def cleanMeshControls(doConfirm=True):
shapesRemoved = 0
for node in getRigPartContainers(True):
clsName = getAttr('%s._rigPrimitive.typeName' % node)
cls = RigPart.GetNamedSubclass(clsName)
if cls is None:
continue
rigPart = cls(node)
for c in rigPart:
for shape in listRelatives(c, s=True, pa=True) or []:
if getAttr('%s.intermediateObject' % shape):
delete(shape)
shapesRemoved += 1
printInfoStr("Clean up %d bogus shapes" % shapesRemoved)
if doConfirm:
cmd.confirmDialog(
t='Done!',
m="I'm done polishing your rig!\n%d shapes removed." %
shapesRemoved,
b='OK',
db='OK')
def setupMirroring( self ): for control in self: if control is None: continue oppositeControl = self.getOppositeControl( control ) pair = poseSym.ControlPair.Create( control, oppositeControl ) printInfoStr( 'setting up mirroring on %s %s' % (control, oppositeControl) )
def setupMirroring( self ): for control in self: if control is None: continue oppositeControl = self.getOppositeControl( control ) pair = poseSym.ControlPair.Create( control, oppositeControl ) printInfoStr( 'setting up mirroring on %s %s' % (control, oppositeControl) )
def cleanMeshControls( doConfirm=True ): shapesRemoved = 0 for node in getRigPartContainers( True ): clsName = getAttr( '%s._rigPrimitive.typeName' % node ) cls = RigPart.GetNamedSubclass( clsName ) if cls is None: continue rigPart = cls( node ) for c in rigPart: for shape in listRelatives( c, s=True, pa=True ) or []: if getAttr( '%s.intermediateObject' % shape ): delete( shape ) shapesRemoved += 1 printInfoStr( "Clean up %d bogus shapes" % shapesRemoved ) if doConfirm: cmd.confirmDialog( t='Done!', m="I'm done polishing your rig!\n%d shapes removed." % shapesRemoved, b='OK', db='OK' )
def write( self, objects, **kwargs ): type = self.getType() clipDict = api.writeExportDict( TOOL_NAME, VER ) clipDict[ kEXPORT_DICT_CLIP_TYPE ] = type clipDict[ kEXPORT_DICT_OBJECTS ] = objects clipDict[ kEXPORT_DICT_WORLDSPACE ] = False theClip = self.TYPE_CLASSES[ type ]() success = theClip.generate( objects, **kwargs ) if not success: printErrorStr( "Failed to generate clip!" ) return clipDict[ kEXPORT_DICT_THE_CLIP ] = theClip #write the preset file to disk self.pickle( clipDict ) #generate the icon for the clip and add it to perforce if appropriate icon = generateIcon( self ) #icon.asP4().add() printInfoStr( "Generated clip!" )
def write(self, objects, **kwargs):
type = self.getType()
clipDict = api.writeExportDict(TOOL_NAME, VER)
clipDict[kEXPORT_DICT_CLIP_TYPE] = type
clipDict[kEXPORT_DICT_OBJECTS] = objects
clipDict[kEXPORT_DICT_WORLDSPACE] = False
theClip = self.TYPE_CLASSES[type]()
success = theClip.generate(objects, **kwargs)
if not success:
printErrorStr("Failed to generate clip!")
return
clipDict[kEXPORT_DICT_THE_CLIP] = theClip
#write the preset file to disk
self.pickle(clipDict)
#generate the icon for the clip and add it to perforce if appropriate
icon = generateIcon(self)
#icon.asP4().add()
printInfoStr("Generated clip!")
