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Copy pathVN_Magic_Deform_Tool_2.0.py
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VN_Magic_Deform_Tool_2.0.py
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# --------------------------------------------------------------
# VN_Magic_Deform_Tool_2.0.py - python Script
# --------------------------------------------------------------
#
# DESCRIPTION:
# A nicer why to convert any deformer into skincluster
#
# USAGE:
# Copy "VN_Magic_Deform_Tool_2.0.py" in your maya python script editor and run ;
#
# AUTHORS:
# Name : Vishal Nagpal
# Gmail : [email protected]
# linkedin : linkedin.com/in/vishal-nagpal-82975a149
# Copyright ©2022 Vishal Nagpal
#
# VERSIONS:
# 2.0 - Feb 21, 2022 - Initial Release.
#
# Tip for knowledge:
# The vertex distance can be equal to the weight.
import pymel.core as pm
import time
import math
import sys
if pm.window("VN_Magic_Deform_Tool", exists=True):
pm.deleteUI("VN_Magic_Deform_Tool", window=True)
if pm.windowPref( "VN_Magic_Deform_Tool", exists=True ):
pm.windowPref( "VN_Magic_Deform_Tool", remove=True )
window = pm.window("VN Magic Deform Tool",s =0, iconName='Short Name',widthHeight=(300, 433), bgc = [(.1),(.1),(.01)])
form = pm.formLayout(numberOfDivisions=100)
Text = pm.text(l ='Just One Click!', h =20, w = 80 )
Wire = pm.iconTextButton('WireBase',ann =' Wire to skin convert ' ,style='iconAndTextHorizontal', image1='wire.png',c = 'wireButton()' , label='Wire to Skin',w=200,h=35, bgc = [(.21),(.42),(.3)])
Lattice = pm.iconTextButton('LatticeBase',ann =' Lattice to skin convert ',style='iconAndTextHorizontal', image1='lattice.png',c = 'latticeButton()',l = 'Lattice to Skin',w=200,h=35, bgc = [(.21),(.42),(.3)])
shape = pm.iconTextButton('shapeBase',ann =' shape to skin convert ',style='iconAndTextHorizontal', image1='blendShape.png',c = 'blendShapeButton()' ,l = 'BlendShape to Skin',w=200,h=35, bgc = [(.21),(.42),(.3)])
Wrap = pm.iconTextButton('wrapBase',ann =' Wrap to skin convert ',style='iconAndTextHorizontal', image1='wrap.png',c = 'wrapButton()',l = 'Wrap to Skin',w=200,h=35, bgc = [(.21),(.42),(.3)])
Cluster = pm.iconTextButton('ClusterBase',ann =' Cluster to skin convert ',style='iconAndTextHorizontal', image1='cluster.png', c = 'clusterButton()',l = 'Cluster to Skin',w=200,h=35, bgc = [(.21),(.42),(.3)])
SoftS = pm.iconTextButton('SoftSBase',ann =' Soft Selection to skin convert ',style='iconAndTextHorizontal', image1='sculptPinch.png', c = 'SoftButton()',l = 'Soft Selection to Skin',w=200,h=35, bgc = [(.21),(.42),(.3)])
Curve = pm.iconTextButton('CurveBase',ann =' Curve to skin convert ',style='iconAndTextHorizontal', image1='curveEP.png', c = 'CurveButton()', l = 'Curve to Skin',w=200,h=45, bgc = [(.8),(.8),(.5)])
Linkdin = pm.iconTextButton('LinkdinBase',ann =' https://www.linkedin.com/in/vishal-nagpal-82975a149/ ',c ='pm.webBrowser( url="https://www.linkedin.com/in/vishal-nagpal-82975a149/",vis =0)',style='iconAndTextHorizontal',l = 'Linkedin',w=550,h=15, bgc = [(.1),(.1),(.01)])
Gmail = pm.iconTextButton('GmailBase',ann =' [email protected] ',style='iconAndTextHorizontal',l = '[email protected]',w=550,h=15, bgc = [(.1),(.1),(.01)])
setingWire = pm.symbolButton(i = 'menuIconHelp.png', h= 30,w = 30,ann =' select wire first and then Mesh.\n\n ( Wire should have all skinned joints. \n joints should not have any connection. )')
setingLatt = pm.symbolButton(i = 'menuIconHelp.png', h= 30,w = 30,ann =' select lattice first and then Mesh.\n\n ( lattice should have all skinned joints. \n joints should not have any connection. )')
setingShap = pm.symbolButton(i = 'menuIconHelp.png', h= 30,w = 30,ann =' select blendshape.\n\n ( Mesh should have only one blenshape on it at a time. )')
setingWrap = pm.symbolButton(i = 'menuIconHelp.png', h= 30,w = 30,ann =' Select SourceMesh then WrapMesh. \n\n ( SourceMesh should have all skinned joints. \n joints should not have any connection. )')
setingClst = pm.symbolButton(i = 'menuIconHelp.png', h= 30,w = 30,ann =' Select cluster first then Mesh.')
setingSoft = pm.symbolButton(i = 'menuIconHelp.png', h= 30,w = 30,ann =' Create Soft Selection.\n\n ( select one cluster at a time.)')
setingCurv = pm.symbolButton(i = 'menuIconHelp.png', h= 30,w = 30,ann =' Select curve first and then Mesh.\n\n ( Curve should have all skinned joints. \n joints should not have any connection. )')
pm.formLayout( form, edit=True,
attachForm= [(Text, 'top', 5),
(Wire, 'top', 40),
(Lattice, 'top', 90),
(shape, 'top', 140),
(Wrap, 'top', 190),
(Cluster, 'top', 240),
(SoftS, 'top', 290),
(Curve, 'top', 342),
(setingWire, 'top', 40),
(setingLatt, 'top', 90),
(setingShap, 'top', 140),
(setingWrap, 'top', 190),
(setingClst, 'top', 240),
(setingSoft, 'top', 295),
(setingCurv, 'top', 348),
(Linkdin, 'top', 393),
(Gmail, 'top', 408),
],
attachControl=[(Text, 'bottom', 30, Wire),
],
attachPosition=[(Text, 'right', 10, 65),
(Wire, 'right', 0, 75),
(Lattice, 'right', 0, 75),
(shape, 'right', 0, 75),
(Wrap, 'right', 0, 75),
(Cluster, 'right', 0, 75),
(SoftS, 'right', 0, 75),
(Curve, 'right', 0, 75),
(setingWire, 'left', 20, 75),
(setingLatt, 'left', 20, 75),
(setingShap, 'left', 20, 75),
(setingWrap, 'left', 20, 75),
(setingClst, 'left', 20, 75),
(setingSoft, 'left', 20, 75),
(setingCurv, 'left', 20, 75),
(Linkdin, 'left', 0, 40),
(Gmail, 'left', 0, 22)],
)
pm.showWindow( window )
'''--------------------------------------------------------------------------------------------------------------------
-----------------------------------------------------------------------------------------------------------------------
-----------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------------------------------------------------------------'''
'''-----------------------------------------------------------------------------------'''
#=========================================New_Jnt_And_Rename
def NewJnt(positonN):
objList = cmds.ls("NewVish_*_Jnt")
alln = []
for n in objList:
objNewNum = int(n.split('_')[1])
alln.append(objNewNum)
alln.sort()
alln2 = []
for p in range(1,alln[0]):
alln2.append(p)
for d in range(len(alln)-1):
for n in range(alln[d]+1,alln[d+1]):
alln2.append(n)
cmds.select(d = True)
if alln2 != []:
if alln2[0] < 10:
zro = "0"
cmds.joint(n = "NewVish_"+zro[0]+str(alln2[0])+"_Jnt", p = positonN)
else:
cmds.joint(n = "NewVish_"+str(alln2[0])+"_Jnt", p = positonN)
if alln2 == []:
if alln[-1]+1 < 10:
zro = "0"
cmds.joint(n = "NewVish_"+zro[0]+str(alln[-1]+1)+"_Jnt", p = positonN)
else:
cmds.joint(n = "NewVish_"+str(alln[-1]+1)+"_Jnt", p = positonN)
#=========================================Checking if defaut strings already Exists -- Funtion
def findString():
mysStrings = ['CoolForge','Get_Test_Mesh']
for gbgbg in mysStrings:
if cmds.objExists(gbgbg):
print (pm.error( "<<<<<(Please Rename " + gbgbg + " or delete it )>>>>>" ))
'''-----------------------------------------------------------------------------------'''
def SimpleCurveConvert():
start_time = time.time()
#=========================================Checking if defaut strings already Exists
findString()
#=========================================start
selection0 = cmds.ls(sl=True)
selecti_00 = selection0[0]
selecti_01 = selection0[1]
cmds.select(d = True)
#------------------------------------------------------Find_SkinCluster
def SkinClustor(NamSkinClust):
nodes = []
node = cmds.listHistory(NamSkinClust)
for damn in node:
if cmds.nodeType(damn) == 'skinCluster':
nodes.append(damn)
return nodes
cluster_00 = SkinClustor(selecti_00)
cluster_01no = SkinClustor(selecti_01)
#------------------------------------------------------Find_crv_Jnt
Aljnts = cmds.skinCluster(selecti_00, inf = True, q = True)
#------------------------------------------------------if_no_skin_on mesh
if cluster_01no == []:
if pm.objExists("New_Nagpal_Jnt") == False:
pm.joint(n = "New_Nagpal_Jnt")
cmds.skinCluster('New_Nagpal_Jnt', selecti_01)
cmds.select(d = True)
cluster_01 = SkinClustor(selecti_01)
#------------------------------------------------------Find_Hold_Jnt
Meeshjnts = cmds.skinCluster(selecti_01, inf = True, q = True)
#------------------------------------------------------find unlocked join and lock it
unlockJnt = []
for n in Meeshjnts:
findlock = cmds.getAttr(n+'.liw')
if findlock == False:
unlockJnt.append(n)
if unlockJnt == []:
cmds.error( "Please unlock one joint" )
if len(unlockJnt) > 1:
cmds.error( "Please only one joint should be unlocked" )
cmds.setAttr(unlockJnt[0]+'.liw', 1)
#------------------------------------------------------save_Hold_Jnt_Weight
cmds.select(selecti_01)
polyCount2 = cmds.polyEvaluate( v=True )
cmds.select(d =True)
Value = []
for fdf in range(polyCount2):
JntVal = cmds.skinPercent(SkinClustor(selecti_01)[0], selecti_01+'.vtx['+str(fdf)+']' , transform = unlockJnt[0], query=True )
Value.append(JntVal)
#------------------------------------------------------addInflunce_other_Jnts
for gfs in Aljnts:
cmds.select(selecti_01)
cmds.skinCluster(edit=True,ai=gfs,lw = 1)
#------------------------------------------------------wire
pm.wire( selecti_01, w= selecti_00,n = 'CoolForge', gw = False, en= 1.000000, ce= 0.000000, li= 0.000000, dds=[(0, 1000)] )
pm.setAttr("CoolForge.rotation", 0)
#------------------------------------------------------
for xx in Aljnts:
whichVer = []
verName = cmds.select(xx, r =True)
cmds.move( 1, xx+'.rotatePivot', y=True, r = True)
whichVer.append(xx)
cmds.select(selecti_01)
cmds.duplicate(n = 'Get_Test_Mesh')
cmds.move( -1, xx+'.rotatePivot', y=True, r = True)
cmds.select(selecti_01)
polyCount = cmds.polyEvaluate( v=True )
set_01ZMain = []
set_02ZMain = []
finlDist= []
for x in range(3):
set_01Z = []
set_02Z = []
#------------------------------------------------------
for d in range(polyCount):
Attr = pm.xform(selecti_01+'.vtx['+str(d)+']', q =True, ws = True, t=True)[x]
set_01Z.append((Attr))
#------------------------------------------------------
for b in range(polyCount):
Attrs = pm.xform('Get_Test_Mesh'+'.vtx['+str(b)+']', q =True, ws = True, t=True)[x]
set_02Z.append((Attrs))
pm.select(d =True)
set_01ZMain.append(set_01Z)
set_02ZMain.append(set_02Z)
#---------------------------------------------------getDiff
for o in range(polyCount):
x1 = float(set_01ZMain[0][o])
y1 = float(set_01ZMain[1][o])
z1 = float(set_01ZMain[2][o])
x2 = float(set_02ZMain[0][o])
y2 = float(set_02ZMain[1][o])
z2 = float(set_02ZMain[2][o])
findis = math.sqrt(((x1-x2)*(x1-x2))+((y1-y2)*(y1-y2))+((z1-z2)*(z1-z2)))
finlDist.append(findis)
#---------------------------------------------------percentage_find
FinelWeight = []
for nnn in range(len(Value)):
FinelW = (Value[nnn]/1.0)*finlDist[nnn]
FinelWeight.append(FinelW)
#---------------------------------------------------addSkin
cmds.setAttr(unlockJnt[0]+'.liw', 0)
for R in range(int(polyCount)):
if FinelWeight[R] != 0.0:
cmds.skinPercent( SkinClustor(selecti_01)[0],selecti_01+'.vtx['+str(R)+']', tv=(whichVer[0], FinelWeight[R]))
cmds.delete('Get_Test_Mesh')
for fv in Aljnts:
cmds.setAttr(fv+'.liw', 0)
cmds.skinCluster(SkinClustor(selecti_01)[0], e = True, ri= unlockJnt[0])
#---------------------------------------------------delete_Unwanted_Things
if cluster_01no == []:
pm.delete(unlockJnt[0])
pm.delete('CoolForge')
pm.delete(selecti_00+'BaseWire')
#---------------------------------------------------Total_Time
sys.stdout.write('You have done a great job. ' " %s seconds " % (time.time() - start_time))
#---------------------------------------------------end...
'''-----------------------------------------------------------------------------------'''
def ClusterConvert():
start_time = time.time()
#=========================================Checking if defaut strings already Exists
findString()
#=========================================start
selection0 = pm.ls(sl=True)
positon = cmds.getAttr(selection0[0]+'.origin')[0]
pm.select(d =True)
#------------------------------------------------------Find_SkinCluster
def SkinClustor(NamSkinClust):
nodes = []
node = pm.listHistory(NamSkinClust)
for damn in node:
if pm.nodeType(damn) == 'skinCluster':
nodes.append(damn)
return nodes
#------------------------------------------------------check if both have same skinclister
if len(SkinClustor(selection0[-1]))==0:
if pm.objExists("New_Vishu_Jnt") == False:
pm.joint(n = "New_Vishu_Jnt")
pm.skinCluster('New_Vishu_Jnt', selection0[-1])
#------------------------------------------------------Find_Hold_Jnt
Meeshjnts = pm.skinCluster(selection0[-1], inf = True, q = True)
pm.setAttr(Meeshjnts[0]+'.liw', 1)
#------------------------------------------------------
pm.select(selection0[0], r =True)
for nnn in range(len(selection0)-1):
pm.select(selection0[nnn],add = True)
pm.move( 1, y=True, r = True)
pm.duplicate(selection0[-1], n = 'Get_Test_Mesh')
pm.move( -1,y=True, r = True)
pm.select(selection0[-1])
polyCount = pm.polyEvaluate( v=True )
#-----------------------------------------------------set1
set_01ZMain = []
set_02ZMain = []
finlDist= []
for x in range(3):
set_01Z = []
set_02Z = []
#------------------------------------------------------
for d in range(polyCount):
Attr = '%.3f'%pm.xform(selection0[-1]+'.vtx['+str(d)+']', q =True, ws = True, t=True)[x]
set_01Z.append((Attr))
#------------------------------------------------------
for b in range(polyCount):
Attrs = '%.3f'%pm.xform('Get_Test_Mesh'+'.vtx['+str(b)+']', q =True, ws = True, t=True)[x]
set_02Z.append((Attrs))
pm.select(d =True)
set_01ZMain.append(set_01Z)
set_02ZMain.append(set_02Z)
#---------------------------------------------------getDiff
for o in range(polyCount):
x1 = float(set_01ZMain[0][o])
y1 = float(set_01ZMain[1][o])
z1 = float(set_01ZMain[2][o])
x2 = float(set_02ZMain[0][o])
y2 = float(set_02ZMain[1][o])
z2 = float(set_02ZMain[2][o])
findis = math.sqrt(((x1-x2)*(x1-x2))+((y1-y2)*(y1-y2))+((z1-z2)*(z1-z2)))
finlDist.append(findis)
#---------------------------------------------------addNewJnt and influnence
if pm.objExists("NewVish_01_Jnt") == False:
pm.joint(n = "NewVish_01_Jnt", p = positon)
else:
NewJnt(positon)
NwJnt = pm.ls(sl=True)
pm.select(selection0[-1])
pm.skinCluster(edit=True,ai= NwJnt[0],lw = 1)
#---------------------------------------------------addSkin
for R in range(polyCount):
pm.setAttr(Meeshjnts[0]+'.liw', 0)
if finlDist[R] != 0.0:
pm.skinPercent( SkinClustor(selection0[-1])[0],selection0[-1]+'.vtx['+str(R)+']', tv=(NwJnt[0], finlDist[R]))
pm.delete('Get_Test_Mesh')
#---------------------------------------------------Total_Time
sys.stdout.write('You have done a great job. ' " %s seconds " % (time.time() - start_time))
#---------------------------------------------------end..
'''-----------------------------------------------------------------------------------'''
def SoftConvert():
start_time = time.time()
#=========================================Checking if defaut strings already Exists
findString()
#=========================================start
selection0 = cmds.ls(sl=True)
selecti_00 = selection0[0]
cmds.cluster(n = 'VishClust')
shapename = cmds.listHistory(selecti_00)[0]
positon = cmds.getAttr("VishClustHandleShape.origin")[0]
cmds.delete('VishClust')
cmds.select(shapename)
cmds.pickWalk(d = 'up')
transName = cmds.ls(sl=True)
cmds.select(d =True)
#------------------------------------------------------Find_SkinCluster
def SkinClustor(NamSkinClust):
nodes = []
node = cmds.listHistory(NamSkinClust)
for damn in node:
if cmds.nodeType(damn) == 'skinCluster':
nodes.append(damn)
return nodes
cluster_01no = SkinClustor(transName)
#------------------------------------------------------if_no_skin_on_mesh_thenadd_one_joint
if cluster_01no == []:
if cmds.objExists("New_VishHold_Jnt") == False:
cmds.joint(n = "New_VishHold_Jnt")
cmds.skinCluster('New_VishHold_Jnt', transName)
cmds.select(d = True)
cluster_01 = SkinClustor(transName)
newJnt01 = []
if cmds.objExists("NewVish_01_Jnt") == True:
cmds.select(d = True)
NewJnt(positon)
NwJnt = cmds.ls(sl=True)
newJnt01.append(NwJnt[0])
cmds.select(transName)
cmds.skinCluster(edit=True,ai=NwJnt[0],lw = 1, wt = 0)
cmds.select(d = True)
if cmds.objExists("NewVish_01_Jnt") == False:
cmds.select(d = True)
cmds.joint(n = "NewVish_01_Jnt", p = positon )
NwJnt = cmds.ls(sl=True)
newJnt01.append(NwJnt[0])
cmds.select(transName)
cmds.skinCluster(edit=True,ai="NewVish_01_Jnt",lw = 1, wt = 0)
#------------------------------------------------------Find_Hold_Jnt
Meeshjnts = cmds.skinCluster(transName, inf = True, q = True)
cmds.setAttr(Meeshjnts[0]+'.liw', 1)
#------------------------------------------------------
cmds.select(selecti_00, r =True)
for nnn in range(len(selection0)):
cmds.select(selection0[nnn],add = True)
cmds.move( 1, y=True, r = True)
cmds.duplicate(transName[0], n = 'Get_Test_Mesh')
cmds.move( -1,y=True, r = True)
cmds.select(transName[0])
polyCount = cmds.polyEvaluate( v=True )
#-----------------------------------------------------set1
set_01ZMain = []
set_02ZMain = []
finlDist= []
for x in range(3):
set_01Z = []
set_02Z = []
#------------------------------------------------------
for d in range(polyCount):
Attr = '%.3f'%pm.xform(transName[0]+'.vtx['+str(d)+']', q =True, ws = True, t=True)[x]
set_01Z.append((Attr))
#------------------------------------------------------
for b in range(polyCount):
Attrs = '%.3f'%pm.xform('Get_Test_Mesh'+'.vtx['+str(b)+']', q =True, ws = True, t=True)[x]
set_02Z.append((Attrs))
pm.select(d =True)
set_01ZMain.append(set_01Z)
set_02ZMain.append(set_02Z)
#---------------------------------------------------getDiff
for o in range(polyCount):
x1 = float(set_01ZMain[0][o])
y1 = float(set_01ZMain[1][o])
z1 = float(set_01ZMain[2][o])
x2 = float(set_02ZMain[0][o])
y2 = float(set_02ZMain[1][o])
z2 = float(set_02ZMain[2][o])
findis = math.sqrt(((x1-x2)*(x1-x2))+((y1-y2)*(y1-y2))+((z1-z2)*(z1-z2)))
finlDist.append(findis)
#---------------------------------------------------addSkin
for R in range(polyCount):
cmds.setAttr(Meeshjnts[0]+'.liw', 0)
if finlDist[R] != 0.0:
cmds.skinPercent( SkinClustor(transName[0])[0],transName[0]+'.vtx['+str(R)+']', tv=(newJnt01[0], finlDist[R]))
cmds.delete('Get_Test_Mesh')
#---------------------------------------------------Total_Time
sys.stdout.write('You have done a great job. ' " %s seconds " % (time.time() - start_time))
#---------------------------------------------------end..
'''-----------------------------------------------------------------------------------'''
def WrapCurveWireLatticeConvet():
start_time = time.time()
#=========================================Checking if defaut strings already Exists
findString()
#=========================================start
selection0 = cmds.ls(sl=True)
cmds.select(d = True)
#=========================================if_Wire_rotation_Zero
def checkWire(NamwireDfm):
nodes = []
node = cmds.listHistory(NamwireDfm)
for damn in node:
if cmds.nodeType(damn) == 'wire':
nodes.append(damn)
return nodes
rotVal = []
if checkWire(selection0[1]) != []:
rotVal2 = pm.getAttr(checkWire(selection0[1])[0]+".rotation")
rotVal.append(rotVal2)
if rotVal != 0.0:
pm.setAttr(checkWire(selection0[1])[0]+".rotation", 0.0)
#------------------------------------------------------Find_SkinCluster
def SkinClustor(NamSkinClust):
nodes = []
node = cmds.listHistory(NamSkinClust)
for damn in node:
if cmds.nodeType(damn) == 'skinCluster':
nodes.append(damn)
return nodes
#------------------------------------------------------check if both have same skinclister
meshClust = SkinClustor(selection0[1])
wireClust = SkinClustor(selection0[0])
if len(SkinClustor(selection0[0]))==0:
print (pm.error( "<<<<<(no skin on wire)>>>>>" ))
if len(SkinClustor(selection0[0]))==1:
if wireClust[0] in meshClust:
meshClust.remove(wireClust[0])
if SkinClustor(selection0[0]) != 0:
for n in SkinClustor(selection0[0]):
if n in meshClust:
meshClust.remove(n)
if meshClust==[]:
if cmds.objExists("New_Vishu_Jnt") == False:
cmds.joint(n = "New_Vishu_Jnt")
cmds.skinCluster('New_Vishu_Jnt', selection0[1])
#------------------------------------------------------Find_Hold_Jnt
Meeshjnts = cmds.skinCluster(selection0[1], inf = True, q = True)
cmds.setAttr(Meeshjnts[0]+'.liw', 1)
#------------------------------------------------------Find_deformer_Jnt
Aljnts = cmds.skinCluster(selection0[0], inf = True, q = True)
#------------------------------------------------------addInflunce_other_Jnts
for gfs in Aljnts:
if gfs not in Meeshjnts:
cmds.select(selection0[1])
cmds.skinCluster(edit=True,ai=gfs,lw = 1)
#------------------------------------------------------
for xx in Aljnts:
whichVer = []
verName = cmds.select(xx, r =True)
cmds.move( 1, xx+'.rotatePivot', y=True, r = True)
whichVer.append(xx)
cmds.select(selection0[1])
cmds.duplicate(n = 'Get_Test_Mesh')
cmds.move( -1, xx+'.rotatePivot', y=True, r = True)
cmds.select(selection0[1])
polyCount = cmds.polyEvaluate( v=True )
set_01ZMain = []
set_02ZMain = []
finlDist= []
for x in range(3):
set_01Z = []
set_02Z = []
#------------------------------------------------------
for d in range(polyCount):
Attr = '%.3f'%pm.xform(selection0[1]+'.vtx['+str(d)+']', q =True, ws = True, t=True)[x]
set_01Z.append((Attr))
#------------------------------------------------------
for b in range(polyCount):
Attrs = '%.3f'%pm.xform('Get_Test_Mesh'+'.vtx['+str(b)+']', q =True, ws = True, t=True)[x]
set_02Z.append((Attrs))
pm.select(d =True)
set_01ZMain.append(set_01Z)
set_02ZMain.append(set_02Z)
#---------------------------------------------------getDiff
for o in range(polyCount):
x1 = float(set_01ZMain[0][o])
y1 = float(set_01ZMain[1][o])
z1 = float(set_01ZMain[2][o])
x2 = float(set_02ZMain[0][o])
y2 = float(set_02ZMain[1][o])
z2 = float(set_02ZMain[2][o])
findis = math.sqrt(((x1-x2)*(x1-x2))+((y1-y2)*(y1-y2))+((z1-z2)*(z1-z2)))
finlDist.append(findis)
#---------------------------------------------------addSkin
for R in range(int(polyCount)):
cmds.setAttr(Meeshjnts[0]+'.liw', 0)
if finlDist[R] != 0.0:
cmds.skinPercent( SkinClustor(selection0[1])[0],selection0[1]+'.vtx['+str(R)+']', tv=(whichVer[0], finlDist[R]))
cmds.delete('Get_Test_Mesh')
if checkWire(selection0[1]) != []:
pm.setAttr(checkWire(selection0[1])[0]+".rotation", rotVal[0])
#---------------------------------------------------Total_Time
sys.stdout.write('You have done a great job. ' " %s seconds " % (time.time() - start_time))
#---------------------------------------------------end..
'''---------------------------------------------------------------------------------'''
def BlendShapeConvert():
start_time = time.time()
#=========================================Checking if defaut strings already Exists
findString()
#=========================================start
transName = pm.ls(sl=True)
pm.listHistory(transName[0])
pm.select(d =True)
#------------------------------------------------------Find_SkinCluster
def BlendShape(NamBlensSHape):
nodes = []
node = pm.listHistory(NamBlensSHape)
for damn in node:
if pm.nodeType(damn) == 'blendShape':
nodes.append(damn)
return nodes
WeightName = pm.listAttr(BlendShape(transName[0])[0]+'.w', m =True)
#------------------------------------------------------Find_SkinCluster
def SkinClustor(NamSkinClust):
nodes = []
node = pm.listHistory(NamSkinClust)
for damn in node:
if pm.nodeType(damn) == 'skinCluster':
nodes.append(damn)
return nodes
#------------------------------------------------------check if both have same skinclister
if len(SkinClustor(transName[0]))==0:
if pm.objExists("New_Vishu_Jnt") == False:
pm.joint(n = "New_Vishu_Jnt")
pm.skinCluster('New_Vishu_Jnt', transName[0])
#------------------------------------------------------Find_Hold_Jnt
MeshJnt = pm.skinCluster(transName[0], inf = True, q = True)
pm.setAttr(MeshJnt[0]+'.liw', 1)
#------------------------------------------------------
pm.setAttr(BlendShape(transName[0])[0]+'.'+WeightName[0], 1)
pm.duplicate(transName[0], n = 'Get_Test_Mesh')
pm.setAttr(BlendShape(transName[0])[0]+'.'+WeightName[0], 0)
pm.select(transName[0])
polyCount = pm.polyEvaluate( v=True )
pm.select(d =True)
#---------------------------------------------------addNewJnt and influnence
if pm.objExists("NewVish_01_Jnt") == False:
pm.joint(n = "NewVish_01_Jnt")