Qualoth一键创建布料和约束

功能演示:

加载方式: Python
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源码如下:↓

# encoding:utf-8
"""
@Author: Meng
@software: PyCharm
@file: QualothDecide.py
@time: 2021/12/18 20:39
"""
from pymel.core import *

def mui(*args):
if window("win",exists=1):
deleteUI("win")
window("win",title='Qualoth一键创建布料和约束', width=200)
columnLayout( adjustableColumn=True )
button( label='选择后一键创建布料和约束',h=80,bgc=(0.25,0.25,0.25),command="QualothDecide()" )
button( label='选择转到布料属性调试窗口',h=40,bgc=(0.25,0.25,0.25),command="shuxing()")
showWindow("win")
mui() 
def shuxing(): 
mel.eval('qlConvertSelectionToClothes()') 
def QualothDecide(*args):
sel= ls(sl=1)
idNum = len(sel)
for i in sel:
select(i)
newname=i.split(":") 
qcloth_mesh= duplicate(rr=0,n=newname[-1])
copymash=parent(qcloth_mesh, w=1)
setAttr(str(i+".v"), 0)
refoldd=str(newname[0]+ ":" + newname[-1])
print refoldd 
select(copymash)
#创建布料节点
qcloth_comm = mel.eval('qlCreateCloth')
qcloth_node_Cloth=rename("qlCloth1", i+"___Cloth")
print qcloth_node_Cloth
#布料属性
setAttr((str(qcloth_node_Cloth) + "Shape.lengthScale"),1)
setAttr((str(qcloth_node_Cloth) + "Shape.density"),0.05)
setAttr((str(qcloth_node_Cloth) + "Shape.stretch"),40)
setAttr((str(qcloth_node_Cloth) + "Shape.shear"),0.1)
setAttr((str(qcloth_node_Cloth) + "Shape.stretchDamp"),0.01)
setAttr((str(qcloth_node_Cloth) + "Shape.bend"),0.5)
setAttr((str(qcloth_node_Cloth) + "Shape.bendDamp"),0.1)
setAttr((str(qcloth_node_Cloth) + "Shape.bendYield"),0)
setAttr((str(qcloth_node_Cloth) + "Shape.bendPlasticity"),0)
setAttr((str(qcloth_node_Cloth) + "Shape.airDrag"),0.01)
setAttr((str(qcloth_node_Cloth) + "Shape.rubber"), 1)
setAttr((str(qcloth_node_Cloth) + "Shape.viscousDamp"),0)
setAttr((str(qcloth_node_Cloth) + "Shape.friction"),0)
setAttr((str(qcloth_node_Cloth) + "Shape.pressure"),0)
setAttr((str(qcloth_node_Cloth) + "Shape.friction"),0)
setAttr((str(qcloth_node_Cloth) + "Shape.gravity0"), 0)
setAttr((str(qcloth_node_Cloth) + "Shape.gravity1"),-980)
setAttr((str(qcloth_node_Cloth) + "Shape.gravity2"), 0)
#修改名称mash
newmash_out=rename("qlCloth1Out" ,i+"___out")
select(str(newmash_out) + ".vtx[0:*]")
select(str(i), add=1)
#创建约束
qcloth_constraints = mel.eval('qlCreateAttachConstraint()')
qcloth_constraints_new=rename("qlAttachConstraint1" ,i+"___QlAtt")
setAttr((str(qcloth_constraints_new) + ".soft"), 1) 
select(cl=1)
#解算器属性
setAttr("qlSolverShape1.startTime", 50)
setAttr("qlSolverShape1.frameSamples", 5)
setAttr("qlSolverShape1.selfCollision", 1)

 

# encoding:utf-8
"""
@Author: Meng
@software: PyCharm
@file: QualothDecide.py
@time: 2022/07/12 16:52
"""
import os, re
import random
from pymel.core import *
from maya.cmds import *
if not cmds.pluginInfo('qualoth_2018_x64', loaded=1, q=1):
        cmds.loadPlugin('qualoth_2018_x64')
def mui(*args):
    if window("win",exists=1):
        deleteUI("win")
    window("win",title=u'Qualoth一键创建布料和约束', width=200)
    columnLayout( adjustableColumn=True )
    button( label=u'选择后一键创建布料和约束',h=80,bgc=(0.20,0.20,0.20),command="QualothDecide()" )
    button( label=u'选择转到布料属性调试窗口',h=40,bgc=(0.20,0.20,0.20),command="shuxing()")
    button( label=u'材质随机颜色',h=40,bgc=(0.20,0.20,0.20),command="color_sj()")
    showWindow("win")
     
mui() 
def shuxing(*args): 
    mel.eval('qlConvertSelectionToClothes()')
def color_sj(*args):
        sel=ls(sl=True)
        print sel
        if sel!=[]:
            for obj in sel:
                myShade = shadingNode('lambert',asShader=True,name='Color')
                myShadeSG=sets(renderable=True,noSurfaceShader=True, name=(myShade+"SG"))
                connectAttr ((myShade+".outColor"),(myShadeSG+".surfaceShader"))
                select(obj)
                sets(forceElement=myShadeSG)
                colorR1=random.random()
                colorG1=random.random()
                colorB1=random.random()
                setAttr((myShade+".color"),colorR1,colorG1,colorB1,type="double3")
        else:
            inViewMessage( amg='请选择待解算模型',pos='midCenter',fade=True) 
def QualothDecide(*args):
    sel = ls(sl=1)
    idNum = len(sel)
    all = []
    modelEditor("modelPanel4", e=True, locators=True)
    for i in sel:
        select(i)
        newname=i.split(":")    
        #复制
        #qcloth_mesh= duplicate(rr=0,n=newname[-1])
        #移出组
        #copymash=parent(qcloth_mesh, w=1)
        refoldd=str(newname[0]+ ":" + newname[-1])
        print refoldd       
        select(i)
        #创建布料节点
        qcloth_comm = mel.eval('qlCreateCloth')  
        qcloth_node_Cloth=rename("qlCloth1", i+"___Cloth")
        all.append(qcloth_node_Cloth) 
        print qcloth_node_Cloth
        #布料属性
        setAttr((str(qcloth_node_Cloth) + "Shape.lengthScale"),1)
        setAttr((str(qcloth_node_Cloth) + "Shape.density"),0.05)
        setAttr((str(qcloth_node_Cloth) + "Shape.stretch"),40)
        setAttr((str(qcloth_node_Cloth) + "Shape.shear"),0.1)
        setAttr((str(qcloth_node_Cloth) + "Shape.stretchDamp"),0.01)
        setAttr((str(qcloth_node_Cloth) + "Shape.bend"),0.5)
        setAttr((str(qcloth_node_Cloth) + "Shape.bendDamp"),0.1)
        setAttr((str(qcloth_node_Cloth) + "Shape.bendYield"),0)
        setAttr((str(qcloth_node_Cloth) + "Shape.bendPlasticity"),0)
        setAttr((str(qcloth_node_Cloth) + "Shape.airDrag"),0.01)
        setAttr((str(qcloth_node_Cloth) + "Shape.rubber"), 1)
        setAttr((str(qcloth_node_Cloth) + "Shape.viscousDamp"),0)
        setAttr((str(qcloth_node_Cloth) + "Shape.friction"),0)
        setAttr((str(qcloth_node_Cloth) + "Shape.pressure"),0)
        setAttr((str(qcloth_node_Cloth) + "Shape.friction"),0)
        setAttr((str(qcloth_node_Cloth) + "Shape.gravity0"), 0)
        setAttr((str(qcloth_node_Cloth) + "Shape.gravity1"),-980)
        setAttr((str(qcloth_node_Cloth) + "Shape.gravity2"), 0)
        #修改名mash
        newmash_out=rename("qlCloth1Out" ,i+"___out")
        all.append(newmash_out) 
        select(str(newmash_out) + ".vtx[0:*]")
        select(str(i), add=1)
        #创建约束
        qcloth_constraints = mel.eval('qlCreateAttachConstraint()')
        qcloth_constraints_new=rename("qlAttachConstraint1" ,i+"___QlAtt")
        all.append(qcloth_constraints_new)  
        setAttr((str(qcloth_constraints_new) + ".soft"), 1)
        #原始
        setAttr(str(i+".visibility"), 1)        
    #主
    select(cl=1)
    QlSolver = rename ("qlSolver1" ,"QlSolver")
    select(QlSolver,r=1)
    QlSolverShape = ls(shapes=True)
    #解算器属性
    setAttr(QlSolverShape[0]+".startTime", 50)
    setAttr(QlSolverShape[0]+".frameSamples", 5)
    setAttr(QlSolverShape[0]+".selfCollision", 1)    
    #分支
    print (all) 
    for i in all :
          select(i,add=True)      
    group(n = QlSolver+'__z1')
    #创建显示层
    select(cl=1)
    dlayer = 'Q_Old_Show'
    dar = ls(type='displayLayer')
    if dlayer  not in dar :
        createDisplayLayer(nr=1, name=dlayer, number=1)
    else :
        print u"已存在Q_Old_Show层"
    select(sel,r=1)
    editDisplayLayerMembers(dlayer , sel)
    #mel.layerEditorLayerButtonVisibilityChange(dlayer)
    setAttr(dlayer+".v", 0)