/
Yang_NormalTranslaterTool_1file_ver.py
1342 lines (1243 loc) · 48.2 KB
/
Yang_NormalTranslaterTool_1file_ver.py
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# -*- coding: UTF-8 -*-
#--------------------------------------------------------------------------
#
# ScriptName : Normal Translator Tool
# Contents : UI for Normal changing/ Toolset
# Author : 则远霄汉Yiyang Chen
# Update : 2017/7/8
# Note : Credits to Charlie McKenna for helping me out
#
#--------------------------------------------------------------------------
from maya.app.general.mayaMixin import MayaQWidgetDockableMixin
import PySide2 as QT
import maya.cmds as cmds
import maya.OpenMaya as om
import math
class mayaDockableWindow( MayaQWidgetDockableMixin, QT.QtWidgets.QMainWindow ):
def __init__(self, parent=None):
super(mayaDockableWindow, self).__init__( parent)
self.Xsign = 1
self.Ysign = 1
self.Zsign = 1
self.VecOriginlist=[]
# self.TargetVectorDic={'index':[]}
# self.OriginVectorDic={'index':[]}
self.savedsel = []
self.vertexlimit = 200000
self.stopfunction = False
self.selectlive = True
#Preset Values
#self.PresetxyzData=[0,0,0,1,1,1,360,360,360,0,0,0]
#MAIN WINDOWS need a central Widget...
#We will create a blank Widget...
self.wdgMain = QT.QtWidgets.QWidget(self)
self.setCentralWidget (self.wdgMain)
self.wdgToolfunction = QT.QtWidgets.QWidget(self)
self.wdgHardEdge = QT.QtWidgets.QWidget(self)
self.wdgTogNor = QT.QtWidgets.QWidget(self)
self.wdgLineX = QT.QtWidgets.QWidget(self)
self.wdgLineY = QT.QtWidgets.QWidget(self)
self.wdgLineZ = QT.QtWidgets.QWidget(self)
self.wdgLineLerp = QT.QtWidgets.QWidget(self)
self.FuncLine1 = QT.QtWidgets.QWidget(self)
self.FuncLine2 = QT.QtWidgets.QWidget(self)
self.FuncLine3 = QT.QtWidgets.QWidget(self)
#ADD a Label
self.TitleLabel = QT.QtWidgets.QLabel( "Normal Editing Tools", self )
self.radioAddLabel = QT.QtWidgets.QLabel( "Add", self )
self.radioMulLabel = QT.QtWidgets.QLabel( "Multiply", self )
self.radioRotLabel = QT.QtWidgets.QLabel( "Rotate", self )
self.radioRepLabel = QT.QtWidgets.QLabel( "Replace", self )
self.radioAvgLabel = QT.QtWidgets.QLabel( "Average", self )
self.radioSphLabel = QT.QtWidgets.QLabel( "Spherize", self )
self.LerpLabel = QT.QtWidgets.QLabel( "Lerp", self )
self.XLabel = QT.QtWidgets.QLabel( "X", self )
self.YLabel = QT.QtWidgets.QLabel( "Y", self )
self.ZLabel = QT.QtWidgets.QLabel( "Z", self )
self.XLabel.setMaximumSize(12,24)
self.YLabel.setMaximumSize(12,24)
self.ZLabel.setMaximumSize(12,24)
#Intensity slider
self.SliderIntensity = QT.QtWidgets.QSlider(QT.QtCore.Qt.Horizontal)
self.SliderIntensity.setRange(0,200)
self.SliderIntensity.setValue(200)
# self.SliderIntensity.setSingleStep(0.01)
# self.SliderIntensity.valueChanged.connect (self.checkSelection)
self.SliderIntensity.valueChanged.connect (self.applyIntensity)
#Spin Boxes
self.NormalAngle = QT.QtWidgets.QDoubleSpinBox( self)
self.NormalAngle.setRange (0,180)
self.NormalAngle.setSingleStep (0.1)
# self.NormalAngle.setMinimumSize(90,24)
self.ValueXfloat = QT.QtWidgets.QDoubleSpinBox( self)
self.ValueXfloat.setRange (-10,10)
self.ValueXfloat.setSingleStep (0.1)
self.ValueXfloat.setMinimumSize(90,24)
self.ValueXfloat.valueChanged.connect (self.applySpinbox)
self.ValueXfloat.valueChanged.connect (self.applyIntensity)
# self.ValueXfloat.setWhatsThis('Targeted X Relative Value')
# self.ValueXfloat.valueChanged.connect (self.checksignx)
# self.ValueXfloat.valueChanged.connect (self.togglesign)
# self.ValueXfloat.valueChanged.connect (self.loadToolsetting)
self.ValueYfloat = QT.QtWidgets.QDoubleSpinBox( self)
self.ValueYfloat.setRange (-10,10)
self.ValueYfloat.setSingleStep (0.1)
self.ValueYfloat.setMinimumSize(90,24)
self.ValueYfloat.valueChanged.connect (self.applySpinbox)
self.ValueYfloat.valueChanged.connect (self.applyIntensity)
# self.ValueYfloat.valueChanged.connect (self.checksigny)
# self.ValueYfloat.valueChanged.connect (self.togglesign)
# self.ValueYfloat.valueChanged.connect (self.loadToolsetting)
self.ValueZfloat = QT.QtWidgets.QDoubleSpinBox( self)
self.ValueZfloat.setRange (-10,10)
self.ValueZfloat.setSingleStep (0.1)
self.ValueZfloat.setMinimumSize(90,24)
self.ValueZfloat.valueChanged.connect (self.applySpinbox)
self.ValueZfloat.valueChanged.connect (self.applyIntensity)
# self.ValueZfloat.valueChanged.connect (self.checksignz)
# self.ValueZfloat.valueChanged.connect (self.togglesign)
# self.ValueZfloat.valueChanged.connect (self.loadToolsetting)
self.Toolfuncgrp = QT.QtWidgets.QButtonGroup( self)
self.radioAdd = QT.QtWidgets.QRadioButton( self,1)
self.radioMul = QT.QtWidgets.QRadioButton( self,2)
self.radioRot = QT.QtWidgets.QRadioButton( self,3)
self.radioRep = QT.QtWidgets.QRadioButton( self,4)
self.radioAvg = QT.QtWidgets.QRadioButton( self,5)
self.radioSph = QT.QtWidgets.QRadioButton( self,6)
self.radioAdd.setChecked(1)
self.Toolfuncgrp.addButton ( self.radioAdd)
self.Toolfuncgrp.addButton ( self.radioMul)
self.Toolfuncgrp.addButton ( self.radioRot)
self.Toolfuncgrp.addButton ( self.radioRep)
self.Toolfuncgrp.addButton ( self.radioAvg)
self.Toolfuncgrp.addButton ( self.radioSph)
# self.Toolfuncgrp.buttonClicked.connect(self.saveToolxyz)
self.Toolfuncgrp.buttonClicked.connect(self.loadToolsetting)
# self.Toolfuncgrp.buttonClicked.connect(self.loadToolxyz)
# self.Toolfuncgrp.buttonClicked.connect(self.setoldTool)
self.btnSelectlive = QT.QtWidgets.QPushButton('Live On', self)
self.btnSelectlive.released.connect (self.ToggleSelectlive)
#Set to default value button
self.btnDefault = QT.QtWidgets.QPushButton('Default', self)
self.btnDefault.released.connect (self.setdefaultvalue)
#Template value button
self.btnApply = QT.QtWidgets.QPushButton('Apply', self)
self.btnApply.released.connect (self.applyTool)
self.btnNrmtoCol = QT.QtWidgets.QPushButton('Nrm to Col', self)
self.btnNrmtoCol.released.connect (self.convertNrmtoCol)
self.btnColtoNrm = QT.QtWidgets.QPushButton('Col to Nrm', self)
self.btnColtoNrm.released.connect (self.convertColtoNrm)
self.btnemptyCol = QT.QtWidgets.QPushButton('Empty Col', self)
self.btnemptyCol.released.connect (self.emptyCol)
self.btnHardedge = QT.QtWidgets.QPushButton('Hard Edges', self)
self.btnHardedge.released.connect (self.HardedgeNormals)
self.btnHardedgeset0 = QT.QtWidgets.QPushButton('H', self)
self.btnHardedgeset0.released.connect (self.Hardedgeset0)
self.btnHardedgeset180 = QT.QtWidgets.QPushButton('S', self)
self.btnHardedgeset180.released.connect (self.Hardedgeset180)
self.btnToggleNorShow = QT.QtWidgets.QPushButton('Display', self)
self.btnToggleNorShow.released.connect (self.ToggleNorShow)
self.btnNorLenAdd = QT.QtWidgets.QPushButton('+', self)
self.btnNorLenAdd.released.connect (self.NorLenAdd)
self.btnNorLenSub = QT.QtWidgets.QPushButton('-', self)
self.btnNorLenSub.released.connect (self.NorLenSub)
self.btnOrigin = QT.QtWidgets.QPushButton('Origin', self)
self.btnOrigin.setMaximumSize(100,24)
self.btnOrigin.setMinimumSize(60,24)
self.btnOrigin.released.connect(self.applyIntensityOrigin)
self.btnTarget = QT.QtWidgets.QPushButton('Target', self)
self.btnTarget.setMaximumSize(100,24)
self.btnTarget.setMinimumSize(60,24)
self.btnTarget.released.connect(self.applyIntensityTarget)
# self.btnX0 = QT.QtWidgets.QPushButton('X', self)
# self.btnX0.released.connect (self.applyToolx0)
self.btnX1 = QT.QtWidgets.QPushButton('-', self)
self.btnX1.setMaximumSize(50,24)
self.btnX1.setMinimumSize(20,24)
self.btnX1.released.connect (self.applyToolx1)
self.btnX1.released.connect (self.togglesign)
self.btnX2 = QT.QtWidgets.QPushButton('0.15', self)
self.btnX2.setMaximumSize(70,24)
self.btnX2.setMinimumSize(40,24)
self.btnX2.released.connect (self.applyToolx2)
self.btnX3 = QT.QtWidgets.QPushButton('0.5', self)
self.btnX3.setMaximumSize(70,24)
self.btnX3.setMinimumSize(40,24)
self.btnX3.released.connect (self.applyToolx3)
self.btnX4 = QT.QtWidgets.QPushButton('1', self)
self.btnX4.setMaximumSize(70,24)
self.btnX4.setMinimumSize(40,24)
self.btnX4.released.connect (self.applyToolx4)
self.btnX5 = QT.QtWidgets.QPushButton('Def', self)
self.btnX5.setMaximumSize(60,24)
self.btnX3.setMinimumSize(40,24)
self.btnX5.released.connect (self.xdefault)
# self.btnY0 = QT.QtWidgets.QPushButton('Y', self)
# self.btnY0.released.connect (self.applyTooly0)
self.btnY1 = QT.QtWidgets.QPushButton('-', self)
self.btnY1.setMaximumSize(50,24)
self.btnY1.setMinimumSize(20,24)
self.btnY1.released.connect (self.applyTooly1)
self.btnY1.released.connect (self.togglesign)
self.btnY2 = QT.QtWidgets.QPushButton('0.15', self)
self.btnY2.setMaximumSize(70,24)
self.btnY2.setMinimumSize(40,24)
self.btnY2.released.connect (self.applyTooly2)
self.btnY3 = QT.QtWidgets.QPushButton('0.5', self)
self.btnY3.setMaximumSize(70,24)
self.btnY3.setMinimumSize(40,24)
self.btnY3.released.connect (self.applyTooly3)
self.btnY4 = QT.QtWidgets.QPushButton('1', self)
self.btnY4.setMaximumSize(70,24)
self.btnY4.setMinimumSize(40,24)
self.btnY4.released.connect (self.applyTooly4)
self.btnY5 = QT.QtWidgets.QPushButton('Def', self)
self.btnY5.setMaximumSize(60,24)
self.btnY3.setMinimumSize(40,24)
self.btnY5.released.connect (self.ydefault)
# self.btnZ0 = QT.QtWidgets.QPushButton('Z', self)
# self.btnZ0.released.connect (self.applyToolz0)
self.btnZ1 = QT.QtWidgets.QPushButton('-', self)
self.btnZ1.setMaximumSize(50,24)
self.btnZ1.setMinimumSize(20,24)
self.btnZ1.released.connect (self.applyToolz1)
self.btnZ1.released.connect (self.togglesign)
self.btnZ2 = QT.QtWidgets.QPushButton('0.15', self)
self.btnZ2.setMaximumSize(70,24)
self.btnZ2.setMinimumSize(40,24)
self.btnZ2.released.connect (self.applyToolz2)
self.btnZ3 = QT.QtWidgets.QPushButton('0.5', self)
self.btnZ3.setMaximumSize(70,24)
self.btnZ3.setMinimumSize(40,24)
self.btnZ3.released.connect (self.applyToolz3)
self.btnZ4 = QT.QtWidgets.QPushButton('1', self)
self.btnZ4.setMaximumSize(70,24)
self.btnZ4.setMinimumSize(40,24)
self.btnZ4.released.connect (self.applyToolz4)
self.btnZ5 = QT.QtWidgets.QPushButton('Def', self)
self.btnZ5.setMaximumSize(60,24)
self.btnZ3.setMinimumSize(40,24)
self.btnZ5.released.connect (self.zdefault)
# layout for tool function radio group
layToolfunction = QT.QtWidgets.QHBoxLayout(self.wdgToolfunction)
layToolfunction.addWidget (self.radioAdd)
layToolfunction.addWidget (self.radioAddLabel)
layToolfunction.addStretch()
layToolfunction.addWidget (self.radioMul)
layToolfunction.addWidget (self.radioMulLabel)
layToolfunction.addStretch()
layToolfunction.addWidget (self.radioRot)
layToolfunction.addWidget (self.radioRotLabel)
layToolfunction.addStretch()
layToolfunction.addWidget (self.radioRep)
layToolfunction.addWidget (self.radioRepLabel)
layToolfunction.addStretch()
layToolfunction.addWidget (self.radioAvg)
layToolfunction.addWidget (self.radioAvgLabel)
layToolfunction.addStretch()
layToolfunction.addWidget (self.radioSph)
layToolfunction.addWidget (self.radioSphLabel)
layToolfunction.addStretch()
# layout for tool function radio group
layTogNor = QT.QtWidgets.QHBoxLayout(self.wdgTogNor)
layTogNor.addWidget (self.btnNorLenSub)
layTogNor.addWidget (self.btnToggleNorShow)
layTogNor.addWidget (self.btnNorLenAdd)
layTogNor.setSpacing(4)
layTogNor.setContentsMargins(0,0,0,0)
# layout for xyz lines
layLineX = QT.QtWidgets.QHBoxLayout(self.wdgLineX)
layLineX.addWidget (self.XLabel)
layLineX.addWidget (self.btnX5)
# layLineX.addWidget (self.btnX0)
layLineX.addWidget (self.ValueXfloat)
layLineX.addWidget (self.btnX1)
layLineX.addWidget (self.btnX2)
layLineX.addWidget (self.btnX3)
layLineX.addWidget (self.btnX4)
layLineY = QT.QtWidgets.QHBoxLayout(self.wdgLineY)
layLineY.addWidget (self.YLabel)
layLineY.addWidget (self.btnY5)
# layLineY.addWidget (self.btnY0)
layLineY.addWidget (self.ValueYfloat)
layLineY.addWidget (self.btnY1)
layLineY.addWidget (self.btnY2)
layLineY.addWidget (self.btnY3)
layLineY.addWidget (self.btnY4)
layLineZ = QT.QtWidgets.QHBoxLayout(self.wdgLineZ)
layLineZ.addWidget (self.ZLabel)
layLineZ.addWidget (self.btnZ5)
# layLineZ.addWidget (self.btnZ0)
layLineZ.addWidget (self.ValueZfloat)
layLineZ.addWidget (self.btnZ1)
layLineZ.addWidget (self.btnZ2)
layLineZ.addWidget (self.btnZ3)
layLineZ.addWidget (self.btnZ4)
layLineLerp = QT.QtWidgets.QHBoxLayout(self.wdgLineLerp)
layLineLerp.addWidget(self.LerpLabel)
layLineLerp.addWidget(self.btnOrigin)
layLineLerp.addWidget (self.SliderIntensity)
layLineLerp.addWidget(self.btnTarget)
layHardEdge = QT.QtWidgets.QHBoxLayout(self.wdgHardEdge)
layHardEdge.addWidget(self.btnHardedgeset0)
layHardEdge.addWidget(self.NormalAngle)
layHardEdge.addWidget(self.btnHardedgeset180)
layHardEdge.setSpacing(4)
layHardEdge.setContentsMargins(0,0,0,0)
layFuncLine1 = QT.QtWidgets.QHBoxLayout(self.FuncLine1)
layFuncLine1.addWidget (self.btnDefault)
layFuncLine1.addWidget (self.wdgTogNor)
layFuncLine1.addWidget (self.btnSelectlive)
layFuncLine2 = QT.QtWidgets.QHBoxLayout(self.FuncLine3)
layFuncLine2.addWidget (self.btnNrmtoCol)
layFuncLine2.addWidget (self.btnColtoNrm)
layFuncLine2.addWidget (self.btnemptyCol)
layFuncLine3 = QT.QtWidgets.QHBoxLayout(self.FuncLine2)
layFuncLine3.addWidget (self.btnHardedge)
layFuncLine3.addWidget (self.wdgHardEdge)
layFuncLine3.addWidget (self.btnApply)
#Add the button to a layout....
layMain = QT.QtWidgets.QVBoxLayout(self.wdgMain)
layMain.addWidget (self.TitleLabel)
layMain.addWidget (self.wdgToolfunction)
layMain.addWidget (self.wdgLineX)
layMain.addWidget (self.wdgLineY)
layMain.addWidget (self.wdgLineZ)
layMain.addWidget (self.wdgLineLerp)
layMain.addWidget (self.FuncLine1)
layMain.addWidget (self.FuncLine2)
layMain.addWidget (self.FuncLine3)
layMain.addStretch ( )
selVerArray = cmds.ls( selection=True, fl=True )
###SET UP MAYA SCRIPT JOB
self.getSpherizeTarget()
self.hideSpherizeTarget()
self._SphereMovedJob = cmds.scriptJob( ac= ["__NrmTrans_SpherizeTarget.translate",self.syncToSphereMove], protected=True)
##check if already selection
if not selVerArray:
print "start: nothing selected"
else:
# print "something selected"
cmds.select(selVerArray)
self.checkSelection(selVerArray)
# self.getVertexSelection()
self._selChangedJob = cmds.scriptJob( e= ["SelectionChanged",self.syncToSelection], protected=True)
#======================================================================================================================
def syncToSelection(self):
"""This function is used to sync the UI/Tool everytime Maya Changes Selection."""
# print "SELECTION CHANGED."
stsselVerArray = cmds.ls( selection= True, fl=True )
# if selVerArray :
# self.getVertexSelection
if self.selectlive == True:
# print "selectlive,checkSelection"
self.checkSelection(stsselVerArray)
else:
print"selectnotlive"
# self.applySpinbox()
# self.applyIntensity()
def syncToSphereMove(self):
# print "Moved Sphere"
self.getVertexSelection()
if self.selectlive:
self.applySpinbox()
self.applyIntensity()
else:
print"Live off"
self.getSpherizeTarget()
# self.TargetVectorDic.clear()
# self.TargetVectorDic={'index':[]}
def closeEvent(self, event):
print "Closing"
cmds.scriptJob( kill=self._selChangedJob, force=True)
cmds.scriptJob( kill=self._SphereMovedJob, force=True)
# self.setvtxtoorigin()
ApplyNormals(self.VecOriginlist,self.TarNorArray,0)
self.stopfunction = False
cmds.delete( '__NrmTrans_SpherizeTarget' )
cmds.delete( 'Mat_RigTransp_Blue_ShaderG' )
cmds.delete( 'Mat_RigTransp_Blue' )
event.accept()
#======================================================================================================================
def setdefaultvalue(self):
self.xdefault()
self.ydefault()
self.zdefault()
return
#======================================================================================================================
def loadToolsetting(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
print "Load tool setting of tool" , toolId
if toolId == 1:
self.ValueXfloat.setRange (-10,10)
self.ValueYfloat.setRange (-10,10)
self.ValueZfloat.setRange (-10,10)
self.ValueXfloat.setSingleStep (0.1)
self.ValueYfloat.setSingleStep (0.1)
self.ValueZfloat.setSingleStep (0.1)
self.ValueXfloat.setValue(0)
self.ValueYfloat.setValue(0)
self.ValueZfloat.setValue(0)
elif toolId == 2:
self.ValueXfloat.setRange (-100,100)
self.ValueYfloat.setRange (-100,100)
self.ValueZfloat.setRange (-100,100)
self.ValueXfloat.setSingleStep (0.1)
self.ValueYfloat.setSingleStep (0.1)
self.ValueZfloat.setSingleStep (0.1)
self.ValueXfloat.setValue(1)
self.ValueYfloat.setValue(1)
self.ValueZfloat.setValue(1)
elif toolId == 3:
self.ValueXfloat.setRange (-360,360)
self.ValueYfloat.setRange (-360,360)
self.ValueZfloat.setRange (-360,360)
self.ValueXfloat.setSingleStep (15)
self.ValueYfloat.setSingleStep (15)
self.ValueZfloat.setSingleStep (15)
self.ValueXfloat.setValue(0)
self.ValueYfloat.setValue(0)
self.ValueZfloat.setValue(0)
elif toolId == 4:
self.ValueXfloat.setRange (-1,1)
self.ValueYfloat.setRange (-1,1)
self.ValueZfloat.setRange (-1,1)
self.ValueXfloat.setSingleStep (0.1)
self.ValueYfloat.setSingleStep (0.1)
self.ValueZfloat.setSingleStep (0.1)
self.ValueXfloat.setValue(1)
self.ValueYfloat.setValue(1)
self.ValueZfloat.setValue(1)
elif toolId in [5,6]:
self.ValueXfloat.setRange (-1,1)
self.ValueYfloat.setRange (-1,1)
self.ValueZfloat.setRange (-1,1)
self.ValueXfloat.setSingleStep (0.1)
self.ValueYfloat.setSingleStep (0.1)
self.ValueZfloat.setSingleStep (0.1)
self.ValueXfloat.setValue(0)
self.ValueYfloat.setValue(0)
self.ValueZfloat.setValue(0)
else:
print "error:loadToolsetting : Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
if toolId == 6:
self.getSpherizeTarget()
self.getVertexSelection()
else:
self.hideSpherizeTarget()
self.togglesign()
return
def togglesign(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
# if toolId == 1:
if toolId in [1,2,5]:
if self.Xsign == 1:
self.btnX2.setText('0.15')
self.btnX3.setText('0.5')
self.btnX4.setText('1')
elif self.Xsign == -1:
self.btnX2.setText('-0.15')
self.btnX3.setText('-0.5')
self.btnX4.setText('-1')
else:
print"No Xsign"
if self.Ysign == 1:
self.btnY2.setText('0.15')
self.btnY3.setText('0.5')
self.btnY4.setText('1')
elif self.Ysign == -1:
self.btnY2.setText('-0.15')
self.btnY3.setText('-0.5')
self.btnY4.setText('-1')
else:
print"No Ysign"
if self.Zsign == 1:
self.btnZ2.setText('0.15')
self.btnZ3.setText('0.5')
self.btnZ4.setText('1')
elif self.Zsign == -1:
self.btnZ2.setText('-0.15')
self.btnZ3.setText('-0.5')
self.btnZ4.setText('-1')
else:
print"No Zsign"
elif toolId == 3:
if self.Xsign == 1:
self.btnX2.setText('22.5')
self.btnX3.setText('36')
self.btnX4.setText('90')
elif self.Xsign == -1:
self.btnX2.setText('-22.5')
self.btnX3.setText('-36')
self.btnX4.setText('-90')
else:
print"No Xsign"
if self.Ysign == 1:
self.btnY2.setText('22.5')
self.btnY3.setText('36')
self.btnY4.setText('90')
elif self.Ysign == -1:
self.btnY2.setText('-22.5')
self.btnY3.setText('-36')
self.btnY4.setText('-90')
else:
print"No Ysign"
if self.Zsign == 1:
self.btnZ2.setText('22.5')
self.btnZ3.setText('36')
self.btnZ4.setText('90')
elif self.Zsign == -1:
self.btnZ2.setText('-22.5')
self.btnZ3.setText('-36')
self.btnZ4.setText('-90')
else:
print"No Zsign"
elif toolId == 4:
self.btnX4.setText('__')
self.btnZ4.setText('__')
if self.Xsign == 1:
self.btnX2.setText('X')
if self.Ysign == 1:
self.btnX3.setText('X.Y')
if self.Zsign == 1:
self.btnY4.setText('X.Y.Z')
else:
self.btnY4.setText('X.Y.-Z')
else:
self.btnX3.setText('X.-Y')
if self.Zsign == 1:
self.btnY4.setText('X.-Y.Z')
else:
self.btnY4.setText('X.-Y.-Z')
elif self.Xsign == -1:
self.btnX2.setText('-X')
if self.Ysign == 1:
self.btnX3.setText('-X.Y')
if self.Zsign == 1:
self.btnY4.setText('-X.Y.Z')
else:
self.btnY4.setText('-X.Y.-Z')
else:
self.btnX3.setText('-X.-Y')
if self.Zsign == 1:
self.btnY4.setText('-X.-Y.Z')
else:
self.btnY4.setText('-X.-Y.-Z')
else:
print"No Xsign"
if self.Ysign == 1:
self.btnY2.setText('Y')
if self.Zsign == 1:
self.btnY3.setText('Y.Z')
else:
self.btnY3.setText('Y.-Z')
elif self.Ysign == -1:
self.btnY2.setText('-Y')
if self.Zsign == 1:
self.btnY3.setText('-Y.Z')
else:
self.btnY3.setText('-Y.-Z')
else:
print"No Ysign"
if self.Zsign == 1:
self.btnZ2.setText('Z')
if self.Xsign == 1:
self.btnZ3.setText('X.Z')
else:
self.btnZ3.setText('-X.Z')
elif self.Zsign == -1:
self.btnZ2.setText('-Z')
if self.Xsign == 1:
self.btnZ3.setText('X.-Z')
else:
self.btnZ3.setText('-X.-Z')
else:
print"No Zsign"
elif toolId ==6:
self.btnX4.setText('Sphere')
if self.Xsign == 1:
self.btnX2.setText('0.15')
self.btnX3.setText('0.5')
elif self.Xsign == -1:
self.btnX2.setText('-0.15')
self.btnX3.setText('-0.5')
else:
print"No Xsign"
self.btnY4.setText('Select')
if self.Ysign == 1:
self.btnY2.setText('0.15')
self.btnY3.setText('0.5')
elif self.Ysign == -1:
self.btnY2.setText('-0.15')
self.btnY3.setText('-0.5')
else:
print"No Ysign"
self.btnZ4.setText('Center')
if self.Zsign == 1:
self.btnZ2.setText('0.15')
self.btnZ3.setText('0.5')
elif self.Zsign == -1:
self.btnZ2.setText('-0.15')
self.btnZ3.setText('-0.5')
else:
print"No Zsign"
else:
print "error:togglesign:Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
return
# x part
def xdefault(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
print "set default value x for tool",toolId
if toolId in [1,3,5,6]:
self.ValueXfloat.setValue(0)
elif toolId in [2,4]:
self.ValueXfloat.setValue(1)
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
return
def applyToolx1(self):
n=self.ValueZfloat.value()
# self.ValueXfloat.setValue(-self.ValueXfloat.value())
self.Xsign *= -1
print "applyToolx1", self.Xsign
return
def applyToolx2(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVector = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
if toolId in [1,2,5,6]:
ChangeVector= self.addtwoVectors(ChangeVector, [self.Xsign*0.15,0,0])
elif toolId == 3:
ChangeVector= self.addtwoVectors(ChangeVector, [self.Xsign*22.5,0,0])
elif toolId == 4:
ChangeVector=[self.Xsign,0,0]
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
self.ChangeSpinbox(ChangeVector)
return
def applyToolx3(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVector = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
if toolId in [1,2,5,6]:
ChangeVector= self.addtwoVectors(ChangeVector, [self.Xsign*0.5,0,0])
elif toolId == 3:
ChangeVector= self.addtwoVectors(ChangeVector, [self.Xsign*36,0,0])
elif toolId == 4:
ChangeVector=[self.Xsign,self.Ysign,0]
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
self.ChangeSpinbox(ChangeVector)
return
def applyToolx4(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVector = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
if toolId in [1,2,5]:
ChangeVector= self.addtwoVectors(ChangeVector, [self.Xsign,0,0])
elif toolId == 3:
ChangeVector= self.addtwoVectors(ChangeVector, [self.Xsign*90,0,0])
elif toolId == 4:
print "Does nothing"
elif toolId == 6:
self.getSpherizeTarget()
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
self.ChangeSpinbox(ChangeVector)
return
# y part
def ydefault(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
print "set default value y for tool",toolId
if toolId in [1,3,5,6]:
self.ValueYfloat.setValue(0)
elif toolId in [2,4]:
self.ValueYfloat.setValue(1)
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
return
def applyTooly1(self):
n=self.ValueZfloat.value()
# self.ValueYfloat.setValue(-self.ValueYfloat.value())
self.Ysign *= -1
print "applyTooly1", self.Ysign
return
def applyTooly2(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVector = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
if toolId in [1,2,5,6]:
ChangeVector= self.addtwoVectors(ChangeVector, [0,self.Ysign*0.15,0])
elif toolId == 3:
ChangeVector= self.addtwoVectors(ChangeVector, [0,self.Ysign*22.5,0])
elif toolId == 4:
ChangeVector=[0,self.Ysign,0]
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
self.ChangeSpinbox(ChangeVector)
return
def applyTooly3(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVector = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
if toolId in [1,2,5,6]:
ChangeVector= self.addtwoVectors(ChangeVector, [0,self.Ysign*0.5,0])
elif toolId == 3:
ChangeVector= self.addtwoVectors(ChangeVector, [0,self.Ysign*36,0])
elif toolId == 4:
ChangeVector=[0,self.Ysign,self.Zsign]
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
self.ChangeSpinbox(ChangeVector)
return
def applyTooly4(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVector = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
if toolId in [1,2,5]:
ChangeVector= self.addtwoVectors(ChangeVector, [0,self.Ysign,0])
elif toolId == 3:
ChangeVector= self.addtwoVectors(ChangeVector, [0,self.Ysign*90,0])
elif toolId == 4:
ChangeVector=[self.Xsign,self.Ysign,self.Zsign]
elif toolId == 6:
self.getVertexSelection()
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
self.ChangeSpinbox(ChangeVector)
return
# z part
def zdefault(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
print "set default value z for tool",toolId
if toolId in [1,3,5,6]:
self.ValueZfloat.setValue(0)
elif toolId in [2,4]:
self.ValueZfloat.setValue(1)
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
return
def applyToolz1(self):
n=self.ValueZfloat.value()
# self.ValueZfloat.setValue(-self.ValueZfloat.value())
self.Zsign *= -1
print "applyToolz1", self.Zsign
return
def applyToolz2(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVector = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
if toolId in [1,2,5,6]:
ChangeVector= self.addtwoVectors(ChangeVector, [0,0,self.Zsign*0.15])
elif toolId == 3:
ChangeVector= self.addtwoVectors(ChangeVector, [0,0,self.Zsign*22.5])
elif toolId == 4:
ChangeVector=[0,0,self.Zsign]
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
self.ChangeSpinbox(ChangeVector)
return
def applyToolz3(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVector = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
if toolId in [1,2,5,6]:
ChangeVector= self.addtwoVectors(ChangeVector, [0,0,self.Zsign*0.5])
elif toolId == 3:
ChangeVector= self.addtwoVectors(ChangeVector, [0,0,self.Zsign*36])
elif toolId == 4:
ChangeVector=[self.Xsign,0,self.Zsign]
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
self.ChangeSpinbox(ChangeVector)
return
def applyToolz4(self):
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVector = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
if toolId in [1,2,5]:
ChangeVector= self.addtwoVectors(ChangeVector, [0,0,self.Zsign])
elif toolId == 3:
ChangeVector= self.addtwoVectors(ChangeVector, [0,0,self.Zsign*90])
elif toolId == 4:
print "Does nothing"
elif toolId == 6:
self.getCenterTarget()
else:
print "Non specified UseTool: 1 Add 2 Multiply 3 Rotate 4 Replace 5 Average 6 Spherize"
self.ChangeSpinbox(ChangeVector)
return
def applyIntensityOrigin(self):
self.SliderIntensity.setSliderPosition(0)
def applyIntensityTarget(self):
self.SliderIntensity.setSliderPosition(200)
def ChangeSpinbox(self,ChangeVector):
# print ChangeVector
self.ValueXfloat.setValue(ChangeVector[0])
self.ValueYfloat.setValue(ChangeVector[1])
self.ValueZfloat.setValue(ChangeVector[2])
return
def lerp(self,f1,f2,alpha):
return alpha*f2+(1-alpha)*f1
def lerpVectorflalpha(self,v1,v2,alpha):
return [self.lerp(v1[0],v2[0],alpha), self.lerp(v1[1],v2[1],alpha), self.lerp(v1[2],v2[2],alpha)]
def addtwoVectors(self,v1, v2):
return [v1[0]+v2[0], v1[1] + v2[1], v1[2] + v2[2]]
#link with nrmedittool
def applySpinbox(self):
# print"start applySpinbox"
toolId = -1 - self.Toolfuncgrp.checkedId()
ChangeVec = [self.ValueXfloat.value(),self.ValueYfloat.value(),self.ValueZfloat.value()]
asbselVerArray = cmds.ls( selection=True, fl=True )
if not asbselVerArray:
print "applySpinbox:nothing selected"
VerCountFloat = len(asbselVerArray)
if VerCountFloat > self.vertexlimit:
print "selection over limit"
self.stopfunction = True
return
self.TarNorArray = AddMulNor(ChangeVec, toolId, self.VecOriginlist)
return
def applyIntensity(self):
if self.stopfunction:
print "vertex amount over limit, change selection plz"
return
toolIntensity = float(self.SliderIntensity.value())/200
ApplyNormals(self.VecOriginlist,self.TarNorArray,toolIntensity)
return
def zerooldSelection(self):
vtxFaceCountFloat = len(self.TargetVectorDic) - 1
if self.stopfunction:
self.stopfunction = False
return
ApplyNormals(self.VecOriginlist,self.TarNorArray,0)
return
def applyTool(self):
if self.stopfunction:
print "vertex amount over limit, change selection plz"
return
#atselVerArray = cmds.ls( selection=True, fl=True )
self.VecOriginlist = BuildVecOrigin()
self.applySpinbox()
self.applyIntensity()
self.SliderIntensity.setValue(0)
return
def getSpherizeTarget(self):
if cmds.objExists('__NrmTrans_SpherizeTarget'):
cmds.select('__NrmTrans_SpherizeTarget')
# cmds.sets( e=True, forceElement= 'Mat_RigTransp_Blue_ShaderG' )
cmds.MoveTool()
else:
cmds.sphere( n = '__NrmTrans_SpherizeTarget',nsp=2,s=4)
if cmds.objExists('Mat_RigTransp_Blue_ShaderG'):
cmds.sets( '__NrmTrans_SpherizeTarget', e=True, forceElement= 'Mat_RigTransp_Blue_ShaderG' )
else:
cmds.shadingNode('lambert', asShader=True,n='Mat_RigTransp_Blue')
cmds.sets (r=True, noSurfaceShader=True, n='Mat_RigTransp_Blue_ShaderG')
cmds.connectAttr ('Mat_RigTransp_Blue.outColor', 'Mat_RigTransp_Blue_ShaderG.surfaceShader')
cmds.setAttr( 'Mat_RigTransp_Blue.color',0, 1, 0, typ='double3' )
cmds.setAttr( 'Mat_RigTransp_Blue.incandescence',0, 0, 1, typ='double3' )
cmds.setAttr( 'Mat_RigTransp_Blue.transparency',0.85, 0.85, 1.85, typ='double3' )
cmds.sets( '__NrmTrans_SpherizeTarget', e=True, forceElement= 'Mat_RigTransp_Blue_ShaderG' )
cmds.showHidden( '__NrmTrans_SpherizeTarget' )
def hideSpherizeTarget(self):
if cmds.objExists('__NrmTrans_SpherizeTarget'):
cmds.hide( '__NrmTrans_SpherizeTarget' )
def getVertexSelection(self):
cmds.select(d=True )
if self.Vertexselect:
cmds.select(self.Vertexselect)
cmds.SelectVertexMask()
cmds.SelectTool()
else:
return
def getCenterTarget(self):
gctselVerArray = cmds.ls( selection=True, fl=True )
pointCon = gctselVerArray[len(gctselVerArray)-1]
if '.vtx' in pointCon or '.map' in pointCon:
newcoor = cmds.pointPosition(pointCon)
# cmds.setAttr( '__NrmTrans_SpherizeTarget.translate', newcoor )
cmds.setAttr( '__NrmTrans_SpherizeTarget.translate', newcoor[0],newcoor[1],newcoor[2] )
elif '.f' in pointCon or '.e' in pointCon:
pointConlist = cmds.ls(cmds.polyListComponentConversion( pointCon, tv=True ), fl=True )
newcoor=[0,0,0]
pointcount = len(pointConlist)
for y in range (0,pointcount):
addedvect= cmds.pointPosition(pointConlist[y])
newcoor = self.addtwoVectors(addedvect,newcoor)
newcoor = [newcoor[0]/pointcount,newcoor[1]/pointcount,newcoor[2]/pointcount]
cmds.setAttr( '__NrmTrans_SpherizeTarget.translate', newcoor[0],newcoor[1],newcoor[2] )
else:
cmds.pointConstraint(gctselVerArray[0], '__NrmTrans_SpherizeTarget',n='__tobedelete_pointConstraint' )
cmds.delete ('__tobedelete_pointConstraint')
def setvtxtoorigin(self):
vtxFaceCountFloat = len(self.OriginVectorDic) - 1
ovdindex = self.OriginVectorDic['index']
if not ovdindex:
pass
else:
for x in range(0,vtxFaceCountFloat):
currentvtxFace = ovdindex[x]
currentvtxOVal = self.OriginVectorDic[ovdindex[x]]
cmds.polyNormalPerVertex(currentvtxFace, xyz = currentvtxOVal)
def checkSelection(self,selVerArray):
#convert selection
# selVerArray = cmds.ls( selection=True, fl=True )
# print "selVerArray",selVerArray
# currentsel = cmds.polyListComponentConversion( selVerArray, tv=True)
# print"start checkSelection"
# print selVerArray
if not selVerArray:
print"checkSelection:nothing selected"
elif self.savedsel == selVerArray:
# print'same'
if self.selectlive:
self.applySpinbox()
self.applyIntensity()
else:
print"Live off"
elif '__NrmTrans_SpherizeTarget' in selVerArray:
# self.SpherizeTargetselected= True
print "is sphere"
elif any('__NrmTrans_SpherizeTarget' in s for s in selVerArray):
# print "is sphere part"
cmds.select('__NrmTrans_SpherizeTarget')
elif any('.vtx' in s for s in selVerArray ):
if not self.VecOriginlist:
# print "no before selection"
pass
else:
# print"zerooldSelection"
if self.stopfunction:
self.stopfunction = False
else:
ApplyNormals(self.VecOriginlist,self.TarNorArray,0)
# self.savedsel = selVerArray
self.Vertexselect = selVerArray
#####get all vtxFace of an object and edit it first to prevent the normal splitting bug###
Activeallvtxface()
# ApplyNormals(self.VecOriginlist,self.TarNorArray,toolIntensity)
# self.checkobjnormals(selVerArray)
self.VecOriginlist = BuildVecOrigin()
# print "selection changed: current selection:" ,self.OriginVectorDic
if self.selectlive:
self.applySpinbox()
self.applyIntensity()
else:
print"Live off"
else:
print "not vertex"
def NorLenAdd(self):
cmds.polyOptions( r=True, sn=1.41421356237 )
def NorLenSub(self):
cmds.polyOptions( r=True, sn=0.70710678118 )
def ToggleNorShow(self):
if cmds.polyOptions(q=True, dn=True )[0]: