def displayGraph(self, rig):
self.reset()
self.__rig = rig
guideComponents = self.__rig.getChildrenByType('Component')
for component in guideComponents:
node = KNode(self, component)
self.addNode(node)
for component in guideComponents:
for i in range(component.getNumInputs()):
componentInput = component.getInputByIndex(i)
if componentInput.isConnected():
componentOutput = componentInput.getConnection()
self.connectPorts(
srcNode=componentOutput.getParent().getDecoratedName(), outputName=componentOutput.getName(),
tgtNode=component.getDecoratedName(), inputName=componentInput.getName()
)
# Get backdrops from meta data
metaData = self.__rig.getMetaData()
if 'backdrops' in metaData:
for backdrop in metaData['backdrops']:
backdropNode = KBackdrop(self, backdrop.get('name', 'Backdrop'))
self.addNode(backdropNode)
backdropNode.setData(backdrop)
self.frameAllNodes()
def displayGraph(self, rig):
self.reset()
self.__rig = rig
guideComponents = self.__rig.getChildrenByType('Component')
print "displayGraph :", guideComponents
for component in guideComponents:
node = KNode(self, component)
self.addNode(node)
for component in guideComponents:
for i in range(component.getNumInputs()):
componentInput = component.getInputByIndex(i)
if componentInput.isConnected():
componentOutput = componentInput.getConnection()
self.connectPorts(
srcNode=componentOutput.getParent().getDecoratedName(),
outputName=componentOutput.getName(),
tgtNode=component.getDecoratedName(),
inputName=componentInput.getName())
# Get backdrops from meta data
metaData = self.__rig.getMetaData()
if 'backdrops' in metaData:
for backdrop in metaData['backdrops']:
backdropNode = KBackdrop(self,
backdrop.get('name', 'Backdrop'))
self.addNode(backdropNode)
backdropNode.setData(backdrop)
self.frameAllNodes()
def addBackdrop(self, name='Backdrop'):
graphView = self.getGraphView()
initName = name
suffix = 1
collision = True
while collision:
collision = graphView.hasNode(name)
if not collision:
break
result = re.split(r"(\d+)$", initName, 1)
if len(result) > 1:
initName = result[0]
suffix = int(result[1])
name = initName + str(suffix).zfill(2)
suffix += 1
backdropNode = KBackdrop(graphView, name)
graphView.addNode(backdropNode)
graphView.selectNode(backdropNode, clearSelection=True)
return backdropNode
def addBackdrop(self, name='Backdrop'):
"""Adds a backdrop node to the graph.
Args:
name (str): Name of the backdrop node.
Returns:
Node: Backdrop node that was created.
"""
graphView = self.getGraphView()
initName = name
suffix = 1
collision = True
while collision:
collision = graphView.hasNode(name)
if not collision:
break
result = re.split(r"(\d+)$", initName, 1)
if len(result) > 1:
initName = result[0]
suffix = int(result[1])
name = initName + str(suffix).zfill(2)
suffix += 1
backdropNode = KBackdrop(graphView, name)
graphView.addNode(backdropNode)
graphView.selectNode(backdropNode, clearSelection=True)
return backdropNode