def rigAll(self):
neck, neckMiddle, head, eyeL, eyeR, eyeAimPiv = self.HeadInitCtlData.getSortList(
)
aimObject = rigbase.makeAimObject(head,
neck,
axis=1,
replaceTarget='InitCTL',
replace='InitCtl')[0]
aimObject = cmds.rename(aimObject,
aimObject.replace('AimObj', 'AimGrp'))
rigbase.betweenRigInAimObject(neckMiddle,
aimObject,
replaceTarget='InitCTL',
replace='InitCtl')
rigbase.AttrEdit(neckMiddle).lockAttrs('tx')
aimObjectNeck = rigbase.makeAimObject(neckMiddle,
neck,
axis=1,
replaceTarget='InitCTL',
replace='InitCtl')[0]
aimObjectNeckMiddle = rigbase.makeAimObject(head,
neckMiddle,
axis=1,
replaceTarget='InitCTL',
replace='InitCtl')[0]
cmds.parent(eyeL, eyeR, eyeAimPiv, head)
self.outputTransform = [neck, neckMiddle, head, eyeL, eyeR, eyeAimPiv]
def rigSelf(self):
root, waist, chest = self.torsoInitCtlData.getSortList()[:3]
aimObject = rigbase.makeAimObject( chest, root, axis=1, replaceTarget = 'InitCTL', replace='InitCtl' )[0]
rigbase.betweenRigInAimObject( waist, aimObject, replaceTarget='InitCTL', replace='InitCtl' )
rigbase.AttrEdit( root, waist, chest ).lockAttrs( 'r', 's', 'tx' )
self.outputTransform = [ root, waist, chest ]
def rigSide(self, side ):
inverseAim = False
inverseUp = False
globalMult = 1
if side.find( 'R' ) != -1:
inverseAim = True
inverseUp = True
globalMult = -1
shoulder, elbow, wrist, poleV = self.armInitCtlData.getSortList( side )
upperArm, lowerArm = self.armInitCtlAdd.getSortList( side )
aimObjectOptions = { 'axis':0, 'upAxis':2, 'inverseAim':inverseAim, 'inverseUp':inverseUp, 'upType':'object', 'upObject':poleV, 'replaceTarget':'InitCTL', 'replace':'InitCtl' }
aimObject, wristPoseMltDcmp = rigbase.makeAimObject( wrist, shoulder, **aimObjectOptions )
aimObject = cmds.rename( aimObject, aimObject.replace( 'AimObj', 'AimGrp' ) )
rigbase.betweenRigInAimObject( elbow, aimObject, dcmp = wristPoseMltDcmp, replaceTarget='InitCTL', replace='InitCtl', globalMult = globalMult )
rigbase.AttrEdit( elbow ).lockAttrs( 'ty' )
aimObjectElbow = rigbase.makeAimObject( wrist, elbow, **aimObjectOptions )[0]
aimObjectShoulder = rigbase.makeAimObject( elbow, shoulder, **aimObjectOptions )[0]
cmds.parent( upperArm, aimObjectShoulder )
cmds.parent( lowerArm, aimObjectElbow )
upperArmGrp = rigbase.addParent( upperArm )
lowerArmGrp = rigbase.addParent( lowerArm )
upperMtxDcmp = rigbase.getChildMtxDcmp( elbow, aimObjectShoulder )
lowerMtxDcmp = rigbase.getChildMtxDcmp( wrist, aimObjectElbow )
upperMultMiddle = cmds.createNode( 'multiplyDivide', n=upperArm.replace( 'InitCTL', 'InitCtlMiddleMult' ) )
lowerMultMiddle = cmds.createNode( 'multiplyDivide', n=lowerArm.replace( 'InitCTL', 'InitCtlMiddleMult' ) )
cmds.connectAttr( upperMtxDcmp+'.ot', upperMultMiddle+'.input1' )
cmds.connectAttr( lowerMtxDcmp+'.ot', lowerMultMiddle+'.input1' )
cmds.setAttr( upperMultMiddle+'.input2', .5,.5,.5 )
cmds.setAttr( lowerMultMiddle+'.input2', .5,.5,.5 )
cmds.connectAttr( upperMultMiddle+'.output', upperArmGrp+'.t' )
cmds.connectAttr( lowerMultMiddle+'.output', lowerArmGrp+'.t' )
cmds.setAttr( upperArmGrp+'.r', 0,0,0 )
cmds.setAttr( lowerArmGrp+'.r', 0,0,0 )
if side.find( 'L' ) != -1:
self.outputTransformL = [ aimObjectShoulder, aimObjectElbow, wrist, poleV ]
self.outputAddTrL = [ upperArm, lowerArm ]
cmds.transformLimits( elbow, tz= [-1,0.01], etz=[False, True] )
else:
self.outputTransformR = [ aimObjectShoulder, aimObjectElbow, wrist, poleV ]
self.outputAddTrR = [ upperArm, lowerArm ]
cmds.transformLimits( elbow, tz= [0.01,1], etz=[True, False] )
def rigLegPart(self, side ):
inverseAim = False
inverseUp = True
globalMult = 1
if side.find( 'R' ) != -1:
inverseAim= True
inverseUp = False
globalMult = -1
hip, knee, ankle, poleV = self.legInitCtlData.getSortList( side )[:4]
upperLeg, lowerLeg = self.legInitCtlAdd.getSortList( side )
aimObjectOptions = { 'axis':0, 'upAxis':2, 'inverseAim':inverseAim, 'inverseUp':inverseUp, 'upType':'object', 'upObject':poleV, 'replaceTarget':'InitCTL', 'replace':'InitCtl' }
aimObject, anklePoseMltDcmp = rigbase.makeAimObject( ankle, hip, **aimObjectOptions )
aimObject = cmds.rename( aimObject, aimObject.replace( 'AimObj', 'AimGrp' ) )
rigbase.betweenRigInAimObject( knee, aimObject, dcmp = anklePoseMltDcmp, replaceTarget='InitCTL', replace='InitCtl', globalMult = globalMult )
rigbase.AttrEdit( knee ).lockAttrs( 'ty' )
aimObjectKnee = rigbase.makeAimObject( ankle, knee, **aimObjectOptions )[0]
aimObjectHip = rigbase.makeAimObject( knee, hip, **aimObjectOptions )[0]
cmds.parent( upperLeg, aimObjectHip )
cmds.parent( lowerLeg, aimObjectKnee )
upperLegGrp = rigbase.addParent( upperLeg )
lowerLegGrp = rigbase.addParent( lowerLeg )
upperMtxDcmp = rigbase.getChildMtxDcmp( knee, aimObjectHip )
lowerMtxDcmp = rigbase.getChildMtxDcmp( ankle, aimObjectKnee )
upperMultMiddle = cmds.createNode( 'multiplyDivide', n=upperLeg.replace( 'InitCTL', 'InitCtlMiddleMult' ) )
lowerMultMiddle = cmds.createNode( 'multiplyDivide', n=lowerLeg.replace( 'InitCTL', 'InitCtlMiddleMult' ) )
cmds.connectAttr( upperMtxDcmp+'.ot', upperMultMiddle+'.input1' )
cmds.connectAttr( lowerMtxDcmp+'.ot', lowerMultMiddle+'.input1' )
cmds.setAttr( upperMultMiddle+'.input2', .5,.5,.5 )
cmds.setAttr( lowerMultMiddle+'.input2', .5,.5,.5 )
cmds.connectAttr( upperMultMiddle+'.output', upperLegGrp+'.t' )
cmds.connectAttr( lowerMultMiddle+'.output', lowerLegGrp+'.t' )
cmds.setAttr( upperLegGrp+'.r', 0,0,0 )
cmds.setAttr( lowerLegGrp+'.r', 0,0,0 )
if side.find( 'L' ) != -1:
self.outputTransformL = [ aimObjectHip, aimObjectKnee, ankle, poleV ]
self.outputAddTrL = [ upperLeg, lowerLeg ]
cmds.transformLimits( knee, tz= [0.01,1], etz=[True, False] )
else:
self.outputTransformR = [ aimObjectHip, aimObjectKnee, ankle, poleV ]
self.outputAddTrR = [ upperLeg, lowerLeg ]
cmds.transformLimits( knee, tz= [-1,0.01], etz=[False, True] )
def rigAll(self):
neck, neckMiddle, head, eyeL, eyeR, eyeAimPiv = self.HeadInitCtlData.getSortList()
aimObject= rigbase.makeAimObject( head, neck, axis=1, replaceTarget = 'InitCTL', replace='InitCtl' )[0]
aimObject = cmds.rename( aimObject, aimObject.replace( 'AimObj', 'AimGrp' ) )
rigbase.betweenRigInAimObject( neckMiddle, aimObject, replaceTarget='InitCTL', replace='InitCtl' )
rigbase.AttrEdit( neckMiddle ).lockAttrs( 'tx' )
aimObjectNeck = rigbase.makeAimObject( neckMiddle, neck, axis=1, replaceTarget = 'InitCTL', replace='InitCtl' )[0]
aimObjectNeckMiddle = rigbase.makeAimObject( head, neckMiddle, axis=1, replaceTarget = 'InitCTL', replace='InitCtl' )[0]
cmds.parent( eyeL, eyeR, eyeAimPiv, head )
self.outputTransform = [ neck, neckMiddle, head, eyeL, eyeR, eyeAimPiv ]
def rigSelf(self):
root, waist, chest = self.torsoInitCtlData.getSortList()[:3]
aimObject = rigbase.makeAimObject(chest,
root,
axis=1,
replaceTarget='InitCTL',
replace='InitCtl')[0]
rigbase.betweenRigInAimObject(waist,
aimObject,
replaceTarget='InitCTL',
replace='InitCtl')
rigbase.AttrEdit(root, waist, chest).lockAttrs('r', 's', 'tx')
self.outputTransform = [root, waist, chest]
def rigEachPart( self, index, side ):
outputTransform = []
inverseAim = False
globalMult = 1
if side.find( 'R' ) != -1:
inverseAim = True
globalMult = -1
aimObjectOptions = { 'axis':0, 'inverseAim':inverseAim, 'replaceTarget':'InitCTL', 'replace':'InitCtl' }
fingerInitCtlNameList = self.fingerInitCtlData.getEachFingerList( index, side )
firstFingerInitCtl = fingerInitCtlNameList[0]
secondFingerInitCtl = fingerInitCtlNameList[1]
betweenFingerInitCtls = fingerInitCtlNameList[2:-1]
endFingerInitCtl = fingerInitCtlNameList[-1]
aimObject0= rigbase.makeAimObject( secondFingerInitCtl, firstFingerInitCtl, **aimObjectOptions )[0]
outputTransform.append( aimObject0 )
aimObject1 = rigbase.makeAimObject( endFingerInitCtl, secondFingerInitCtl, **aimObjectOptions )[0]
aimObject1 = cmds.rename( aimObject1, aimObject1.replace( 'AimObj', 'AimGrp' ) )
rigbase.betweenRigInAimObject( betweenFingerInitCtls, aimObject1, replaceTarget='InitCTL', replace='InitCtl', globalMult = globalMult )
for fingerInitCtl in betweenFingerInitCtls:
rigbase.AttrEdit( fingerInitCtl ).lockAttrs( 'tz' )
if side.find( 'L' ) != -1:
cmds.transformLimits( fingerInitCtl, ty= [0.01,1], ety=[True, False] )
else:
cmds.transformLimits( fingerInitCtl, ty= [-1,0.01], ety=[False, True] )
betweenFingerInitCtls.append( endFingerInitCtl )
aimObjectParent = secondFingerInitCtl
for fingerInitCtl in betweenFingerInitCtls:
aimObject = rigbase.makeAimObject( fingerInitCtl, aimObjectParent, **aimObjectOptions )[0]
aimObjectParent = fingerInitCtl
outputTransform.append( aimObject )
outputTransform.append( endFingerInitCtl )
return outputTransform
def rigEachPart(self, index, side):
outputTransform = []
inverseAim = False
globalMult = 1
if side.find('R') != -1:
inverseAim = True
globalMult = -1
aimObjectOptions = {
'axis': 0,
'inverseAim': inverseAim,
'replaceTarget': 'InitCTL',
'replace': 'InitCtl'
}
fingerInitCtlNameList = self.fingerInitCtlData.getEachFingerList(
index, side)
firstFingerInitCtl = fingerInitCtlNameList[0]
secondFingerInitCtl = fingerInitCtlNameList[1]
betweenFingerInitCtls = fingerInitCtlNameList[2:-1]
endFingerInitCtl = fingerInitCtlNameList[-1]
aimObject0 = rigbase.makeAimObject(secondFingerInitCtl,
firstFingerInitCtl,
**aimObjectOptions)[0]
outputTransform.append(aimObject0)
aimObject1 = rigbase.makeAimObject(endFingerInitCtl,
secondFingerInitCtl,
**aimObjectOptions)[0]
aimObject1 = cmds.rename(aimObject1,
aimObject1.replace('AimObj', 'AimGrp'))
rigbase.betweenRigInAimObject(betweenFingerInitCtls,
aimObject1,
replaceTarget='InitCTL',
replace='InitCtl',
globalMult=globalMult)
for fingerInitCtl in betweenFingerInitCtls:
rigbase.AttrEdit(fingerInitCtl).lockAttrs('tz')
if side.find('L') != -1:
cmds.transformLimits(fingerInitCtl,
ty=[0.01, 1],
ety=[True, False])
else:
cmds.transformLimits(fingerInitCtl,
ty=[-1, 0.01],
ety=[False, True])
betweenFingerInitCtls.append(endFingerInitCtl)
aimObjectParent = secondFingerInitCtl
for fingerInitCtl in betweenFingerInitCtls:
aimObject = rigbase.makeAimObject(fingerInitCtl, aimObjectParent,
**aimObjectOptions)[0]
aimObjectParent = fingerInitCtl
outputTransform.append(aimObject)
outputTransform.append(endFingerInitCtl)
return outputTransform
def rigLegPart(self, side):
inverseAim = False
inverseUp = True
globalMult = 1
if side.find('R') != -1:
inverseAim = True
inverseUp = False
globalMult = -1
hip, knee, ankle, poleV = self.legInitCtlData.getSortList(side)[:4]
upperLeg, lowerLeg = self.legInitCtlAdd.getSortList(side)
aimObjectOptions = {
'axis': 0,
'upAxis': 2,
'inverseAim': inverseAim,
'inverseUp': inverseUp,
'upType': 'object',
'upObject': poleV,
'replaceTarget': 'InitCTL',
'replace': 'InitCtl'
}
aimObject, anklePoseMltDcmp = rigbase.makeAimObject(
ankle, hip, **aimObjectOptions)
aimObject = cmds.rename(aimObject,
aimObject.replace('AimObj', 'AimGrp'))
rigbase.betweenRigInAimObject(knee,
aimObject,
dcmp=anklePoseMltDcmp,
replaceTarget='InitCTL',
replace='InitCtl',
globalMult=globalMult)
rigbase.AttrEdit(knee).lockAttrs('ty')
aimObjectKnee = rigbase.makeAimObject(ankle, knee,
**aimObjectOptions)[0]
aimObjectHip = rigbase.makeAimObject(knee, hip, **aimObjectOptions)[0]
cmds.parent(upperLeg, aimObjectHip)
cmds.parent(lowerLeg, aimObjectKnee)
upperLegGrp = rigbase.addParent(upperLeg)
lowerLegGrp = rigbase.addParent(lowerLeg)
upperMtxDcmp = rigbase.getChildMtxDcmp(knee, aimObjectHip)
lowerMtxDcmp = rigbase.getChildMtxDcmp(ankle, aimObjectKnee)
upperMultMiddle = cmds.createNode('multiplyDivide',
n=upperLeg.replace(
'InitCTL', 'InitCtlMiddleMult'))
lowerMultMiddle = cmds.createNode('multiplyDivide',
n=lowerLeg.replace(
'InitCTL', 'InitCtlMiddleMult'))
cmds.connectAttr(upperMtxDcmp + '.ot', upperMultMiddle + '.input1')
cmds.connectAttr(lowerMtxDcmp + '.ot', lowerMultMiddle + '.input1')
cmds.setAttr(upperMultMiddle + '.input2', .5, .5, .5)
cmds.setAttr(lowerMultMiddle + '.input2', .5, .5, .5)
cmds.connectAttr(upperMultMiddle + '.output', upperLegGrp + '.t')
cmds.connectAttr(lowerMultMiddle + '.output', lowerLegGrp + '.t')
cmds.setAttr(upperLegGrp + '.r', 0, 0, 0)
cmds.setAttr(lowerLegGrp + '.r', 0, 0, 0)
if side.find('L') != -1:
self.outputTransformL = [aimObjectHip, aimObjectKnee, ankle, poleV]
self.outputAddTrL = [upperLeg, lowerLeg]
cmds.transformLimits(knee, tz=[0.01, 1], etz=[True, False])
else:
self.outputTransformR = [aimObjectHip, aimObjectKnee, ankle, poleV]
self.outputAddTrR = [upperLeg, lowerLeg]
cmds.transformLimits(knee, tz=[-1, 0.01], etz=[False, True])
def rigSide(self, side):
inverseAim = False
inverseUp = False
globalMult = 1
if side.find('R') != -1:
inverseAim = True
inverseUp = True
globalMult = -1
shoulder, elbow, wrist, poleV = self.armInitCtlData.getSortList(side)
upperArm, lowerArm = self.armInitCtlAdd.getSortList(side)
aimObjectOptions = {
'axis': 0,
'upAxis': 2,
'inverseAim': inverseAim,
'inverseUp': inverseUp,
'upType': 'object',
'upObject': poleV,
'replaceTarget': 'InitCTL',
'replace': 'InitCtl'
}
aimObject, wristPoseMltDcmp = rigbase.makeAimObject(
wrist, shoulder, **aimObjectOptions)
aimObject = cmds.rename(aimObject,
aimObject.replace('AimObj', 'AimGrp'))
rigbase.betweenRigInAimObject(elbow,
aimObject,
dcmp=wristPoseMltDcmp,
replaceTarget='InitCTL',
replace='InitCtl',
globalMult=globalMult)
rigbase.AttrEdit(elbow).lockAttrs('ty')
aimObjectElbow = rigbase.makeAimObject(wrist, elbow,
**aimObjectOptions)[0]
aimObjectShoulder = rigbase.makeAimObject(elbow, shoulder,
**aimObjectOptions)[0]
cmds.parent(upperArm, aimObjectShoulder)
cmds.parent(lowerArm, aimObjectElbow)
upperArmGrp = rigbase.addParent(upperArm)
lowerArmGrp = rigbase.addParent(lowerArm)
upperMtxDcmp = rigbase.getChildMtxDcmp(elbow, aimObjectShoulder)
lowerMtxDcmp = rigbase.getChildMtxDcmp(wrist, aimObjectElbow)
upperMultMiddle = cmds.createNode('multiplyDivide',
n=upperArm.replace(
'InitCTL', 'InitCtlMiddleMult'))
lowerMultMiddle = cmds.createNode('multiplyDivide',
n=lowerArm.replace(
'InitCTL', 'InitCtlMiddleMult'))
cmds.connectAttr(upperMtxDcmp + '.ot', upperMultMiddle + '.input1')
cmds.connectAttr(lowerMtxDcmp + '.ot', lowerMultMiddle + '.input1')
cmds.setAttr(upperMultMiddle + '.input2', .5, .5, .5)
cmds.setAttr(lowerMultMiddle + '.input2', .5, .5, .5)
cmds.connectAttr(upperMultMiddle + '.output', upperArmGrp + '.t')
cmds.connectAttr(lowerMultMiddle + '.output', lowerArmGrp + '.t')
cmds.setAttr(upperArmGrp + '.r', 0, 0, 0)
cmds.setAttr(lowerArmGrp + '.r', 0, 0, 0)
if side.find('L') != -1:
self.outputTransformL = [
aimObjectShoulder, aimObjectElbow, wrist, poleV
]
self.outputAddTrL = [upperArm, lowerArm]
cmds.transformLimits(elbow, tz=[-1, 0.01], etz=[False, True])
else:
self.outputTransformR = [
aimObjectShoulder, aimObjectElbow, wrist, poleV
]
self.outputAddTrR = [upperArm, lowerArm]
cmds.transformLimits(elbow, tz=[0.01, 1], etz=[True, False])