def getExportFilePathUI():
mode = cmds.radioButtonGrp('em_modeRadio', q=1, select=1)
if mode == 1:
filePath = cmds.fileDialog(mode=1, dm=('*.obj'))
if mode == 2:
filePath = cmds.fileDialog(mode=1, dm=('*.mdd'))
if mode == 3:
filePath = cmds.fileDialog(mode=1, dm=('*.geo'))
filePath = pathToWindows(filePath)
cmds.textFieldButtonGrp('em_fileName', e=1, text=filePath)
return filePath
def getExportFilePathUI():
mode = cmds.radioButtonGrp( 'em_modeRadio',q=1, select=1)
if mode ==1:
filePath = cmds.fileDialog(mode=1, dm=('*.obj') )
if mode ==2:
filePath = cmds.fileDialog(mode=1, dm=('*.mdd') )
if mode ==3:
filePath = cmds.fileDialog(mode=1, dm=('*.geo') )
filePath = pathToWindows(filePath)
cmds.textFieldButtonGrp('em_fileName',e=1, text=filePath)
return filePath
def saveToLocal(showWarning=True):
episod, shot = getEpiAndShotFromUI()
if not shot: return
if showWarning:
warnMsg = 'SceneName from window doesnt match with opened scene\'s name.\nSceneName will be taken from window by default.\nDo you want to continue?'
if not filenamesMatch(episod, shot):
rslt = mc.confirmDialog(t='Warning', m=warnMsg, b=['Continue', 'Cancel'], db='Continue', cb='Cancel', ds='Cancel')
if rslt == 'Cancel':
return
expr = '^%s_%s%ssh%s_%s_.*[.]ma' % (util.projShort, util.epOrSeq, episod, shot, util.deptDic['short'])
dfltName = '%sv00.ma' % expr[1:-7]
pathToSave = mc.fileDialog(m=1, dm='*.ma', dfn=dfltName)
if pathToSave:
filename = pathToSave.split('/')[-1]
if re.search(expr, filename): # Check if filename matches the required format
util.correctFrames(episod, shot)
#joj - March 9
Utils.switchToProxy()
mc.file(rn=pathToSave)
mc.file(s=True, typ='mayaAscii')
mc.confirmDialog(t='Success', m='Saved as:\n%s' % pathToSave, b='THANX')
else:
mc.confirmDialog(t='Error', m='SceneName format is incorrect', b='SORRY')
saveToLocal(False)
def import_pose(*arg):
Data_name = maya.tabLayout(tabID, q=True, st=True)
temp_data = Data_dic[Data_name]
# pose=dict()
print temp_data.keylist
xml_file_path = maya.fileDialog(dm='*.xml')
print xml_file_path
dom = parse(xml_file_path)
for node in dom.getElementsByTagName('Posename'):
controller = dict()
namekey = node.attributes.keys()
print namekey[0]
posepair = node.attributes[namekey[0]]
print posepair.value
for node in dom.getElementsByTagName('Controller'):
attrlist = []
controllerkey = node.attributes.keys()
print controllerkey[0]
controllerpair = node.attributes[controllerkey[0]]
for nnode in node.getElementsByTagName('Attributes'):
attrs = nnode.attributes.keys()
# print attrs[0]
pair = nnode.attributes[attrs[0]]
#print (str(pair.name)+'='+str(pair.value))
print pair.value
attrlist.append(str(pair.value))
print controllerpair.value
print attrlist
controller[controllerpair.value] = attrlist
temp_data.pose_dict[posepair.value] = controller
maya.textScrollList(Data_name + '_poselist', e=True, a=posepair.value)
print temp_data.pose_dict
updateXML_data()
def SK_importCurveShape(self):
filePath = rig.fileDialog(dm='*.cs', m=0)
if filePath:
readFile = open(filePath, 'r')
ShapeData = pickle.load(readFile)
readFile.close()
self.SK_setCurveShape(ShapeData)
def _loadTab(self):
print("Load Tab")
path = cmds.fileDialog( mode=0)
# load
if( path ):
# Reading fileInfo
fileInfo = open( path, "r" )
tabName = pickle.load( fileInfo )
frameNames = pickle.load( fileInfo )
frames = pickle.load( fileInfo )
fileInfo.close()
# Create Tab with tabname
tab = self._addTab( tabName )
for frame in frameNames:
# frame[0] the name of the frame
# frame[1] is the layoutName (this is done so the dictionary doesn't get overlap)
# frameGrp = self._addFrame( frame[0] )
newAttr = FrameGroup( tab , frame[0] )
self.tabs[self.tabNames[-1]].append( newAttr )
for attrItem in frames[frame[1]]:
if( cmds.objExists(attrItem) ):
newAttr.addAttr( attrItem )
'''
print(tabName)
print(frameNames)
print(frames)
'''
else:
print("Load Cancelled.")
def savePreset(self):
dir = utils.INIHandler.load_info(self.__EAAtlasFile, "dir")
if dir: dir += "/"
file = cmds.fileDialog(m=1, dm=dir + '*.atl') # @UndefinedVariable
if file:
jsonOUT = json.loads('{}')
jsonOUT["atlasSize"] = self.atlasSize
jsonOUT["fileOutput"] = self.fileOutput
jsonOUT["outputWidth"] = int(self.outputWidth)
jsonOUT["outputHeight"] = int(self.outputHeight)
jsonOUT["meshList"] = {}
for k in self.listOfAtlasMeshes:
assert isinstance(k, AtlasMesh)
item = {
"texture": k.texture,
"color": k.color,
"id": k.id,
"coords": k.coords
}
jsonOUT["meshList"][k.meshName] = item
with open(file, 'wb') as fp:
json.dump(jsonOUT, fp)
utils.INIHandler.save_info(self.__EAAtlasFile, "dir",
os.path.dirname(file))
def loadShapes(cls):
path = cmds.fileDialog(mode=0, directoryMask="*.shapes")
success = "Successfuly loaded shape {0} for {1}."
err = "{0} does not exist, skipping."
the_file = open(path, 'rb')
shapesData = pickle.load(the_file)
print shapesData
for obj in shapesData.keys():
if not cmds.objExists(obj):
print err.format(obj)
continue
# parent does exist
# delete shapes from obj
cmds.delete(cmds.listRelatives(obj, s=True, type="nurbsCurve"))
# initialize object as curve
con = cls(name='L_' + obj)
con.name = obj
for shape in shapesData[obj].keys():
pos = shapesData[obj][shape]['positions']
dg = shapesData[obj][shape]['degree']
knots = shapesData[obj][shape]['knots']
color = shapesData[obj][shape]['color']
period = shapesData[obj][shape]['period']
p = True if period > 0 else False
con.color = color
curve = cmds.curve(degree=dg, point=pos, knot=knots, per=p)
con.get_shape_from(curve, destroy=True, replace=False)
print success.format(shape, obj)
def convertPrep(fileFormat):
filePath = cmds.fileDialog(
title="Convert DPX To {}".format(str.upper(fileFormat)))
filename, file_extension = os.path.splitext(filePath)
file_list = glob.glob(filename[:-4] + "*" +
file_extension) # create filtered list of files
frames = [f[-8:-4] for f in file_list]
print min(frames), max(frames)
withHash = (filename[:-4] + "####" + file_extension)
folderPath, fullFilename = os.path.split(withHash)
linearPath = folderPath + "/" + fileFormat + "/"
exportPath = linearPath + fullFilename
exportFilename = (exportPath[:-4] + "." + str.lower(fileFormat))
print exportFilename
if not os.path.isdir(linearPath):
os.mkdir(linearPath)
print "Created dir " + linearPath
else:
print "Path exists :" + linearPath
#The command for a shell:
sillyString = "sh /mnt/pipeline/ATK_PIPELINE/nuke/launcher/workstation/linux/Nuke_Batch_Launcher.sh -x /mnt/resources/nuke/lightingBackplates/lightingBackplates{}_v001.nk '{}' '{}' -F {}-{}".format(
fileFormat, withHash, exportFilename, str(min(frames)),
str(max(frames)))
print sillyString
return sillyString
def loadPreset(self):
dir = utils.INIHandler.load_info(self.__EAAtlasFile, "dir")
if dir: dir += "/"
file = cmds.fileDialog(m=0, dm=dir + '*.atl') # @UndefinedVariable
if os.path.exists(file):
self.listOfAtlasMeshes = []
jsonIN = None
with open(file, 'rb') as fp:
jsonIN = json.load(fp)
self.atlasSize = jsonIN["atlasSize"]
self.fileOutput = jsonIN["fileOutput"]
self.outputWidth = jsonIN["outputWidth"]
self.outputHeight = jsonIN["outputHeight"]
for k in jsonIN["meshList"]:
meshName = k
texture = jsonIN["meshList"][k]["texture"]
id = int(jsonIN["meshList"][k]["id"])
color = jsonIN["meshList"][k]["color"]
coords = jsonIN["meshList"][k]["coords"]
mesh = AtlasMesh(meshName, texture, id, color, coords)
self.listOfAtlasMeshes.append(mesh)
utils.INIHandler.save_info(self.__EAAtlasFile, "dir",
os.path.dirname(file))
def writeSelAttrFile(): ''' Writes the selected attributes from the textScrollList to a file. ''' # Let the user choose where the files is being saved to. # Starting point will be the maya folder. mayaFolder = cmds.internalVar( userAppDir=True ) # File Dialog # sba will be the file extension. filePath = cmds.fileDialog( mode=1, directoryMask= mayaFolder+"*.sba") print( "Choosen file: " + filePath ) # Gather the attributes from the textScrollList selectedTSL = cmds.textScrollList( "sbaKeyTSL", q=True, si=True) # Open File attrFile = open( filePath, "w" ) # Will overwrite the file if it allready exists! # Loop through one element at a time writing it to a file. for item in selectedTSL: attrFile.write( item + "\n" ) # Close File attrFile.close()
def _saveTab(self):
'''
The name of the tab
The frames included
the attributes for each frame
'''
# Prompt where to save the file.
# pack data
currTab = cmds.tabLayout(self.mainTab, q=True, selectTab=True)
tabIndex = cmds.tabLayout(
self.mainTab, q=True,
selectTabIndex=True) - 1 # tab index are 1 based.
tabLabels = cmds.tabLayout(self.mainTab, q=True, tl=True)
tabName = tabLabels[tabIndex]
frameNames = []
frames = {}
for frameInfo in self.tabs[self.tabNames[tabIndex]]:
frameNames.append([frameInfo.frameName, frameInfo.mainLayout])
frames[frameInfo.mainLayout] = frameInfo.attrs
path = cmds.fileDialog(mode=1)
if (path):
fileInfo = open(path, "w")
pickle.dump(tabName, fileInfo)
pickle.dump(frameNames, fileInfo)
pickle.dump(frames, fileInfo)
fileInfo.close()
else:
print("Save Cancelled.")
def writeSelAttrFile():
"""
Writes the selected attributes from the textScrollList to a file.
"""
# Let the user choose where the files is being saved to.
# Starting point will be the maya folder.
mayaFolder = cmds.internalVar(userAppDir=True)
# File Dialog
# sba will be the file extension.
filePath = cmds.fileDialog(mode=1, directoryMask=mayaFolder + "*.sba")
print("Choosen file: " + filePath)
# Gather the attributes from the textScrollList
selectedTSL = cmds.textScrollList("sbaKeyTSL", q=True, si=True)
# Open File
attrFile = open(filePath, "w") # Will overwrite the file if it allready exists!
# Loop through one element at a time writing it to a file.
for item in selectedTSL:
attrFile.write(item + "\n")
# Close File
attrFile.close()
def importABCasVRMesh():
pathPick = cmds.fileDialog()
path = os.path.split(pathPick)[1]
name = path.split(".")[0]
# Export alembic as VRMesh
mel.eval('vrayCreateProxyExisting("%s", "geo/%s")' % (name, path))
def readAttr():
"""
Read attributes from a chosen file.
"""
# Get information from file
# Starting at the maya folder and limiting to extension .sba
mayaFolder = cmds.internalVar(userAppDir=True)
# File Dialog
# sba will be the file extension.
filePath = cmds.fileDialog(mode=0, directoryMask=mayaFolder + "*.sba")
print("Choosen file: " + filePath)
# Open File
attrFile = open(filePath, "r") # Will overwrite the file if it allready exists!
attrs = attrFile.readlines()
# Close File
attrFile.close()
# loop through file content adding to the textScrollList
for attr in attrs:
# Check to see if the attribute allready exists in the textScrollList
attr = attr.rstrip()
# all the current tsl items
allItemsTSL = cmds.textScrollList("sbaKeyTSL", q=True, allItems=True)
if allItemsTSL and (attr in allItemsTSL):
print(attr + " all ready exists in the list.")
else:
cmds.textScrollList("sbaKeyTSL", edit=True, append=attr)
def LoadRigAttribute(*args):
# Open Dialog to select csv file
dialog = cmds.fileDialog(m=0);
o_file = str(dialog)
#print o_file
# Load csv file
reader = csv.reader(file(o_file, 'r'))
#print reader
# skip first row line
header = next(reader)
# Show each attribute
for row in reader:
#print row[0] + ',' + row[1] + ',' + row[2]
number = int(row[0])
ctrlName = row[1];
numAttrib = int(row[2])
for i in range(numAttrib):
att = row[3 + i*2+0]
val = float(row[3 + i*2+1])
#print ctrlName + "." + att + " : " + str(val)
settable = cmds.getAttr(ctrlName + "." + att, settable = True)
lockable = cmds.getAttr(ctrlName + "." + att, lock = True)
if(settable == True and lockable == False):
gettype = cmds.setAttr(ctrlName + "." + att, val)
def loadShapes(cls):
path = cmds.fileDialog(mode=0, directoryMask="*.shapes")
success = "Successfuly loaded shape {0} for {1}."
err = "{0} does not exist, skipping."
the_file = open(path, 'rb')
shapesData = pickle.load(the_file)
print shapesData
for obj in shapesData.keys():
if not cmds.objExists(obj):
print err.format(obj)
continue
# parent does exist
# delete shapes from obj
cmds.delete(cmds.listRelatives(obj, s=True, type="nurbsCurve"))
# initialize object as curve
con = cls(name='L_' + obj)
con.name = obj
for shape in shapesData[obj].keys():
pos = shapesData[obj][shape]['positions']
dg = shapesData[obj][shape]['degree']
knots = shapesData[obj][shape]['knots']
color = shapesData[obj][shape]['color']
period = shapesData[obj][shape]['period']
p = True if period > 0 else False
con.color = color
curve = cmds.curve(degree=dg, point=pos, knot=knots, per=p)
con.get_shape_from(curve, destroy=True, replace=False)
print success.format(shape, obj)
def _saveTab(self):
'''
The name of the tab
The frames included
the attributes for each frame
'''
# Prompt where to save the file.
# pack data
currTab = cmds.tabLayout( self.mainTab, q=True, selectTab=True)
tabIndex = cmds.tabLayout( self.mainTab, q=True, selectTabIndex=True) - 1 # tab index are 1 based.
tabLabels = cmds.tabLayout( self.mainTab, q=True, tl=True )
tabName = tabLabels[tabIndex]
frameNames = []
frames = {}
for frameInfo in self.tabs[self.tabNames[tabIndex]]:
frameNames.append([frameInfo.frameName, frameInfo.mainLayout])
frames[frameInfo.mainLayout] = frameInfo.attrs
path = cmds.fileDialog(mode=1)
if(path):
fileInfo = open( path, "w" )
pickle.dump( tabName, fileInfo )
pickle.dump( frameNames, fileInfo )
pickle.dump( frames, fileInfo )
fileInfo.close()
else:
print("Save Cancelled.")
def load_shapes(cls):
path = cmds.fileDialog(mode=0, directoryMask="*.shapes")
success = "Successfuly loaded shape {0} for {1}."
err = "{0} does not exist, skipping."
with open(path, 'rb') as ctrl_file:
shapes_data = pickle.load(ctrl_file)
for obj in shapes_data:
if not cmds.objExists(obj):
log.error(err.format(obj))
continue
# parent does exist
# delete shapes from obj
cmds.delete(cmds.listRelatives(obj, s=True, type="nurbsCurve"))
# initialize object as curve
con = cls.compose(descriptor=obj, side=cls.CONFIG.LEFT)
for shape in shapes_data[obj]:
shape = shapes_data[obj][shape]
pos = shape['positions']
dg = shape['degree']
knots = shape['knots']
color = shape['color']
period = shape['period']
p = True if period > 0 else False
con.color = color
curve = cmds.curve(degree=dg, point=pos, knot=knots, per=p)
con.get_shape_from(curve, destroy=True, replace=False)
log.info(success.format(shape, obj))
def saveBtnCmd(self, *args):
"""Called when the Save Light Setup button is pressed, saves data to file"""
print("Save Menu Btn has been clicked")
cmds.select("Three_Point_Lights")
rootNodes = self.getSelection()
if rootNodes is None:
try:
rootNodes = self.getSelection()
except:
return
#defaults to home directory for the moment
filePath = ''
# Maya 2011 and newer use fileDialog2
try:
filePath = cmds.fileDialog2(
ff=self.fileFilter, fileMode=0
)
# BUG: Maya 2008 and older may, on some versions of OS X, return the
# path with no separator between the directory and file names:
# e.g., /users/adam/Desktopuntitled.pse
except:
filePath = cmds.fileDialog(
dm='*.%s' % kLightFileExtension, mode=1
)
# early out of the dialog was canceled
if filePath is None or len(filePath) < 1: return
if isinstance(filePath, list): filePath = filePath[0]
exportSetup(filePath, cmds.ls(sl=True, type='transform'))
def readAttr():
'''
Read attributes from a chosen file.
'''
# Get information from file
# Starting at the maya folder and limiting to extension .sba
mayaFolder = cmds.internalVar( userAppDir=True )
# File Dialog
# sba will be the file extension.
filePath = cmds.fileDialog( mode=0, directoryMask= mayaFolder+"*.sba")
print( "Choosen file: " + filePath )
# Open File
attrFile = open( filePath, "r" ) # Will overwrite the file if it allready exists!
attrs = attrFile.readlines()
# Close File
attrFile.close()
# loop through file content adding to the textScrollList
for attr in attrs:
# Check to see if the attribute allready exists in the textScrollList
attr = attr.rstrip()
# all the current tsl items
allItemsTSL = cmds.textScrollList("sbaKeyTSL", q=True, allItems=True)
if( allItemsTSL and ( attr in allItemsTSL) ):
print( attr + " all ready exists in the list.")
else:
cmds.textScrollList("sbaKeyTSL", edit=True, append=attr)
def importCurveShape(self):
filePath=mc.fileDialog(dm='*.cs',m=0)
if filePath:
readFile = open(filePath,'r')
ShapeData = pickle.load(readFile)
readFile.close()
self.setCurveShape(ShapeData)
def selectFile(self, forSave):
'''
shows UI for file selection; returns file name or None
'''
extensionList = ";".join(
map(lambda a: "*.%s" % a, self.ioFormat.recommendedExtensions))
caption = ('Export as %s'
if forSave else 'Import from %s') % self.ioFormat.title
fileFilter = 'Layer data in %s format (%s);;All Files (*.*)' % (
self.ioFormat.title, extensionList)
if Utils.getMayaVersion() >= Utils.MAYA2011:
result = cmds.fileDialog2(dialogStyle=1,
caption=caption,
fileFilter=fileFilter,
fileMode=0 if forSave else 1,
returnFilter=True)
if result is None:
return None
return result[0]
else:
result = cmds.fileDialog(title=caption,
directoryMask=extensionList,
mode=1 if forSave else 0)
if result == "":
return None
return result
def _loadTab(self):
print("Load Tab")
path = cmds.fileDialog(mode=0)
# load
if (path):
# Reading fileInfo
fileInfo = open(path, "r")
tabName = pickle.load(fileInfo)
frameNames = pickle.load(fileInfo)
frames = pickle.load(fileInfo)
fileInfo.close()
# Create Tab with tabname
tab = self._addTab(tabName)
for frame in frameNames:
# frame[0] the name of the frame
# frame[1] is the layoutName (this is done so the dictionary doesn't get overlap)
# frameGrp = self._addFrame( frame[0] )
newAttr = FrameGroup(tab, frame[0])
self.tabs[self.tabNames[-1]].append(newAttr)
for attrItem in frames[frame[1]]:
if (cmds.objExists(attrItem)):
newAttr.addAttr(attrItem)
'''
print(tabName)
print(frameNames)
print(frames)
'''
else:
print("Load Cancelled.")
def loadImageDir(self,*args):
"""
opens dialog so user can browse to the overscan image.
This will not be neccessary once standard paths for the Tools shelf
and icons/images are in place.
"""
dir = cmds.fileDialog( directoryMask='*.png' )
cmds.textFieldButtonGrp(self.imageField,edit=True,text=dir)
def openSceneButtonFunction(*args):
import os
global sceneFileName
global selectedFileName
selectedFileName = cmds.fileDialog()
cmds.launchImageEditor(vif=selectedFileName)
sceneFileName = os.path.basename(selectedFileName)
cmds.textField('sceneName', w=400, e=1, fi=sceneFileName)
def loadSlateDir(self, *args):
"""
opens dialog so user can browse to the overscan image.
This will not be neccessary once standard paths for the Tools shelf
and icons/images are in place.
"""
dir = cmds.fileDialog(directoryMask='*.png')
cmds.textFieldButtonGrp(self.slateField, edit=True, text=dir)
def fileSaveDialog(self, *args): #!!! look into this saveFileName = self.base.strip() #self.downloadPath = tkFileDialog.asksaveasfile(mode='w', initialfile=str(saveFileName)) self.downloadPath = cmds.fileDialog(mode=1, defaultFileName=str(saveFileName))
def openSceneButtonFunction(*args):
import os
global sceneFileName
global selectedFileName
selectedFileName=cmds.fileDialog()
cmds.launchImageEditor(vif=selectedFileName)
sceneFileName=os.path.basename(selectedFileName)
cmds.textField('sceneName', w=400, e=1, fi=sceneFileName)
def read_PFtrack_3dPoint():
basicFilter = '*.txt'
filename =cmds.fileDialog(dm=basicFilter,title='Open_pftrack_3dPoints_file')#'D:/suvey_points_0110.txt'
if not (filename==''):
result=read_pf3dpoints_asciifile(filename)
if len(result)>0:
spread_PF3dPoints(result)
def saveFileDialog(*args):
dialog = cmds.fileDialog(m=1);
# fdialog = pm.fileDialog2(
# ocm="on_save_dialog_file",
# fm=0,
# ff="CSV Files (*.csv);;All Files (*.*)",
# dialogStyle=2)
o_file = str(dialog)
#print o_file
if not (cmds.file(o_file,query=True, exists=True)):
tmp_csv_file = open(o_file, 'w' ,os.O_CREAT)
else:
tmp_csv_file = open(o_file, 'w')
writer = csv.writer(tmp_csv_file, lineterminator='\n')
all_rows = cmds.scriptTable('table', query=True, rows=True)
for o_r in range(all_rows):
all_colums = cmds.scriptTable('table', query=True, columns=True)
data_list = []
for o_c in range( all_colums - 1):
if o_r == 0:
data_list = ["No.", "JointName", "transrateX","transrateY","transrateZ"]
else:
cell_list = cmds.scriptTable('table', cellIndex=(o_r,o_c + 1), query=True, cellValue=True)
if o_c == 0:
if type(cell_list) == list:
cell_text = "".join(cell_list)
#print cell_text
elif cell_list == None:
cell_text = u''
else:
cell_text = cell_list
data_list.append(cell_text)
elif o_c == 1:
if type(cell_list) == list:
cell_text = "".join(cell_list)
#print cell_text
elif cell_list == None:
cell_text = u''
else:
cell_text = cell_list
data_list.append(cell_text)
else:
if type(cell_list) == list:
cell_text = "".join(cell_list)
elif cell_list == None:
cell_text = u''
else:
cell_text = cell_list
data_list.append(cell_text)
writer.writerow(data_list)
tmp_csv_file.close()
def fileDialog(self, label="", callback=None):
""" Draw a File input dialog
@type label: string
@param label: the windows title
@type callback: function
@param callback: the callback function to call
"""
filename = cmds.fileDialog(t=label)
callback(str(filename))
def exportCurveShape(self):
filePath=mc.fileDialog(dm='*.cs',m=1)
if filePath:
if 'cs' != filePath.split('.')[-1]:
filePath += '.cs'
ShapeData = self.getCurveShape()
newFile = open(filePath,'w')
pickle.dump(ShapeData,newFile)
newFile.close()
def fileSaveDialog(self, *args):
#!!! look into this
saveFileName = self.base.strip()
#self.downloadPath = tkFileDialog.asksaveasfile(mode='w', initialfile=str(saveFileName))
self.downloadPath = cmds.fileDialog(mode=1,
defaultFileName=str(saveFileName))
def SK_exportCurveShape(self):
filePath = rig.fileDialog(dm='*.cs', m=1)
if filePath:
if 'cs' != filePath.split('.')[-1]:
filePath += '.cs'
ShapeData = self.SK_getCurveShape()
newFile = open(filePath, 'w')
pickle.dump(ShapeData, newFile)
newFile.close()
def fileDialog(self,label="",callback=None):
""" Draw a File input dialog
@type label: string
@param label: the windows title
@type callback: function
@param callback: the callback function to call
"""
filename = cmds.fileDialog(t=label)
callback(str(filename))
def pickPhotoshopPath(self):
photoshopLineEdit = qt_utils.getControl(
qt_utils.RawWidget("EAprefPhotoshopPath", QLineEdit))
folder = os.path.dirname(photoshopLineEdit.text())
photoshopPath = cmds.fileDialog(m=0, dm='%s/*.exe' %
folder) # @UndefinedVariable
if os.path.exists(photoshopPath):
photoshopLineEdit.setText(photoshopPath)
def promptExport(pos, start, end, cols, tags):
'''
File prompt is given
'''
results = cmds.fileDialog(m=0, dm='*.xls')
if (results):
temp = baseballExport(results, pos, start, end, cols, tags)
return temp
else:
print("Cancelled.")
def promptExport( pos, start, end, cols, tags ):
'''
File prompt is given
'''
results = cmds.fileDialog( m=0, dm='*.xls' )
if( results ):
temp = baseballExport( results, pos, start, end, cols, tags )
return temp
else:
print("Cancelled.")
def cc_import(*arg): filepath=maya.fileDialog(m=0,t='Import') print filepath filenumbers=maya.intField(filenumberGUI,q=True,v=True) print filenumbers nameSpace=maya.textField(nameSpaceGUI,q=True,tx=True) print nameSpace if(filepath!=None): for i in range(filenumbers): maya.file(filepath,i=True,ns=nameSpace)
def loadCmd(self, *args):
filePath = ''
try:
filePath = cmds.fileDialog2(ff=self.fileFilter, fileMode=1)
except:
filePath = cmds.fileDialog(dm='*.%s' % kPoseFileExtension, mode=0)
if filePath is None or len(filePath) < 1: return
if isinstance(filePath, list): filePath = filePath[0]
importFile(filePath)
def import_anim():
# メッセージ
# cmds.inViewMessage( amg='<hl>「モーションをベイク」</hl>を押してください。', pos='midCenter', fade=True, fit=1,fst=4000,fts=20 )
cmds.select("Root_M")
cmds.select("foot_R_controller", add=True)
cmds.select("foot_L_controller", add=True)
cmds.select("Knee_R_Locator", add=True)
cmds.select("Knee_L_Locator", add=True)
fileName = cmds.fileDialog(dm="*.anim")
cmds.file(fileName, ra=True, pr=True, typ="animImport", i=True)
def import_anim():
#メッセージ
#cmds.inViewMessage( amg='<hl>「モーションをベイク」</hl>を押してください。', pos='midCenter', fade=True, fit=1,fst=4000,fts=20 )
cmds.select('Root_M')
cmds.select('foot_R_controller', add=True)
cmds.select('foot_L_controller', add=True)
cmds.select('Knee_R_Locator', add=True)
cmds.select('Knee_L_Locator', add=True)
fileName = cmds.fileDialog(dm='*.anim')
cmds.file(fileName, ra=True, pr=True, typ='animImport', i=True)
def shelfFromFile():
"""
Creates a shelf button to keyframe the attributes straight from a previously saved file.
"""
# Get information from file
# Starting at the maya folder and limiting to extension .sba
mayaFolder = cmds.internalVar(userAppDir=True)
# File Dialog
# sba will be the file extension.
filePath = cmds.fileDialog(mode=0, directoryMask=mayaFolder + "*.sba")
print("Choosen file: " + filePath)
# Open File
attrFile = open(filePath, "r") # Will overwrite the file if it allready exists!
attrs = attrFile.readlines()
# Close File
attrFile.close()
attrToShelf = []
# loop through file content adding to the attrToShelf variable.
for attr in attrs:
attrToShelf.append(attr.rstrip())
print(attrToShelf)
results = cmds.promptDialog(
title="Creating a shelf button.",
message="Enter Shelf Button Name:",
button=["OK", "Cancel"],
defaultButton="OK",
cancelButton="Cancel",
dismissString="Cancel",
)
fileName = cmds.promptDialog(query=True, text=True)
# if( results ):
# Get the current shelf
currentShelf = mel.eval(
"global string $gShelfTopLevel;\rstring $shelves = `tabLayout -q -selectTab $gShelfTopLevel`;"
)
# Calling my function to complies the attribute to be keyframed correctly.
keyFrameLines = compileKeyframes(attrToShelf)
print(keyFrameLines)
# Create the shelfButton
cmds.shelfButton(l=fileName, iol=fileName, c=keyFrameLines, image="setKey.xpm", parent=currentShelf)
def writeXML(data):
# prepare path, it will print out in the same path of the script.)
#curPath = os.path.split( __file__ )[0]
#xmlFile = os.path.join( curPath, fileName )
results = cmds.fileDialog( m=1, dm="*.xls" )
if(results):
fileInfo = open( results, "w" )
fileInfo.write(data)
fileInfo.close()
else:
print("Cancelled.")
def imageCard(self):
selImage=mc.fileDialog()
material=mc.shadingNode('lambert',asShader=1)
fileNode=mc.shadingNode('file',asTexture=1)
mc.setAttr(fileNode+'.fileTextureName',selImage,typ='string')
mc.connectAttr(fileNode+'.outColor', material+'.color')
sizeFactor=0.01
imageSize=mc.getAttr(fileNode+'.outSize')
modelPlane=mc.polyPlane(w=imageSize[0][0]*sizeFactor,h=imageSize[0][1]*sizeFactor,sx=1,sy=1,n='modelPlane',ax=[0,1,0],ch=0)
mc.hyperShade(modelPlane,assign=material)
if not mc.objExists('layer_ModelTemplate'):
mc.createDisplayLayer(name='layer_ModelTemplate')
mc.setAttr('layer_ModelTemplate.displayType',2)
mc.editDisplayLayerMembers('layer_ModelTemplate',modelPlane)
def saveNukeScript(*args):
text = cmds.cmdScrollFieldExecuter('copytext', q=1, t=1)
if not text:
cmds.confirmDialog(title='Save Nuke Script',
message='Nothing script to be saved!',
button=['Ok'])
return
fileName = cmds.fileDialog(m=1,
t='Save Nuke Script As',
dm='.nk',
dfn='maya2nuke.nk')
f = file(fileName, 'w')
f.write(text)
f.close()
def loadfromfile(self):
filename = cmds.fileDialog()
fileread = open(filename, 'r')
filestr = fileread.readlines()
self.lw.clear()
self.configs = {}
n = 0
for f in range(len(filestr) / 8):
self.configs[str(filestr[n].rstrip())] = ss_config('')
self.configs[str(filestr[n].rstrip())].fromstr(filestr[n:n + 8])
newitem = QtGui.QListWidgetItem()
newitem.setText(str(filestr[n].rstrip()))
self.lw.addItem(newitem)
n += 8
def loadBtnCmd(self, *args):
"""Called when the Load Pose button is pressed"""
filePath = ""
# Maya 2011 and newer use fileDialog2
try:
filePath = cmds.fileDialog2(ff=self.fileFilter, fileMode=1)
except:
filePath = cmds.fileDialog(dm="*.%s" % kPoseFileExtension, mode=0)
# early out of the dialog was canceled
if filePath is None or len(filePath) < 1:
return
if isinstance(filePath, list):
filePath = filePath[0]
importPose(filePath)
def writeXML(data):
# prepare path, it will print out in the same path of the script.)
#curPath = os.path.split( __file__ )[0]
#xmlFile = os.path.join( curPath, fileName )
results = cmds.fileDialog(m=1, dm="*.xls")
if (results):
fileInfo = open(results, "w")
fileInfo.write(data)
fileInfo.close()
else:
print("Cancelled.")
def on_browse( self, *a ):
curValue = self.getValue()
ext = curValue.getExtension() or 'txt'
if curValue.isFile():
curValue = curValue.up()
elif not curValue.isDir():
curValue = Path( cmd.file( q=True, sn=True ) ).up( 2 )
if not curValue.exists():
curValue = Path( '' )
filepath = cmd.fileDialog( directoryMask=curValue / ("/*.%s" % ext) )
if filepath:
self.setValue( filepath, True )
def loadBtnCmd(self, *args):
"""Called when the Load Light Setup button is pressed, loads light data from file"""
filePath = ''
# Maya 2011 and newer use fileDialog2
try:
filePath = cmds.fileDialog2(
ff=self.fileFilter, fileMode=1
)
except:
filePath = cmds.fileDialog(
dm='*.%s' % kLightFileExtension, mode=0
)
# early out of the dialog was canceled
if filePath is None or len(filePath) < 1: return
if isinstance(filePath, list): filePath = filePath[0]
importSetup(filePath)
def asciiWrite(self):
# Open a file dialog
filePath = cmds.fileDialog( m=1 )
if(filePath):
fileInfo = open(filePath, 'w')
fileInfo.write( "csg\n" )
for node in self.nodes:
asciiData = self.info[node].asciiInfo()
fileInfo.write(asciiData)
fileInfo.write('\n')
# Call other function to return binary info.
fileInfo.close()
def binaryWrite(self): # Open a file dialog filePath = cmds.fileDialog( m=1 ) if(filePath): fileInfo = open(filePath, 'wb') fileInfo.write( "csg" ) for node in self.nodes: binData = self.info[node].binaryInfo() for bin in binData: fileInfo.write(bin) # node.asciiInfo() # Call other function to return binary info. fileInfo.close()
def browseForFile(actionName="Select", fileCommand=None, fileType=None,
**kwargs):
"""
Open a window to browse for a file.
Will use fileBrowserDialog if on windows, fileDialog if not.
"""
if fileCommand is None:
def fileCommand(*args, **kwargs): pass
if os.name == 'nt':
exportFileName = cmds.fileBrowserDialog(fileCommand=fileCommand,
actionName=actionName,
fileType=fileType, **kwargs)
else:
exportFileName = cmds.fileDialog(title=actionName)
fileCommand(exportFileName, fileType)
return exportFileName
def selectFile(self,forSave):
'''
shows UI for file selection; returns file name or None
'''
extensionList = ";".join(map(lambda a: "*.%s" % a,self.ioFormat.recommendedExtensions))
caption = ('Export as %s' if forSave else 'Import from %s') %self.ioFormat.title
fileFilter = 'Layer data in %s format (%s);;All Files (*.*)' % (self.ioFormat.title,extensionList)
if Utils.getMayaVersion()>=Utils.MAYA2011:
result = cmds.fileDialog2(dialogStyle=1,caption=caption,fileFilter=fileFilter,fileMode=0 if forSave else 1,returnFilter=True)
if result is None:
return None
return result[0]
else:
result = cmds.fileDialog(title=caption,directoryMask=extensionList,mode=1 if forSave else 0);
if result=="":
return None
return result
def saveBtnCmd(self, *args):
"""Called when the Save Pose button is pressed"""
rootNodes = self.getSelection()
if rootNodes is None:
return
filePath = ""
# Maya 2011 and newer use fileDialog2
try:
filePath = cmds.fileDialog2(ff=self.fileFilter, fileMode=0)
# BUG: Maya 2008 and older may, on some versions of OS X, return the
# path with no separator between the directory and file names:
# e.g., /users/adam/Desktopuntitled.pse
except:
filePath = cmds.fileDialog(dm="*.%s" % kPoseFileExtension, mode=1)
# early out of the dialog was canceled
if filePath is None or len(filePath) < 1:
return
if isinstance(filePath, list):
filePath = filePath[0]
exportPose(filePath, cmds.ls(sl=True, type="transform"))
