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 setupTongue(self):
#对骨骼校正轴向
oj = 'zyx'
secondaryAxisOrient = 'yup'
orientJoints = [jnt for jnt in self.jnts]#排除不需要校正轴向的骨骼
for jnt in orientJoints:
rig.joint(jnt,e = True, oj = oj, secondaryAxisOrient = secondaryAxisOrient, ch = False, zso = True)
rig.joint(self.jnts[-1],e = True, oj = 'none', ch = False, zso = True)
#生成控制器并增加父子约束
allCons = []
preCon = ''
ConObj = CreateControler(13, (0.1*self.scale, 0.1*self.scale, 0.1*self.scale))
ConObj.signValue = 32547
for i,jnt in enumerate(self.jnts):
jntMat = rig.getAttr(jnt+'.worldMatrix')
con = ConObj.SK_b08(jnt.split('_')[0]+'_'+str(i)+'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')
if i != 0:
rig.parent(conGrp, preCon)
preCon = con
rig.parentConstraint(con, jnt, mo = True)
self.Connect.connect(self.grp, allCons)#连接控制器属性
#连接visibility属性
self.Connect.sourceAttr = 'conVis'
self.Connect.targetAttr = 'visibility'
self.Connect.connect(self.grp, [rig.listRelatives(con, p = True)[0] for con in allCons])
def buildController(self):
size = [(0.1, 0.1, 0.1), (0.1, 0.1, 0.1), (0.1, 0.1, 0.1),
(0.1, 0.1, 0.1), (0.1, 0.1, 0.1), (0.1, 0.1, 0.1),
(0.1, 0.1, 0.1), (0.1, 0.1, 0.1), (0.1, 0.1, 0.1),
(0.1, 0.1, 0.1), (0.1, 0.1, 0.1)]
colors = [12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12]
conJoint = [
u'Lf_Brow_Joint', u'Rt_Brow_Joint', u'Lf_Cheek_Joint',
u'Rt_Cheek_Joint', u'Lf_CornerLip_Joint', u'Rt_CornerLip_Joint',
u'Up_Lip_Joint', u'Mouth_Tip_Joint', u'Dn_Lip_Joint',
u'Nose_Joint', 'JawMain_Joint'
]
#生成Macro控制器
for i, jnt in enumerate(conJoint):
pos = rig.xform(jnt, q=True, t=True, ws=True)
controllers = CreateControler(
15, [j * self.scale * 0.6 for j in size[i]])
controllers.signValue = 18290
controllers.color = colors[i]
con = controllers.SK_b03(jnt.replace('_Joint', 'Macro_M'))
rig.xform(con, t=pos, ws=True)
self.connectAddAttr(con, 'CTRLMacroCurve') #连接属性
#生成blendShape控制器
crossColor = [17 for i in range(11)] #cross控制器颜色
colors = [13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 17] #blendShape控制器颜色
for i, jnt in enumerate(conJoint):
pos = rig.xform(jnt, q=True, t=True, ws=True) #获得位置信息
controllers = CreateControler(15,
[j * self.scale for j in size[i]])
controllers.signValue = 44390
controllers.color = colors[i]
if 'JawMain_Joint' == jnt:
con = controllers.SK_b01(jnt.replace('_Joint', '_M'))
else:
con = controllers.SK_b03(jnt.replace('_Joint',
'_M')) #blendShape控制器
self.connectAddAttr(con, 'CTRLBsCurve') #连接属性
controllers.color = crossColor[i]
controllers.setObjScale([i * 1.6 for i in controllers.curveSale])
conCross = controllers.SK_b16(jnt.replace('_Joint',
'Cross_M')) #cross控制器
rig.xform(con, t=pos, ws=True)
rig.xform(conCross, t=pos, ws=True)
rig.parent(rig.listRelatives(conCross, s=True)[0],
con,
s=True,
add=True) #parent形节点
rig.delete(conCross) #删除cross控制器
#生成jawSwivel控制器
controllers.setRelativesScale([0.3, 0.3, 0.3])
jawSwivel = controllers.SK_b01('jawSwivel_M')
rig.xform(jawSwivel, t=(0, 15.97, 2.485), ws=True)
self.connectAddAttr(jawSwivel, 'CTRLBsCurve') #连接属性
rig.hide('Mouth_TipMacro_MShape')
#增加旋转blendShape属性
rig.addAttr('JawMain_M', at='float', ln='limitMinrz', dv=-30, k=True)
rig.addAttr('JawMain_M', at='float', ln='limitMaxrz', dv=30, k=True)
rig.addAttr('jawSwivel_M', at='float', ln='limitMinrz', dv=-30, k=True)
rig.addAttr('jawSwivel_M', at='float', ln='limitMaxrz', dv=30, k=True)
rig.addAttr('Mouth_Tip_M', at='float', ln='limitMinrz', dv=-30, k=True)
rig.addAttr('Mouth_Tip_M', at='float', ln='limitMaxrz', dv=30, k=True)
rig.addAttr('Lf_Brow_M', at='float', ln='limitMinrz', dv=-30, k=True)
rig.addAttr('Lf_Brow_M', at='float', ln='limitMaxrz', dv=30, k=True)
rig.addAttr('Rt_Brow_M', at='float', ln='limitMinrz', dv=-30, k=True)
rig.addAttr('Rt_Brow_M', at='float', ln='limitMaxrz', dv=30, k=True)
def createController(self):
vtxNum = 0
for i, cur in enumerate(self.allLoftCurve):
color = self.colors[i]
controllers = CreateControler(color, (0.02, 0.02, 0.02))
controllers.signValue = 18424
#区分控制器的左右和控制器的编号
vtxs = rig.ls(rig.listRelatives(cur, s=True)[0] + '.cv[*]',
fl=True) #控制器点数
LenVtx = len(vtxs)
vtxNums = []
LfRtVtxs = []
if len(vtxs) % 2:
average = (LenVtx - 1) / 2
for num in range(average): #左边控制器编号
LfRtVtxs.append('Lf')
vtxNums.append(num)
vtxNums.append(0)
LfRtVtxs.append('Md')
for num in range(average): #左边控制器编号
vtxNums.append(average - num - 1)
LfRtVtxs.append('Rt')
else:
average = (LenVtx) / 2
for num in range(average): #左边控制器编号
LfRtVtxs.append('Lf')
vtxNums.append(num)
for num in range(average): #右边控制器编号
vtxNums.append(average - num - 1)
LfRtVtxs.append('Rt')
#控制器是否左右对称
if re.compile(r'(out_Lf[A-Z]+|out_Rt[A-Z]+)').match(
cur) or re.compile(r'(in_Lf[A-Z]+|in_Rt[A-Z]+)').match(
cur):
LfRt = True
else:
LfRt = False
for j, vtx in enumerate(vtxs):
if LfRt:
conName = self.names[i] + '_' + str(j) + 'M' #控制器名字
else:
conName = LfRtVtxs[j] + self.names[i] + '_' + str(
vtxNums[j]) + 'M' #控制器名字
con = controllers.SK_b03(conName)
rig.addAttr(con, at='long', ln='vtxNum', dv=vtxNum) #增加属性
rig.setAttr(con + '.vtxNum', l=True) #锁定属性
self.connectAddAttr(con, 'CTRLCurve') #连接属性
pos = rig.xform(vtx, q=True, t=True, ws=True)
rig.xform(con, t=pos, ws=True)
rig.connectAttr(con + '.translate',
vtx.replace(
'.cv[',
'.controlPoints[')) #将控制器的位移属性连接到曲线的控制点上
vtxNum += 1