def setupTeeth(self):
allCons = []
conGrps = []
ConObj = CreateControler(
13, (0.1 * self.scale, 0.1 * self.scale, 0.1 * self.scale))
ConObj.signValue = 54861
for i, jnt in enumerate(self.jnts):
jntMat = rig.getAttr(jnt + '.worldMatrix')
con = ConObj.SK_b08(jnt.split('_')[0] + '_M')
allCons.append(con)
rig.xform(con, ro=(90, 0, 0), wd=True)
rig.makeIdentity(apply=True, r=True)
rig.xform(con, m=jntMat)
conGrp = CA.addGrp().grp(con, 'Freeze')
conGrps.append(conGrp)
rig.parentConstraint(con, jnt, mo=True)
rig.scaleConstraint(con, jnt, mo=True)
self.Connect.connect(self.grp, allCons) #连接控制器属性
newGrp = rig.group(conGrps, n=self.grp + '_CTRLGrp')
rig.parent(newGrp, self.grp)
#连接visibility属性
Connect = CA.connectAttribute()
Connect.sourceAttr = 'conVis'
Connect.targetAttr = 'visibility'
Connect.connect(self.grp,
[rig.listRelatives(con, p=True)[0] for con in allCons])
def Groups(self):
rig.parent(self.aimLoctorGrp, self.eye)
#连接visibility属性
Connect = CA.connectAttribute()
Connect.sourceAttr = 'conVis'
Connect.targetAttr = 'visibility'
Connect.connect(self.eye, [rig.listRelatives(con, p = True)[0] for con in self.allCons])
def getData(self):
self.jnts = [con for con in rig.listConnections(self.grp+'.CTRLJoint', s = False, d = True)]
self.jnts = CA.order().startOrder(self.jnts)#对数组进行排序
self.scale = CA.distance().getScale(self.jnts[0], self.jnts[-1], 1.24976436649)
self.Connect = CA.connectAttribute()
self.Connect.attrType = 'long'
self.Connect.sourceAttr = 'CTRLCurve'
self.Connect.targetAttr = 'CTRLCurve'
def getData(self):
self.jnts = [
con for con in rig.listConnections(
self.grp + '.CTRLJoint', s=False, d=True)
]
self.scale = CA.distance().getScale(self.jnts[0], self.jnts[-1], 0.35)
self.Connect = CA.connectAttribute()
self.Connect.attrType = 'long'
self.Connect.sourceAttr = 'CTRLCurve'
self.Connect.targetAttr = 'CTRLCurve'
def linkVis(self):
allCons = rig.listConnections(self.grp + '.CTRLCurve', s=False, d=True)
frontGrp = []
backGrp = []
for con in allCons:
grp = rig.listRelatives(con, p=True)[0]
if re.match('\w+_Back_\d+M', con):
backGrp.append(grp)
else:
frontGrp.append(grp)
connectVisibility = CA.connectAttribute()
connectVisibility.sourceAttr = 'smallVis'
connectVisibility.connect(self.grp, frontGrp)
connectVisibility.sourceAttr = 'smallBackVis'
connectVisibility.connect(self.grp, backGrp)
def linkLimitAttr(self):
attr4 = [u'+translateX', u'+translateY',u'-translateX', u'-translateY']
attr6Cons = [u'Rt_Brow_M', u'Lf_Brow_M', u'Mouth_Tip_M',u'JawMain_M',u'Lf_Cheek_M', u'Rt_Cheek_M', u'Lf_CornerLip_M', u'Rt_CornerLip_M', u'Up_Lip_M', u'Dn_Lip_M']
attr6 = [u'+translateX', u'+translateY', u'+translateZ',u'-translateX', u'-translateY', u'-translateZ']
self.RotateToTranslate = {u'limitMaxrx':u'+translateX', u'limitMinx':u'-translateX', u'limitMaxry':u'+translateY', u'limitMinry':u'-translateY', u'limitMaxrz':u'+translateZ', u'limitMinrz':u'-translateZ',}
self.TranslateToRotate = dict([(self.RotateToTranslate[attr], attr )for attr in self.RotateToTranslate])
linkAttr = CA.connectAttribute()
linkAttr.attrType = 'float'
linkAttr.sourceAttr = 'CTRLBSRotate'
linkAttr.targetAttr = 'CTRLBSRotate'
subCon = [u'Nose_M']
cons = [con for con in self.CTRLBsCurves if not(con in subCon)]
for con in cons:
rotateLimit = rig.listAttr(con,ud = True, k = True)
if rotateLimit:
attrs = []
print con+'------------>'
matCon = rig.getAttr(con+'.worldMatrix')
conGrp = rig.group(empty = True, n = con+'_Rotation')
linkAttr.connect(self.grp, [conGrp])#连接属性
rig.xform(conGrp, m = matCon)
rig.parent(conGrp, con)
for rl in rotateLimit:#迭代旋转属性
attrs.append(self.RotateToTranslate[rl])
grpAttr = conGrp+'.t'+rl[-1]
if not rig.connectionInfo(grpAttr, isDestination=True):
rig.connectAttr(con+'.'+rl[-2::], grpAttr, f = True)
self.rampAndLimit(conGrp, attrs)
if con in attr6Cons:
self.rampAndLimit(con, attr6)
else:
self.rampAndLimit(con, attr4)
def linkVis(self):
connectVisibility = CA.connectAttribute()
connectVisibility.sourceAttr = 'mainVis'
connectVisibility.connect(self.grp,[rig.listRelatives(grp, p = True)[0] for grp in self.CTRLBsCurves])
connectVisibility.sourceAttr = 'macroVis'
connectVisibility.connect(self.grp,[rig.listRelatives(grp, p = True)[0] for grp in self.CTRLMacroCurves])