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gc_YetiTools.py
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gc_YetiTools.py
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# ---------------------------- cg_YetiTools v.0.16 ----------------------
# ---------------------------- by: Gerardo Castellanos -------------------
# ---------------------------- animetria@gmail.com -----------------------
from maya import cmds
from functools import partial
import time
listGroomsSelected = cmds.ls(type="pgYetiGroom")
listYetiSelected = cmds.ls(type="pgYetiMaya")
# --------------------------------------------- UI -----------------------------------------------------------------------------
def gcYetiToolsWindows():
if(cmds.window('gcYetiTools_ui',q=True,ex=True)):cmds.deleteUI('gcYetiTools_ui')
cmds.window('gcYetiTools_ui',t=u'gc_YetiTools v0.15',s=True,mnb=False,mxb=False,mbv=True,wh=(300, 300),vis=True,rtf=True)
#cmds.columnLayout(adj=True,cal=u'center')
# SELECTION UI
cmds.frameLayout('selection',p='gcYetiTools_ui',po=True,l=u'Selection',fn=u'boldLabelFont')
#cmds.checkBox(l=u'only connected',v=True)
cmds.button(p='selection', l=u'UPDATE', c='gcYetiToolsWindows()')
cmds.rowColumnLayout('rowSel', p='selection',en=True,ann=u'yetigroom', nc=2)
cmds.rowColumnLayout("selectObj", p='selection',nc=5, cw=[[1, 60], [2, 60], [3, 60], [4, 270], [5, 60]])
cmds.button(p='selectObj', l=u'Groom >', c='objFromGroom(listGroomsSelected)')
cmds.button(p='selectObj', l=u'Proxy >', c='defineProxy()')
cmds.button(p='selectObj', l=u'Sel >', c='defineObj()')
objTF = cmds.textField("objTF", p='selectObj', tx=u'', w=300)
cmds.button(p='selectObj',l=u'> Sel', c='selObj()', w=30)
objFromGroom(listGroomNodes())
# MESH CONECCTIONS UI
cmds.frameLayout('Objects',p='gcYetiTools_ui', cll=True,l=u'Mesh Connections',w=520)
cmds.rowColumnLayout('yeticonnection', p='Objects', en=True, nc=2, cw=[[1, 260],[2, 260]])
#disconnect
cmds.button(l=u'Yeti Disconnect', w=200, c='disconnectYeti(objCurrent(), listYetiSelected)')
cmds.button(l=u'Groom Disconnect', w=200, c='disconnectGroom(objCurrent(), listGroomsSelected)')
#connect
cmds.button(l=u'Yeti Connect', w=200, c='connectYeti(objCurrent(), listYetiSelected)')
cmds.button(l=u'Groom Connect', w=200, c='connectGroom(objCurrent(), listGroomsSelected)')
# YETI TOOLS UI
cmds.frameLayout('Yeti',p='gcYetiTools_ui',cll=True,l=u'Yeti Nodes Functions',w=520)
cmds.rowColumnLayout('displatyYetyiRow', p='Yeti', en=True, nc=1, cw=[[1, 520]])
visYetiCB = cmds.checkBox('visyeti',l=u'Visible',v=False, p='displatyYetyiRow', onc='visyeti(True)', ofc='visyeti(False)')
cmds.rowColumnLayout('viewYeti', p='Yeti', en=True, nc=1, cw=[[1, 520]])
ViewDensitySliderS = cmds.floatSliderGrp('ViewDensitySlider_ui', p='viewYeti',w=520,f=True,l=u'Viewport Density',min=0.1, max=100.0,pre=1,s=1,v=1.0)
cmds.floatSliderGrp(ViewDensitySliderS , e=True, dc=partial(ViewDensity, ViewDensitySliderS))
ViewWidthSliderS = cmds.floatSliderGrp('ViewWidthSlider_ui', p='viewYeti',w=520,f=True,l=u'Viewport Width',min=0.01, max=10.0,pre=2,s=.1,v=1.0)
cmds.floatSliderGrp(ViewWidthSliderS , e=True, dc=partial(ViewWidth, ViewWidthSliderS))
cmds.rowColumnLayout('colorsPreviewRow', p='Yeti', en=True, nc=12)
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[1.0, 1.0, 1.0], c='yeticolor([1.0, 1.0, 1.0])')
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[0, 0, 0], c='yeticolor([0, 0, 0])')
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[1, 0, 0], c='yeticolor([1, 0, 0])')
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[0, 1, 0], c='yeticolor([0, 1, 0])')
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[0, 0, 1], c='yeticolor([0, 0, 1])')
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[1, 1, 0], c='yeticolor([1, 1, 0])')
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[1, 0, 1], c='yeticolor([1, 0, 1])')
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[0, 1, 1], c='yeticolor([0, 1, 1])')
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[1, .7, 0], c='yeticolor([1, .7, 0])')
cmds.button(l=u'', p='colorsPreviewRow', w=52, bgc=[.4, .3, .2], c='yeticolor([.4, .3, .2])')
# GROOM TOOLS UI
cmds.frameLayout('Groom',p='gcYetiTools_ui',cll=True,l=u'Groom Nodes Functions',w=520)
cmds.rowColumnLayout('rofRow', p='Groom', en=True, nc=2, cw=[[1, 520]])
RoIs = cmds.floatSliderGrp('ROIfloatSlider_ui', p='rofRow',w=520,f=True,l=u'Radius Of Influence',max=4.0,pre=2,s=0.01,v=0.0)
cmds.floatSliderGrp(RoIs, e=True, dc=partial(RoI, RoIs))
cmds.rowColumnLayout('displatyGroomRow', p='Groom', en=True, nc=5, cw=[[1, 104],[2, 104],[3, 104], [4, 104], [5, 104]])
visGroomCB = cmds.checkBox('visgroom',l=u'Visible',v=False, p='displatyGroomRow', onc='visgroom(True)', ofc='visgroom(False)')
displaystrandsCB = cmds.checkBox('displaystrands',l=u'Strands',v=False, p='displatyGroomRow', onc='displaystrands(True)', ofc='displaystrands(False)')
displaySegmentsCB = cmds.checkBox('displaySegments',l=u'Segments',v=False, p='displatyGroomRow', onc='displaySegments(True)', ofc='displaySegments(False)')
displayattrCB = cmds.checkBox('displayattr',l=u'Attributes',v=False, p='displatyGroomRow', onc='displayattr(True)', ofc='displayattr(False)')
displayHeatCB = cmds.checkBox('displayHeat',l=u'as Heat Map',v=False, p='displatyGroomRow', onc='displayHeat(True)', ofc='displayHeat(False)')
cmds.rowColumnLayout('groomFunctions', p='Groom', en=True, nc=2, cw=[[1, 260],[2, 260]])
cmds.button(l=u'Rest pose', w=200, c='restPose(listGroomsSelected)')
cmds.button(l=u'Convert to curves', w=200, c='convertToCurves(listGroomsSelected)')
cmds.button(l=u'Delete default attributes', w=200, c='deleteDA()')
cmds.button(l=u'Delete duplicate grooms', w=200, c='cmds.pgYetiCommand(removeDuplicates=0.00001)')
# Scroll List of Yeti & Grooms Nodes
yetiSL = cmds.textScrollList('listYeti', p='rowSel', po=True,bgc=[0.1, 0.1, 0.1],ebg=True, ams=True, append=listYetiNodes())
cmds.textScrollList(yetiSL, e=True, sc=partial(selectNodeYeti, yetiSL, visYetiCB) )
groomSL = cmds.textScrollList('listGroom', p='rowSel', po=True,bgc=[0.1, 0.1, 0.1],ebg=True, ams=True, append=listGroomNodes())
cmds.textScrollList(groomSL, e=True, sc=partial(selectNodeGroom, groomSL, visGroomCB, displaystrandsCB, displaySegmentsCB, displayattrCB, displayHeatCB))
# UPDATE CHARACTER UI
cmds.frameLayout('Update',p='gcYetiTools_ui',cll=True,l=u'Update Character',w=520)
#cmds.text(l=u'Make sure your character reference is unlocked',ww=False, p='steps')
cmds.rowColumnLayout('UpdateInfo', p='Update', en=True, nc=1, cw=[[1, 520]])
cmds.text(l=u'be sure your character reference is unlocked \n select all yeti and grooms nodes :',ww=False, p='UpdateInfo')
cmds.rowColumnLayout('steps', p='Update', en=True, nc=2, cw=[[1, 160],[2, 360]])
cmds.text(l=u'Step 1 :',ww=False, p='steps')
cmds.button(p='steps', l=u'Create Proxy Groom Object', c='createProxyGroomObject()')
cmds.text(l=u'Step 2 :',ww=False, p='steps')
cmds.text(l=u'Update your model/reference, unlock it \n select your new mesh \n select yeti & grooms nodes',ww=False, p='steps')
cmds.text(l=u'Step 3 :',ww=False, p='steps')
cmds.button(p='steps', l=u'Adapt proxy', c='createBS()')
cmds.text(l=u'Step 4 :',ww=False, p='steps')
cmds.button(p='steps', l=u'Attach fur', c='installYeti()')
# Object Tab
cmds.frameLayout('Object',p='gcYetiTools_ui',cll=True,l=u'Object',w=520)
cmds.rowColumnLayout('TextRefObj', p='Object', en=True, nc=2, cw=[[1, 260],[2, 260]])
cmds.button(p='TextRefObj', l=u'create Texture Ref Obj', c='createTRO(objCurrent())')
cmds.button(p='TextRefObj', l=u'delete Texture Ref Obj', c='deleteTRO(objCurrent())')
# Curve Tools
cmds.frameLayout('Curves',p='gcYetiTools_ui',cll=True,l=u'Curves',w=520)
cmds.rowColumnLayout('CurvesTools', p='Curves', en=True, nc=3, cw=[[1, 173],[2, 173], [3, 173]])
cmds.button(p='CurvesTools', l=u'delete 0 size curves', c='delete0crv()')
cmds.button(p='CurvesTools', l=u'convert yeti to curves', c='mel.eval("pgYetiCommand -generateMayaObjects")')
# split transform with multiples curves
cmds.rowColumnLayout("splitShapes_separator", p='Curves',nc=1, cw=[[1, 520]])
cmds.separator(st=u'double')
cmds.text(l=u'split a transform node with multiples curve shapes',ww=False, p='splitShapes_separator')
cmds.rowColumnLayout("splitShapes_rc", p='Curves',nc=2, cw=[[1, 120], [2, 400]])
cmds.text(l=u'Transform node',ww=False, p='splitShapes_rc')
nametransformTF = cmds.textField("nametransformTF", p='splitShapes_rc',tx=u'', w=220)
cmds.text(l=u'New name',ww=False, p='splitShapes_rc')
newnametransformTF = cmds.textField("newnametransformTF", p='splitShapes_rc', tx=u'', w=220)
cmds.rowColumnLayout("splitShapes_button_rc", p='Curves',nc=2, cw=[[1, 160], [2,360]])
splitset=0
createSetCurvesCB = cmds.checkBox('createSetCurves',l=u'Create Set',v=False, p='splitShapes_button_rc', onc='splitset=1', ofc='splitset=0')
cmds.button(p='splitShapes_button_rc',l=u'Split Shapes', c='splitshapes()', w=260)
# convert curve set to groom
cmds.rowColumnLayout("splitShapes_separator2", p='Curves',nc=1, cw=[[1, 520]])
cmds.separator(st=u'double')
cmds.text(l=u'convert curve set to groom ',ww=False, p='splitShapes_separator2')
cmds.rowColumnLayout("convertcurvestogroom_rc", p='Curves',nc=2, cw=[[1, 400], [2, 120]])
subDivGroomSliderS = cmds.floatSliderGrp('subDivGroomSliderS_ui', p='convertcurvestogroom_rc',w=400,f=True,l=u'Step Size',min=0.01, max=1.0,pre=2,s=3,v=0.1)
#cmds.floatSliderGrp(ViewDensitySliderS , e=True, dc=partial(ViewDensity, ViewDensitySliderS))
cmds.button(p='convertcurvestogroom_rc',l=u'convert', c='convertsettogroom()', w=120)
# ------------------------------------------------ FUNCTIONS ------------------------------------------------------------------
# ------------------------ SELECTIONS FUNCTIONS
# list of all yeti nodes
def listYetiNodes():
listResult=[]
list = cmds.ls(type="pgYetiMaya")
for yetin in list:
listResult.append(cmds.listRelatives(yetin, parent=True, ni=1)[0])
listResult.sort()
return listResult
# list of all groom nodes
def listGroomNodes():
listResult=[]
list = cmds.ls(type="pgYetiGroom")
for groomn in list:
listResult.append(cmds.listRelatives(groomn, parent=True, ni=1)[0])
return listResult
# select the groom or yetis from the scrool list
def selectNodeYeti(this_textScrollList, visCB):
global listYetiSelected
res = cmds.textScrollList( this_textScrollList, q=True, si=True )
listYetiSelected = res
listYetiSelected.sort()
vis = cmds.getAttr (listYetiSelected[0]+'.visibility')
cmds.checkBox(visCB, e=True, v=vis)
cmds.select(res)
def selectNodeGroom(this_textScrollList, visCB, displaystrandsCB, displaySegmentsCB, displayattrCB, displayHeatCB):
global listGroomsSelected
res = cmds.textScrollList( this_textScrollList, q=True, si=True )
listGroomsSelected = res
listYetiSelected.sort()
vis = cmds.getAttr (listGroomsSelected[0]+'.visibility')
cmds.checkBox(visCB, e=True, v=vis)
DS = cmds.getAttr (listGroomsSelected[0]+'.displayStrands')
cmds.checkBox(displaystrandsCB, e=True, v=DS)
DSg = cmds.getAttr (listGroomsSelected[0]+'.displayStrandSegments')
cmds.checkBox(displaySegmentsCB, e=True, v=DSg)
DA = cmds.getAttr (listGroomsSelected[0]+'.displayPaintValue')
cmds.checkBox(displayattrCB, e=True, v=DA)
DH = cmds.getAttr (listGroomsSelected[0]+'.displayPaintValueAsHeatMap')
cmds.checkBox(displayHeatCB, e=True, v=DH)
cmds.select(res)
# return the name of current object (from field object)
def objCurrent():
return (cmds.textField("objTF", q=True, text=True))
# Select an object from Groom list
def objFromGroom(listGroomsSelected):
objSelected = objCurrent()
if (len(listGroomsSelected)>0):
groom = str(listGroomNodes()[0])+'Shape.inputGeometry'
objT=(cmds.listConnections (groom, s=True))
if (objT):
obj= cmds.listRelatives (objT[0])
cmds.textField("objTF", edit=True, text=obj[0])
objSelected = obj[0]
# Select the Proxy as Object
def defineProxy():
proxy=cmds.ls('ProxyGroomShape')
if (proxy):
cmds.textField("objTF", edit=True, text=proxy[0])
else:
cmds.warning('There is not Proxy in the scene')
# select the geometry
def defineObj(*args):
global objSelected
listSel = cmds.ls(sl=True)
if listSel is None:
cmds.warning('Please select an object')
if len(listSel)==1:
if cmds.objectType(listSel[0]) == 'transform':
listSel = cmds.listRelatives (listSel[0])
if cmds.objectType(listSel[0]) == 'mesh' :
cmds.textField("objTF", edit=True, text=listSel[0])
objSelected = listSel[0]
else:
cmds.warning('Select a right object')
else:
cmds.warning('Select only one object')
# select mesh
def selObj(*args):
objSel = cmds.textField("objTF", q=True, text=True)
if objSel:
objT = cmds.listRelatives(objSel, p=True)
cmds.select(objT)
else:
cmds.warning('No object to select')
# ------------------------ MESH CONNECTIONS FUNCTIONS
def connectYeti(obj, listYetiSelected):
print (listYetiSelected)
for yeti in listYetiSelected:
mel.eval('pgYetiAddGeometry("' + str(obj) +'", "'+ str(yeti) + '")')
def disconnectYeti(obj,listYetiSelected):
for yeti in listYetiSelected:
mel.eval('pgYetiRemoveGeometry("' + str(obj) +'", "'+ str(yeti) + 'Shape")')
def connectGroom(obj, listGroomsSelected):
for groom in listGroomsSelected:
objMesh = str(obj)+'.worldMesh[0]'
groomIG = str(groom)+'.inputGeometry'
cmds.connectAttr(objMesh, groomIG, f=True)
def disconnectGroom(obj, listGroomsSelected):
for groom in listGroomsSelected:
objMesh = str(obj)+'.worldMesh[0]'
groomIG = str(groom)+'.inputGeometry'
cmds.disconnectAttr(objMesh, groomIG)
# ------------------------ YETI FUNCTIONS
def visyeti(check):
global listYetiSelected
for yeti in listYetiSelected:
if check:
cmds.setAttr(yeti +'.visibility', 1)
else:
cmds.setAttr(yeti +'.visibility', 0)
def ViewDensity(slider, arg):
global listYetiSelected
val = cmds.floatSliderGrp(slider, q=True, v=True)
for yeti in listYetiSelected:
cmds.setAttr(yeti +'.viewportDensity', val)
def ViewWidth(slider, arg):
global listYetiSelected
val = cmds.floatSliderGrp(slider, q=True, v=True)
for yeti in listYetiSelected:
cmds.setAttr(yeti +'.viewportWidth', val)
def yeticolor(color):
global listYetiSelected
for yeti in listYetiSelected:
cmds.setAttr(yeti + '.color', color[0],color[1],color[2], type='double3')
print (color)
# ------------------------ GROOMS FUNCTIONS
def RoI(slider, arg):
global listGroomsSelected
val = cmds.floatSliderGrp(slider, q=True, v=True)
for groom in listGroomsSelected:
cmds.setAttr(groom +'.radiusOfInfluence', val)
def visgroom(check):
global listGroomsSelected
for groom in listGroomsSelected:
if check:
cmds.setAttr(groom +'.visibility', 1)
else:
cmds.setAttr(groom +'.visibility', 0)
def displaystrands(check):
global listGroomsSelected
for groom in listGroomsSelected:
if check:
cmds.setAttr(groom +'.displayStrands', 1)
else:
cmds.setAttr(groom +'.displayStrands', 0)
def displaySegments(check):
global listGroomsSelected
for groom in listGroomsSelected:
if check:
cmds.setAttr(groom +'.displayStrandSegments', 1)
else:
cmds.setAttr(groom +'.displayStrandSegments', 0)
def displayattr(check):
global listGroomsSelected
for groom in listGroomsSelected:
if check:
cmds.setAttr(groom +'.displayPaintValue', 1)
else:
cmds.setAttr(groom +'.displayPaintValue', 0)
def displayHeat(check):
global listGroomsSelected
for groom in listGroomsSelected:
if check:
cmds.setAttr(groom +'.displayPaintValueAsHeatMap', 1)
else:
cmds.setAttr(groom +'.displayPaintValueAsHeatMap', 0)
def restPose(listGroomsSelected):
if listGroomsSelected:
for groom in listGroomsSelected:
cmds.select(groom)
mel.eval ('pgYetiSaveGroomRestPoseOnSelected;');
cmds.select(listGroomsSelected)
def convertToCurves(listGroomsSelected):
if listGroomsSelected:
for groom in listGroomsSelected:
curvesg=[]
cmds.select(groom)
mel.eval('pgYetiConvertGroomToCurves;')
curvesg = cmds.ls(str(groom)+'Shape*', type='transform')
cmds.group (curvesg, n=str(groom)+'Curves_GRP')
def deleteDA():
global listGroomsSelected
attList = ['lengthWeight','innerRadius', 'outerRadius', 'attractionBias', 'randomAttraction', 'weight', 'baseAttraction', 'twist','density','surfaceDirectionLimit','staticLength','surfaceDirectionLimitFalloff','tipAttraction']
if listGroomsSelected:
for groom in listGroomsSelected:
for att in attList:
groomS = cmds.listRelatives(groom, s=True)
cmds.select(groomS)
mel.eval('pgYetiCommand -removeAttribute "' + att +'"')
else:
cmds.warning(' Please, select a groom first ')
# ------------------------ UPDATE CHARACTER FUNCTIONS
# UI step 1
def createProxyGroomObject(*arg):
# create a proxy from mesh
global listGroomsSelected, listYetiSelected
obj=cmds.listRelatives(objCurrent(), p=True)
cmds.duplicate(obj[0], n='ProxyGroom')
cmds.parent('ProxyGroom', w=True)
cmds.select('ProxyGroom')
# disconnect yeti & groom from model
disconnectYeti(objCurrent(), listYetiNodes())
#disconnectGroom()
# reset pose to groom
restPose(listGroomNodes())
# connect yeti & groom to Proxy
proxy = cmds.ls('ProxyGroom')[0]
connectGroom(proxy, listGroomNodes())
# screate texture reference object (TRO) from Proxy
cmds.select('ProxyGroom')
cmds.CreateTextureReferenceObject()
disconnectYeti('ProxyGroomShape_reference', listYetiNodes())
# UI step 2
# do it manually
# UI step 3
def createBS():
# create blendshapes from update to proxy and active it
print (str(objSelected))
blendShapeProxy = cmds.blendShape(str(objSelected), 'ProxyGroom', n='blendShapeProxy')
cmds.setAttr('blendShapeProxy.' + str(objSelected), 1)
# UI step 4
def installYeti():
#disconnect yeti and grooms from proxy
disconnectYeti('ProxyGroomShape', listYetiNodes())
disconnectGroom("ProxyGroomShape", listGroomNodes())
#reset pose to groom
restPose(listGroomsSelected)
#delete proxy and TRO
cmds.delete( 'ProxyGroom_reference')
cmds.delete ('ProxyGroom')
#connect yeti & groom to update
print ('go to connect yetis')
connectYeti(objCurrent(),listYetiNodes())
print ('go to connect grooms')
connectGroom(objCurrent(), listGroomNodes())
# Create a Texture Reference Object
def createTRO(obj):
#print (cmds.objExists(str(obj)+'_reference'))
if obj and not(cmds.objExists(str(obj)+'_reference')):
objT=cmds.listRelatives(obj, p=True)
cmds.select(objT)
cmds.CreateTextureReferenceObject()
else:
cmds.warning ('there is not an object selected or there is a texture reference object already')
# Delete a TRO
def deleteTRO(obj):
objT=cmds.listRelatives(obj, p=True)
print ((str(objT)+'_reference'))
if obj and (cmds.objExists(str(objT[0])+'_reference')) :
cmds.delete(str(objT[0])+'_reference')
# ------------------------ CURVE FUNCTIONS
# Delete 0 size curves
def delete0crv():
crvs = cmds.ls(type='nurbsCurve')
for crv in crvs:
getcvs = cmds.ls("%s.cv[::]" %crv, fl=1)
if len(getcvs)<4:
pcrv = cmds.listRelatives(crv, p=True)
cmds.delete(pcrv)
# Split curves with a same transform node in multiples transform with only one curve shape
def splitshapes():
name = cmds.textField("nametransformTF", q=True, text=True)
newname = cmds.textField("newnametransformTF", q=True, text=True)
global splitset
if (name<>"") or (newname<>""):
start=time.clock()
if splitset:
cmds.select(cl=True)
newset=cmds.sets(name=newname+'_set')
print (cmds.objectType(newset))
if cmds.objExists(name):
newfather=cmds.group(name=newname+'_GRP', em=True)
n=0
print ((cmds.listRelatives(name, shapes=True)))
for member in (cmds.listRelatives(name, shapes=True)):
num=str(n).zfill(6)
if splitset:
cmds.sets(member, addElement=newset)
grp=cmds.group(name=newname+'_'+num+'_CRV', em=True)
cmds.parent(member, grp, s=True, add=True)
cmds.rename(member, newname+'_'+num+'_Shape')
cmds.parent(grp, newfather)
if (n%20000)==0:
mel.eval('file -save;')
print(member)
n+=1
deleteStart = time.clock()
cmds.delete(name)
finish=time.clock()
print ('splitting time: '+str(deleteStart-start) + " sec")
print ('deleting original time: '+str(finish-deleteStart) + " sec")
print ('total time taken: '+str(finish-start) + " sec")
else:
cmds.warning ('there is not an object called '+name)
else:
cmds.warning ('please enter a valid names')
# Convert a curve set in a Groom
def convertsettogroom(*args):
listSel = cmds.ls(sl=True)
if listSel is None:
cmds.warning('Please select a set')
if len(listSel)==1:
if cmds.objectType(listSel[0]) == 'objectSet':
set = listSel[0]
val = cmds.floatSliderGrp('subDivGroomSliderS_ui', q=True, v=True)
mel.eval ('pgYetiConvertGuideSetToGroom("'+str(set)+'","'+objCurrent()+'",'+str(val)+')')
else:
cmds.warning('Select a set')
else:
cmds.warning('Select only one set')
gcYetiToolsWindows()