def animExport_2(self):
mel.eval('source gameFbxExporter;gameFbxExporter();')#opening game exporter
pm.tabLayout('gameExporterTabLayout', st = 'gameExporterAnimationTab', edit = True) #switches over to the animation tab
mel.eval('gameExp_CurrentTabChanged();gameExp_UpdatePrefix;gameExp_PopulatePresetList();gameExp_CreateExportTypeUIComponents();')#updates the window
x = mel.eval("ls $gGameFbxExporterCurrentNode") #getting the value of the preset
pm.setAttr(x[0] + '.exportSetIndex', 2)#set export to export selection
mel.eval('gameExp_CreateExportTypeUIComponents;')#refresh the option
#mel.eval('setAttr("gameExporterPreset2.exportSetIndex") `optionMenu -q -select anim_gameExporterExportSet`; gameExp_CreateExportTypeUIComponents;')
try: #spamming delete entry in case there are entries before already
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
except:
pass
mel.eval('gameExp_AddNewAnimationClip 1;') # adds a new clip
mel.eval('setAttr($gGameFbxExporterCurrentNode + ".exportPath") - type "string" "' + self.exportPath.text() + '";') #setting address
formLayout1 = pm.layout('anim_gameExporterExportTypeFormLayout', query = True, childArray = True)[0] #formLayout1, formLayout2, fieldText1 and self.clipNameFieldpy are all
formLayout2 = pm.layout('anim_gameFbxExporterScrollLayout', query = True, childArray = True)[0]
fieldText1 = pm.layout(formLayout2, query = True, childArray = True)[1]
self.clipNameFieldpy = 'gameExporterWindow|gameExporterTabFormLayout|gameExporterTabLayout|gameExporterAnimationTab|anim_gameExporterMainFormLayout|anim_gameExporterExportTypeFormLayout|' + formLayout1 + '|anim_gameFbxExporterAnimClipFrameLayout|anim_gameFbxExporterAnimClipFormLayout|anim_gameFbxExporterScrollLayout|' + formLayout2 + '|' + fieldText1
if self.ingameExport.isChecked() == True:#motion export
mel.eval('gameExp_SetUniqueAnimationClipName 0"' + self.exportName.text() + '"' + self.clipNameFieldpy + ';')#changing name? the 0 at the start indicates it position in the list of game clips
pm.select('Character_Holder')
elif self.camExport.isChecked() == True: #aim camera export
mel.eval('gameExp_SetUniqueAnimationClipName 0"' + self.exportName.text() + '_cam' + '"' + self.clipNameFieldpy + ';')#changing name? the 0 at the start indicates it position in the list of game clips
mel.eval('gameExp_DoExport();') #this is the point at which it exports
mel.eval('gameExp_DeleteAnimationClipLayout 0;') # delete clip afterward
def animExport_2(self):
mel.eval('source gameFbxExporter;gameFbxExporter();')#opening game exporter
pm.tabLayout('gameExporterTabLayout', st = 'gameExporterAnimationTab', edit = True) #switches over to the animation tab
mel.eval('gameExp_CurrentTabChanged();gameExp_UpdatePrefix;gameExp_PopulatePresetList();gameExp_CreateExportTypeUIComponents();')#updates the window
mel.eval('setAttr("gameExporterPreset2.exportSetIndex") `optionMenu -q -select anim_gameExporterExportSet`; gameExp_CreateExportTypeUIComponents;') #set export to export selection
try: #spamming delete entry in case there are entries before already
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
except:
pass
mel.eval('gameExp_AddNewAnimationClip 1;') # adds a new clip
mel.eval('setAttr($gGameFbxExporterCurrentNode + ".exportPath") - type "string" "' + self.exportPath.toPlainText() + '";') #setting address
formLayout1 = pm.layout('anim_gameExporterExportTypeFormLayout', query = True, childArray = True)[0]
formLayout2 = pm.layout('anim_gameFbxExporterScrollLayout', query = True, childArray = True)[0]
fieldText1 = pm.layout(formLayout2, query = True, childArray = True)[1]
self.clipNameFieldpy = 'gameExporterWindow|gameExporterTabFormLayout|gameExporterTabLayout|gameExporterAnimationTab|anim_gameExporterMainFormLayout|anim_gameExporterExportTypeFormLayout|' + formLayout1 + '|anim_gameFbxExporterAnimClipFrameLayout|anim_gameFbxExporterAnimClipFormLayout|anim_gameFbxExporterScrollLayout|' + formLayout2 + '|' + fieldText1
mel.eval('gameExp_SetUniqueAnimationClipName 0"' + self.fileName + '"' + self.clipNameFieldpy + ';')#changing name? the 0 at the start indicates it position in the list of game clips
#mel.eval('gameExp_SetUniqueAnimationClipName 0"' + self.fileName + '"' + self.clipNameFieldpy + ';')#changing name? the 0 at the start indicates it position in the list of game clips
if self.ingameExport.isChecked() == 1: #forking code for future cutscene export
pass
elif self.cutsceneExport.isChecked() == 1:
pass
mel.eval('gameExp_DoExport();')
mel.eval('gameExp_DeleteAnimationClipLayout 0;') # delete clip afterward
def updateChildren(self, nodeName, currentTranslator):
"""
update the translator UI, which consists of an optionMenuGrp and a frameLayout per translator,
so that only the frameLayout corresponding to the currently selected translator is visible
"""
if not pm.layout(self._optionMenu, exists=True):
# not built yet
return
fullpath = pm.layout(self._optionMenu, query=True, fullPathName=True)
# get the grand-parent columnLayout
gparent = fullpath.rsplit('|', 2)[0]
# get the great-grand parent frame layout
frame = fullpath.rsplit('|', 3)[0]
try:
pm.frameLayout(frame, edit=True, collapsable=False, labelVisible=False, borderVisible=False)
except RuntimeError:
# this is a little dirty: it will only succeed when attaching to AE
pass
children = pm.layout(gparent, query=True, childArray=True)
# hide all frameLayouts but ours
assert currentTranslator, "we should have a translator set by now"
for child in children:
# is it a frame layout?
objType = pm.objectTypeUI(child)
if objType == 'frameLayout':
label = pm.frameLayout(child, query=True, label=True)
# turn collapsable and label off
if showAllTranslators:
pm.frameLayout(child, edit=True, collapsable=False, labelVisible=True,
visible=True)
else:
pm.frameLayout(child, edit=True, collapsable=False, labelVisible=False,
visible=(label == currentTranslator))
def rebuildAE():
"completely rebuild the attribute editor"
edForm = pm.melGlobals['gAttributeEditorForm']
if pm.layout(edForm, q=True, exists=True):
children = pm.layout(edForm, q=True, childArray=True)
if children:
pm.deleteUI(children[0])
pm.mel.attributeEditorVisibilityStateChange(1, "")
def rebuildAE():
"completely rebuild the attribute editor"
edForm = pm.melGlobals['gAttributeEditorForm']
if pm.layout(edForm, q=True, exists=True):
children = pm.layout(edForm, q=True, childArray=True)
if children:
pm.deleteUI(children[0])
pm.mel.attributeEditorVisibilityStateChange(1, "")
def rebuild_attribute_editor():
""" rebuilds the attribute editor
This should be called after removing a AETemplateCustomContent callback
Returns:
"""
edForm = pmc.melGlobals['gAttributeEditorForm']
if pmc.layout(edForm, query=True, exists=True):
children = pmc.layout(edForm, query=True, childArray=True)
if children:
pmc.deleteUI(children[0])
pmc.mel.attributeEditorVisibilityStateChange(1, "")
def update(self):
if self.nodeName is None or not pm.objExists(self.nodeName) \
or self.networkCol is None or not pm.layout(self.networkCol, exists=True):
return
nodeAttr = pm.Attribute(self.nodeAttr('aiCustomAOVs'))
self.updateAOVFrame(nodeAttr)
def customCreateFlt(self, attr):
# print "creating %s" % attr
pname = attr.split('.')[-1]
ptype = self.params[pname].ptype
plabel = self.params[pname].label
pann = self.params[pname].annotation
presets = self.params[pname].presets
precision = self.params[pname].precision
controlName = pname + 'Ctrl'
l = plabel
if presets is not None:
l += ' <span>≡</span>' # fix unicode problem in Windows using html
pm.attrFieldSliderGrp(controlName,
attribute=attr,
label=l,
annotation=pann,
precision=precision)
if presets is not None:
# pm.attrFieldSliderGrp(controlName, edit=True)
# pm.popupMenu()
# for k in sorted(presets, key=presets.get):
# pm.menuItem(label=k, command=pm.Callback(setPresetFlt, controlName, presets[k]))
attrChildren = pm.layout(controlName, query=True, childArray=True)
pm.popupMenu(button=1, parent=attrChildren[0])
for k in sorted(presets, key=presets.get):
pm.menuItem(label=k,
command=pm.Callback(setPresetFlt, controlName,
presets[k]))
def update(self):
if self.nodeName is None or not pm.objExists(self.nodeName) \
or self.networkCol is None or not pm.layout(self.networkCol, exists=True):
return
nodeAttr = pm.Attribute(self.nodeAttr('aiCustomAOVs'))
self.updateAOVFrame(nodeAttr)
def updateChildren(self, nodeName, currentTranslator):
"""
update the translator UI, which consists of an optionMenuGrp and a frameLayout per translator,
so that only the frameLayout corresponding to the currently selected translator is visible
"""
if not pm.layout(self._optionMenu, exists=True):
# not built yet
return
fullpath = pm.layout(self._optionMenu, query=True, fullPathName=True)
# get the grand-parent columnLayout
gparent = fullpath.rsplit('|', 2)[0]
# get the great-grand parent frame layout
frame = fullpath.rsplit('|', 3)[0]
try:
pm.frameLayout(frame,
edit=True,
collapsable=False,
labelVisible=False,
borderVisible=False)
except RuntimeError:
# this is a little dirty: it will only succeed when attaching to AE
pass
children = pm.layout(gparent, query=True, childArray=True)
# hide all frameLayouts but ours
assert currentTranslator, "we should have a translator set by now"
for child in children:
# is it a frame layout?
objType = pm.objectTypeUI(child)
if objType == 'frameLayout':
label = pm.frameLayout(child, query=True, label=True)
# turn collapsable and label off
if showAllTranslators:
pm.frameLayout(child,
edit=True,
collapsable=False,
labelVisible=True,
visible=True)
else:
pm.frameLayout(child,
edit=True,
collapsable=False,
labelVisible=False,
visible=(label == currentTranslator))
def addOneTabToGlobalsWindow(self, renderer, tabLabel, createProc):
# no windows no need to call
if not pm.window('unifiedRenderGlobalsWindow', exists=True):
return
displayAllTabs = pm.mel.isDisplayingAllRendererTabs()
if not displayAllTabs and pm.SCENE.defaultRenderGlobals.currentRenderer.get() != renderer:
return
# Set the correct tabLayout parent.
if displayAllTabs:
tabLayoutName = pm.mel.getRendererTabLayout(pm.melGlobals['gMasterLayerRendererName'])
else:
tabLayoutName = pm.mel.getRendererTabLayout(renderer)
# Hide the tabForm while updating.
tabFormManagedStatus = pm.formLayout('tabForm', q=True, manage=True)
pm.formLayout('tabForm', edit=True, manage=False)
pm.setParent('tabForm')
if displayAllTabs:
tabLayoutName = pm.mel.getRendererTabLayout(pm.melGlobals['gMasterLayerRendererName'])
else:
tabLayoutName = pm.mel.getRendererTabLayout(renderer)
pm.setParent(tabLayoutName)
tabName = pm.mel.rendererTabName(renderer, tabLabel)
commonTabNames = {
'Common' : "m_unifiedRenderGlobalsWindow.kCommon",
'Passes' : "m_unifiedRenderGlobalsWindow.kPassesTab",
'Maya Software' : "m_unifiedRenderGlobalsWindow.kMayaSoftware",
'Maya Hardware' : "m_unifiedRenderGlobalsWindow.kMayaHardware",
'Maya Vector' : "m_unifiedRenderGlobalsWindow.kMayaVector",
'Features' : "m_unifiedRenderGlobalsWindow.kFeatures",
'Quality' : "m_unifiedRenderGlobalsWindow.kQuality",
'Indirect Lighting' : "m_unifiedRenderGlobalsWindow.kIndirectLighting",
'Options' : "m_unifiedRenderGlobalsWindow.kOptions"
}
if commonTabNames.has_key(tabLabel):
tabLabel = pm.mel.uiRes(commonTabNames[tabLabel])
if not pm.layout(tabName, exists=True):
pm.setUITemplate('renderGlobalsTemplate', pushTemplate=True)
pm.setUITemplate('attributeEditorTemplate', pushTemplate=True)
pm.formLayout(tabName)
createProcs = ['createMayaSoftwareCommonGlobalsTab', 'createMayaSoftwareGlobalsTab']
try:
createProcs.extend(pm.renderer(renderer, q=True, globalsTabCreateProcNames=True))
except:
pass
if createProc in createProcs:
pm.mel.eval(createProc)
pm.setParent('..')
pm.setUITemplate(popTemplate=True)
pm.setUITemplate(popTemplate=True)
pm.tabLayout(tabLayoutName, edit=True, tabLabel=(tabName, tabLabel))
pm.formLayout('tabForm', edit=True, manage=tabFormManagedStatus)
def getDisplayLayers():
try:
return [
pc.PyNode(layer) for layer in pc.layout(
'LayerEditorDisplayLayerLayout', q=True, childArray=True)
]
except TypeError:
pc.warning('Display layers not found in the scene')
return []
def addOneTabToGlobalsWindow(self, renderer, tabLabel, createProc):
# no windows no need to call
if not pm.window('unifiedRenderGlobalsWindow', exists=True):
return
displayAllTabs = pm.mel.isDisplayingAllRendererTabs()
if not displayAllTabs and pm.SCENE.defaultRenderGlobals.currentRenderer.get() != renderer:
return
# Set the correct tabLayout parent.
if displayAllTabs:
tabLayoutName = pm.mel.getRendererTabLayout(pm.melGlobals['gMasterLayerRendererName'])
else:
tabLayoutName = pm.mel.getRendererTabLayout(renderer)
# Hide the tabForm while updating.
tabFormManagedStatus = pm.formLayout('tabForm', q=True, manage=True)
pm.formLayout('tabForm', edit=True, manage=False)
pm.setParent('tabForm')
if displayAllTabs:
tabLayoutName = pm.mel.getRendererTabLayout(pm.melGlobals['gMasterLayerRendererName'])
else:
tabLayoutName = pm.mel.getRendererTabLayout(renderer)
pm.setParent(tabLayoutName)
tabName = pm.mel.rendererTabName(renderer, tabLabel)
commonTabNames = {
'Common' : "m_unifiedRenderGlobalsWindow.kCommon",
'Passes' : "m_unifiedRenderGlobalsWindow.kPassesTab",
'Maya Software' : "m_unifiedRenderGlobalsWindow.kMayaSoftware",
'Maya Hardware' : "m_unifiedRenderGlobalsWindow.kMayaHardware",
'Maya Vector' : "m_unifiedRenderGlobalsWindow.kMayaVector",
'Features' : "m_unifiedRenderGlobalsWindow.kFeatures",
'Quality' : "m_unifiedRenderGlobalsWindow.kQuality",
'Indirect Lighting' : "m_unifiedRenderGlobalsWindow.kIndirectLighting",
'Options' : "m_unifiedRenderGlobalsWindow.kOptions"
}
if commonTabNames.has_key(tabLabel):
tabLabel = pm.mel.uiRes(commonTabNames[tabLabel])
if not pm.layout(tabName, exists=True):
pm.setUITemplate('renderGlobalsTemplate', pushTemplate=True)
pm.setUITemplate('attributeEditorTemplate', pushTemplate=True)
pm.formLayout(tabName)
createProcs = ['createMayaSoftwareCommonGlobalsTab', 'createMayaSoftwareGlobalsTab']
try:
createProcs.extend(pm.renderer(renderer, q=True, globalsTabCreateProcNames=True))
except:
pass
if createProc in createProcs:
pm.mel.eval(createProc)
pm.setParent('..')
pm.setUITemplate(popTemplate=True)
pm.setUITemplate(popTemplate=True)
pm.tabLayout(tabLayoutName, edit=True, tabLabel=(tabName, tabLabel))
pm.formLayout('tabForm', edit=True, manage=tabFormManagedStatus)
def get_selected_display_layers(self):
# Note: we could get all displayLayer nodes but there is no way
# to select them without going through the UI so we do it this way
display_layers = pm.layout("LayerEditorDisplayLayerLayout",
query=True,
childArray=True) or []
return [
pm.PyNode(display_layer) for display_layer in display_layers
if pm.layerButton(display_layer, query=True, select=True)
]
def buildBody(self):
self._iconSize = self.gui.iconSize
self.minSize = 128
self.maxSize = 512
self.tempFileName = 'mayaIcon{0}.png'
self.gui.window.setToolbox(True)
self.camera = self.newCamera()
with pm.formLayout() as form:
with pm.columnLayout():
kw = dict(w=128, h=128)
with pm.frameLayout(lv=False, bv=False, **kw) as self.editorFrame:
self.panel = pm.modelPanel(cam=self.camera, mbv=False, l='Icon Capture View')
self.setupModelEditor(self.panel.getModelEditor())
bar = self.panel.getBarLayout()
pm.layout(bar, e=True, m=False)
with pm.formLayout() as form2:
self.buildFooter()
utils.layoutForm(form2, 1)
utils.layoutForm(form, (0, 1), vertical=True)
self.updateEditorFrame()
pm.refresh()
def makeLctShelf(cls, *args, **kwargs):
""" """
src = lcPath.Path.getSrcPath()
mel = lcPath.Path.getMelPath()
shelf = os.path.normpath(os.path.join(mel, 'shelf_LCT.mel'))
file = open(shelf, 'w+')
opening = 'global proc shelf_LCT () {\n global string $gBuffStr;\n global string $gBuffStr0;\n global string $gBuffStr1;\n\n'
closing = '\n}'
file.write(opening)
initShelfIcon = os.path.normpath(
os.path.join(src, 'icons', 'shelf.png'))
initShelfLabel = 'Init Shelf'
initShelfAnno = 'Initialize LCT Shelf'
initShelfCommand = 'from lct.src.core.lcShelf import Shelf as shelf\nshelf.makeLctShelf()'
file.write(closing)
file.close()
if not pm.layout('LCT', ex=True):
if os.name == 'nt':
shelf = shelf.replace('\\', '/')
pm.mel.loadNewShelf(shelf)
pm.shelfButton(label=initShelfLabel,
annotation=initShelfAnno,
image1=initShelfIcon,
command=initShelfCommand)
else:
pm.mel.eval(
'shelfTabLayout -edit -selectTab "LCT" $gShelfTopLevel;')
list = lcUtility.Utility.buildPublishList(inline=False)
for item in list:
if item[3] == 'True':
label = item[0]
annotation = item[2]
icon = os.path.normpath(
os.path.join(src, label, item[0] + '.png'))
runCommand = item[4]
cls.makeShelfButton(label, runCommand, icon, annotation)
def getLayerSelection():
"""
get selected display layers
:return: `list` selected layers
"""
gCurrentLayerEditor = pm.melGlobals["gCurrentLayerEditor"]
type = getLayerDisplayType()
if type != "Display":
pm.warning("Unsupported layer type. Works on display layers.")
return []
pm.setParent(gCurrentLayerEditor)
selectionArray = []
layoutName = "LayerEditor" + type + "LayerLayout"
buttonArray = pm.layout(layoutName, query=True, childArray=True)
for button in buttonArray:
if pm.layerButton(button, query=True, select=True):
selectionArray.append(button)
return selectionArray
def customCreateRgb(self, attr):
pname = attr.split('.')[-1]
ptype = self.params[pname].ptype
plabel = self.params[pname].label
pann = self.params[pname].annotation
presets = self.params[pname].presets
controlName = pname + 'Ctrl'
l = plabel
if presets is not None:
l += ' <span>≡</span>' # fix unicode problem in Windows using html
pm.attrColorSliderGrp(controlName, attribute=attr, label=l, annotation=pann)
if presets is not None:
# pm.attrColorSliderGrp(controlName, edit=True)
# pm.popupMenu()
attrChildren = pm.layout(controlName, query=True, childArray=True)
pm.popupMenu(button=1, parent=attrChildren[0])
for k in sorted(presets):
pm.menuItem(label=k, command=pm.Callback(setPresetRgb, controlName, presets[k]))
def mFIZ_node_attribute_changed(self, msg, plug, otherplug, *clientData):
"""
"""
# Check if the tabLayout attached to the object exists,
# If not, delete the callbacks as they're unnecessary
if not pm.layout(self.controls_tab_layout, exists=True):
# Delete all node Attribute Changed callback IDs
# pm.evalDeferred(pm.Callback(self._delete_attribute_changed_callbacks))
return
# Only run if the message is from an Attribute on the mFIZ ndoe being evaluated
if msg & OpenMaya.MNodeMessage.kAttributeEval:
# Get the name of the attribute being evaluate
attribute_name = str(plug.partialName())
# Only run if the attribute being evaluated is the 'dataSent' attribute
if attribute_name == 'dataSent':
self.set_ui_connection_state()
def clickCallBack(self, *args):
if self.selected:
pm.layout(self.name, e=True, backgroundColor=self.color)
self.parentWidget.selectedItem = None
self.selected = False
else:
if self.parentWidget.selectedItem:
pm.layout(self.parentWidget.selectedItem.name, e=True,
backgroundColor=self.parentWidget.selectedItem.color)
self.parentWidget.selectedItem.selected = False
pm.layout(self.name, e=True, backgroundColor=(.27, .27, .27))
self.parentWidget.selectedItem = self
self.selected = True
if self.infoWidget:
self.infoWidget.putInfo(self)
def makeLctShelf(cls, *args, **kwargs):
""" """
src = path.getSrcPath()
mel = path.getMelPath()
shelf = os.path.normpath(os.path.join(mel, 'shelf_LCT.mel'))
file = open(shelf, 'w+')
opening = 'global proc shelf_LCT () {\n global string $gBuffStr;\n global string $gBuffStr0;\n global string $gBuffStr1;\n\n'
closing = '\n}'
file.write(opening)
initShelfIcon = os.path.normpath(os.path.join(src, 'icons', 'shelf.png'))
initShelfLabel = 'Init Shelf'
initShelfAnno = 'Initialize LCT Shelf'
initShelfCommand = 'from lct.src.core.lcShelf import Shelf as shelf\nshelf.makeLctShelf()'
file.write(closing)
file.close()
if not pm.layout('LCT', ex=True):
if os.name == 'nt':
shelf = shelf.replace('\\','/')
pm.mel.loadNewShelf(shelf)
pm.shelfButton(label=initShelfLabel, annotation=initShelfAnno, image1=initShelfIcon, command=initShelfCommand)
else:
pm.mel.eval('shelfTabLayout -edit -selectTab "LCT" $gShelfTopLevel;')
list = utility.buildPublishList(inline=False)
for item in list:
if item[3] == 'True':
label = item[0]
annotation = item[2]
icon = os.path.normpath(os.path.join(src, label, item[0]+'.png'))
runCommand = item[4]
cls.makeShelfButton(label, runCommand, icon, annotation)
def buttons(self):
if self._buttons is not None:
return self._buttons
# The shelf needs to be loaded to get this info.
self.load_shelf()
try:
buttons = pm.layout(self.path, q=True, childArray=True)
except RuntimeError:
# This raises RuntimeError if the shelf no longer exists.
return []
if buttons is None:
return []
self._buttons = []
for shelf_button in buttons:
if pm.objectTypeUI(shelf_button) == 'shelfButton':
self.buttons.append(shelf_button)
elif pm.objectTypeUI(shelf_button) == 'separator':
self.buttons.append(separator)
return self._buttons
def FbxExporterInstall():
DTag = 'FbxExporter'
icLab = 'FbxExp'
ann = 'Click export, Double click UI'
shelf = 'JAShelf'
icon = 'fbxReview.png'
command = """
from FbxExporter import FbxExporter
fbxExp = FbxExporter.FbxExporter.instance()
if len(fbxExp):
fbxExp.export(True)"""
command2 = """
from FbxExporter import FbxExporterUI
from FbxExporter import FbxExporter
ui = FbxExporterUI.FbxExporterUI(True)"""
if not pm.layout(shelf, q=True, ex=True):
pm.mel.addNewShelfTab(shelf)
shelfButtons = pm.shelfLayout(shelf, q=True, ca=True)
print shelfButtons
if isinstance(shelfButtons, list):
for button in shelfButtons:
if pm.shelfButton(button, q=True, docTag=True) == DTag:
logging.warn('%s is yet in your shelf tab' % icLab)
return
pm.shelfButton('FbxExp',
ann=ann,
iol=icLab,
i1=icon,
dtg=DTag,
c=command,
dcc=command2,
p=shelf)
def clearMultiTarget(self):
children = layout(self.multiUI, q=True, ca=True)
if children:
deleteUI(children)
def exists(self):
return pm.layout(self._layout, q=True, ex=True)
def update(self, totalLgt,lis, butLayout, *args):
if pm.layout(butLayout, exists = True):
pm.deleteUI(butLayout)
self.lightLst()
def addOneTabToGlobalsWindow(renderer, tabLabel, createProc):
# Check to see if the unified render globals window existed.
# If it does not exist, then we don't need to add any tab yet.
if not pm.window('unifiedRenderGlobalsWindow', exists=True):
try:
pm.error(
pm.mel.uiRes("m_unifiedRenderGlobalsWindow.kCannotAddTabs"))
except:
pass
return
displayAllTabs = pm.mel.isDisplayingAllRendererTabs()
# If the current renderer the renderer is not this
# renderer, then don't add the tab yet.
if not displayAllTabs and utils.currentRenderer() != renderer:
return
pm.setParent('unifiedRenderGlobalsWindow')
# Hide the tabForm while updating.
tabFormManagedStatus = pm.formLayout('tabForm', q=True, manage=True)
pm.formLayout('tabForm', edit=True, manage=False)
pm.setParent('tabForm')
# Set the correct tabLayout parent.
if displayAllTabs:
tabLayoutName = pm.mel.getRendererTabLayout(
pm.melGlobals['gMasterLayerRendererName'])
else:
tabLayoutName = pm.mel.getRendererTabLayout(renderer)
pm.setParent(tabLayoutName)
# The tabName is the tabLabel with the white space removed
# and the word "Tab" added to the end.
# "masterLayer" will act as the renderer name if the tab
# is in the master layer.
tabName = pm.mel.rendererTabName(renderer, tabLabel)
# if the tab-control does not exist, define it and add it
# to the tabLayout
if not pm.layout(tabName, exists=True):
pm.setUITemplate('renderGlobalsTemplate', pushTemplate=True)
pm.setUITemplate('attributeEditorTemplate', pushTemplate=True)
# Define the tab
pm.formLayout(tabName)
# get the content of the tab from the createTabProc
# Most create procs are now deferred till the tab is selected
# These two are the default tabs, so we don't defer them
createProcs = [
'createMayaSoftwareCommonGlobalsTab',
'createMayaSoftwareGlobalsTab',
'createArnoldRendererCommonGlobalsTab',
'createArnoldRendererGlobalsTab', 'createArnoldRendererSystemTab',
'createArnoldRendererOverrideTab',
'createArnoldRendererDiagnosticsTab'
]
if createProc in createProcs:
pm.mel.eval(createProc)
# These end off the layouts of the information in the Tab
pm.setParent('..')
pm.setUITemplate(popTemplate=True)
pm.setUITemplate(popTemplate=True)
# Add the tab to the tabLayout
pm.tabLayout(tabLayoutName,
edit=True,
tabLabel=(tabName,
renderSettingsTabLabel_melToUI(tabLabel)))
# Restore the old manage status for the tabForm.
pm.formLayout('tabForm', edit=True, manage=tabFormManagedStatus)
def runThis():
import adb_markingMenu
adb_markingMenu.markingMenu()
pm.layout('ShelfLayout', h=100, e=1)
def getProject(self):
shortName = pm.layout(self.widgetName, q=True, ca=True)[1]
fullName = pm.layout(shortName, q=True, fpn=True)
projName = pm.textField(fullName, q=True, text=True)
proj = database.getProjectDict(projName)
return proj
def set_ui_connection_state(self, tab_names=[], connected=None):
"""
"""
tab_layout = self.controls_tab_layout
# Check if the window attached to the object exists,
# If not, delete the callbacks as they're unnecessary
if not pm.layout(tab_layout, exists=True):
# If the scriptJob still exists, delete the scriptJob
if self.time_change_scriptJob_id:
pm.evalDeferred(
'import pymel.core as pm; pm.scriptJob(kill={})'.format(
self.time_change_scriptJob_id))
return
# If no tab is passed, set the state of every tab
# Check the connected state by querrying the tab's associated node state
# This combonation should always be passed together, otherwise, a single
# tab_name and single connceted state should be passed
if not tab_names:
tab_names = pm.tabLayout(tab_layout, query=True, tabLabel=True)
if 'Setup' in tab_names:
tab_names.remove('Setup') # Remove the setup tab
for tab_name in tab_names:
tab = self.controls_tab_data[tab_name]
# If no connection state is passed, check the dataSent attribute on the
# associated mFIZ node
if connected is None:
node = self.controls_tab_data[tab_name][
'tab_data'].controller.node
# Get attribute value using OpenMaya and not getAttr() as the latter
# causes recursion problems with the callback in some Maya versions
sel = OpenMaya.MSelectionList()
sel.add(str(node))
obj = sel.getDependNode(0)
node_state = OpenMaya.MFnDependencyNode(obj).findPlug(
'dataSent', True).asBool()
else:
node_state = connected
# Get the current state of the tab
tab_state = tab['connected']
# If the tab and note state are different, update the tab state
if tab_state != node_state:
# Set the connection state in the tab data dict
tab['connected'] = node_state
# Set the color of the connection indicator field
connection_indicator_field = tab[
'tab_data'].connection_indicator_field
pm.textField(
connection_indicator_field,
edit=True,
backgroundColor=CONNECTION_INDICATOR_COLORS[node_state])
# Set the connect/disconnect icon
connection_icon = tab['tab_data'].connection_icon
pm.symbolButton(connection_icon,
edit=True,
image=CONNECTION_ICON_NAMES[node_state])
# If the node is disconnected, refresh the list of devices to remove
# disconnected devices
if not node_state:
self._refresh_port_optionMenus()
def addOneTabToGlobalsWindow(renderer, tabLabel, createProc):
# Check to see if the unified render globals window existed.
# If it does not exist, then we don't need to add any tab yet.
if not pm.window('unifiedRenderGlobalsWindow', exists=True):
try:
pm.error(pm.mel.uiRes("m_unifiedRenderGlobalsWindow.kCannotAddTabs"))
except:
pass
return
displayAllTabs = pm.mel.isDisplayingAllRendererTabs()
# If the current renderer the renderer is not this
# renderer, then don't add the tab yet.
if not displayAllTabs and utils.currentRenderer() != renderer:
return
pm.setParent('unifiedRenderGlobalsWindow')
# Hide the tabForm while updating.
tabFormManagedStatus = pm.formLayout('tabForm', q=True, manage=True)
pm.formLayout('tabForm', edit=True, manage=False)
pm.setParent('tabForm')
# Set the correct tabLayout parent.
if displayAllTabs:
tabLayoutName = pm.mel.getRendererTabLayout(pm.melGlobals['gMasterLayerRendererName'])
else:
tabLayoutName = pm.mel.getRendererTabLayout(renderer)
pm.setParent(tabLayoutName)
# The tabName is the tabLabel with the white space removed
# and the word "Tab" added to the end.
# "masterLayer" will act as the renderer name if the tab
# is in the master layer.
tabName = pm.mel.rendererTabName(renderer, tabLabel)
# if the tab-control does not exist, define it and add it
# to the tabLayout
if not pm.layout(tabName, exists=True):
pm.setUITemplate('renderGlobalsTemplate', pushTemplate=True)
pm.setUITemplate('attributeEditorTemplate', pushTemplate=True)
# Define the tab
pm.formLayout(tabName)
# get the content of the tab from the createTabProc
# Most create procs are now deferred till the tab is selected
# These two are the default tabs, so we don't defer them
createProcs = ['createMayaSoftwareCommonGlobalsTab',
'createMayaSoftwareGlobalsTab',
'createArnoldRendererCommonGlobalsTab',
'createArnoldRendererGlobalsTab',
'createArnoldRendererSystemTab',
'createArnoldRendererOverrideTab',
'createArnoldRendererDiagnosticsTab']
if createProc in createProcs:
pm.mel.eval(createProc)
# These end off the layouts of the information in the Tab
pm.setParent('..')
pm.setUITemplate(popTemplate=True)
pm.setUITemplate(popTemplate=True)
# Add the tab to the tabLayout
pm.tabLayout(tabLayoutName,
edit=True,
tabLabel=(tabName, renderSettingsTabLabel_melToUI(tabLabel)))
# Restore the old manage status for the tabForm.
pm.formLayout('tabForm', edit=True, manage=tabFormManagedStatus)
