def applyInitNodeConnections(self):
for key in self.filterGroupNodeDic['inputPlacement'].keys():
sourceNode = key.replace("motion_input",
"init").replace("input_placement", "init")
util.transformChannelBinding(sourceNode, key)
for key in self.filterGroupNodeDic['outputPlacement'].keys():
sourceNode = key.replace("motion_output",
"init").replace("output_placement",
"init")
sourceLocal = util.fullPathName2Local(sourceNode)
matchNodes = {}
util.getChildrenNodes(self.modulePathDic['init'], sourceLocal[1],
matchNodes, 1)
sourceNode = matchNodes.keys()[0]
util.transformChannelBinding(sourceNode, key)
for key in self.filterGroupNodeDic['controlPlacement'].keys():
sourceNode = key.replace("motion_control",
"init").replace("control_placement",
"init")
sourceLocal = util.fullPathName2Local(sourceNode)
matchNodes = {}
util.getChildrenNodes(self.modulePathDic['init'], sourceLocal[1],
matchNodes, 1)
sourceNode = matchNodes.keys()[0]
util.transformChannelBinding(sourceNode, key)
def getNodeGroupByFilter(self):
initNodes = {}
motionOutputPlacementNodes = {}
motionOutputSocketNodes = {}
motionOutputNodes = {}
motionOutputSpaceNodes = {}
controlPlacementNodes = {}
controlSpaceNodes = {}
controlPlugNodes = {}
fkConNodes = {}
spaceRefNodes = {}
for key in self.outputs.iterkeys():
if self.outputs[key]['parent'] == self.modulePathDic['top']:
if key.rfind(self.modulePathDic['init'][1:]) != -1:
util.getChildrenNodes(key, 'init', initNodes, 1)
elif key.rfind(self.modulePathDic['output'][1:]) != -1:
util.getChildrenNodes(key, 'placement',
motionOutputPlacementNodes, 1)
util.getChildrenNodes(key, 'parent_socket',
motionOutputSocketNodes, 1)
util.getChildrenNodes(key, 'node', motionOutputNodes, 1)
util.getChildrenNodes(key, 'space', motionOutputSpaceNodes,
1)
elif key.rfind(self.modulePathDic['control'][1:]) != -1:
util.getChildrenNodes(key, 'placement',
controlPlacementNodes, 1)
util.getChildrenNodes(key, 'child_plug', controlPlugNodes,
1)
util.getChildrenNodes(key, 'fk_Con', fkConNodes, 1)
util.getChildrenNodes(key, 'ref', spaceRefNodes, 1)
util.getChildrenNodes(key, 'space', controlSpaceNodes, 1)
else:
continue
self.filterGroupNodeDic['init'] = initNodes
self.filterGroupNodeDic['outputPlacement'] = motionOutputPlacementNodes
self.filterGroupNodeDic['outputParentSocket'] = motionOutputSocketNodes
self.filterGroupNodeDic['outputNode'] = motionOutputNodes
self.filterGroupNodeDic['outputSpace'] = motionOutputSpaceNodes
self.filterGroupNodeDic['controlPlacement'] = controlPlacementNodes
self.filterGroupNodeDic['controlChildPlug'] = controlPlugNodes
self.filterGroupNodeDic['controlFkCon'] = fkConNodes
self.filterGroupNodeDic['controlRef'] = spaceRefNodes
self.filterGroupNodeDic['controlSpace'] = controlSpaceNodes
return self.filterGroupNodeDic
def getNodeList(self):
util.getChildrenNodes(self.modulePathDic['top'], '', self.outputs, 1)
return self.outputs
def applyMotionNodeConnections(self):
for key in self.filterGroupNodeDic['outputChildPlug'].keys():
sourceNode = key.replace("motion_output", "motion_input").replace(
"output", "input")
util.transformChannelBinding(sourceNode, key)
for key in self.filterGroupNodeDic['controlChildPlug'].keys():
sourceNode = key.replace("motion_control", "motion_input").replace(
"control", "input")
util.transformChannelBinding(sourceNode, key)
for key in self.filterGroupNodeDic['controlFkCon'].keys():
keyLocal = util.fullPathName2Local(key)
if keyLocal[1].rfind('space') == -1:
outputNodes = {}
nodeStrLocal = keyLocal[1].replace("fk_Con", "node")
util.getChildrenNodes(self.modulePathDic['output'],
nodeStrLocal, outputNodes, 1)
for node in outputNodes:
if node.split('|')[-1].rfind('space') != -1 or node.split(
'|')[-1].rfind('socket') != -1:
continue
else:
if keyLocal[1].rfind('hand_roll') != -1:
util.transformChannelBinding(key, node, 3)
else:
util.transformChannelBinding(key, node)
hand_piv_con_op = util.createOpNode(self.moduleNameSpace,
'plusMinusAverage',
'hand_piv_con_add_op')
for key in self.filterGroupNodeDic['controlPlacement']:
keyLocal = util.fullPathName2Local(key)
if keyLocal[1].rfind('piv') != -1:
cmds.connectAttr(key + '.translate',
hand_piv_con_op + '.input3D[0]',
f=True)
for key in self.filterGroupNodeDic['controlFkCon']:
keyLocal = util.fullPathName2Local(key)
if keyLocal[1].rfind('piv') != -1 and keyLocal[1].rfind(
'space') == -1:
cmds.connectAttr(key + '.translate',
hand_piv_con_op + '.input3D[1]',
f=True)
rollFkConNode = ''
for key in self.filterGroupNodeDic['controlFkCon']:
keyLocal = util.fullPathName2Local(key)
if keyLocal[1].rfind('roll') != -1 and keyLocal[1].rfind(
'space') == -1:
rollFkConNode = key
cmds.connectAttr(hand_piv_con_op + '.output3D',
key + '.rotatePivot',
f=True)
hand_piv_node_op = util.createOpNode(self.moduleNameSpace,
'plusMinusAverage',
'hand_piv_node_add_op')
for key in self.filterGroupNodeDic['outputPlacement']:
keyLocal = util.fullPathName2Local(key)
if keyLocal[1].rfind('piv') != -1:
cmds.connectAttr(key + '.translate',
hand_piv_node_op + '.input3D[0]',
f=True)
for key in self.filterGroupNodeDic['outputNode']:
keyLocal = util.fullPathName2Local(key)
if keyLocal[1].rfind('piv') != -1:
cmds.connectAttr(key + '.translate',
hand_piv_node_op + '.input3D[1]',
f=True)
for key in self.filterGroupNodeDic['outputNode']:
keyLocal = util.fullPathName2Local(key)
if keyLocal[1].rfind('roll') != -1 and keyLocal[1].rfind(
'space') == -1 and keyLocal[1].rfind('socket') == -1:
cmds.connectAttr(hand_piv_node_op + '.output3D',
key + '.rotatePivot',
f=True)
elif keyLocal[1].rfind('roll') != -1 and keyLocal[1].rfind(
'space') != -1:
cmds.connectAttr(rollFkConNode + '.translate',
key + '.translate',
f=True)
def getNodeGroupByFilter(self):
initNodes = {}
motionInputPlacementNodes = {}
motionInputPlugNodes = {}
motionFkPlacementNodes = {}
motionFkSpaceNodes = {}
motionFkJnts = {}
motionIkPlacementNodes = {}
motionIkSpaceNodes = {}
motionIkJnts = {}
motionIkHandles = {}
motionIkSoftNodes = {}
motionOutputPlacementNodes = {}
motionOutputSpaceNodes = {}
motionOutputBlendJnts = {}
motionOutputSocketNodes = {}
motionOutputNodes = {}
controlPlacementNodes = {}
controlFkPlacementNodes = {}
controlIkPlacementNodes = {}
controlFkSpaceNodes = {}
controlIkSpaceNodes = {}
fkConNodes = {}
ikConNodes = {}
refNodes = {}
poleAutoNodes = {}
fk2ikConNodes = {}
fk2ikSpaceNodes = {}
for key in self.outputs.iterkeys():
if self.outputs[key]['parent'] == self.modulePathDic['top']:
if key.rfind(self.modulePathDic['init'][1:]) != -1:
util.getChildrenNodes(key, 'init', initNodes, 1)
elif key.rfind(self.modulePathDic['input'][1:]) != -1:
util.getChildrenNodes(key, 'placement', motionInputPlacementNodes, 1)
util.getChildrenNodes(key, 'child_plug', motionInputPlugNodes, 1)
elif key.rfind(self.modulePathDic['fk'][1:]) != -1:
util.getChildrenNodes(key, 'placement', motionFkPlacementNodes, 1)
util.getChildrenNodes(key, 'space', motionFkSpaceNodes, 1)
util.getChildrenNodes(key, 'Jnt', motionFkJnts, 1, objectType='joint')
elif key.rfind(self.modulePathDic['ik'][1:]) != -1:
util.getChildrenNodes(key, 'placement', motionIkPlacementNodes, 1)
util.getChildrenNodes(key, 'space', motionIkSpaceNodes, 1)
util.getChildrenNodes(key, 'Jnt', motionIkJnts, 1, objectType='joint')
util.getChildrenNodes(key, 'handle', motionIkHandles, 1)
util.getChildrenNodes(key, 'soft', motionIkSoftNodes, 1)
elif key.rfind(self.modulePathDic['output'][1:]) != -1:
util.getChildrenNodes(key, 'placement', motionOutputPlacementNodes, 1)
util.getChildrenNodes(key, 'space', motionOutputSpaceNodes, 1)
util.getChildrenNodes(key, 'blend', motionOutputBlendJnts, 1, objectType='joint')
util.getChildrenNodes(key, 'parent_socket', motionOutputSocketNodes, 1)
util.getChildrenNodes(key, '', motionOutputNodes, 1)
elif key.rfind(self.modulePathDic['control'][1:]) != -1:
util.getChildrenNodes(key, 'placement', controlPlacementNodes, 1)
util.getChildrenNodes(key, 'fk_placement', controlFkPlacementNodes, 1)
util.getChildrenNodes(key, 'ik_placement', controlIkPlacementNodes, 1)
util.getChildrenNodes(key, 'fk_space', controlFkSpaceNodes, 1)
util.getChildrenNodes(key, 'ik_space', controlIkSpaceNodes, 1)
util.getChildrenNodes(key, 'fk_Con', fkConNodes, 1)
util.getChildrenNodes(key, 'ik_Con', ikConNodes, 1)
util.getChildrenNodes(key, 'ref', refNodes, 1)
util.getChildrenNodes(key, 'Auto', poleAutoNodes, 1)
util.getChildrenNodes(key, 'fk2ik_Con', fk2ikConNodes, 1)
util.getChildrenNodes(key, 'fk2ik_space', fk2ikSpaceNodes, 1)
else:
continue
self.filterGroupNodeDic['init'] = initNodes
self.filterGroupNodeDic['inputPlacement'] = motionInputPlacementNodes
self.filterGroupNodeDic['inputChildPlug'] = motionInputPlugNodes
self.filterGroupNodeDic['fkPlacement'] = motionFkPlacementNodes
self.filterGroupNodeDic['fkSpace'] = motionFkSpaceNodes
self.filterGroupNodeDic['fkJnt'] = motionFkJnts
self.filterGroupNodeDic['ikPlacement'] = motionIkPlacementNodes
self.filterGroupNodeDic['ikSpace'] = motionIkSpaceNodes
self.filterGroupNodeDic['ikJnt'] = motionIkJnts
self.filterGroupNodeDic['ikHandle'] = motionIkHandles
self.filterGroupNodeDic['ikSoft'] = motionIkSoftNodes
self.filterGroupNodeDic['outputPlacement'] = motionOutputPlacementNodes
self.filterGroupNodeDic['outputSpace'] = motionOutputSpaceNodes
self.filterGroupNodeDic['outputBlend'] = motionOutputBlendJnts
self.filterGroupNodeDic['outputParentSocket'] = motionOutputSocketNodes
self.filterGroupNodeDic['outputNode'] = motionOutputNodes
self.filterGroupNodeDic['controlPlacement'] = controlPlacementNodes
self.filterGroupNodeDic['controlFkPlacement'] = controlFkPlacementNodes
self.filterGroupNodeDic['controlIkPlacement'] = controlIkPlacementNodes
self.filterGroupNodeDic['controlFkSpace'] = controlFkSpaceNodes
self.filterGroupNodeDic['controlIkSpace'] = controlIkSpaceNodes
self.filterGroupNodeDic['controlFkCon'] = fkConNodes
self.filterGroupNodeDic['controlIkCon'] = ikConNodes
self.filterGroupNodeDic['controlRef'] = refNodes
self.filterGroupNodeDic['controlPoleAuto'] = poleAutoNodes
self.filterGroupNodeDic['fk2ikCon'] = fk2ikConNodes
self.filterGroupNodeDic['fk2ikSpace'] = fk2ikSpaceNodes
return self.filterGroupNodeDic
