B']]
fkJntList = [rigNS+':'+side+'_leg_fk'+i+'_jnt' for i in ['A','B']]
fkJntList += [rigNS+':'+side+'_foot_fk'+i+'_jnt' for i in ['A','B']]
# Duplicate FK Joints and Constrain to IK
fkDupList = []
fkOriList = []
for i in range(len(ikJntList)):
fkDupList.append(mc.duplicate(fkJntList[i],po=True)[0])
fkOriList.append(mc.orientConstraint(ikJntList[i],fkDupList[-1])[0])
# Transfer Baked Anim to FK Joints
mc.refresh(suspend=True)
for i in range(len(fkDupList)):
mc.bakeResults( fkDupList[i],
t=(start,end),
at=['rx','ry','rz'],
simulation=True,
preserveOutsideKeys=True,
sampleBy=sampleBy )
mc.copyKey(fkDupList[i],at=['rx','ry','rz'],t=(start,end))
mc.pasteKey(fkJntList[i],at=['rx','ry','rz'],t=(start,end),option='replace')
mc.refresh(suspend=False)
# Delete Duplicate Joints and Constraints
if fkOriList:
try: mc.delete(fkOriList)
except Exception, e: print('Error deleting nodes '+str(fkOriList)+'! Exception Msg: '+str(e))
if fkDupList:
try: mc.delete(fkDupList)
except Exception, e: print('Error deleting nodes '+str(fkDupList)+'! Exception Msg: '+str(e))
# Set to FK mode
mc.setAttr(rigNS+':config.'+side+'LegIkFkBlend',1) # FK
def copyAnimation(source=None, destination=None, pasteMethod='replace', offset=0, start=None, end=None, layer=None):
'''
Actually do the copy and paste from one node to another. If start and end frame is specified,
set a temporary key before copying, and delete it afterward.
'''
if layer:
mc.select(destination)
mc.animLayer(layer, edit=True, addSelectedObjects=True)
#we want to make sure rotation values are within 360 degrees, so we don't get flipping when blending layers.
utl.minimizeRotationCurves(source)
utl.minimizeRotationCurves(destination)
if pasteMethod=='replaceCompletely' or not start or not end:
mc.copyKey(source)
if layer:
mc.animLayer(layer, edit=True, selected=True)
mc.pasteKey(destination, option=pasteMethod, timeOffset=offset)
else:
#need to do this per animation curve, unfortunately, to make sure we're not adding or removing too many keys
animCurves = mc.keyframe(source, query=True, name=True)
if not animCurves:
return
#story cut keytimes as 2 separate lists means we only have to run 2 cutkey commands, rather than looping through each
cutStart = list()
cutEnd = list()
for curve in animCurves:
#does it have keyframes on the start and end frames?
startKey = mc.keyframe(curve, time=(start,), query=True, timeChange=True)
endKey = mc.keyframe(curve, time=(end,), query=True, timeChange=True)
#if it doesn't set a temporary key for start and end
#and store the curve name in the appropriate list
if not startKey:
mc.setKeyframe(curve, time=(start,), insert=True)
cutStart.append(curve)
if not endKey:
mc.setKeyframe(curve, time=(end,), insert=True)
cutEnd.append(curve)
mc.copyKey(source, time=(start,end))
if layer:
for each in mc.ls(type='animLayer'):
mc.animLayer(each, edit=True, selected=False, preferred=False)
mc.animLayer(layer, edit=True, selected=True, preferred=True)
mc.pasteKey(destination, option=pasteMethod, time=(start,end), copies=1, connect=0, timeOffset=offset)
#if we set temporary source keys, delete them now
if cutStart:
mc.cutKey(cutStart, time=(start,))
if cutEnd:
mc.cutKey(cutEnd, time=(end,))
def PasteKeys(self):
cmds.copyKey('Cube0', attribute='translateY')
for i in range(0, self.MC.GroupCubeD):
for j in range(0, self.MC.GroupCubeW):
if i == 0 and j == 0:
continue
cmds.pasteKey("Cube" + str(i * self.MC.GroupCubeW + j),
attribute='translateY')
def pasteTheseKeys(self, *args):
self.offsetVal = mc.intFieldGrp(self.int_offset, q=True, value1=True)
self.selObj_pasteKeys = mc.ls(sl=True)
for objectQuant in self.selObj_pasteKeys:
print objectQuant
self.ct = mc.currentTime(query = True)
self.t = self.ct + self.offsetVal
mc.currentTime(self.t)
# mc.selectKey(selObj_pasteKeys[objectQuant])
mc.pasteKey(time=(self.t,self.t), f=(1.0,1.0), option="merge", copies=1, to=0, fo=0, vo=0)
def swapAnimation(fromNode, toNode):
if not mc.keyframe(fromNode, query=True, name=True):
mc.cutKey(toNode, clear=True)
return
attrs = mc.listAttr(fromNode, keyable=True)
if not attrs:
return
for attr in attrs:
if not mc.attributeQuery(attr, node=toNode, exists=True):
mc.cutKey(fromNode, attribute=attr, clear=True)
continue
fromPlug = '{}.{}'.format(fromNode, attr)
toPlug = '{}.{}'.format(toNode, attr)
srcCurve = mc.listConnections(fromPlug,
source=True,
destination=False,
type='animCurve')
dstCurve = mc.listConnections(toPlug,
source=True,
destination=False,
type='animCurve')
copySrc = None
copyDst = None
if srcCurve:
copySrc = mc.duplicate(srcCurve[0])[0]
if dstCurve:
copyDst = mc.duplicate(dstCurve[0])[0]
if copySrc:
try:
mc.cutKey(copySrc)
mc.pasteKey(toNode, attribute=attr, option='replaceCompletely')
except:
pass
if copyDst:
try:
mc.cutKey(copyDst)
mc.pasteKey(fromNode,
attribute=attr,
option='replaceCompletely')
except:
pass
for axis in getMirrorAxis(toNode):
mc.scaleKey(toNode, attribute=axis, valueScale=-1)
mc.scaleKey(fromNode, attribute=axis, valueScale=-1)
def preroll():
amintime = cmds.playbackOptions(query=1, minTime=1)
amaxtime = cmds.playbackOptions(query=1, maxTime=1)
arolltime = amintime - 21
amidtime = amintime - 11
cmds.playbackOptions(minTime=arolltime)
cmds.cutKey(t=(arolltime, amintime - 1))
cmds.copyKey(t=(amintime, amintime))
cmds.pasteKey(t=(amidtime, amidtime))
cmds.pasteKey(t=(arolltime, arolltime))
cmds.currentTime(arolltime, update=1, edit=True)
def paste_clipboard_curves(anim_curves, start, end):
# type: (list, float, float) -> None
"""
Paste original anim curves we stored when the preview button was pressed
:param anim_curves: list of animation curves
:param start: start frame
:param end: end frame
:return: None
"""
cmds.pasteKey(anim_curves, t=(start, end), o="replace")
def copy_animation(source, destination, offset=0):
"""
Copy animation from source to destination
:param str source: Transform node name.
:param str destination: Transform node name.
:param int offset: Time offset.
"""
if not cmds.objExists(source) or not cmds.objExists(destination):
return
cmds.copyKey(source)
delete_connected_curves(destination)
cmds.pasteKey(destination, option='replaceCompletely', timeOffset=offset)
def CopyAnimation(self):
''' Copies the animations of list one into list two '''
i = 0
while i < len(self.ListOne):
cmds.copyKey(self.ListOne[i],
time=(cmds.intFieldGrp(self.intGrp, q=True, v1=True),
cmds.intFieldGrp(self.intGrp, q=True, v2=True)))
cmds.pasteKey(self.ListTwo[i], o='replace')
cmds.warning('Animations copied from ' + self.ListOne[i] + ' to ' +
self.ListTwo[i])
i += 1
def parentBake(objs, parent=None, bakeOnOnes=False):
#check objects can be parented
parentReferenced = mc.referenceQuery(
parent, isNodeReferenced=True) if parent else False
culledObjs = []
for each in objs:
eachParent = mc.listRelatives(each, parent=True)
if mc.referenceQuery(each, isNodeReferenced=True):
if parentReferenced:
OpenMaya.MGlobal.displayWarning(
"Child and parent are both referenced, skipping: {} > {}".
format(each, parent))
continue
if eachParent and mc.referenceQuery(eachParent[0],
isNodeReferenced=True):
OpenMaya.MGlobal.displayWarning(
"Node is referenced and can't be reparented, skipping: {}".
format(each))
continue
if not parent and not eachParent:
OpenMaya.MGlobal.displayWarning(
"Node is already child of the world, skipping: {}".format(
each))
continue
culledObjs.append(each)
if not culledObjs:
OpenMaya.MGlobal.displayWarning("No nodes could be reparented.")
return
source = []
destination = []
for each in culledObjs:
source.append(mc.duplicate(each, parentOnly=True)[0])
mc.copyKey(each)
mc.pasteKey(source[-1], option='replaceCompletely')
try:
if parent:
destination.append(mc.parent(each, parent)[0])
else:
destination.append(mc.parent(each, world=True)[0])
except RuntimeError as err:
mc.delete(source)
raise err
utl.matchBake(source=source,
destination=destination,
bakeOnOnes=bakeOnOnes)
mc.delete(source)
def _pasteTiming(self, source, target, key):
if key.next:
cmds.copyKey(source, time=(key.keyIndex, key.keyIndex))
cmds.pasteKey(target, time=(self.currentTime, self.currentTime))
self.currentTime = self.currentTime + (
(key.next.time - key.time) * 25)
self._pasteTiming(source, target, key.next)
else:
return
def _pasteTiming(self, source, target, key):
if key.next:
cmds.copyKey(source, time=(key.keyIndex, key.keyIndex))
cmds.pasteKey(target, time=(self.currentTime, self.currentTime))
self.currentTime = self.currentTime + ((key.next.time
- key.time) * 25)
self._pasteTiming(source, target, key.next)
else:
return
def CutAndPasteKeys(self, *args):
if(self.rootName.GetText()):
Statics.Commands.DeselectAll()
self.AddRootJoint()
currentOption = self.omClamp.GetValue()
Statics.Commands.SetTime(0)
position = Statics.Commands.GetTranslation(self.hipName.GetText())
for i in range(len(self.attributes)):
times = Statics.Commands.GetAnimatedTimes(self.hipName.GetText(), self.attributes[i]) or []
keys = commands.keyframe(self.hipName.GetText() + "_" + self.attributes[i], q= True, vc = True) or []
if(self.attributes[i] == "translateY"):
if(self.bttnCutAllKeys.GetValue1() == False):
if(currentOption == "Constrain To Ground"):
for f in range(len(keys)):
if(keys[f] > position[0][1]):
commands.setKeyframe(self.rootName.GetText(), attribute = "translateY", time = (0,0), value = 0)
commands.cutKey(self.hipName.GetText(), attribute = "translateY", index= (f, (f)))
commands.setKeyframe(self.hipName.GetText(), attribute = "translateY", time = (times[f],times[f]), value = position[0][1])
commands.pasteKey(self.rootName.GetText(), attribute = "translateY", time = (times[f],times[f]), valueOffset = -position[0][1])
elif(keys[f] < position[0][1]):
commands.setKeyframe(self.rootName.GetText(),attribute = "translateY", time = (times[f],times[f]), value = 0)
elif(currentOption == "UnConstrain To Ground"):
commands.cutKey(self.hipName.GetText(), attribute = "translateY", time = ())
commands.pasteKey(self.rootName.GetText(), attribute = "translateY",time = (0,0), valueOffset = -position[0][1])
else:
commands.cutKey(self.hipName.GetText(), attribute = self.attributes[i],time = ())
commands.pasteKey(self.rootName.GetText(), attribute = self.attributes[i],time = (0,0), valueOffset = -position[0][1])
else:
commands.cutKey(self.hipName.GetText(), attribute = self.attributes[i], time = ())
commands.pasteKey(self.rootName.GetText(), attribute = self.attributes[i], time = (0,0), valueOffset = -position[0][2])
else:
Statics.Commands.Warning("No root joint name povided in Settings tab")
def duplicateFirst(doShaders=False):
#1. make an array of all selected objects
target = mc.ls(sl=1)
#2. if only one selection, just make a new duplicate at the same coordinates...
if(len(target)==1):
#call through mel because python has no rc option!
mel.eval("duplicate -un -ic -rc")
else:
try:
#3. check if the first selection is skinned.
mc.select(target[0])
mc.skinCluster(q=True)
print "~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~"
print "Select the root joint for this to work properly."
print "~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~"
except:
#4. ...otherwise, for each selected object...
for i in range(1,len(target)):
#5. ...get current selection's position and copy keyframes and shader
mc.select(target[i])
pos = mc.xform(target[i], q=True, t=True, ws=True)
try:
shader = getShader()
except:
print "Couldn't get shader."
try:
mc.copyKey()
except:
print "Couldn't copy keys."
#6. duplicate the first selection
mc.select(target[0])
#call through mel because python has no rc option!
mel.eval("duplicate -un -ic -rc")
#7. move first selection to position and paste keyframes and shader
mc.move(pos[0],pos[1],pos[2])
if(doShaders==True):
setShader(shader)
try:
mc.pasteKey()
except:
print "Couldn't paste keys."
#8. delete selection
mc.delete(target[i])
def duplicateFirst(doShaders=False):
#1. make an array of all selected objects
target = mc.ls(sl=1)
#2. if only one selection, just make a new duplicate at the same coordinates...
if (len(target) == 1):
#call through mel because python has no rc option!
mel.eval("duplicate -un -ic -rc")
else:
try:
#3. check if the first selection is skinned.
mc.select(target[0])
mc.skinCluster(q=True)
print "~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~"
print "Select the root joint for this to work properly."
print "~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~"
except:
#4. ...otherwise, for each selected object...
for i in range(1, len(target)):
#5. ...get current selection's position and copy keyframes and shader
mc.select(target[i])
pos = mc.xform(target[i], q=True, t=True, ws=True)
try:
shader = getShader()
except:
print "Couldn't get shader."
try:
mc.copyKey()
except:
print "Couldn't copy keys."
#6. duplicate the first selection
mc.select(target[0])
#call through mel because python has no rc option!
mel.eval("duplicate -un -ic -rc")
#7. move first selection to position and paste keyframes and shader
mc.move(pos[0], pos[1], pos[2])
if (doShaders == True):
setShader(shader)
try:
mc.pasteKey()
except:
print "Couldn't paste keys."
#8. delete selection
mc.delete(target[i])
def Keyframe_Match(MotionPathText,LocText):
MotionPath = cmds.textField(MotionPathText,q=1,tx=1)
Locator = cmds.textField(LocText,q=1,tx=1)
Selection = cmds.ls(sl=1)[0]
cmds.cutKey("%s.uValue"%MotionPath,clear=True)
AnimCurve = cmds.listConnections( "%s.uValue"%Locator, d=False, s=True )[0]
StartTime = cmds.findKeyframe(Locator,w="first")
EndTime = cmds.findKeyframe(Locator,w="last")
cmds.copyKey( "%s.uValue" % Locator, time=(StartTime,EndTime))
cmds.pasteKey("%s.uValue" % MotionPath)
cmds.headsUpMessage(u"关键帧匹配完成")
def saveKeys(self, attrs, replaceStored=True, removeOld=True):
if self.hasSavedKeys and replaceStored:
mc.delete(self._animStoreLoc)
func = mc.copyKey
if removeOld:
func = mc.cutKey
self.hasSavedKeys = func(
self.obj.mNode,
at=attrs,
time=(mc.currentTime(q=True),
mc.findKeyframe(self.obj.mNode, which='last') + 1))
if self.hasSavedKeys:
self._animStoreLoc = LOC.create(name='animStoreLoc')
mc.pasteKey(self._animStoreLoc, at=attrs, o='replaceCompletely')
def copyPaste_main_animation(i): cmds.animLayer(obj.final_layer_name, e = True, at = obj.nonLockedList) cmds.select(obj.temp_obj_node, r = True) if (obj.check_cycle): #print myLog, 'Infinity changed to "Cycle"' cmds.cutKey(time = (obj.min_loop_time, obj.start_time - 1)) cmds.cutKey(time = (obj.end_time + 1, obj.max_loop_time)) cmds.setInfinity(pri = "cycle", poi = "cycle") else: #print myLog, 'Infinity changed to "Constant"' cmds.setInfinity(pri = "constant", poi = "constant") temp_copyKey = cmds.copyKey(obj.temp_obj_node, at = obj.nonLocked_attributes) #cmds.copyKey(obj.temp_obj_node, at = nonLocked_attributes) cmds.pasteKey(obj.list_objects[i], o = "replace", al = obj.final_layer_name, at = obj.nonLocked_attributes)
def createCleanedCamera() : # Select camera then run the script. # Script will duplicate selected camera. cleanedCam = 'cleanedNuke_cam' if mc.objExists( cleanedCam ) : mc.delete( cleanedCam ) selectedCam = '' selectedCamShp = '' selected = mc.ls( sl=True , l=True )[0] if mc.nodeType( selected ) == 'camera' : selectedCamShp = selected selectedCam = mc.listRelatives( selected , p=True , f=True )[0] else : selectedCam = selected selectedCamShp = mc.listRelatives( selected , type='shape' , f=True )[0] mc.select( selectedCam ) mc.duplicate( selectedCam , rr=True , n=cleanedCam ) mc.parent( w=True ) duppedCamShp = mc.listRelatives( cleanedCam , type='shape' , f=True )[0] for attr in ( 'tx' , 'ty' , 'tz' , 'rx' , 'ry' , 'rz' ) : mc.setAttr( '%s.%s' % ( cleanedCam , attr ) , l=False ) minTime = mc.playbackOptions( q=True , min=True ) maxTime = mc.playbackOptions( q=True , max=True ) animCurves = mc.listConnections( selectedCamShp , s=True , type='animCurve' ) attrs = [] if animCurves : for animCurve in animCurves : attr = mc.listConnections( animCurve , d=True , p=True )[0].split( '.' )[1] mc.copyKey( selectedCamShp , attribute=attr ) mc.pasteKey( duppedCamShp , attribute=attr ) parCons = mc.parentConstraint( selectedCam , cleanedCam ) mc.bakeResults( cleanedCam , simulation=True , t=( minTime , maxTime ) ) mc.delete( parCons )
def apply( self, attrPath, sourceRange, applyStart ):
'''
used to put the animation data on this instance to an actual attribute
sourceRange should be a 2-tuple representing the 0-based time range of the animation data to apply
applyStart should be the start time at which to place the animation
'''
keyCmdKwargs = {}
if sourceRange:
keyCmdKwargs[ 't' ] = sourceRange
animCurveNode = self.constructNode( applyStart )
try:
cmd.copyKey( animCurveNode, clipboard='api', **keyCmdKwargs )
cmd.pasteKey( attrPath, option='replace', clipboard='api' )
finally:
cmd.delete( animCurveNode )
def extractBefore() :
''' extract all the keys after the current frame '''
sel = m.ls(sl=True)
cur = m.currentTime(q=True)
for i in sel :
keys = m.keyframe(i, q=True)
if keys is None : continue
m.cutKey(i, time=(min(keys), cur))
loc = createBox(current = i)
m.pasteKey(loc[0], option="replace")
m.select(sel)
for i in sel : setActiveKeys( i )
setActiveKeys( loc[0] )
def copyAnim(): sels = mc.ls(sl=1) if len(sels) >= 2: source = sels[0] target = sels[1] keyableAttrs = mc.listAttr(source, k=1) for keyableAttr in keyableAttrs: value = mc.getAttr(source+'.'+str(keyableAttr)) # check if target has the attribute if mc.objExists(target + '.' + str(keyableAttr)): # making sure it's either not locked or not having an input if mc.getAttr(target+'.'+str(keyableAttr), l=1) != 1 and mc.connectionInfo(target+'.'+keyableAttr, id=1) != 1: mc.setAttr(target + '.' + str(keyableAttr), value) mc.copyKey(source) try: mc.pasteKey(target) except: pass else: print 'Please select 2 objects to copy from and paste to.'
def swapAnimation(fromNode, toNode):
if not mc.keyframe(fromNode, query=True, name=True):
mc.cutKey(toNode, clear=True)
return
attrs = mc.listAttr(fromNode, keyable=True)
if not attrs:
return
for attr in attrs:
if not mc.attributeQuery(attr, node=toNode, exists=True):
mc.cutKey(fromNode, attribute=attr, clear=True)
continue
fromPlug = '{}.{}'.format(fromNode, attr)
toPlug = '{}.{}'.format(toNode, attr)
srcCurve = mc.listConnections(fromPlug, source=True, destination=False, type='animCurve')
dstCurve = mc.listConnections(toPlug, source=True, destination=False, type='animCurve')
copySrc=None
copyDst=None
if srcCurve:
copySrc = mc.duplicate(srcCurve[0])[0]
if dstCurve:
copyDst = mc.duplicate(dstCurve[0])[0]
if copySrc:
try:
mc.cutKey(copySrc)
mc.pasteKey(toNode, attribute=attr, option='replaceCompletely')
except:pass
if copyDst:
try:
mc.cutKey(copyDst)
mc.pasteKey(fromNode, attribute=attr, option='replaceCompletely')
except:pass
for axis in getMirrorAxis(toNode):
mc.scaleKey(toNode, attribute=axis, valueScale=-1)
mc.scaleKey(fromNode, attribute=axis, valueScale=-1)
def extractRange(node, begin, end, inclusive=True) :
''' extract a range of keyframes on to a new locator '''
animCurves = m.keyframe(q=True, name=True)
keys = m.keyframe(node, q=True, t=(begin, end))
if keys is None or len(keys)==0 : return None
loc = createBox(node + "_cut", current=node)
m.cutKey(node, time=(begin, end))
m.pasteKey(loc[0], option="replace")
if m.objExists(loc[0] + ".active") :
m.setKeyframe(loc[0] + ".active", t=begin, v=0)
m.setKeyframe(loc[0] + ".active", t=end, v=0)
setActiveKeys( loc[0] )
setActiveKeys( node )
return loc
def parentBake(objs, parent=None, bakeOnOnes=False):
#check objects can be parented
parentReferenced = mc.referenceQuery(parent, isNodeReferenced=True) if parent else False
culledObjs = []
for each in objs:
eachParent = mc.listRelatives(each, parent=True)
if mc.referenceQuery(each, isNodeReferenced=True):
if parentReferenced:
OpenMaya.MGlobal.displayWarning("Child and parent are both referenced, skipping: {} > {}".format(each, parent))
continue
if eachParent and mc.referenceQuery(eachParent[0], isNodeReferenced=True):
OpenMaya.MGlobal.displayWarning("Node is referenced and can't be reparented, skipping: {}".format(each))
continue
if not parent and not eachParent:
OpenMaya.MGlobal.displayWarning("Node is already child of the world, skipping: {}".format(each))
continue
culledObjs.append(each)
if not culledObjs:
OpenMaya.MGlobal.displayWarning("No nodes could be reparented.")
return
source = []
destination = []
for each in culledObjs:
source.append(mc.duplicate(each, parentOnly=True)[0])
mc.copyKey(each)
mc.pasteKey(source[-1], option='replaceCompletely')
try:
if parent:
destination.append(mc.parent(each, parent)[0])
else:
destination.append(mc.parent(each, world=True)[0])
except RuntimeError as err:
mc.delete(source)
raise err
utl.matchBake(source=source, destination=destination, bakeOnOnes=bakeOnOnes)
mc.delete(source)
def paste_animation( self, sTimeRange=tuple(), tTimeRange=tuple(), option="fitInsert", predicate=None, converter=None ): """paste the stored animation to their respective target animation curves, if target does not exist it will be created :param sTimeRange: tuple of timerange passed to copyKey :param tTimeRange: tuple of timerange passed to pasteKey :param option: option on how to paste forwarded to pasteKey (useful: "fitInsert", "fitReplace", "scaleInsert", "scaleReplace") :param predicate and converter: passed to ``iter_assignments``, see documentation there :todo: handle if range is out of curve (error:nothing to paste from) - should paste the pose in this range""" iter_plugs=self.iter_assignments(predicate=predicate, converter=converter) # get animCurves form plugs and copy pate for s_plug, t_plug in iter_plugs: s_animcrv=s_plug.mwn() if apianim.MAnimUtil.isAnimated(t_plug): t_animcrv=t_plug.minput().mwn() else: t_animcrv=nt.Node(apianim.MFnAnimCurve().create(t_plug)) # END get new or existing animCurve cmds.copyKey(s_animcrv, time=sTimeRange, option="curve" ) cmds.pasteKey(t_animcrv, time=tTimeRange, option=option)
def extractSelected() :
'''
select a few keys (bad?) and extract them on to a temp locator
'''
sel = m.ls(sl=True)
if sel is None or len(sel) == 0 :
m.warning("Nothing selected to extract from")
return
if len(sel) > 1 :
m.error("Error: more than one object selected while extracting")
return None
selectTimes = selectedKeys()
if selectTimes is None or len(selectTimes) == 0 :
m.error("Select some keys to extract")
return
m.selectKey(clear=True);
loc = createBox(current = sel[0])
for i in selectTimes :
m.cutKey(sel[0], time=(i,i))
m.pasteKey(loc[0], time=(i, i))
if m.objExists(sel[0] + ".active") :
m.setAttr( sel[0] + ".active", 0)
setActiveKeys( loc[0] )
m.select(sel)
for i in sel : setActiveKeys(i)
setActiveKeys( loc[0] )
setActiveKeys( sel[0] )
return loc
def instanceFirst(doShaders=False):
#1. make an array of all selected objects
target = mc.ls(sl=1)
#2. if only one selection, just make a new instance at the same coordinates...
if(len(target)==1):
mc.instance()
else:
#3. ...otherwise, for each selected object...
for i in range(1,len(target)):
#4. ...get current selection's position and copy keyframes and shader
mc.select(target[i])
pos = mc.xform(target[i], q=True, t=True, ws=True)
try:
shader = getShader()
except:
print "Couldn't get shader."
try:
mc.copyKey()
except:
print "Couldn't copy keys."
#5. instance the first selection
mc.select(target[0])
mc.instance()
#6. move first selection to position and paste keyframes and shader
mc.move(pos[0],pos[1],pos[2])
if(doShaders==True):
setShader(shader)
try:
mc.pasteKey()
except:
print "Couldn't paste keys."
#7. delete selection
mc.delete(target[i])
def moveFirstToSecond():
''' move the keys on selected[0] to selected[1] '''
sel = m.ls(sl=True)
if(len(sel) < 2) :
print "Select at least two items to use"
return;
keys = []
for i in sel :
kz = m.keyframe(i + ".tx", q=True)
if kz is not None : keys.append( set( kz ) )
count = 0
for i in keys : count = count+ len(i)
if count != len( set.union( *keys ) ) :
ret = m.confirmDialog(m='You may have overlapping keys... continue?', b=['yes', 'no', 'skip'])
if ret not in ['yes', 'skip'] : return
if ret == 'skip' :
# do not copy any keys if there is one already on the target
for i in range(len(sel)-1) :
for k in keys[i] :
if k in keys[-1] : continue
m.cutKey(sel[i], time=(k,k))
m.pasteKey(sel[-1], option='merge')
return
for i in sel[:-1] :
if m.cutKey(i) > 0 : m.pasteKey(sel[-1], option="merge")
m.delete(i)
m.select(sel[-1])
setActiveKeys( sel[-1] )
def copyFillGap( source, target ) :
rate = datarate.guess(target)
ret = curve.currentSegmentOrGap( target + '.tx', rate )
if ret is None :
print "Could not find gap on " + str( target )
return
mode, gap = ret
if mode == 'segment' :
print "No gap to fill for " + target
return
a,b = gap
keys = m.keyframe( source + ".tx", q=True, tc=True)
if keys is None or len(keys) == 0 :
print "No keys to copy from on " + str(source)
return
keys = sorted( keys )
if a is None : a = min(keys)
if b is None : b = max(keys)
keyRange = m.keyframe( source + ".tx", t=(a,b), q=True )
if keyRange is None or len(keyRange) == 0 :
print "No keys in range to copy from %s %g-%g" % ( source, a, b )
return
for ch in ['tx', 'ty', 'tz' ] :
m.cutKey( source + '.' + ch, t=(a,b) )
m.pasteKey( target + '.' + ch, option='merge' )
setActiveKeys( source )
setActiveKeys( target )
def on_slider_released(self):
#checking selection
if cmds.ls(selection=True):
start = self._findStart(self.currentKey)
#self._printDownstream(start)
#undo enable
cmds.undoInfo(openChunk=True)
obj = cmds.ls(selection=True)[0]
for t in range(int(self.startFrame), int(self.endFrame) + 1):
cmds.currentTime(t)
cmds.setKeyframe(obj)
#transfer original animation to temp transform
loc = cmds.spaceLocator()[0]
cmds.cutKey(obj, time=(self.startFrame, self.endFrame))
cmds.pasteKey(loc)
#paste timing
self.currentTime = self.startFrame
self._pasteTiming(loc, obj, start)
#cleanup
cmds.delete(loc)
cmds.keyTangent(obj, itt='auto', ott='auto')
cmds.delete(staticChannels=True)
cmds.undoInfo(closeChunk=True)
else:
cmds.warning('No nodes selected!')
def _transfer_keys(self, from_controls, to_controls):
"""
Responsible for the transfer of keys, given a provided frame range.
@param:
from_controls: Controls with keys you want to transfer.
to_controls: Controls you want to transfer keys too.
"""
start = self.start_frame
end = self.end_frame
for count, control in enumerate(from_controls):
copy = cmds.copyKey(control, time=(start, end), at=TR_ATTRS)
try:
paste = cmds.pasteKey(to_controls[count], at=TR_ATTRS)
except RuntimeError:
continue
def swap( markers = None, inPoint = None, outPoint =None ) :
''' swap data on two markers, between the in and out
@param markers: list of 2 markers to swap, defaults to selection
@param inPoint: frame to start swap, defaults to current frame
@param outPoint: frame to end swap, defaults to last frame '''
if markers is None :
markers = m.ls(sl=True)
if len(markers) != 2 :
print "select two markers to swap"
return
# these do not need to be sorted
keysA = m.keyframe(markers[0], q=True)
keysB = m.keyframe(markers[1], q=True)
if inPoint is None : inPoint = m.currentTime(q=True)
if outPoint is None : outPoint = max(keysA)
# cut the keys from markers 0
if inPoint == 'all' :
count = m.cutKey(markers[0])
else :
count = m.cutKey(markers[0], time=(inPoint, outPoint))
loc = None
if count > 0 :
# paste the key to a temp object
loc = createBox(boxName = "temp") # temp, current not needed
m.pasteKey(loc[0], option="replace")
# cut the keys from markers 1 and paste on to markers 0
if inPoint == 'all' :
count = m.cutKey(markers[1])
else :
count = m.cutKey(markers[1], time=(inPoint, outPoint))
if count > 0 : m.pasteKey(markers[0], option="replace")
if loc != None :
# cut the keys from the temp object (markers 0 data) and paste on to markers 1
m.cutKey(loc[0])
m.pasteKey(markers[1], option="replace")
# delete the temp object
m.delete(loc)
def moveToCurrent(id=""):
''' move all the keys on selected[0] to current item '''
sel = m.ls(sl=True)
if(len(sel) != 1) :
print "Select one item to use"
return;
currentItem = m.optionVar(q="mocap_currentItem" + id)
if currentItem is None or currentItem == 0 :
print "No current item #" + id
return
# move sel[0] to temp
print("Copying keys from: %s" % sel[0])
animCurves = m.keyframe(q=True, name=True)
selectTimes = m.keyframe(animCurves[0], q=True, sl=True, timeChange=True)
if selectTimes is None or len(selectTimes) == 0 :
print "No keys selected, moving all keys"
m.select(currentItem, add=True)
moveFirstToSecond()
m.select(currentItem)
return
box = createBox() # temp item, current not needed
print("Pasting %d keys on to: %s" % (len(selectTimes), box))
for i in selectTimes :
m.cutKey(sel[0], time=(i,i))
m.pasteKey(box[0], time=(i, i))
# move currentItem to sel[0]
print("Moving keys from: %s" % (currentItem))
for i in selectTimes :
n = m.cutKey(currentItem, time=(i,i))
if n > 0 : m.pasteKey(sel[0], time=(i, i))
# move temp to currentItem
print("Moving from temp to currentItem")
for i in selectTimes :
n = m.cutKey(box, time=(i,i))
if n > 0 : m.pasteKey(currentItem, time=(i, i))
m.delete(box)
setActiveKeys( currentItem )
m.select(currentItem)
def limbsIkToFkOLD(rigNS,start=None,end=None,sampleBy=1):
'''
Bake IK limb animation to FK controls
@param rigNS: IK/FK toggle attribute
@type rigNS: str
@param start: Transfer animation start frame
@type start: int or None
@param end: Transfer animation end frame
@type end: int or None
@param sampleBy: Bake animation by N frames
@type sampleBy: int
'''
# ==========
# - Checks -
# ==========
# Get Start/End
if start == None: start = mc.playbackOptions(q=True,min=True)
if end == None: end = mc.playbackOptions(q=True,max=True)
# ==========================
# - Build IK/FK Joint List -
# ==========================
ikJntList = []
fkJntList = []
index = ['A','B']
sides = ['lf','rt']
for side in sides:
if not mc.getAttr(rigNS+':config.'+side+'ArmIkFkBlend'):
#ikJntList += [rigNS+':'+side+'_arm_ik'+i+'_jnt' for i in index]
#fkJntList += [rigNS+':'+side+'_arm_fk'+i+'_jnt' for i in index]
armIkToFk(rigNS,side,True,start,end,sampleBy)
if not mc.getAttr(rigNS+':config.'+side+'LegIkFkBlend'):
#ikJntList += [rigNS+':'+side+'_leg_ik'+i+'_jnt' for i in index]
#fkJntList += [rigNS+':'+side+'_leg_fk'+i+'_jnt' for i in index]
#ikJntList += [rigNS+':'+side+'_foot_ik'+i+'_jnt' for i in index]
#fkJntList += [rigNS+':'+side+'_foot_fk'+i+'_jnt' for i in index]
legIkToFk(rigNS,side,start,end,sampleBy)
# Check IK/FK State
if not fkJntList:
print('Limbs already in FK mode! Nothing to do...')
return fkJntList
# ====================================
# - Bake Wrist Animation to Locators -
# ====================================
# Build Wrist Duplicates for Baking
wristJnts = [rigNS+':'+side+'_handA_jnt' for side in sides]
wristDups = [mc.duplicate(jnt,po=True)[0] for jnt in wristJnts]
keys = mc.copyKey(wristJnts,at=['rx','ry','rz'],t=(start,end))
if keys: mc.pasteKey(wristDups,at=['rx','ry','rz'],t=(start,end),option='replace')
# Bake Wrists to Locators
wristLocs = glTools.anim.utils.bakeAnimToLocators( objList = wristJnts,
start = start,
end = end,
sampleBy = sampleBy,
simulation = True,
attrList = ['rx','ry','rz'] )
# =======================
# - Bake Limb Animation -
# =======================
# Duplicate FK Joints and Constrain to IK
fkDupList = []
fkOriList = []
for i in range(len(ikJntList)):
fkDupList.append(mc.duplicate(fkJntList[i],po=True)[0])
fkOriList.append(mc.orientConstraint(ikJntList[i],fkDupList[-1])[0])
# Transfer Baked Anim to FK Joints
mc.refresh(suspend=True)
for i in range(len(fkDupList)):
mc.bakeResults( fkDupList[i],
t=(start,end),
at=['rx','ry','rz'],
simulation=True,
preserveOutsideKeys=True,
sampleBy=sampleBy )
# Transfer Keys
for i in range(len(fkDupList)):
keys = mc.copyKey(fkDupList[i],at=['rx','ry','rz'],t=(start,end))
if keys: mc.pasteKey(fkJntList[i],at=['rx','ry','rz'],t=(start,end),option='replace')
mc.refresh(suspend=False)
# Delete Duplicate Joints and Constraints
if fkOriList:
try: mc.delete(fkOriList)
except Exception, e: print('Error deleting nodes '+str(fkOriList)+'! Exception Msg: '+str(e))
if fkDupList:
try: mc.delete(fkDupList)
except Exception, e: print('Error deleting nodes '+str(fkDupList)+'! Exception Msg: '+str(e))
# ======================================
# - Bake Wrist Animation from Locators -
# ======================================
# Set to FK Mode
for side in sides:
mc.setAttr(rigNS+':config.'+side+'ArmIkFkBlend',1)
mc.setAttr(rigNS+':config.'+side+'LegIkFkBlend',1)
# Bake Wrists from Locators
glTools.anim.utils.bakeAnimFromLocators( locList = wristLocs,
start = start,
end = end,
sampleBy = sampleBy,
simulation = True,
attrList = ['rx','ry','rz'] )
# Transfer Baked Keys
keys = mc.copyKey(wristDups,at=['rx','ry','rz'],t=(start,end))
if keys: mc.pasteKey(wristJnts,at=['rx','ry','rz'],t=(start,end),option='replace')
# Cleanup
if wristLocs:
try: mc.delete(wristLocs)
except: pass
if wristDups:
try: mc.delete(wristDups)
except: pass
# =================
# - Return Result -
# =================
return fkJntList
