def createAnimClips(fileRef):
fileN = mc.file(q=True, sn=True)
exec("print fileN")
for i, f in enumerate(fileRef):
if i < len(fileRef) - 1:
mc.file(new=True, force=True)
mc.file(fileN, o=1)
importFile(f)
root = "Root_M"
mc.select(root, hi=True)
mc.BakeSimulation()
mc.select("boy", r=True)
tempN = f.split("/")
fNameTemp = tempN[len(tempN) - 1]
fNameAlmost = fNameTemp.split(".")
fName = fNameAlmost[0]
fname = fName.replace(" ", "")
exec("print fName")
mc.clip(n=fname + "clip", sc=1, animCurveRange=True)
#mc.select(fname+"clip", r=True)
# exec("doExportClipArgList 1 {'clipEditorPanel1ClipEditor'}")
mc.file(
"C:/Users/red_w/Documents/maya/projects/default/clips/boy/" +
fName + ".ma",
es=True,
type="mayaAscii")
def make_Clip_from_MotionCaptureData():
_clipName = mel.eval( 'basenameEx(`file -q -sn`)')
_Char = 'Clip'
# make Character
_bodyJoints = [
'HipsTranslation','Hips','Spine','Spine1','Spine2','Spine3','Neck','Head',
'LeftShoulder','LeftArm','LeftArmRoll','LeftForeArm','LeftForeArmRoll','LeftHand',
'LeftUpLeg','LeftUpLegRoll','LeftLeg','LeftLegRoll','LeftFoot','LeftToeBase',
'RightShoulder','RightArm','RightArmRoll','RightForeArm','RightForeArmRoll','RightHand',
'RightUpLeg','RightUpLegRoll','RightLeg','RightLegRoll','RightFoot','RightToeBase'
]
_attrList = ['tx','ty','tz','rx','ry','rz']
cmds.character(name=_Char)
# tr, rt 속성 추가
for _jnt in _bodyJoints:
for _attr in _attrList:
cmds.character(_jnt+'.'+_attr ,forceElement=_Char)
_attrList = ['tx','ty','tz']
# tr속성 제거
for _jnt in _bodyJoints:
if _jnt == 'HipsTranslation' or _jnt == 'Hips': continue
for _attr in _attrList:
cmds.character( _jnt+'.'+_attr , remove=_Char )
# 애니메이션 클립 생성
cmds.clip(_Char, name=_clipName, scheduleClip=True, allAbsolute=True, animCurveRange=True)
def build( self ): for channel in self._action.curves.keys(): curve = self._action.curves[channel] tokens = channel.split() if len(tokens) == 1: object = self._mayaAgent.skelGroup attr = tokens[0] else: object = self._mayaAgent.mayaJoint(tokens[0]).name attr = tokens[1] if not attr in kAnimatableAttrs: # TODO: figure out how to handle non rot/trans attrs continue if object == self._mayaAgent.skelGroup: # TODO: handle _agent animation... are these "agent curves"? continue channelAttr = "%s.%s" % (object, attr) offset = mc.getAttr(channelAttr) for key in curve.points: mc.setKeyframe( object, attribute=attr, inTangentType="linear", outTangentType="linear", time=key[0] * self._action.maxPoints, value=key[1] + offset) clip = mc.clip(self._mayaAgent.characterSet, startTime=0, endTime=self._action.maxPoints, allRelative=True, scheduleClip=False) mc.clip(self._mayaAgent.characterSet, name=clip, newName=self._action.name)
def createClip(charSet, startTime=None, endTime=None, name=''):
'''
Create a clip from the specified character set
@param charSet: Object to check as anim clip
@type charSet: str
@param startTime: Start time for clip. If None, use timeline start frame.
@type startTime: int
@param endTime: End time for clip. If None, use timeline end frame.
@type endTime: int
@param name: Clip name
@type name: str
'''
# ==========
# - Checks -
# ==========
# Check Character Set
if not glTools.utils.characterSet.isCharSet(charSet):
raise Exception('Object "' + charSet +
'" is not a valid character set!')
# Check Name
if not name: name = 'clip'
# Check Start/End Time
if (startTime == None) or (endTime == None):
charList = mc.sets(charSet, q=True)
charKeys = mc.keyframe(charList, q=True, tc=True)
charKeys.sort()
if startTime == None:
startTime = charKeys[0]
if endTime == None:
endTime = charKeys[-1]
# ===============
# - Create Clip -
# ===============
clip = ['']
try:
clip = mc.clip(charSet,
startTime=startTime,
endTime=endTime,
name=name)
except:
print('Error creating clip "' + name + '"!')
else:
print('Clip "' + name + '" successfully created!')
# =================
# - Return Result -
# =================
return str(clip[0])
def createClip(charSet, startTime=None, endTime=None, name=''):
"""
Create a clip from the specified character set
@param charSet: Object to check as anim clip
@type charSet: str
@param startTime: Start time for clip. If None, use timeline start frame.
@type startTime: int
@param endTime: End time for clip. If None, use timeline end frame.
@type endTime: int
@param name: Clip name
@type name: str
"""
# ==========
# - Checks -
# ==========
# Check Character Set
if not glTools.utils.characterSet.isCharSet(charSet):
raise Exception('Object "' + charSet + '" is not a valid character set!')
# Check Name
if not name: name = 'clip'
# Check Start/End Time
if (startTime == None) or (endTime == None):
charList = cmds.sets(charSet, q=True)
charKeys = cmds.keyframe(charList, q=True, tc=True)
charKeys.sort()
if startTime == None:
startTime = charKeys[0]
if endTime == None:
endTime = charKeys[-1]
# ===============
# - Create Clip -
# ===============
clip = ['']
try:
clip = cmds.clip(charSet, startTime=startTime, endTime=endTime, name=name)
except:
print('Error creating clip "' + name + '"!')
else:
print('Clip "' + name + '" successfully created!')
# =================
# - Return Result -
# =================
return str(clip[0])
def placeCrowd( clipSources = [] ) : sels = mc.ls( sl=True ) clipSources = [ 'urukRunSwordLeft1Source' , 'urukRunSwordRight1Source' ] clipNum = len( clipSources ) - 1 for clip in clipSources : mc.setAttr( '%s.preCycle'%clip , 100 ) mc.setAttr( '%s.postCycle'%clip , 100 ) mc.setAttr( '%s.scale'%clip , 1.3 ) for ix in range( len( sels ) ) : currClip = clipSources[ random.randint( 0 , clipNum ) ] mc.clip( currClip , c=True ) currNs = 'urukA%sCrowd'%ix mc.file( '/dsPipe/Lego_LOTR/Asset/Char/Animal/urukhaiA/Dev/Maya/wip/urukhaiLow.ma' , r=True , ns=currNs , options='v=0' ) currRoot = '%s:rig_grp'%currNs mc.delete( mc.parentConstraint( sels[ ix ] , currRoot ) ) mc.parent( currRoot , sels[ ix ] ) mc.clip( '%s:uruk_character'%currNs , pasteInstance=True , sc=1 , s=random.randint(0,11) , mapMethod='byAttrName' )
def build(self):
for channel in self._action.curves.keys():
curve = self._action.curves[channel]
tokens = channel.split()
if len(tokens) == 1:
object = self._mayaAgent.skelGroup
attr = tokens[0]
else:
object = self._mayaAgent.mayaJoint(tokens[0]).name
attr = tokens[1]
if not attr in kAnimatableAttrs:
# TODO: figure out how to handle non rot/trans attrs
continue
if object == self._mayaAgent.skelGroup:
# TODO: handle _agent animation... are these "agent curves"?
continue
channelAttr = "%s.%s" % (object, attr)
offset = mc.getAttr(channelAttr)
for key in curve.points:
mc.setKeyframe(object,
attribute=attr,
inTangentType="linear",
outTangentType="linear",
time=key[0] * self._action.maxPoints,
value=key[1] + offset)
clip = mc.clip(self._mayaAgent.characterSet,
startTime=0,
endTime=self._action.maxPoints,
allRelative=True,
scheduleClip=False)
mc.clip(self._mayaAgent.characterSet,
name=clip,
newName=self._action.name)
print char
animlist=os.listdir(projpath+char+"\Animation\\")
print animlist
for eachanim in animlist:
if "meta" not in eachanim:
AllAnimList.append(eachanim)
for each in AllAnimList:
# char=each.split('@')[0]
anim=(each.split('@')[1]).strip(".fbx")
mc.file(new=1,f=1)
mc.file(projpath+char+'\Animation\\'+ each,i=1,ifr=1,itr='override')
mc.select("Root",hi=1)
mc.character(n=char)
animclip=mc.clip( char, acr=1, n=anim )[0]
mc.select(animclip)
melcmd='clipEditorExportClip("C:/Users/Ji/Desktop/RogueRacers/AnimationClips/'+char+'@'+anim+ '","ma")'
mel.eval(melcmd)
# mc.file("C:\Users\Ji\Desktop\RogueRacers\\"+ char + ".ma" ,i=1,ifr=1,itr='override')
# for eachfile in animlist:
# mc.file(new=1,f=1)
def AnimExport():
if cmds.objExists('imagePlane1'):
cmds.hide('imagePlane1')
cmds.hide('*_LOC')
# делаю несколько проверок
# создан ли character set
if cmds.objExists('default_character'):
if cmds.objExists('*Source'):
activeClipCheck = cmds.clip('default_character', active = True, q = True)
if activeClipCheck != 'default':
cmds.select(animName + 'Source')
cmds.select(GetInfo.charSet + 'Clips1', add = True)
cmds.select(GetInfo.animCurvesList, add = True)
# делаю экспорт clip в .ma
cmds.file(GetInfo.clipPath + GetInfo.animName + '.ma', type='mayaAscii', exportSelected=True)
# делаю экспорт анимации в .atom
maxTime = cmds.playbackOptions( q = True, maxTime = True)
cmds.select(ctrlsList)
mel.eval('string $animName = `python "animName"`;')
mel.eval('string $maxTime = `python "maxTime"`;')
mel.eval('loadPlugin atomImportExport')
mel.eval('file -force -options "precision=8;statics=1;baked=0;sdk=0;constraint=0;animLayers=1;selected=selectedOnly;whichRange=1;range=1:$maxTime;hierarchy=none;controlPoints=1;useChannelBox=1;options=keys;copyKeyCmd=-animation objects -option keys -hierarchy none -controlPoints 1 " -typ "atomExport" -es ("z:/.src/shared/chr/_face/.anims_atom/" + $animName + ".atom");')
# сжимаю анимацию в два раза, чтобы она соответствовала реальному времени
cmds.select(ctrlsList)
cmds.scaleKey(iub = False, ts = 0.5, tp = 1, fs = 0.5, fp = 1, vs = 1, vp = 0)
# задаю новые границы timeline
maxTime = (cmds.playbackOptions( q = True, maxTime = True)/2)
maxTime = round(maxTime)
cmds.playbackOptions(maxTime = int(maxTime))
# делаю экспорт видео для просмотра
cmds.playblast(fo = True, v= False, fmt = 'movie', f = 'z:/.src/shared/chr/_face/.anims_preview_database/' + animName + '.avi' )
# делаю проверку на объекты, которые не подходят к названию
# нужна только для старых анимаций, созданых раньше июля 2015
if cmds.objExists('eyes_CTRL'):
cmds.rename('eyes_CTRL', 'eyes_ctrl')
# Удаляю группу и локаторы костей языка
# Временно, пока не настроил их
if cmds.objExists('tongue_1_GRP'):
cmds.delete('tongue_1_GRP', 'tongue_2_GRP')
# создаю переменные, где храню значение начала и конца timeline
currEndTime = cmds.playbackOptions( q=True, maxTime=True )
currStartTime = cmds.playbackOptions( q=True, minTime=True )
# выделяю все лицевые контроллеры
cmds.select(ctrlsList)
cmds.currentTime(currStartTime, edit=True)
cmds.setKeyframe(ctrlsList)
cmds.currentTime(currEndTime, edit=True)
cmds.setKeyframe(ctrlsList)
# смещаю ключи на 10 кадров вперед относительно их позиции
cmds.keyframe(edit=True, relative = True, timeChange = (0 + 10))
# задаю новые границы timeline
currEndTime += 20
cmds.playbackOptions( minTime=0, maxTime=currEndTime )
# создаю функцию, которая обнуляю все каналы объектов из списка
def SetKeysToZero():
global ctrlsList
for ctrl in ctrlsList:
attrs = cmds.listAttr(ctrl, k=True) #создает список атрибутов для каждого из выделенных объектов
for attr in attrs: #для каждого атрибута из списка атрибутов
if attr != "visibility": #если он не называется
cmds.setAttr(ctrl + "." + attr, 0) #имя объекта+точка+название атрибута равняется нулю
# ставлю нулевые ключи лицевых контроллеров вначале и конце timeline
cmds.currentTime(currStartTime, edit=True)
SetKeysToZero()
cmds.currentTime(currEndTime, edit=True)
SetKeysToZero()
# запекаю анимации на timeline для всех костей
fullSkeletonList = cmds.ls(type = 'joint')
cmds.select(fullSkeletonList)
cmds.bakeResults(fullSkeletonList, t=(currStartTime,currEndTime), simulation=True, sb=1)
# перевожу переменные pytjon в mel
mel.eval('string $animName = `python "animName"`;')
mel.eval('string $animFBXPath = `python "animFBXPath"`;')
# делаю экспорт выделенных костей в .fbx с именем файла
fullSkeletonList = cmds.ls(type = 'joint')
cmds.select(fullSkeletonList)
mel.eval('FBXExportConstraints -v 0')
mel.eval('FBXLoadExportPresetFile -f "c:/Users/user/Documents/maya/FBX/Presets/2014.1/export/AnimationOnly.fbxexportpreset"')
mel.eval('FBXExport -f ($animFBXPath + $animName + ".fbx") -s')
# создаю лог работы
print '\n---------- export log:----------\n'
if os.path.exists(atomPath + animName + '.atom'):
print '.atom exported'
else:
print '.atom NOT exported'
if os.path.exists(clipPath + animName + '.ma'):
print '.ma exported'
else:
print '.ma NOT exported'
if os.path.exists(animPreviewPath + animName + '.avi'):
print '.avi exported'
else:
print '.avi NOT exported'
if os.path.exists(animFBXPath + animName + '.fbx'):
print '.fbx exported'
else:
print '.fbx NOT exported'