def outliner(self):
self.duplicatecFrameLayout = mc.frameLayout(label="duplicate",
collapsable=True,
borderStyle="etchedIn",
w=300,
h=550,
en=1)
mc.frameLayout(labelVisible=False)
panel = mc.outlinerPanel()
outliner = mc.outlinerPanel(panel, query=True, outlinerEditor=True)
mc.outlinerEditor(outliner,
edit=True,
mainListConnection='worldList',
selectionConnection='modelList',
showShapes=False,
showAttributes=False,
showConnected=False,
showAnimCurvesOnly=False,
autoExpand=False,
showDagOnly=True,
ignoreDagHierarchy=False,
expandConnections=False,
showNamespace=True,
showCompounds=True,
showNumericAttrsOnly=False,
highlightActive=True,
autoSelectNewObjects=False,
doNotSelectNewObjects=False,
transmitFilters=False,
showSetMembers=True,
setFilter='defaultSetFilter')
mc.setParent('..')
mc.setParent('..')
mc.setParent('..')
def kmOutliner(self):
# Create a new regular outliner in its own window
mc.window(title="Outliner", toolbox=True)
mc.frameLayout(labelVisible=False, width=300, height=500)
panel = mc.outlinerPanel()
outliner = mc.outlinerPanel(panel, query=True, outlinerEditor=True)
mc.outlinerEditor(outliner,
edit=True,
mainListConnection='worldList',
selectionConnection='modelList',
showShapes=False,
showReferenceNodes=False,
showReferenceMembers=False,
showAttributes=False,
showConnected=False,
showAnimCurvesOnly=False,
autoExpand=False,
showDagOnly=True,
ignoreDagHierarchy=False,
expandConnections=False,
showNamespace=True,
showCompounds=True,
showNumericAttrsOnly=False,
highlightActive=True,
autoSelectNewObjects=False,
doNotSelectNewObjects=False,
transmitFilters=False,
showSetMembers=True,
setFilter='defaultSetFilter')
mc.showWindow()
def outlinerWin(self):
if mel.window('autoProOutliner', exists=1):
mel.deleteUI('autoProOutliner', window=1)
mel.window('autoProOutliner',
title="autoPro Outliner",
iconName="autoProOut")
mel.frameLayout(labelVisible=False)
panel = mel.outlinerPanel()
outliner = mel.outlinerPanel(panel, query=True, outlinerEditor=True)
mel.outlinerEditor(outliner,
edit=True,
mainListConnection='worldList',
selectionConnection='modelList',
showShapes=False,
showAttributes=False,
showConnected=False,
showAnimCurvesOnly=False,
autoExpand=False,
showDagOnly=True,
ignoreDagHierarchy=False,
expandConnections=False,
showCompounds=True,
showNumericAttrsOnly=False,
highlightActive=True,
autoSelectNewObjects=False,
doNotSelectNewObjects=False,
transmitFilters=False,
showSetMembers=True,
setFilter='defaultSetFilter')
mel.showWindow('autoProOutliner')
def copyMap(self):
ws = self.wb[self.wb.sheetnames[0]]
count = 0
for row in ws.values:
if row[0] is None:
#file end
break
count += 1
self.ProgressDialog = QProgressDialog("Copying Map", "Cancel", 0, count)
self.ProgressDialog.setWindowTitle("Copy Progress")
table = tuple(ws.values)
for i in range(0, count):
if self.ProgressDialog.wasCanceled():
#copy canceled
break
#generate authorStr
authorStr = table[i][0] + table[i][1]
# 1.add author to attribute
# #create author node and set hidden
# authorNode = mc.group(em = 1, name = "AuthorNode")
# mc.setAttr("AuthorNode.hiddenInOutliner", True)
# #add attr and lock it
# mc.addAttr("AuthorNode", longName = "Author", dataType = "string")
# mc.setAttr("AuthorNode.Author", authorStr, type = "string")
# mc.setAttr("AuthorNode.Author", lock = 1)
# 2.add author(number) to group name
# create author node and set hidden
groupName = "Author_" + table[i][0]
print groupName
authorNode = mc.group(em = 1, name = groupName)
mc.setAttr(groupName + ".hiddenInOutliner", True)
#lock node
mc.lockNode(authorNode, lock = 1)
#fresh outliner
mc.outlinerEditor("outlinerPanel1", edit = 1, refresh = 1)
#save and copy map
mel.eval("file -save")
originMapName = "origin.mb"
targetMapName = authorStr
originMap = workRootDir + "scenes/" + originMapName
targetMap = workRootDir + "scenes/" + targetMapName + ".mb"
shutil.copy(originMap, targetMap)
#unlock and delete node
mc.lockNode(authorNode, lock = 0)
mc.delete(authorNode)
count += 1
# set progress
self.ProgressDialog.setValue(count)
self.copyCount = str(count)
self.copyDone()
def getGraphSelection(panel='graphEditor1', useSelectedCurves=True):
'''A robust method of finding the selected objects/attributes in the graph
editor. If nothing is selected, all objects in the graph outliner will be
returned. If a one or more curves are selected, those curves take
precedence over any other selection.
Always returns a list.'''
# First see if there are any curves selected
if useSelectedCurves:
selection = getSelectedCurves()
if selection:
return selection
else:
selection = []
# Get the graph outliner ui name.
outliner = getEditorFromPanel(panel, cmd.outlinerEditor)
if outliner is not None:
# Find selected attributes
sc = cmd.outlinerEditor(outliner, q=1, selectionConnection=1)
selection = cmd.selectionConnection(sc, q=1, object=1)
# If nothing is selected, find objects present in outliner.
if not selection:
sc = cmd.outlinerEditor(outliner, q=1, mainListConnection=1)
selection = cmd.selectionConnection(sc, q=1, object=1)
if not selection:
selection = []
return selection
def selected(*args):
curves = mc.keyframe(query=True, selected=True, name=True)
if not curves:
return
try:
mc.delete(ATTR_FILTER_NAME)
except:
pass
try:
mc.delete(OBJ_FILTER_NAME)
except:
pass
filters = list()
for c in curves:
plug = mc.listConnections(c,
plugs=True,
source=False,
destination=True)[0]
print plug
filters.append(mc.itemFilter(byName=plug, classification='user'))
print filters
selectedFilter = mc.itemFilter(union=filters)
#mc.delete(filters)
print selectedFilter
mc.outlinerEditor('graphEditor1OutlineEd',
edit=True,
attrFilter=selectedFilter)
def __init__(self, editorName=DEFUALT_GE_OUTLINER_NAME):
self._name = editorName
self._mainSC = cmds.outlinerEditor(editorName,
q=True,
mainListConnection=True)
self._selectedSC = cmds.outlinerEditor(editorName,
q=True,
selectionConnection=True)
def outliner_focus():
outliner = [i for i in cmds.lsUI(editors=1) if 'outliner' in i]
if outliner:
outliner = outliner[0]
else:
return
cmds.outlinerEditor(outliner, edit=1, showSelected=1)
cmds.setFocus(outliner)
def updateOutliner(self):
inputList = cmds.selectionConnection(worldList=True)
fromEditor = cmds.selectionConnection(activeList=True)
CBcurrText = self.filtersCB.currentText()
filterItem = cmds.itemFilter(byType = str(CBcurrText))
cmds.outlinerEditor(self.outlinerName, edit=True, mainListConnection=inputList, filter=filterItem)
cmds.outlinerEditor(self.outlinerName, edit=True, selectionConnection=fromEditor)
def outlinerWindow():
if cmds.window('outlinerWindow', exists = True):
cmds.deleteUI('outlinerWindow', window = True)
else:
cmds.window('outlinerWindow')
cmds.frameLayout( labelVisible=False )
panel = cmds.outlinerPanel()
outliner = cmds.outlinerPanel(panel, query=True,outlinerEditor=True)
cmds.outlinerEditor( outliner, edit=True, mainListConnection='worldList', selectionConnection='modelList', showShapes=False, showAttributes=False, showConnected=False, showAnimCurvesOnly=False, autoExpand=False, showDagOnly=True, ignoreDagHierarchy=False, expandConnections=False, showNamespace=True, showCompounds=True, showNumericAttrsOnly=False, highlightActive=True, autoSelectNewObjects=False, doNotSelectNewObjects=False, transmitFilters=False, showSetMembers=True, setFilter='defaultSetFilter' )
cmds.showWindow()
def SCENE_remove_functionSelCom_selection_error():
''' removes selCom error from newer maya version edited file into older ones '''
msg = 'function SelCom not found'
for _editor in cmds.lsUI(editors=True):
if not cmds.outlinerEditor(_editor, query=True, exists=True):
continue
_sel_cmd = cmds.outlinerEditor(_editor, query=True, selectCommand=True)
if not _sel_cmd or not _sel_cmd.startswith('<function selCom at '):
continue
cmds.outlinerEditor(_editor, edit=True, selectCommand='print("")')
msg = 'SelCom Function removed'
return msg, 1
def filterChannels(channels):
try:
mc.delete(ATTR_FILTER_NAME)
except:pass
try:
mc.delete(OBJ_FILTER_NAME)
except:pass
channels = list(set(channels))
channelFilter = mc.itemFilterAttr(ATTR_FILTER_NAME, byNameString=channels, classification='user')
mc.outlinerEditor('graphEditor1OutlineEd', edit=True, attrFilter=channelFilter)
def getGraphEditor(graphInfo,
expandObjects=True,
useSelectedCurves=True,
animatableOnly=True,
usePartialCurveSelection=True):
'''
Get attributes selected in the graph editor.
If expandObjects is true, attributes are saved in the format
object.attribute and a lack of selection or an entire object selected will
expand to that object's keyable nodes.
Otherwise, the list will be a mix of object.attribute and object. Objects
will not have their attributes expanded.
'''
selection = []
# Check for curves first, we may use those exclusively
if useSelectedCurves:
selection = getSelectedCurves(
usePartialCurveSelection=usePartialCurveSelection)
if selection:
return selection
# Get the graph outliner ui name.
outliner = getEditorFromPanel(graphInfo.panelName, cmd.outlinerEditor)
if outliner is not None:
# Find attributes selected in the graph editor's outliner
sc = cmd.outlinerEditor(outliner, q=1, selectionConnection=1)
selection = cmd.selectionConnection(sc, q=1, object=1)
# If nothing is selected, find objects present in outliner.
if not selection:
sc = cmd.outlinerEditor(outliner, q=1, mainListConnection=1)
selection = cmd.selectionConnection(sc, q=1, object=1)
if not selection:
selection = []
attributes = []
if selection:
# This is rare, but eliminate underworld paths.
removeUnderworldFromPath(selection)
attributes = filterSelectedToAttributes(selection, expandObjects,
animatableOnly)
return attributes
def toggleExpand():
gs = ac.GraphSelection()
cmds.select(clear=True)
cmds.refresh(f=True)
ui = ds.GraphEditorButtonNames()
panel = ds.findControlParent(control=ui.fil, split=5)
panel = panel.split('|')
panel = panel[len(panel) - 1]
geOut = panel + 'OutlineEd'
state = cmds.outlinerEditor(geOut, q=1, xc=1)
cmds.outlinerEditor(geOut, e=1, xc=(not state))
if state:
message('expand connections OFF -- reselect to see changes')
else:
message('expand connections ON -- reselect to see changes')
gs.reselect()
def doInMain(self, i):
number = self.table[i][0]
name = self.table[i][1]
authorStr = number + name
# 1.add author to attribute
# #create author node and set hidden
# authorNode = mc.group(em = 1, name = "AuthorNode")
# mc.setAttr("AuthorNode.hiddenInOutliner", True)
# #add attr and lock it
# mc.addAttr("AuthorNode", longName = "Author", dataType = "string")
# mc.setAttr("AuthorNode.Author", authorStr, type = "string")
# mc.setAttr("AuthorNode.Author", lock = 1)
# 2.add author(number) to group name
# create author node ,get uuid and set hidden
groupName = "Author_" + number
authorNode = mc.group(em=1, name=groupName)
uuid = mc.ls(authorNode, uuid=1)
mc.setAttr(authorNode + ".hiddenInOutliner", True)
#add origin uuid to attribute
mc.addAttr(authorNode, longName="signUUID", dataType="string")
mc.setAttr(authorNode + ".signUUID", uuid[0], type="string")
#lock node
mc.lockNode(authorNode, lock=1)
#fresh outliner
mc.outlinerEditor("outlinerPanel1", edit=1, refresh=1)
#save and copy map
mel.eval("file -save")
#originMapName = "origin.mb"
#originMap = workRootDir + "scenes/" + originMapName
originMap = mc.file(q=1, sn=1)
targetMapName = authorStr
targetMap = targetDir + targetMapName + ".mb"
print originMap
print targetMap
shutil.copy(originMap, targetMap)
#unlock and delete node
mc.lockNode(authorNode, lock=0)
mc.delete(authorNode)
#uuid as result
return uuid
def graphFilterCore(attr='', panel=''):
'''\n
adds/clears filters for the default graphEditor
'''
# check for any filters currently being used
c = cmds.outlinerEditor(panel + 'OutlineEd', q=True, af=True)
cf = ''
# if attrs arg is not empty execute, else delete filters reset filter to None
if attr != '':
# make new filter
f = cmds.itemFilterAttr(bn=attr)
# if a filter is already being used merge new/current #else use new filter
if c != '0':
# unify new/current filter
cf = cmds.itemFilterAttr(un=[c, f])
cmds.delete(c)
# set unified filter
cmds.outlinerEditor(panel + 'OutlineEd', e=True, af=cf)
else:
# set new filter
cmds.outlinerEditor(panel + 'OutlineEd', e=True, af=f)
else:
if c != '0':
# clear all user filters
cmds.delete(c)
# reset filters to None
cmds.outlinerEditor(panel + 'OutlineEd', e=True, af=0)
def filterChannels(channels):
try:
mc.delete(ATTR_FILTER_NAME)
except:
pass
try:
mc.delete(OBJ_FILTER_NAME)
except:
pass
channels = list(set(channels))
channelFilter = mc.itemFilterAttr(ATTR_FILTER_NAME,
byNameString=channels,
classification='user')
mc.outlinerEditor('graphEditor1OutlineEd',
edit=True,
attrFilter=channelFilter)
def selectionConnectionFromPanel(panel):
'''A more robust way of determining the selection connection of a graph
editor given its panel Returns None if nothing is found.'''
outliner = getEditorFromPanel(panel, cmd.outlinerEditor)
if outliner is not None:
return cmd.outlinerEditor(outliner, q=1, selectionConnection=1)
return None
def getSelectionConnection(panel='graphEditor1'):
'''A more robust way of determining the selection connection of a graph
editor given its panel Returns None if nothing is found.'''
outliner = getEditorFromPanel(panel, cmd.outlinerEditor)
if outliner is not None:
return cmd.outlinerEditor(outliner, q=1, selectionConnection=1)
return None
def setFilter(nameFilter=''):
m2nType = cmds.optionVar(q='m2nType')
types = []
try:
for i in m2nType:
type = i.lower()
types.append(type)
filter = cmds.itemFilter(byType=types)
except:
filter = cmds.itemFilter(byType=['unknown'])
if not nameFilter:
nameFilter = cmds.textField('filterText', q=1, tx=1)
if nameFilter:
name = '*%s*' % nameFilter
nFilter = cmds.itemFilter(byName=name)
filter = cmds.itemFilter(intersect=(nFilter, filter))
cmds.outlinerEditor('dirList', e=1, filter=filter)
def cmd_txsnm_chk_bt(self): #check 贴图命名
u"""
>>check 贴图命名 : 项目缩写为 前缀， 使用 数字 0-9 字母a-zA-Z 下划线 _ 点.
贴图文件命名及路径中 回避 中文
贴图文件命名及路径中 不能有 空格 - () 等 特殊字符
"""
chk_labels = {
'noExists': u'贴图不存在',
'iffyName': u'贴图命名 应由 (字母/数字/_/.) 组成',
'seqIffyName': u'序列贴图序号存在异常 正常为 ***.0001.jpg',
'prefIffyName': u'贴图前缀与当前任务不匹配'
}
res = self.chk_txf_name()
if not res: return
olnps = [
ea for ea in pm.lsUI(panels=True) if ea.type() == 'ToutlinerEditor'
]
if olnps:
mc.outlinerEditor(olnps[0].name(), showSetMembers=True, e=True)
res_str = u'>>>请检查列出的file节点 贴图命名 所描述的错误{}'.format(os.linesep)
ck_cnt = 0
res_total_sets = None
if pm.objExists('Check_Error_information_Sets'):
res_total_sets = pm.PyNode('Check_Error_information_Sets')
[
pm.delete(ea_sets)
for ea_sets in res_total_sets.listConnections()
]
res_total_sets = pm.sets(name='Check_Error_information_Sets', em=True)
for ea_ck_lb in chk_labels:
if res[ea_ck_lb]:
res_sets = pm.sets(name="CheckRes_{}".format(ea_ck_lb))
res_total_sets.add(res_sets.name())
res_str += u'\t{}{}'.format(chk_labels[ea_ck_lb], os.linesep)
for ea_fn in res[ea_ck_lb]:
res_sets.add(ea_fn.name())
res_str += u"\t\t>>>File Node >> {:<32}\t>>>Texture File>> {:<120}\t 异常部分: {}{}".format(
ea_fn.name(), res[ea_ck_lb][ea_fn].keys()[0],
res[ea_ck_lb][ea_fn].values()[0], os.linesep)
ck_cnt += 1
if ck_cnt: print res_str
else: print(u">>>没有贴图节点被check")
def currentSet2():
ge = 'graphEditor1OutlineEd'
sel = cmds.ls(sl=1)
cmds.select(cl=1)
# shows selectionConnection object, populates ge
geL = cmds.outlinerEditor(ge, q=1, mlc=1)
# active sets
result = cmds.selectionConnection(geL, q=1, obj=1)
if sel:
cmds.select(sel)
return result
def _outliner_hide_set_member():
"""Set outliner default display options
Turn off `showSetMembers` for avoiding long wait on a big objectSet that
being accidentally selected.
"""
options = {
"showShapes": False,
"showSetMembers": False,
"showReferenceMembers": False,
"showDagOnly": True,
}
avalon.logger.info("Disabling outliner set member display..")
for outliner_pan in cmds.getPanel(type="outlinerPanel") or []:
outliner = cmds.outlinerPanel(outliner_pan,
query=True,
outlinerEditor=True)
# Set options
cmds.outlinerEditor(outliner, edit=True, **options)
def main():
# NOTE 修复 Maya2017 大纲视图显示多余 set 的 Bug
for outliner in cmds.getPanel(type="outlinerPanel"):
cmds.outlinerEditor(outliner, e=1, sf="defaultSetFilter")
# NOTE 四视图切换
mel.eval('setNamedPanelLayout "Four View"; ')
# NOTE 禁用骨骼和模型选择
mel.eval("""
setObjectPickMask "Joint" false;
setObjectPickMask "Surface" false;
""")
# NOTE 只显示曲线和模型
for mp in cmds.getPanel(type="modelPanel"):
# NOTE 删除自定义的视窗窗口
if cmds.modelPanel(mp, q=1, tearOff=1):
mayaToQT(mp).window().close()
continue
# NOTE 隐藏所有
cmds.modelEditor(mp, e=1, allObjects=0)
cmds.modelEditor(mp,
e=1,
nurbsCurves=1,
locators=1,
polymeshes=1,
hud=0,
grid=0,
da="smoothShaded",
displayTextures=1)
cmds.viewFit(cmds.modelEditor(mp, q=1, cam=1), all=True)
createExtraPanel(panel_width=0,
panel_height=0,
gap=[30, 0],
margin=0,
pos="top")
def selected(*args):
curves = mc.keyframe(query=True, selected=True, name=True)
if not curves:
return
try:
mc.delete(ATTR_FILTER_NAME)
except:pass
try:
mc.delete(OBJ_FILTER_NAME)
except:pass
filters = list()
for c in curves:
plug = mc.listConnections(c, plugs=True, source=False, destination=True)[0]
print plug
filters.append(mc.itemFilter(byName=plug, classification='user'))
print filters
selectedFilter = mc.itemFilter(union=filters)
#mc.delete(filters)
print selectedFilter
mc.outlinerEditor('graphEditor1OutlineEd', edit=True, attrFilter=selectedFilter)
def eliminate_outliner_callback(client_data):
# Get Info
all_panels = mc.getPanel(type="outlinerPanel") or []
detachedPanels = []
for curPanel in all_panels:
sc = mc.outlinerEditor(curPanel, q=True, selectCommand=True)
if sc is not None: # if there are selectCommand set ...
detachedPanels.append(curPanel)
# Fix Error
for curPanel in detachedPanels:
mc.outlinerPanel(curPanel, e=True,
unParent=True) # remove infected panel
mc.file(uiConfiguration=False
) # mark as do not save ui info within scene file
if (mc.optionVar(exists="useScenePanelConfig")
and mc.optionVar(q="useScenePanelConfig") == 0):
mel.eval("$gOutlinerPanelNeedsInit = 1;") # flag to restore later
# Output
if detachedPanels:
msg = 'The outliner error is detected so.\nthe deducted outliner is removed.'
mc.confirmDialog(title='Confirm', message=msg, button=['Okay'])
mel.eval("initOutlinerPanel ();") # restore outliner if flagged
def __init__( self, editorName=DEFUALT_GE_OUTLINER_NAME ): self._name = editorName self._mainSC = cmds.outlinerEditor( editorName, q=True, mainListConnection=True ) self._selectedSC = cmds.outlinerEditor( editorName, q=True, selectionConnection=True )
def maya2nuke():
window = "maya2nuke"
if cmds.window(window, ex=1): cmds.deleteUI(window)
cmds.window(window, menuBar=1)
cmds.menu(tearOff=1, l='Edit')
cmds.menuItem(l='Calculate Maya Data', c=getAllCamera)
cmds.menuItem(divider=1)
cmds.menuItem(l='Generator Nuke Script', c=generator)
cmds.menuItem(l='Show Nuke Script', c=m2nShowText)
cmds.menuItem(l='Save Nuke Script As', c=saveNukeScript)
cmds.menuItem(divider=1)
cmds.menuItem(l='Rest Setings', c=restSetings)
cmds.menuItem(l='Exit', c='cmds.deleteUI("maya2nuke")')
cmds.menu(tearOff=1, l='Type')
cmds.menuItem('typeAll', l='All', checkBox=1, c=adjOption)
cmds.menuItem(divider=1)
cmds.menuItem('typeCamera', l='Camera', checkBox=1, c=setOption)
cmds.menuItem('typeMesh', l='Mesh', checkBox=1, c=setOption)
cmds.menu(tearOff=1, l='Animation')
cmds.menuItem('animAll', l='All', checkBox=1, c=adjOption)
cmds.menuItem(divider=1)
cmds.menuItem('animCamera', l='Camera', checkBox=1, c=setOption)
cmds.menuItem('animMesh', l='Mesh', checkBox=0, c=setOption)
cmds.menu(tearOff=1, l='Networks')
cmds.radioMenuItemCollection()
cmds.menuItem('netNone', l='None', radioButton=0, c=setOption)
cmds.menuItem('netBace', l='Bace', radioButton=1, c=setOption)
cmds.menuItem('netContactSheet',
l='ContactSheet',
radioButton=0,
c=setOption)
cmds.menu(l='Help')
cmds.menuItem(l='Help', c='m2nShowText("help")')
cmds.menuItem(l='About', c=aboutThis)
mianLayout = cmds.formLayout(nd=1000)
b1 = cmds.outlinerEditor('dirList')
cmds.outlinerEditor(
'dirList',
e=1,
mainListConnection="worldList",
selectionConnection="modelList",
showShapes=0,
showAttributes=0,
showConnected=0,
showAnimCurvesOnly=0,
autoExpand=0,
showDagOnly=1,
ignoreDagHierarchy=0,
expandConnections=0,
showNamespace=1,
showCompounds=1,
showNumericAttrsOnly=0,
highlightActive=1,
autoSelectNewObjects=0,
doNotSelectNewObjects=0,
transmitFilters=0,
showSetMembers=1,
## setFilter="DefaultAllLightsFilter"
)
cmds.cmdScrollFieldExecuter('copytext', vis=0)
b2 = cmds.textField('filterText', cc=setFilterName, ec=setFilterName)
b3 = cmds.button(l="Generator", c=generator)
cmds.formLayout(mianLayout,
e=1,
attachControl=[(b1, "top", 3, b2), (b1, "bottom", 3, b3)],
attachForm=[
(b1, "left", 3),
(b1, "right", 3),
(b2, "top", 3),
(b2, "left", 3),
(b2, "right", 3),
(b3, "bottom", 3),
(b3, "left", 3),
(b3, "right", 3),
],
attachNone=[(b2, "bottom"), (b3, "top")])
cmds.window(window, e=1, t="maya2nuke", widthHeight=(300, 700))
cmds.showWindow(window)
getOption()
def ui_update(self):
self.prefsSave()
m.symbolCheckBox(self.ui_BTN_searchCase, e=True, value=self.state.searchCase)
m.symbolCheckBox(self.ui_BTN_searchRegEx, e=True, value=self.state.searchRegex)
m.symbolCheckBox(self.ui_BTN_searchType, e=True, value=self.state.searchType)
m.symbolCheckBox(self.ui_BTN_searchSelect, e=True, value=self.state.searchSelect)
m.symbolCheckBox(self.ui_BTN_searchShape, e=True, value=self.state.searchShape)
ov = self.state.currentView
m.button(self.ui_BTN_modeDropDown, edit=True, label=ov.name)
m.outlinerEditor(self.ui_EDT_outliner, edit=True, mainListConnection=ov.mainListConnection)
m.outlinerEditor(self.ui_EDT_outliner, edit=True, selectionConnection=ov.selectionConnection)
m.outlinerEditor(self.ui_EDT_outliner, edit=True, filter=ov.filter)
m.outlinerEditor(self.ui_EDT_outliner, edit=True, setFilter=ov.setFilter)
m.outlinerEditor(self.ui_EDT_outliner, edit=True, showShapes=ov.showShapes)
m.outlinerEditor(self.ui_EDT_outliner, edit=True, showSetMembers=ov.showSetMembers)
m.outlinerEditor(self.ui_EDT_outliner, edit=True, showDagOnly=ov.showDagOnly)
m.outlinerEditor(self.ui_EDT_outliner, edit=True, expandObjects=ov.expandObjects)
m.outlinerEditor(self.ui_EDT_outliner, edit=True,
selectCommand=(ov.selectCommand if ov.selectCommand else dummyFunc))
m.symbolCheckBox(self.ui_BTN_showShapes, e=True, enable=ov.showShapesEnable, value=ov.showShapes)
m.symbolCheckBox(self.ui_BTN_showSetMembers, e=True, enable=ov.showSetMembersEnable, value=ov.showSetMembers)
m.symbolCheckBox(self.ui_BTN_selectSetMembers, e=True, enable=ov.selectSetMembersEnable,
value=ov.selectSetMembers)
def __init__(self, parent=getMayaWindow()):
super(SoftModToolBox, self).__init__(parent)
# Window infos
self.setObjectName("SoftModToolBoxTiti")
self.setWindowTitle("Sliding SoftMod UI")
# PanelLayout for outliner
paneLayoutName = cmds.paneLayout()
ptr = mui.MQtUtil.findControl(paneLayoutName) # Find a pointer to the paneLayout that we just created
paneLayout = sip.wrapinstance(long(ptr), QtCore.QObject) # Wrap the pointer into a python QObject
# Widgets
# ComboBox
filtersCBTitle = QtGui.QLabel("Filters :")
self.filtersCB = QtGui.QComboBox(parent=self)
self.filtersCB.addItems(["softMod", "joint", "mesh", "light", "objectSet", ""])
# Outliner
self.outlinerName = cmds.outlinerEditor(panel=paneLayoutName, showShapes = True, showDagOnly = False)
ptr = mui.MQtUtil.findControl(self.outlinerName)
outliner = sip.wrapinstance(long(ptr), QtCore.QObject)
self.updateOutliner()
# Buttons
bpmBtn = QtGui.QPushButton("Make BPM Deformer", parent=self)
slideBtn = QtGui.QPushButton("Make Sliding SoftMod", parent=self)
closeBtn = QtGui.QPushButton("Close UI", parent=self)
# Widgets size
self.filtersCB.setMaximumWidth(1000)
bpmBtn.setMaximumWidth(1000)
slideBtn.setMaximumWidth(1000)
closeBtn.setFixedHeight(25)
# Widgets position
grid = QtGui.QGridLayout()
grid.setSpacing(10)
grid.addWidget(filtersCBTitle, 1, 0)
grid.addWidget(self.filtersCB, 1, 1, 1, 9)
grid.addWidget(outliner, 2, 0, 5, 0)
grid.addWidget(bpmBtn, 7, 5, 1, 5)
grid.addWidget(slideBtn, 8, 5, 1, 5)
grid.addWidget(closeBtn, 7, 0, 2, 5)
#grid.addWidget(bpmBtn, 7, 0, 1, 5)
#grid.addWidget(slideBtn, 8, 0, 1, 5)
#grid.addWidget(closeBtn, 7, 5, 2, 5)
self.setLayout(grid)
self.setGeometry(250, 350, 250, 350)
# Signals connection
self.filtersCB.currentIndexChanged.connect(self.updateOutliner)
bpmBtn.clicked.connect(smtbUtils.do_softModBpm) #self.connect(bpmBtn, QtCore.SIGNAL("clicked()"), do_softModBpm)
slideBtn.clicked.connect(smtbUtils.do_softModCtrl) #self.connect(slideBtn, QtCore.SIGNAL("clicked()"), do_softModCtrl)
#closeBtn.clicked.connect(self.close)
closeBtn.clicked.connect(self.close)
def set_curve_filter(kind=Outliner_Filter.all, *args, **kwargs):
return cmds.outlinerEditor(UI.graph_editor_outliner,
e=True,
attrFilter=kind)
def test():
####################
# #
# CleanUp #
# #
####################
if cmds.window(WINDOW_NAME, exists=True):
cmds.deleteUI(WINDOW_NAME)
for pan in cmds.lsUI(panels=True):
if cmds.panel(pan, q=True, label=True).startswith("vuRenderTree_"):
print "Delte: " + pan
cmds.deleteUI(pan, panel=True)
cmds.window(WINDOW_NAME)
main = cmds.paneLayout(configuration='vertical3')
####################
# #
# Frame Left #
# #
####################
paneLeft = cmds.paneLayout(configuration='horizontal2', p=main)
cmds.frameLayout(label="ShadingNodes:", li=3, borderVisible=False, p=paneLeft)
cmds.nodeTreeLister('theTreeLister', expandToDepth=1, addItem=shaders)
# Textures
cmds.frameLayout(label="Textures:", li=3, borderVisible=False, p=paneLeft)
panel = cmds.outlinerPanel(label="vuRenderTree_Outliner", menuBarVisible=False)
outlinerEditor = cmds.outlinerPanel(panel, query=True,outlinerEditor=True)
filterTextures = cmds.createNode("objectRenderFilter")
cmds.setAttr(filterTextures + ".textures", True)
cmds.outlinerEditor( outlinerEditor, edit=True, showDagOnly=False, filter=filterTextures)
#
# ToDo Later:
#
#########################################################################
# #
# #
# filterKeyable = cmds.createNode("objectAttrFilter") #
# cmds.setAttr(filterKeyable + ".attrType ", 3) #
# #
# #
#########################################################################
#
#
#
####################
# #
# Node Editor #
# #
####################
# formNodes = cmds.formLayout(p=main)
# nEdit = cmds.scriptedPanel(type="nodeEditorPanel", label="Node Editor")
# #cmds.formLayout(formNodes, e=True, af=[(centershelf,s,0) for s in ("top","left","right")])
# cmds.formLayout(formNodes, e=True, af=[(nEdit,s,0) for s in ("top", "bottom","left","right")])
formNodes = cmds.formLayout(p=main)
nEdit = cmds.scriptedPanel(type="nodeEditorPanel", label="vuRenderTree_NodeEditor")
centershelf = cmds.shelfLayout("vuRenderUtils", p=formNodes)
#cmds.formLayout(formNodes, e=True, af=[(centershelf,s,0) for s in ("top","left","right")])
#cmds.formLayout(formNodes, e=True, af=[(nEdit,s,0) for s in ("bottom","left","right")])
cmds.formLayout(formNodes, e=True,
attachForm=[
(centershelf,"top",0), (centershelf,"left",0), (centershelf,"right",0),
(nEdit,"bottom",0), (nEdit,"left",0), (nEdit,"right",0)
],
attachControl=[
(nEdit, "top", 0, centershelf)
])
####################
# #
# Frame Right #
# #
####################
paneRight = cmds.paneLayout( configuration='horizontal3', p=main)
# Shading Groups
#rightTabs = cmds.tabLayout()
cmds.frameLayout(label="ShadingGroups:", li=3, borderVisible=False, p=paneRight)
outlinerShadingGroups = cmds.outlinerPanel(label="vuRenderTree_Outliner", menuBarVisible=False)
outlinerEditor = cmds.outlinerPanel(outlinerShadingGroups, query=True,outlinerEditor=True)
filterShadingGroups = cmds.createNode("objectTypeFilter")
cmds.setAttr(filterShadingGroups + ".typeName", "shadingEngine", type="string")
cmds.outlinerEditor( outlinerEditor, edit=True, showDagOnly=False, filter=filterShadingGroups)
# Shaders
cmds.frameLayout(label="Shaders:", li=3, borderVisible=False, p=paneRight)
outlinerShaders = cmds.outlinerPanel(label="vuRenderTree_Outliner", menuBarVisible=False)
outlinerEditor = cmds.outlinerPanel(outlinerShaders, query=True,outlinerEditor=True)
filterShaders = cmds.createNode("objectRenderFilter")
cmds.setAttr(filterShaders + ".shaders", True)
cmds.outlinerEditor( outlinerEditor, edit=True, showDagOnly=False, filter=filterShaders)
#cmds.tabLayout( rightTabs, edit=True, tabLabel=((outlinerShadingGroups, 'ShadingGroups'), (outlinerShaders, 'Shaders')))
# Outliner
cmds.frameLayout(label="Outliner:", li=3, borderVisible=False, p=paneRight)
cmds.outlinerPanel(label="vuRenderTree_Outliner", menuBarVisible=True)
cmds.showWindow()
def UI():
# check the dock existing
if cmds.dockControl("tTDock", q=True, exists=True): cmds.deleteUI("tTDock")
# create window
if cmds.window('takToolWin', exists=True):
cmds.deleteUI('takToolWin')
cmds.window('takToolWin',
title='Tak Tools',
menuBar=True,
mnb=False,
mxb=False)
# Menu
cmds.menu('fileMenu', label='File', p='takToolWin')
cmds.menuItem(label='Save Tools', c=saveTools, p='fileMenu')
cmds.menu('editMenu', label='Edit', p='takToolWin')
cmds.menuItem(label='Add Tool', c=addToolUi, p='editMenu')
cmds.paneLayout('mainPaneLo',
configuration='horizontal2',
paneSize=[(2, 63, 37)])
cmds.formLayout('mainFormLo', p='mainPaneLo')
# Common Tools section Start
cmds.tabLayout('cmnToolTabLo', tv=False, p='mainFormLo')
cmds.shelfLayout('Common', h=(36.5 * 4), parent='cmnToolTabLo')
cmds.shelfButton(annotation='History',
width=35,
height=35,
imageOverlayLabel='Hist',
image1='menuIconEdit.png',
command='DeleteHistory',
sourceType='mel')
# Common Tools Section End
cmds.separator('mainSep', h=10, style='in', p='mainFormLo')
# task tools section #
# create tab
cmds.tabLayout('taskTabLo', p='mainFormLo')
riggingTab = cmds.formLayout('RiggingFormLo', w=21 * 21, p='taskTabLo')
aniTab = cmds.formLayout('AnimationFormLo', w=21 * 21, p='taskTabLo')
modelTab = cmds.formLayout('ModelingFormLo', w=21 * 21, p='taskTabLo')
miscTab = cmds.formLayout('MiscFormLo', w=21 * 21, p='taskTabLo')
cmds.tabLayout('taskTabLo',
e=True,
tabLabel=[(riggingTab, 'Rigging'), (aniTab, 'Animation'),
(modelTab, 'Modeling'), (miscTab, 'Misc')])
# Editing main layout
cmds.formLayout('mainFormLo',
e=True,
attachForm=[('cmnToolTabLo', 'top', 0),
('cmnToolTabLo', 'left', 0),
('cmnToolTabLo', 'right', 0),
('mainSep', 'left', 0),
('mainSep', 'right', 0),
('taskTabLo', 'left', 0),
('taskTabLo', 'right', 0),
('taskTabLo', 'bottom', 0)],
attachControl=[('mainSep', 'top', 5, 'cmnToolTabLo'),
('taskTabLo', 'top', 5, 'mainSep')])
# rigging tab
cmds.scrollLayout('riggingScrLo', childResizable=True, p='RiggingFormLo')
cmds.formLayout('RiggingFormLo',
e=True,
attachForm=[('riggingScrLo', 'top', 0),
('riggingScrLo', 'bottom', 0),
('riggingScrLo', 'left', 0),
('riggingScrLo', 'right', 0)])
cmds.frameLayout('riggingDisplayFrameLo',
label='Display',
collapse=False,
collapsable=True,
p='riggingScrLo')
# Rigging_Display Shelf Start
cmds.shelfLayout('Rigging_Display', h=(41 * 1), p='riggingDisplayFrameLo')
cmds.shelfButton(annotation='',
width=35,
height=35,
imageOverlayLabel='Hist',
image1='menuIconEdit.png',
command='DeleteHistory',
sourceType='mel')
# Rigging_Display Shelf End
cmds.frameLayout('riggingEditMdlFrameLo',
label='Edit Model',
collapse=False,
collapsable=True,
p='riggingScrLo')
cmds.shelfLayout('Rigging_Edit_Model',
h=(38 * 2),
p='riggingEditMdlFrameLo')
cmds.shelfButton(annotation='',
width=35,
height=35,
imageOverlayLabel='Hist',
image1='menuIconEdit.png',
command='DeleteHistory',
sourceType='mel')
cmds.frameLayout('riggingBuildFrameLo',
label='Build',
collapse=False,
collapsable=True,
p='riggingScrLo')
cmds.shelfLayout('Rigging_Build', h=(36.5 * 5), p='riggingBuildFrameLo')
cmds.shelfButton(annotation='',
width=35,
height=35,
imageOverlayLabel='Hist',
image1='menuIconEdit.png',
command='DeleteHistory',
sourceType='mel')
cmds.frameLayout('riggingSkinFrameLo',
label='Skin Weights',
collapse=False,
collapsable=True,
p='riggingScrLo')
cmds.shelfLayout('Rigging_Skin_Weights',
h=(40 * 2),
p='riggingSkinFrameLo')
cmds.frameLayout('riggingExtraFrameLo',
label='Extra Tools',
collapse=False,
collapsable=True,
p='riggingScrLo')
cmds.shelfLayout('Rigging_Extra_Tools',
h=(40 * 2),
p='riggingExtraFrameLo')
# animation tab
cmds.scrollLayout('aniScrLo', childResizable=True, p='AnimationFormLo')
cmds.formLayout('AnimationFormLo',
e=True,
attachForm=[('aniScrLo', 'top', 0),
('aniScrLo', 'bottom', 0),
('aniScrLo', 'left', 0),
('aniScrLo', 'right', 0)])
cmds.frameLayout('aniCtrlSelFrameLo',
label='Control Select',
collapse=False,
collapsable=True,
p='aniScrLo')
cmds.shelfLayout('Animation_Control_Select', h=41, p='aniCtrlSelFrameLo')
cmds.frameLayout('aniDisplayFrameLo',
label='Display',
collapse=False,
collapsable=True,
p='aniScrLo')
cmds.shelfLayout('Animation_Display', h=41, p='aniDisplayFrameLo')
cmds.frameLayout('aniCrvFrameLo',
label='Animation Curve',
collapse=False,
collapsable=True,
p='aniScrLo')
cmds.shelfLayout('Animation_Animation_Curve', h=41, p='aniCrvFrameLo')
cmds.frameLayout('aniPoseFrameLo',
label='Pose',
collapse=False,
collapsable=True,
p='aniScrLo')
cmds.shelfLayout('Animation_Pose', h=41, p='aniPoseFrameLo')
cmds.frameLayout('aniRefineShapeFrameLo',
label='Refine Shape',
collapse=False,
collapsable=True,
p='aniScrLo')
cmds.shelfLayout('Animation_Refine_Shape', h=41, p='aniRefineShapeFrameLo')
cmds.frameLayout('aniExtraFrameLo',
label='Extra Tools',
collapse=False,
collapsable=True,
p='aniScrLo')
cmds.shelfLayout('Animation_Extra_Tools', h=41, p='aniExtraFrameLo')
# modeling tab
cmds.scrollLayout('mdlScrLo', childResizable=True, p='ModelingFormLo')
cmds.formLayout('ModelingFormLo',
e=True,
attachForm=[('mdlScrLo', 'top', 0),
('mdlScrLo', 'bottom', 0),
('mdlScrLo', 'left', 0),
('mdlScrLo', 'right', 0)])
cmds.frameLayout('mdlDisplayFrameLo',
label='Display',
collapse=False,
collapsable=True,
p='mdlScrLo')
cmds.shelfLayout('Modeling_Display', h=(41 * 1), p='mdlDisplayFrameLo')
cmds.frameLayout('mdlSelFrameLo',
label='Selection',
collapse=False,
collapsable=True,
p='mdlScrLo')
cmds.shelfLayout('Modeling_Selection', h=41, p='mdlSelFrameLo')
cmds.frameLayout('mdlEditCpntFrameLo',
label='Edit Component',
collapse=False,
collapsable=True,
p='mdlScrLo')
cmds.shelfLayout('Modeling_Edit_Component',
h=(38 * 2),
p='mdlEditCpntFrameLo')
cmds.frameLayout('mdlEditGeoFrameLo',
label='Edit Mesh',
collapse=False,
collapsable=True,
p='mdlScrLo')
cmds.shelfLayout('Modeling_Edit_Mesh', h=(38 * 3), p='mdlEditGeoFrameLo')
cmds.frameLayout('mdlMatFrameLo',
label='Material',
collapse=False,
collapsable=True,
p='mdlScrLo')
cmds.shelfLayout('Modeling_Material', h=41, p='mdlMatFrameLo')
cmds.frameLayout('mdlAppFrameLo',
label='Extra Tools',
collapse=False,
collapsable=True,
p='mdlScrLo')
cmds.shelfLayout('Modeling_Extra_Tools', h=(38 * 2), p='mdlAppFrameLo')
# misc tab
cmds.scrollLayout('miscScrLo', childResizable=True, p='MiscFormLo')
cmds.formLayout('MiscFormLo',
e=True,
attachForm=[('miscScrLo', 'top', 0),
('miscScrLo', 'bottom', 0),
('miscScrLo', 'left', 0),
('miscScrLo', 'right', 0)])
cmds.frameLayout('miscFrameLo',
label='Misc',
collapsable=True,
p='miscScrLo')
cmds.shelfLayout('Misc_Misc', h=(41 * 2), p='miscFrameLo')
cmds.frameLayout('tempFrameLo',
label='Temp',
collapsable=True,
p='miscScrLo')
cmds.shelfLayout('Misc_Temp', h=(41 * 2), p='tempFrameLo')
# Ouliner
cmds.frameLayout('olFrameLo', labelVisible=False, p='mainPaneLo')
panel = cmds.outlinerPanel()
outliner = cmds.outlinerPanel(panel, query=True, outlinerEditor=True)
cmds.outlinerEditor(outliner,
edit=True,
mainListConnection='worldList',
selectionConnection='modelList',
showShapes=False,
showReferenceNodes=True,
showReferenceMembers=False,
showAttributes=False,
showConnected=False,
showAnimCurvesOnly=False,
autoExpand=False,
showDagOnly=True,
ignoreDagHierarchy=False,
expandConnections=False,
showCompounds=True,
showNumericAttrsOnly=False,
highlightActive=True,
autoSelectNewObjects=False,
doNotSelectNewObjects=False,
transmitFilters=False,
showSetMembers=True,
setFilter='defaultSetFilter')
# make dockable
allowedAreas = ['right', 'left']
cmds.dockControl('tTDock',
label="Tak Tools",
area='left',
content='takToolWin',
allowedArea=allowedAreas)
def ui_update(self):
self.prefsSave()
m.symbolCheckBox(self.ui_BTN_searchCase,
e=True,
value=self.state.searchCase)
m.symbolCheckBox(self.ui_BTN_searchRegEx,
e=True,
value=self.state.searchRegex)
m.symbolCheckBox(self.ui_BTN_searchType,
e=True,
value=self.state.searchType)
m.symbolCheckBox(self.ui_BTN_searchSelect,
e=True,
value=self.state.searchSelect)
m.symbolCheckBox(self.ui_BTN_searchShape,
e=True,
value=self.state.searchShape)
ov = self.state.currentView
m.button(self.ui_BTN_modeDropDown, edit=True, label=ov.name)
m.outlinerEditor(self.ui_EDT_outliner,
edit=True,
mainListConnection=ov.mainListConnection)
m.outlinerEditor(self.ui_EDT_outliner,
edit=True,
selectionConnection=ov.selectionConnection)
m.outlinerEditor(self.ui_EDT_outliner, edit=True, filter=ov.filter)
m.outlinerEditor(self.ui_EDT_outliner,
edit=True,
setFilter=ov.setFilter)
m.outlinerEditor(self.ui_EDT_outliner,
edit=True,
showShapes=ov.showShapes)
m.outlinerEditor(self.ui_EDT_outliner,
edit=True,
showSetMembers=ov.showSetMembers)
m.outlinerEditor(self.ui_EDT_outliner,
edit=True,
showDagOnly=ov.showDagOnly)
m.outlinerEditor(self.ui_EDT_outliner,
edit=True,
expandObjects=ov.expandObjects)
m.outlinerEditor(self.ui_EDT_outliner,
edit=True,
selectCommand=(ov.selectCommand
if ov.selectCommand else dummyFunc))
m.symbolCheckBox(self.ui_BTN_showShapes,
e=True,
enable=ov.showShapesEnable,
value=ov.showShapes)
m.symbolCheckBox(self.ui_BTN_showSetMembers,
e=True,
enable=ov.showSetMembersEnable,
value=ov.showSetMembers)
m.symbolCheckBox(self.ui_BTN_selectSetMembers,
e=True,
enable=ov.selectSetMembersEnable,
value=ov.selectSetMembers)
def set_default_outliner():
out_liners = mc.getPanel(type="outlinerPanel")
for out_liner in out_liners:
mc.outlinerEditor(out_liner, e=1, setFilter="defaultSetFilter")
selectionList = mc.ls(\"*Shape*\")
for item in selectionList:
if mc.objExists(item + \".rmanCCs\"):
mc.deleteAttr( item + \".rmanCCs\")
attributList = mc.listAttr(item, string=\"*rman*\")
if attributList:
for itemAttr in attributList:
mc.deleteAttr( item + \".\" + itemAttr )"
# Create a new regular outliner in its own window
mc.window(title="Outliner", toolbox=True)
mc.frameLayout( labelVisible=False, width=300, height=500 )
panel = mc.outlinerPanel(tearOff=False)
outliner = mc.outlinerPanel(panel, query=True, outlinerEditor=True)
myOutliner = mc.outlinerEditor( outliner, edit=True, mainListConnection='worldList', selectionConnection='modelList', showShapes=False, showReferenceNodes=False, showReferenceMembers=False, showAttributes=False, showConnected=False, showAnimCurvesOnly=False, autoExpand=False, showDagOnly=True, ignoreDagHierarchy=False, expandConnections=False, showNamespace=True, showCompounds=True, showNumericAttrsOnly=False, highlightActive=True, autoSelectNewObjects=False, doNotSelectNewObjects=False, transmitFilters=False, showSetMembers=True, setFilter='defaultSetFilter')
myOutliner = mc.outlinerPanel(tearOff=True, outlinerEditor=False)
print ">> ", myOutliner
print mc.outlinerPanel(myOutliner, parent=True, q=True)
##
mc.select("c_*")
selectionList = mc.ls(sl=True, type="transform")
mc.select(selectionList)
if selectionList:
for item in selectionList:
#nc = item.split("|")
print item
for axe in ["X", "Y", "Z"]:
def buildObjectTree(self):
panel = mc.outlinerPanel(menuBarVisible=False)
outliner = mc.outlinerPanel(panel, query=True, outlinerEditor=True)
mc.outlinerEditor( outliner, edit=True, mainListConnection='worldList', selectionConnection='modelList', showShapes=False, showAttributes=False, showConnected=False, showAnimCurvesOnly=False, autoExpand=False, showDagOnly=True, ignoreDagHierarchy=False, expandConnections=False, showCompounds=True, showNumericAttrsOnly=False, highlightActive=True, autoSelectNewObjects=False, doNotSelectNewObjects=False, transmitFilters=False, showSetMembers=True, filter= self.lightType )
def script(self):
#-------------------------------------------------------------------------------
# PANEL LAYOUT VERTICAL
#-------------------------------------------------------------------------------
verticalPanel = cmds.paneLayout(configuration='horizontal2')
#---------------------------
# Tabs
#---------------------------
cmds.tabLayout("edToolsTabs")
self.edArnoldLayout() # Arnold Tab
self.edCssLayout() # CSS Tab
self.edFixLayout() # FIX Tab
cmds.setParent("..") # Tabs
cmds.tabLayout("edToolsTabs",
edit=True,
tabLabel=["edArnoldLayout", 'Arnold'])
cmds.tabLayout("edToolsTabs",
edit=True,
tabLabel=["edCssLayout", 'CSS'])
cmds.tabLayout("edToolsTabs",
edit=True,
tabLabel=["edFixLayout", 'Fixing'])
#---------------------------
# Outliner
#---------------------------
outlinerPanel = cmds.outlinerPanel()
outliner = cmds.outlinerPanel(outlinerPanel,
query=True,
outlinerEditor=True)
cmds.outlinerEditor(outliner,
edit=True,
mainListConnection='worldList',
selectionConnection='modelList',
showShapes=False,
showAttributes=False,
showConnected=False,
showAnimCurvesOnly=False,
autoExpand=False,
showDagOnly=True,
ignoreDagHierarchy=False,
expandConnections=False,
showCompounds=True,
showNumericAttrsOnly=False,
highlightActive=True,
autoSelectNewObjects=False,
doNotSelectNewObjects=False,
transmitFilters=False,
showSetMembers=True,
setFilter='defaultSetFilter')
cmds.setParent("..") # outlinerPanel
cmds.setParent("..") # panelVertical