def createRBFFromInfo(weightNodeInfo_dict):
"""create an rbf node from the dictionary provided information
Args:
weightNodeInfo_dict (dict): of weightDriver information
Returns:
list: of all created weightDriver nodes
"""
createdNodes = []
weightNodeInfo_dict = copy.deepcopy(weightNodeInfo_dict)
for weightNodeName, weightInfo in weightNodeInfo_dict.iteritems():
rbfType = weightInfo.pop("rbfType", RBF_TYPE)
connectionsInfo = weightInfo.pop("connections", {})
posesInfo = weightInfo.pop("poses", {})
transformNodeInfo = weightInfo.pop("transformNode", {})
driverListInfo = weightInfo.pop("driverList", {})
attributesToRecreate = weightInfo.pop("attributesToRecreate", [])
# hook for future support of vector
driverInfo = weightInfo.pop("vectorDriver", {})
driverNodeName = weightInfo.pop("driverNode", {})
driverNodeAttributes = weightInfo.pop("driverAttrs", {})
drivenNodeName = weightInfo.pop("drivenNode", {})
drivenNodeAttributes = weightInfo.pop("drivenAttrs", {})
transformName = transformNodeInfo.pop("name", None)
setupName = weightInfo.pop("setupName", "")
drivenControlName = weightInfo.pop("drivenControlName", "")
driverControl = weightInfo.pop("driverControl", "")
driverControlPoseInfo = weightInfo.pop(rbf_node.DRIVER_POSES_INFO_ATTR,
{})
transformNode, node = createRBF(weightNodeName,
transformName=transformName)
rbf_node.setSetupName(node.name(), setupName)
# create the driven group for the control
if (drivenNodeName and
drivenNodeName[0].endswith(DRIVEN_SUFFIX) and
drivenControlName):
rbf_node.addDrivenGroup(drivenControlName)
elif (drivenNodeName and
drivenNodeName[0].endswith(DRIVEN_SUFFIX) and
mc.objExists(drivenNodeName[0].replace(DRIVEN_SUFFIX, ""))):
drivenControlName = drivenNodeName[0].replace(DRIVEN_SUFFIX, "")
rbf_node.addDrivenGroup(drivenControlName)
rbf_node.createRBFToggleAttr(drivenControlName)
rbf_node.setDriverControlAttr(node.name(), driverControl)
setTransformNode(transformNode, transformNodeInfo)
setWeightNodeAttributes(node, weightInfo)
recreateAttributes(node, attributesToRecreate)
setPosesFromInfo(node, posesInfo)
setDriverListFromInfo(node, driverListInfo)
createVectorDriver(driverInfo)
rbf_node.setDriverControlPoseAttr(node.name(), driverControlPoseInfo)
recreateConnections(connectionsInfo)
createdNodes.append(node.name())
return createdNodes
def setDrivenNode(self, drivenNode, drivenAttrs, parent=True):
setDrivenNode(self.name, drivenNode, drivenAttrs)
if parent:
mc.parent(self.transformNode, drivenNode)
if drivenNode.endswith(DRIVEN_SUFFIX):
drivenControlName = drivenNode.replace(DRIVEN_SUFFIX, CTL_SUFFIX)
if not mc.objExists(drivenControlName):
return
rbf_node.createRBFToggleAttr(drivenControlName)
rbf_node.connectRBFToggleAttr(drivenControlName,
self.name,
self.getRBFToggleAttr())
