def buildEyeRig(pGrp):
#--------------------------------------------------------- ADD LEFT EYE DEFORMER
edgeLoop = [pm.PyNode(edge) for edge in pGrp.leftEyelidLoop.get()]
eyePivot = pm.PyNode('LT_eyeball_geo')
rigidLoops = 2
falloffLoops = 6
eye.buildEyeRigCmd('LT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
#---------------------------------------------------------- RIGHT EYE DEFORMER
# sym table - switch off deformers first to get perfect sym
pm.PyNode('skinCluster1').envelope.set(0)
symTable = sym.buildSymTable('CT_face_geo')
pm.PyNode('skinCluster1').envelope.set(1)
# mirror loop to right side
pm.select(edgeLoop)
mel.ConvertSelectionToVertices()
vertsLoop = mc.ls(sl=True, fl=True)
sym.flipSelection(vertsLoop, symTable)
mel.ConvertSelectionToContainedEdges()
edgeLoop = pm.ls(sl=True)
eyePivot = pm.PyNode('RT_eyeball_geo')
eye.buildEyeRigCmd('RT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
weights.setEyelidLoopWeights('LT')
weights.setEyelidLoopWeights('RT')
def buildEyeRig(pGrp):
#--------------------------------------------------------- ADD LEFT EYE DEFORMER
edgeLoop = [pm.PyNode(edge) for edge in pGrp.leftEyelidLoop.get()]
eyePivot = pm.PyNode('LT_eyeball_geo')
rigidLoops = 2
falloffLoops = 8
eye.buildEyeRigCmd('LT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
#---------------------------------------------------------- RIGHT EYE DEFORMER
# sym table - switch off deformers first to get perfect sym
pm.PyNode('skinCluster1').envelope.set(0)
symTable = sym.buildSymTable('CT_face_geo')
pm.PyNode('skinCluster1').envelope.set(1)
# mirror loop to right side
pm.select(edgeLoop)
mel.ConvertSelectionToVertices()
vertsLoop = mc.ls(sl=True, fl=True)
sym.flipSelection(vertsLoop, symTable)
mel.ConvertSelectionToContainedEdges()
edgeLoop = pm.ls(sl=True)
eyePivot = pm.PyNode('RT_eyeball_geo')
eye.buildEyeRigCmd('RT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
weights.setEyelidLoopWeights('LT')
weights.setEyelidLoopWeights('RT')
def buildEyeRig(pGrp):
#--------------------------------------------------------- ADD LEFT EYE DEFORMER
edgeLoop = [pm.PyNode(edge) for edge in pGrp.leftEyelidLoop.get()]
eyePivot = pm.PyNode('LT_eyeball_geo')
rigidLoops = 2
falloffLoops = 4
eye.buildEyeRigCmd('LT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
#---------------------------------------------------------- RIGHT EYE DEFORMER
# sym table - switch off deformers first to get perfect sym
pm.PyNode('skinCluster1').envelope.set(0)
symTable = sym.buildSymTable('CT_face_geo')
pm.PyNode('skinCluster1').envelope.set(1)
# mirror loop to right side
pm.select(edgeLoop)
mel.ConvertSelectionToVertices()
vertsLoop = mc.ls(sl=True, fl=True)
sym.flipSelection(vertsLoop, symTable)
mel.ConvertSelectionToContainedEdges()
edgeLoop = pm.ls(sl=True)
eyePivot = pm.PyNode('RT_eyeball_geo')
eye.buildEyeRigCmd('RT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
def assignEyelidBndNames(prefix):
upperBnds = [nt.Joint(prefix+'_inner_eyelid_bnd'),
nt.Joint(prefix+'_upperInner_eyelid_bnd'),
nt.Joint(prefix+'_upper_eyelid_bnd'),
nt.Joint(prefix+'_upperOuter_eyelid_bnd'),
nt.Joint(prefix+'_outer_eyelid_bnd')]
lowerBnds = [nt.Joint(prefix+'_inner_eyelid_bnd'),
nt.Joint(prefix+'_lowerInner_eyelid_bnd'),
nt.Joint(prefix+'_lower_eyelid_bnd'),
nt.Joint(prefix+'_lowerOuter_eyelid_bnd'),
nt.Joint(prefix+'_outer_eyelid_bnd')]
return upperBnds, lowerBnds
upperBnds, lowerBnds = assignEyelidBndNames('LT')
weights.setEyelidLoopWeights('LT', upperBnds, lowerBnds)
upperBnds, lowerBnds = assignEyelidBndNames('RT')
weights.setEyelidLoopWeights('RT', upperBnds, lowerBnds)
# motion weights cleanup
#===============================================================================
# POST-BUILD ADD-ON FEATURES
# mathilda_facerigB_v008.ma
#===============================================================================
#--------------------------------------------------------- ADD LEFT EYE DEFORMER
edgeLoop = [pm.PyNode(edge) for edge in pGrp.leftEyelidLoop.get()]
eyePivot = pm.PyNode('LT_eyeball_geo')
rigidLoops = 2
falloffLoops = 4
eye.buildEyeRigCmd('LT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
#---------------------------------------------------------- RIGHT EYE DEFORMER
symTable = sym.buildSymTable('CT_face_geo')
pm.select(edgeLoop)
mel.ConvertSelectionToVertices()
vertsLoop = mc.ls(sl=True, fl=True)
sym.flipSelection(vertsLoop, symTable)
mel.ConvertSelectionToContainedEdges()
edgeLoop = pm.ls(sl=True)
eyePivot = pm.PyNode('RT_eyeball_geo')
eye.buildEyeRigCmd('RT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
weights.setEyelidLoopWeights('LT')
weights.setEyelidLoopWeights('RT')
#------------------------------------------ EYEBALL RIG (SIMPLE AIM CONSTRAINTS)
eye.buildEyeballRig()
eye.addEyeAim(prefix='LT_', distance=25)
# motion weights cleanup
#===============================================================================
# POST-BUILD ADD-ON FEATURES
# mathilda_facerigB_v008.ma
#===============================================================================
#--------------------------------------------------------- ADD LEFT EYE DEFORMER
edgeLoop = [pm.PyNode(edge) for edge in pGrp.leftEyelidLoop.get()]
eyePivot = pm.PyNode('LT_eyeball_geo')
rigidLoops = 2
falloffLoops = 4
eye.buildEyeRigCmd('LT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
#---------------------------------------------------------- RIGHT EYE DEFORMER
symTable = sym.buildSymTable('CT_face_geo')
pm.select(edgeLoop)
mel.ConvertSelectionToVertices()
vertsLoop = mc.ls(sl=True, fl=True)
sym.flipSelection(vertsLoop, symTable)
mel.ConvertSelectionToContainedEdges()
edgeLoop = pm.ls(sl=True)
eyePivot = pm.PyNode('RT_eyeball_geo')
eye.buildEyeRigCmd('RT_eye', eyePivot, edgeLoop, rigidLoops, falloffLoops)
weights.setEyelidLoopWeights('LT')
weights.setEyelidLoopWeights('RT')
#------------------------------------------ EYEBALL RIG (SIMPLE AIM CONSTRAINTS)
eye.buildEyeballRig()
eye.addEyeAim(prefix='LT_', distance=25)