def loadUnloadLightRig( path = '' ): """docstring for loadUnloadLightRig""" if path == '': fil = mfl.mayaFile( PYFILEDIR + '/LightRig.ma' ) else: fil = mfl.mayaFile( path ) if mc.objExists( 'LightRig:LR' ): refNode = mc.referenceQuery( fil.path, rfn = True ) mc.file( referenceNode = refNode, removeReference = True ) else: mc.file( fil.path, r = True, type = "mayaAscii", gl = True, loadReferenceDepth = "all",rnn = True, namespace = 'LightRig', options = "v=0;" )
def exportSet(self): """export selection""" pat = QtGui.QFileDialog.getSaveFileName(self, 'Save Set', self._selectedShot.setsPath, selectedFilter='*.ma') if pat: print 'patSSS',pat maFile = mfl.mayaFile( str( pat[0] ) ) maFile.newVersion() mc.file( str( maFile.path ), preserveReferences=True, type='mayaAscii', exportSelected =True, prompt=True, force=True ) if self.copyToServer_chb.isChecked(): serverFile = mfl.mayaFile( maFile.path.replace( prj.BASE_PATH, self.serverPath ) ) serverFile.newVersion() maFile.copy( serverFile.path )
def copyAssetFromServer(self, asset): """main function to copy asset from server""" filePath = str( asset.path ) if asset.path.endswith( '.ma' ):# MAYA FILE #COPY TEXTURES AND REFERENCES RECURSIVE if self.serverPath in filePath: localFile = mfl.mayaFile( filePath.replace( self.serverPath, prj.BASE_PATH + '/' ) ) localFile.newVersion() asset.copy( localFile.path ) if self.changeInternalPaths: print 'in changeInternalPaths' deps, textures = self.getDependenciesToCopy( localFile ) self.changeIntPaths( [localFile.path ], self.serverPath, prj.BASE_PATH + '/' ) toCopy = self.filesToCopy( deps, self.serverPath, prj.BASE_PATH + '/' ) if toCopy: print toCopy """ dia = trhC.MultiProgressDialog( toCopy, self.serverPath, prj.BASE_PATH + '/', self ) dia.show() res = dia.exec_() if res: self.changeIntPaths( toCopy, self.serverPath, prj.BASE_PATH + '/' ) if self.autoMakeTx: for t in textures: self.makeTxForTexture( t, self.serverPath, prj.BASE_PATH + '/' ) """ else: serverFile = mfl.mayaFile( filePath.replace( prj.BASE_PATH + '/', self.serverPath ) ) asset.newVersion() serverFile.copy( asset.path ) if self.changeInternalPaths: deps, textures = self.getDependenciesToCopy( asset ) self.changeIntPaths( [asset.path ], self.serverPath, prj.BASE_PATH + '/' ) toCopy = self.filesToCopy( deps, self.serverPath, prj.BASE_PATH + '/' ) if toCopy: dia = trhC.MultiProgressDialog( toCopy, self.serverPath, prj.BASE_PATH + '/', self ) dia.show() res = dia.exec_() if res: self.changeIntPaths( toCopy, self.serverPath, prj.BASE_PATH + '/' ) if self.autoMakeTx: for t in textures: self.makeTxForTexture( t, self.serverPath, prj.BASE_PATH + '/' ) else: if self.serverPath in filePath: localFile = fl.File( filePath.replace( self.serverPath, prj.BASE_PATH + '/' ) ) localFile.newVersion() asset.copy( str( localFile.path )) else: localFile = fl.File( filePath.replace( prj.BASE_PATH + '/', self.serverPath ) ) asset.newVersion() localFile.copy( str( asset.path ))
def makeAssetForShot(): """make selected asset for this shot, move to assets shot folder and change path to new location""" curFile = prj.shotOrAssetFromFile(mfl.currentFile()) if curFile.type == 'shot': allreadyDup = [] for obj in mn.ls( sl = True ): referenceNode = mc.referenceQuery( obj.name, rfn = True ) refFile = mfl.mayaFile( mc.referenceQuery( obj.name, f = True ) ) print refFile asst = prj.shotOrAssetFromFile( refFile ) if asst.type == 'asset': newFile = mfl.mayaFile( curFile.assetsPath + refFile.path.split( 'Assets' )[-1] ) newFile.newVersion() newFile = refFile.copy( curFile.assetsPath + refFile.path.split( 'Assets' )[-1] ) mc.file( newFile.path, loadReference = referenceNode )
def copyAssetToServer(self, asset): """main function to copy asset to server""" filePath = str( asset.path ) if asset.path.endswith( '.ma' ):# MAYA FILE #COPY TEXTURES AND REFERENCES RECURSIVE if self.serverPath in filePath: #THIS FILE ONLY EXISTS IN SERVER SO THERE IS NO NEED return else: serverFile = mfl.mayaFile( filePath.replace( prj.BASE_PATH + '/', self.serverPath ) ) serverFile.newVersion() asset.copy( serverFile.path ) if self.changeInternalPaths: deps, textures = self.getDependenciesToCopy( asset ) self.changeIntPaths( [asset.path ], prj.BASE_PATH + '/', self.serverPath ) toCopy = self.filesToCopy( deps, prj.BASE_PATH + '/', self.serverPath ) if toCopy: dia = trhC.MultiProgressDialog( toCopy, prj.BASE_PATH + '/', self.serverPath, self ) dia.show() res = dia.exec_() if res and self.changeInternalPaths: self.changeIntPaths( toCopy, prj.BASE_PATH + '/', self.serverPath ) if self.autoMakeTx: for t in textures: self.makeTxForTexture( t, prj.BASE_PATH + '/', self.serverPath ) else: if self.serverPath in filePath: #THIS FILE ONLY EXISTS IN SERVER SO THERE IS NO NEED return else: localFile = fl.File( filePath.replace( prj.BASE_PATH + '/', self.serverPath ) ) asset.copy( str( localFile.path ))
def changeIntPaths( self, files, serverPath, localPath ): """docstring for changeIntPaths""" for f in files: if not f.endswith( '.ma' ): continue localFile = mfl.mayaFile( f.replace( serverPath, localPath ) ) stinfo = os.stat( localFile.path ) localFile.changePathsBrutForce( srchAndRep = [ serverPath, localPath ] ) os.utime( localFile.path,(stinfo.st_atime, stinfo.st_mtime))
def exportSets( sets, sho ): """docstring for exportSets""" nods = [] for s in sets: nods.extend( mc.ls( s + ':*', s = True, dag = True, ni = True ) ) nods = mn.Nodes( nods ) nods.select() maFile = mfl.mayaFile( sho.setsPath+ 'set.ma' ) maFile.newVersion() mc.file( str( maFile.path ), preserveReferences=True, type='mayaAscii', exportSelected =True, prompt=True, force=True )
def settexturespath( self, newPath, mayaFile ): """move textures to new path and set that path in the nodes""" if not os.path.exists( newPath ): os.makedirs( newPath ) for t in self.textures: curPath = t.a.ftn.v finalPath = newPath + curPath.split( '/' )[-1] if curPath == finalPath: continue shutil.copy2( curPath, finalPath ) mayFile = mfl.mayaFile( mayaFile ) mayFile.changeTextures( newDir = newPath )
def fillReferencesTable(self): """fill the references table""" if self.inMaya: references = [] sel = mc.ls( rf = True ) for s in sel: try: references.append( mfl.mayaFile( mc.referenceQuery( s, f = True ) )) except: continue else: references = self.fil.references self.assets_tw.setRowCount( len( references ) ) color = [QtGui.QColor( "green" ),QtGui.QColor( "red" )] for i,t in enumerate(references): item = QtGui.QTableWidgetItem( t.basename ) item.setData(32, t ) self.assets_tw.setItem( i, 0, item ) area = t.basename.split( '_' )[-1] item = QtGui.QTableWidgetItem( area ) self.assets_tw.setItem( i, 1, item ) needs = 'No' if 'Shot' in t.path: origFile = mfl.mayaFile( re.sub(r'Sequences[^)]*Assets', 'Assets', t.path) ) if t.isOlderThan( origFile ): needs = 'Yes' item = QtGui.QTableWidgetItem( needs ) self.assets_tw.setItem( i, 2, item ) #PATH item = QtGui.QTableWidgetItem( t.path ) if t.exists: colVal = 0 else: colVal = 1 if uiH.USEPYQT: item.setBackgroundColor( color[ colVal ]) else: item.setBackground( color[ colVal ] ) self.assets_tw.setItem( i, 3, item )
def animPath(self): """return the anim file""" return mfl.mayaFile( self.path + '/Anim/' + self.name + '_ANIM.ma' )
def layPath(self): """return the anim file""" return mfl.mayaFile( self.path + '/Lay/' + self.name + '_LAY.ma' )
def poolCam(self): """return pool camera file""" return mfl.mayaFile( self.poolCamPath )
def sets(self): """return the sets exported in the pool""" if os.path.exists( self.setsPath ): return [ mfl.mayaFile( self.setsPath + o ) for o in os.listdir( self.setsPath ) if '.ma' in o ] return []
def shaderPath(self): """return the path for the shader file""" return mfl.mayaFile( self._path + '/shaders.ma' )
def batcher(
modules=[],
functions=[],
mayaFiles=[],
saveFile=False,
makeLog=False,
mayaBatchPath='C:\\Program Files\\Autodesk\\Maya2015\\bin\\mayabatch.exe',
help=False):
""" create a Batch file """
helpText = 'This script is for run an array of scripts\n'
helpText += '(mel or python) in an array of maya files.\n'
#helpText += 'The functions array will be executed in order.\n'
helpText += 'WARNING:\n'
helpText += '\tFor every module you need a function!!\n'
helpText += '\tIf the function has the same name of the module,\n'
helpText += '\tYou can leave the item in the function array empty-->\'\'\n'
helpText += 'USAGE Ex:\n'
helpText += '\tbatcher(\n'
helpText += '\tmodules = [\'t:/lay/ftb_lay_importExportCamaraFromLayout\',\'t:/mel/ftb_mel_cameraSequence.mel\']\n'
helpText += '\t,functions = [\'ftb_lay_importExportCamaraFromLayout.fixThisCameraScene()\',\'cameraSequence\']\n'
helpText += '\t,mayaFiles = [\'C:/pol/270ride010a_lay_camera_v003.ma\',\'C:/skarone/666ride666a_lay_camera_v666.ma\']\n'
helpText += '\t,saveFile = True (This will make a back up of the file before edit)\n'
helpText += '\t,makeLog = True (This will make a log of the batch per file in the same path))\n'
if (help):
print helpText
return False
if not (len(mayaFiles)):
print '>>please give me some maya Files'
print '>>use batchFiles(help=True) for more information'
return False
if not (len(modules)):
print '>>please give me some module'
print '>>use batchFiles(help=True) for more information'
return False
if not (len(functions)):
print '>>please give me some function'
print '>>use batchFiles(help=True) for more information'
return False
if not (len(functions) == len(modules)):
print '>>the lenght of the functions array is'
print '>>not the same of the modules array'
print '>>use batchFiles(help=True) for more information'
return False
#CREATE THE COMMAND TO EXECUTE
cmd = ''
cmd += 'python (\\"import sys\\");'
for n, mod in enumerate(modules):
#module exists???
"""
if not os.path.exists(mod):
print '>>can\'t find module',mod
return False;
"""
#detect if it is mel or python
if (os.path.isfile(mod)):
#probably is a mel
filepath, fileMod = os.path.split(mod)
file, fileExtension = os.path.splitext(fileMod)
if not (fileExtension == 'mel'):
print '>>this file isn\'t a python or a mel module', mod
return False
else:
#is a mel =) source
cmd += 'source \"' + mod + '\";'
if (functions[n] == ''):
cmd += '' + file + ';'
else:
cmd += '' + functions[n] + ';'
elif (os.path.isdir(mod)):
#is a python =) module
mod.replace('\\', '/')
m = mod.split('/')[-1]
cmd += 'python (\\"sys.path.append(\'' + mod + '\')\\");'
cmd += 'python (\\"import ' + m + '\\");'
cmd += 'python (\\"reload( ' + m + ')\\");'
if (functions[n] == ''):
cmd += 'python (\\"' + m + '.' + m + '()' + '\\");'
else:
cmd += 'python (\\"' + functions[n] + '\\");'
else:
print '>>something in this module is wrong', mod
return False
#LOOP THRU THE FILES
for fileName in mayaFiles:
finalcmd = cmd
#fileName = fileName.replace('\\','/')
fileName = mfl.mayaFile(fileName)
if not fileName.exists:
print '>>cant find file', fileName.path
continue
if (saveFile):
fileName.newVersion()
finalcmd += 'file -save;'
finalcmd += 'print (\\"done!\\n\\");'
batch = ''
batch += mayaBatchPath + ' -file "' + fileName.path + '" '
batch += '-command "' + finalcmd + '" '
if (makeLog):
log = fileName.replace('.ma', '.log')
print log
batch += ' -log "' + log + '"'
print '>>about to execute', batch
subprocess.call(str(batch))
#os.system(batch)
if (makeLog):
subprocess.call('notepad.exe "' + log + '"')
return
def showMenu(self, pos):
tabwid = self._getCurrentTab()
item = tabwid.currentItem()
if uiH.USEPYQT:
asset = item.data(32).toPyObject()
else:
asset = item.data(32)
menu=QtGui.QMenu(self)
if INHOU:
fils = menu.addMenu('Files')
nukIcon = QtGui.QIcon( PYFILEDIR + '/icons/houdini.png' )
actionNewFile = QtGui.QAction(nukIcon,"New File", fils)
fils.addAction( actionNewFile )
self.connect( actionNewFile, QtCore.SIGNAL( "triggered()" ), self.newHoudiniFile )
fils.addSeparator()
#OPEN IN CURRENT NUKE
fls = [ hfl.houdiniFile( a.path ) for a in fl.filesInDir( asset.dirPath, False ) if a.path.endswith('.hip')]
for f in fls:
nukIcon = QtGui.QIcon( PYFILEDIR + '/icons/houdini.png' )
actionOpenInCurrent = QtGui.QAction(nukIcon,f.name, fils)
fils.addAction( actionOpenInCurrent )
self.connect( actionOpenInCurrent, QtCore.SIGNAL( "triggered()" ), lambda val = f : self.openHoudiniFile(val) )
propIcon = QtGui.QIcon( PYFILEDIR + '/icons/question.png' )
actionProperties = QtGui.QAction(propIcon, "Properties", menu)
menu.addAction( actionProperties )
self.connect( actionProperties, QtCore.SIGNAL( "triggered()" ), self.properties )
folderIcon = QtGui.QIcon( PYFILEDIR + '/icons/folder.png' )
actionOpenInExplorer = QtGui.QAction(folderIcon,"Open File in explorer", menu)
menu.addAction( actionOpenInExplorer )
self.connect( actionOpenInExplorer, QtCore.SIGNAL( "triggered()" ), self.openFileLocation )
#COPY PATH
actionSaveScene = QtGui.QAction("Copy File Path", menu)
menu.addAction( actionSaveScene )
self.connect( actionSaveScene, QtCore.SIGNAL( "triggered()" ), self.copyFilePath )
#OPEN RENDER PATH
actionSaveScene = QtGui.QAction(folderIcon,"Open Render Folder", menu)
menu.addAction( actionSaveScene )
self.connect( actionSaveScene, QtCore.SIGNAL( "triggered()" ), self.openRenderFolder )
#OPEN RENDER PATH
videoIcon = QtGui.QIcon( PYFILEDIR + '/icons/video.png' )
actionOpenPlayblast = QtGui.QAction(videoIcon,"Open Playblast", menu)
menu.addAction( actionOpenPlayblast )
self.connect( actionOpenPlayblast, QtCore.SIGNAL( "triggered()" ), self.openPlayblast )
menu.addSeparator()
#DOWNLOAD UPLOAD
downIcon = QtGui.QIcon( PYFILEDIR + '/icons/download.png' )
uploIcon = QtGui.QIcon( PYFILEDIR + '/icons/upload.png' )
actionCopyServer = QtGui.QAction( downIcon, "Download From Server", menu)
actionCopyServer.setIcon( downIcon )
menu.addAction(actionCopyServer)
self.connect( actionCopyServer, QtCore.SIGNAL( "triggered()" ), self.copyFromServer )
actionToServer = QtGui.QAction( uploIcon, "Upload To Server", menu)
menu.addAction(actionToServer)
self.connect( actionToServer, QtCore.SIGNAL( "triggered()" ), self.copyToServer )
menu.addSeparator()
if INMAYA:
fils = menu.addMenu('Versions')
#OPEN IN CURRENT NUKE
fls = [ mfl.mayaFile( a.path ) for a in fl.filesInDir( asset.dirPath+'/Versions/', False ) if a.path.endswith('.ma')]
for f in fls:
nukIcon = QtGui.QIcon( PYFILEDIR + '/icons/maya.png' )
actionOpenInCurrent = QtGui.QAction(nukIcon,f.name + ' - ' + f.date, fils)
fils.addAction( actionOpenInCurrent )
self.connect( actionOpenInCurrent, QtCore.SIGNAL( "triggered()" ), lambda val = f : self.openMayaFile(val) )
#OPEN IN CURRENT MAYA
mayaIcon = QtGui.QIcon( PYFILEDIR + '/icons/maya.png' )
actionOpenInCurrent = QtGui.QAction(mayaIcon,"Open in This Maya", menu)
menu.addAction( actionOpenInCurrent )
self.connect( actionOpenInCurrent, QtCore.SIGNAL( "triggered()" ), self.openFileInCurrentMaya )
menu.addSeparator()
#IMPORT
impIcon = QtGui.QIcon( PYFILEDIR + '/icons/import.png' )
actionImport = QtGui.QAction(impIcon,"Import", menu)
menu.addAction( actionImport )
self.connect( actionImport, QtCore.SIGNAL( "triggered()" ), self.importFile )
menu.addSeparator()
#COPY TIME SETTINGS
timeIcon = QtGui.QIcon( PYFILEDIR + '/icons/time.png' )
actionCopyTime = QtGui.QAction(timeIcon,"Copy Time Settings", menu)
menu.addAction( actionCopyTime )
self.connect( actionCopyTime, QtCore.SIGNAL( "triggered()" ), self.copyTimeSettings )
menu.addSeparator()
#REFERENCE
refIcon = QtGui.QIcon( PYFILEDIR + '/icons/reference.png' )
actionReference = QtGui.QAction(refIcon,"Reference", menu)
menu.addAction( actionReference )
self.connect( actionReference, QtCore.SIGNAL( "triggered()" ), self.reference )
menu.addSeparator()
#SAVE IN THIS SCENE
savIcon = QtGui.QIcon( PYFILEDIR + '/icons/save.png' )
actionSaveScene = QtGui.QAction(savIcon,"Save Scene Here!", menu)
menu.addAction( actionSaveScene )
self.connect( actionSaveScene, QtCore.SIGNAL( "triggered()" ), self.saveScene )
elif INNUKE:
#OPEN IN CURRENT NUKE
nukIcon = QtGui.QIcon( PYFILEDIR + '/icons/nuke.png' )
actionOpenInCurrent = QtGui.QAction(nukIcon,"Open in This Nuke", menu)
menu.addAction( actionOpenInCurrent )
self.connect( actionOpenInCurrent, QtCore.SIGNAL( "triggered()" ), self.openFileInCurrentNuke )
#SAVE IN THIS SCENE
savIcon = QtGui.QIcon( PYFILEDIR + '/icons/save.png' )
actionSaveScene = QtGui.QAction(savIcon,"Save Scene Here!", menu)
menu.addAction( actionSaveScene )
self.connect( actionSaveScene, QtCore.SIGNAL( "triggered()" ), self.saveNukeScene )
menu.popup(tabwid.viewport().mapToGlobal(pos))
import rigging.utils.SoftModCluster.SoftModCluster as sf reload( sf ) import pipe.mayaFile.mayaFile as mfl import os import modeling.curve.curve as crv import general.curveScatter.curveScatter as crvScat reload( crvScat ) PYFILEDIR = os.path.dirname( os.path.abspath( __file__ ) ) lipsBaseFile = mfl.mayaFile( PYFILEDIR + '/lipsBase.ma' ) """ 1-Import file into the scene 2-Move the controls to modify the curves to match with the geometry lips 3-Build the system with the amount of controls that you want Default is 3 controls, 3 UP, 3 DOWN and there is allways 1 for each lip corner. """ class Lips(object): """basic rig for lips based on 2 curves it will create sticky joint controls with a default weight from a softMod""" def __init__(self): self._scatter = [] def create(self): """this will import the face lips helpers curves""" lipsBaseFile.imp() def buildBase(self): """buid the system with the controul count""" #BOTTOM
def importRig(self): """import rig to scene""" mfl.mayaFile( PYFILEDIR + '/base_face_rig.ma' ).imp()
def render(self):
"""docstring for render"""
curFile = mfl.currentFile()
if self.autoSave_chb.isChecked():
curFile.newVersion()
curFile.save()
dead = dl.Deadline()
group = str(self.groups_cmb.currentText())
pool = str(self.pools_cmb.currentText())
comments = str( self.comments_te.text())
priority = str( self.priority_spb.value() )
taskSize = str( self.taskSize_spb.value() )
projPath = str( self.projectPath_le.text() )
settings = sti.Settings()
gen = settings.General
if self.useServerPaths_chb.isChecked(): #IF USE PATH FROM SERVER... WE NEED TO CHANGE INTERNAL PATHS SO MATCH SERVER
curFile = mfl.mayaFile( curFile.copy( dead.userHomeDirectory + '/' + curFile.fullName ).path )
if gen:
basePath = gen[ "basepath" ]
if basePath:
if basePath.endswith( '\\' ):
basePath = basePath[:-1]
basePath = basePath.replace( '\\', '/' )
serverPath = gen[ "serverpath" ]
curFile.changePathsBrutForce( srchAndRep = [ basePath, serverPath ] )
#fix for xgen =)
curFile.changeXgens( newDir = curFile.dirPath )
InitialStatus = "Active"
if self.submitSuspended_chb.isChecked():
InitialStatus = "Suspended"
whiteList = ''
deRenGlob = mn.Node( 'defaultRenderGlobals' )
pad = deRenGlob.a.extensionPadding.v
#deRenGlob.a.imageFilePrefix.v = str(self.filePath_le.text())
if self.renderLocal_chb.isChecked():
whiteList = socket.gethostname()
print 'rendering in local', whiteList
plugin = 'MayaBatch'
if mc.getAttr( "defaultRenderGlobals.ren" ) == 'mentalRay':
plugin = 'MayaCmd'
#MAIL
mails = ''
mailNoti = 'false'
if gen[ "sendmail" ] == 'True':
mails = ','.join( ml.getUsersInDepartments( ['lighting', 'production'], gen[ "departmentspath" ] ) )
mailNoti = 'true'
for w in self._getLayersWidgets():
filePrefix = self.getFilePrefixFromTags( str(self.filePath_le.text()), self.assOrShot )
frames = str(self.frameRange_le.text())
if not w.renderMe_chb.isChecked():
continue
if w.overFrameRange_chb.isChecked():
frames = str( w.frameRange_le.text() )
filename = mc.renderSettings( lyr = w.layer.name, gin = ('?'*pad) )[0]
print filename
if not mc.getAttr( "defaultRenderGlobals.ren" ) == 'mentalRay':
filePrefix = filePrefix.replace( '<RenderLayer>', w.layer.name.replace( ':', '_' ) )
#get version number
if '<RenderLayerVersion>' in filePrefix:
versionNumber = self._getVersionNumber( filePrefix.split( '<RenderLayerVersion>' )[0] )
filePrefix = filePrefix.replace( '<RenderLayerVersion>', 'v' + str(versionNumber).zfill( 4 ) )
filename = filePrefix + '.' + ('?'*pad) + os.path.splitext( filename )[1]
print 'RENDERING', filename, w.layer.name
#filename = filename.replace( ':', '_' )
name = ''
if self._project:
name = self._project + ' - '
Job = dl.Job( w.layer.name.replace( ':', '_' ),
{ 'Plugin' : plugin,
'Group' : group,
'Pool' : pool,
'Frames' : frames,
'Comment' : comments,
'InitialStatus' : InitialStatus,
'UserName' : os.getenv('username'),
'Whitelist' : whiteList,
'Name' : name + curFile.name + ' - ' + w.layer.name,
'OutputFilename0' : filename,
'Priority' : priority,
'ChunkSize' : taskSize,
'OutputDirectory0': filename,
'NotificationEmails': mails,
'OverrideNotificationMethod': 'true',
'EmailNotification': mailNoti
},{'CommandLineOptions' : '-rl ' + w.layer.name + ' -mr:art ',
'UsingRenderLayers' : 1,
#'ProjectPath' : projPath,
'RenderLayer' : w.layer.name,
'OutputFilePrefix' : filePrefix,
'OutputPath' : filename
}, curFile )
Job.write()
dead.runMayaJob( Job )
def batcher(modules = [], functions = [], mayaFiles = [],saveFile = False,makeLog = False,mayaBatchPath = 'C:\\Program Files\\Autodesk\\Maya2015\\bin\\mayabatch.exe', help = False):
""" create a Batch file """
helpText = 'This script is for run an array of scripts\n'
helpText += '(mel or python) in an array of maya files.\n'
#helpText += 'The functions array will be executed in order.\n'
helpText += 'WARNING:\n'
helpText += '\tFor every module you need a function!!\n'
helpText += '\tIf the function has the same name of the module,\n'
helpText += '\tYou can leave the item in the function array empty-->\'\'\n'
helpText += 'USAGE Ex:\n'
helpText += '\tbatcher(\n'
helpText += '\tmodules = [\'t:/lay/ftb_lay_importExportCamaraFromLayout\',\'t:/mel/ftb_mel_cameraSequence.mel\']\n'
helpText += '\t,functions = [\'ftb_lay_importExportCamaraFromLayout.fixThisCameraScene()\',\'cameraSequence\']\n'
helpText += '\t,mayaFiles = [\'C:/pol/270ride010a_lay_camera_v003.ma\',\'C:/skarone/666ride666a_lay_camera_v666.ma\']\n'
helpText += '\t,saveFile = True (This will make a back up of the file before edit)\n'
helpText += '\t,makeLog = True (This will make a log of the batch per file in the same path))\n'
if (help):
print helpText
return False
if not (len(mayaFiles)):
print '>>please give me some maya Files'
print '>>use batchFiles(help=True) for more information'
return False
if not (len(modules)):
print '>>please give me some module'
print '>>use batchFiles(help=True) for more information'
return False
if not (len(functions)):
print '>>please give me some function'
print '>>use batchFiles(help=True) for more information'
return False
if not (len(functions) == len(modules)):
print '>>the lenght of the functions array is'
print '>>not the same of the modules array'
print '>>use batchFiles(help=True) for more information'
return False
#CREATE THE COMMAND TO EXECUTE
cmd = ''
cmd +='python (\\"import sys\\");'
for n,mod in enumerate(modules):
#module exists???
"""
if not os.path.exists(mod):
print '>>can\'t find module',mod
return False;
"""
#detect if it is mel or python
if(os.path.isfile(mod)):
#probably is a mel
filepath, fileMod = os.path.split(mod)
file, fileExtension = os.path.splitext(fileMod)
if not(fileExtension == 'mel'):
print '>>this file isn\'t a python or a mel module',mod
return False;
else:
#is a mel =) source
cmd += 'source \"'+mod+'\";'
if(functions[n] == ''):
cmd += ''+file+';'
else:
cmd += ''+functions[n]+';'
elif(os.path.isdir(mod)):
#is a python =) module
mod.replace('\\','/')
m = mod.split('/')[-1]
cmd +='python (\\"sys.path.append(\''+mod+'\')\\");'
cmd +='python (\\"import '+m+'\\");'
cmd +='python (\\"reload( '+m+')\\");'
if(functions[n] == ''):
cmd +='python (\\"'+m+'.'+m+'()'+'\\");'
else:
cmd +='python (\\"'+functions[n]+'\\");'
else:
print '>>something in this module is wrong',mod
return False
#LOOP THRU THE FILES
for fileName in mayaFiles:
finalcmd = cmd
#fileName = fileName.replace('\\','/')
fileName = mfl.mayaFile( fileName )
if not fileName.exists:
print '>>cant find file',fileName.path
continue;
if (saveFile):
fileName.newVersion()
finalcmd +='file -save;'
finalcmd +='print (\\"done!\\n\\");'
batch = ''
batch += mayaBatchPath + ' -file "'+fileName.path+'" '
batch +='-command "'+finalcmd+'" '
if(makeLog):
log = fileName.replace('.ma','.log')
print log
batch +=' -log "'+log+'"'
print '>>about to execute',batch
subprocess.call(str(batch))
#os.system(batch)
if(makeLog):
subprocess.call('notepad.exe "'+log+'"')
return
def skinfixPath(self): """return the skin fix file""" return mfl.mayaFile( self.path + '/SkinFix/' + self.name + '_SKINFIX.ma' )
def litPath(self): """return the anim file""" return mfl.mayaFile( self.path + '/Lit/' + self.name + '_LIT.ma' )
def shadingPath(self): """return shading path of the asset""" return mfl.mayaFile( self.path + '/' + AREAS[ 1 ] + '/Maya/' + self.name + "_" + AREAS[ 1 ] + ".ma" )
def finalPath(self): """return the FINAL path for the MA file""" return mfl.mayaFile( self.path + '/' + self.name + "_" + AREAS[ 4 ] + ".ma" )
def skinFixPath(self): """docstring for skinFixPath""" return mfl.mayaFile( self.path + '/SkinFix/' + self.name + '_SKIN.ma' )
def simPath(self): """return the anim file""" return mfl.mayaFile( self.path + '/Sim/' + self.name + '_SIM.ma' )
def lightPath(self): """return path for lights file""" return mfl.mayaFile( self._path + '/lights.ma' )
def addFileToHistoryMenu(self, path): """docstring for addFileToHistoryMenu""" asset = mfl.mayaFile( path ) actionOpenHistory = QtGui.QAction( asset.path, self.menuHistory ) self.menuHistory.addAction( actionOpenHistory ) self.connect( actionOpenHistory, QtCore.SIGNAL( "triggered()" ), lambda val = asset : self.openHistoryFile(val) )
def hrsPath(self): """return the anim file""" return mfl.mayaFile( self.path + '/Hrs/' + self.name + '_HRS.ma' )
def previewMayaFile(self): """return the preview maya file""" return mfl.mayaFile( self.path + self.name + 'Preview' + '.ma' )
def vfxPath(self): """return the anim file""" return mfl.mayaFile( self.path + '/Vfx/' + self.name + '_VFX.ma' )
