def setWidgetValues(self, optionVarDict):
'''Set the Option Dialog widget values from the supplied dict
'''
# REVISIT: There are some nuances with setting the values depending
# on the widget type and optionVar typecasting
#
# LIMITATION: Only supporting 1 value per widget
#
# List the value1=<val> widgets
value1Widgets = (
maya.cmds.checkBoxGrp,
maya.cmds.floatFieldGrp,
)
for optionVarDictKey,(widgetClass,widget) in self.optionVarToWidgetDict.iteritems():
widgetValue = optionVarDict[optionVarDictKey]
try:
if widgetClass in value1Widgets and not isinstance(widgetValue, list):
widgetClass(widget, edit=True, value1=widgetValue)
elif widgetClass == maya.cmds.optionMenuGrp:
try:
widgetClass(widget, edit=True, value=self.optionMenuGrp_enumToLabel[optionVarDictKey][widgetValue])
except RuntimeError,e:
logger.error("self.optionMenuGrp_enumToLabel['%s']=%s Value=%s"%(optionVarDictKey,self.optionMenuGrp_enumToLabel[optionVarDictKey],widgetValue))
raise
elif widgetClass == maya.cmds.floatFieldGrp and isinstance(widgetValue, list):
# always send list of 4 floats to this
widgetValue4 = [0,0,0,0]
for i in range(len(widgetValue)):
widgetValue4[i] = widgetValue[i]
widgetClass(widget, edit=True, value=widgetValue4)
elif widgetClass == maya.cmds.textFieldGrp:
widgetClass( widget, edit=True, text=widgetValue )
def _reconnectBulletShapes():
"""
When a scene is pasted, the pasted Bullet shapes will not be
connected to the solver, so we connect them in this method.
"""
global bulletDagPaths
try:
existingSolverShape \
= mayabullet.BulletUtils \
.getSolver(bCreateIfMissing=False, \
bCheckForDuplicates=False)
except:
# if we don't actually need to use the solver, then this error
# is harmless and should be ignored.
existingSolverShape = None
for bulletDagPath in bulletDagPaths:
bulletShape = bulletDagPath.fullPathName()
if existingSolverShape is None:
# if we get to the point of actually trying to use the
# solver, and it's not present, then an error has
# occurred.
logger.error(maya.stringTable['y_MayaUtils.kMissingSolver2'])
return
mayabullet.BulletUtils.connectToSolver(bulletShape,
existingSolverShape)
bulletDagPaths = []
def _getNodesToVisit(rootJointName):
"""
Returns a list of nodes for traversal. If the rootJointName is
None, uses the current selection.
"""
# figure out where the traversal will start
if (rootJointName is None):
nodesToVisit = maya.cmds.ls(sl=True, long=True, type='joint')
else:
try:
assert (_isJoint(rootJointName))
except:
logger.error(maya.stringTable['y_Ragdoll.kUnableStartJoint'] %
rootJointName)
raise
# end-try
# end-if
return nodesToVisit
widgetClass(widget, edit=True, value=self.optionMenuGrp_enumToLabel[optionVarDictKey][widgetValue])
except RuntimeError,e:
logger.error("self.optionMenuGrp_enumToLabel['%s']=%s Value=%s"%(optionVarDictKey,self.optionMenuGrp_enumToLabel[optionVarDictKey],widgetValue))
raise
elif widgetClass == maya.cmds.floatFieldGrp and isinstance(widgetValue, list):
# always send list of 4 floats to this
widgetValue4 = [0,0,0,0]
for i in range(len(widgetValue)):
widgetValue4[i] = widgetValue[i]
widgetClass(widget, edit=True, value=widgetValue4)
elif widgetClass == maya.cmds.textFieldGrp:
widgetClass( widget, edit=True, text=widgetValue )
else: # assuming value=<val> widgets
widgetClass(widget, edit=True, value=widgetValue)
except TypeError,e:
logger.error(maya.stringTable['y_CommandWithOptionVars.kRetrieveValsErr']%(widgetClass,widget,optionVarDictKey,widgetValue))
raise
@Trace()
def createOptionDialog(self, optionVarOverrideDict=None, saveOptionVars=True):
'''Callback for the MenuItem OptionBox.
Create and show the Option Dialog for this command.
Supplies the header and footer for the dialog.
Calls `addOptionDialogWidgets` to create the widgets.
'''
# == Retrieve optionVars ==
optionVarDict = self.getOptionVars()
# override specified values with incoming dict if != None
if optionVarOverrideDict != None:
optionVarDict.update(optionVarOverrideDict)