def autoSkin(self, paralelLoops=5, holdJoint=None):
skinCls = skinTools.findSkinCluster(self.mesh)
edgeloop = self.upEdgeLoop + self.lowEdgeLoop
if not skinCls:
pm.skinCluster(self.mesh, holdJoint)
influencesToAdd = self.skinJoints
else:
influenceList = pm.skinCluster(skinCls, query=True, influence=True)
influencesToAdd = [
x for x in self.skinJoints if x not in influenceList
]
pm.skinCluster(skinCls, e=True, ai=influencesToAdd, wt=0)
vtx = vtxWalk.edgeLoopToVextex(edgeloop)
pm.skinPercent(skinCls, vtx, resetToDefault=True)
skinTools.edgeSkin(edgeLoopOriginal=edgeloop, paralelLoopNum=5)
def autoSkinEdgeLoop(edgeLoop=None,
paralelLoops=5,
jointList=None,
holdJoint=None):
mesh = pm.ls(edgeLoop[0], o=True)[0]
skinCls = findSkinCluster(mesh)
if not skinCls:
pm.skinCluster(mesh, holdJoint)
influencesToAdd = jointList
else:
influenceList = pm.skinCluster(skinCls, query=True, influence=True)
influencesToAdd = [x for x in skinJoints if x not in influenceList]
pm.skinCluster(skinCls, e=True, ai=influencesToAdd, wt=0)
vtx = vtxWalk.edgeLoopToVextex(edgeLoop)
pm.skinPercent(skinCls, vtx, resetToDefault=True)
skinTools.edgeSkin(edgeLoopOriginal=edgeLoop, paralelLoopNum=5)
def autoSkin(self, mesh=None, paralelLoopNum=3, holdJoint=None):
edgeloop1 = vtxWalk.getLoopByLocators(mesh=mesh, loc1=self.inCorner, loc2=self.outCorner, loc3=self.upCorner)
edgeloop2 = vtxWalk.getLoopByLocators(mesh=mesh, loc1=self.inCorner, loc2=self.outCorner, loc3=self.lowCorner)
edgeloop=edgeloop1+edgeloop2
skinCls = skinTools.findSkinCluster(mesh=mesh)
if not skinCls:
pm.skinCluster(self.mesh, holdJoint)
influencesToAdd = self.skinJoints
else:
influenceList = pm.skinCluster(skinCls, query=True, influence=True)
influencesToAdd = [x for x in self.skinJoints if x not in influenceList]
print influencesToAdd
pm.skinCluster(skinCls, e=True, ai=influencesToAdd, wt=0)
vtx = vtxWalk.edgeLoopToVextex(edgeloop)
pm.skinPercent(skinCls, vtx, resetToDefault=True)
skinTools.edgeSkin(edgeLoopOriginal=edgeloop, paralelLoopNum=paralelLoopNum)
import autoRig3.dev.stickyLips as stickyLips
import pymel.core as pm
import autoRig3.tools.skinTools as skinTools
import autoRig3.tools.vertexWalkTools as vtxWalk
edges = pm.ls(sl=True, fl=True)
x = stickyLips.StickyLips()
x.doGuide(edgeLoop=edges)
x.doRig(iniOffset=True)
edges2 = pm.ls(sl=True, fl=True)
skinTools.edgeSkin(edgeLoopOriginal=edges2, paralelLoopNum=4)
skinJoints = pm.ls('L_stick*_Offset')
print skinJoints
sk = [y for y in [x.getChildren() for x in skinJoints]]
print sk
total = len(L_jointsUp)
incr = 20.0/total-1
print incr
for i, jnts in enumerate(zip(L_jointsUp, L_jointsLw)):
print i, jnts
print incr*i
stickyPairSetup(name='L_sticky'+str(i),
upperJnt=jnts[0], lowerJnt=jnts[1], ctrl1=L_ctrl, ctrl2=R_ctrl,
stickyMin1=incr*i, stickyMin2=40-incr*(i+1),
stickyMax1=incr*(i+1), stickyMax2=40-incr*i,
iniOffset=False)
stickyPairSetup(name='mid_sticky',
upperJnt=jntUpper, lowerJnt=jntLower, ctrl1=L_ctrl, ctrl2=R_ctrl,
stickyMin1=total, stickyMin2=40-total-incr,
stickyMax1=total+incr, stickyMax2=40-incr,
iniOffset=False)
for i, jnts in enumerate(zip(R_jointsUp, R_jointsLw)):
print i, jnts
print incr*i
stickyPairSetup(name='R_sticky'+str(i),
upperJnt=jnts[0], lowerJnt=jnts[1], ctrl1=R_ctrl, ctrl2=L_ctrl,
stickyMin1=incr*i, stickyMin2=40-incr*(i+1),
stickyMax1=incr*(i+1), stickyMax2=40-incr*i,
iniOffset=False)
edgeloop = pm.ls(sl=True, fl=True)
skinTools.edgeSkin(edgeLoopOriginal=edgeloop, paralelLoopNum= 2)