def ctrlGrp(cls, ctrl):
'''
Make control gorup hierarchy.
'''
zeroGrp = tak_misc.doGroup(ctrl, '_zero')
autoGrp = tak_misc.doGroup(ctrl, '_auto')
extraGrp = tak_misc.doGroup(ctrl, '_extra')
if not '_all_ctrl' in ctrl:
chldRoPivotGrp = tak_misc.doGroup(ctrl, '_chldRoPivot')
return zeroGrp, autoGrp, extraGrp, chldRoPivotGrp
return zeroGrp, autoGrp, extraGrp
def reverseGrp(cls, srcObj):
revGrp = tak_misc.doGroup(srcObj, '_rev')
mulNode = cmds.createNode('multiplyDivide', n=srcObj + '_mul')
inputList = ['input2X', 'input2Y', 'input2Z']
for input in inputList:
cmds.setAttr('{0}.{1}'.format(mulNode, input), -1)
cmds.connectAttr('{0}.translate'.format(srcObj),
'{0}.input1'.format(mulNode),
f=True)
cmds.connectAttr('{0}.output'.format(mulNode),
'{0}.translate'.format(revGrp),
f=True)
def app(*args):
# get target list
trgList = cmds.textScrollList('mainTrgTexScrLis', q=True, allItems=True)
# get suffix
suffixOptState = cmds.optionMenu('suffixOptMenu', q=True, select=True)
if suffixOptState == 1:
suffix = '_zero'
elif suffixOptState == 2:
suffix = '_auto'
elif suffixOptState == 3:
suffix = '_extra'
delTxt = cmds.textFieldGrp('delTxtFldGrp', q=True, text=True)
rplc = cmds.textFieldGrp('rplcTxtFldGrp', q=True, text=True)
ctrlGrpOpt = cmds.checkBox('ctrlGrpChkBox', q=True, value=True)
for trg in trgList:
if ctrlGrpOpt:
tak_misc.doGroup(trg, '_zero')
# tak_misc.doGroup(trg, '_cnst')
tak_misc.doGroup(trg, '_auto')
tak_misc.doGroup(trg, '_extra')
# nodType = cmds.nodeType(trg)
# if nodType == 'joint':
# grpNode = cmds.createNode('transform', n = '%s%s' %(trg, suffix))
# constName = cmds.parentConstraint(trg, grpNode, mo = False, w = 1)
# cmds.delete(constName)
# prnt = cmds.listRelatives(trg, p = True)
# cmds.parent(trg, grpNode)
# if prnt:
# cmds.parent(grpNode, prnt)
elif suffix and delTxt:
grpName = tak_misc.doGroup(trg, suffix)
baseName = re.sub(delTxt, '', trg)
cmds.rename(grpName, baseName + suffix)
elif suffix:
# cmds.select(trg, r = True)
# grpNode = cmds.duplicate(n = '%s%s' %(trg, suffix), po=True)
# cmds.parent(trg, grpNode)
tak_misc.doGroup(trg, suffix)
# Normal eyelid
selJnts = pm.selected()
for jnt in selJnts:
name = jnt.getChildren()[0].rsplit('_jnt')[0]
ikh = pm.ikHandle(sj=jnt,
ee=jnt.getChildren()[0],
solver='ikSCsolver',
n=name + '_ikh')[0]
ikhWsPos = pm.xform(ikh, q=True, ws=True, t=True)
loc = pm.spaceLocator(n=name + '_loc')
loc.translate.set(ikhWsPos)
ikh.setParent(loc)
tak_misc.doGroup(loc.name(), '_zero')
tak_misc.doGroup(loc.name(), '_auto')
# Zipper Lip #
import pymel.core as pm
# Distribute constraint weight #
selJnts = sorted(pm.ls(sl=True), reverse=True)
segment = len(selJnts) - 1
fullWeight = 1.0
increment = fullWeight / len(selJnts)
weight = 1
for jnt in selJnts:
weight -= increment
parentConstraintNode = jnt.getChildren()[0]
import tak_riggingToolkit
import re
import tak_misc
search = '_jnt'
replace = '_ctrl'
shape = 'circleX'
jnts = pm.selected()
for jnt in jnts:
ctrlName = re.sub(search, replace, jnt.name())
controller = tak_riggingToolkit.base.control.Controller(ctrlName, shape)
controller.create()
controller.parentShape(jnt)
jnt.rename(ctrlName)
tak_misc.doGroup(jnt.name(), '_zero')
# Create rig groups
import pymel.core as pm
rigGrp = pm.group(n='rig', empty=True, p='root')
GeometryGrp = pm.group(n='Geometry', empty=True, p=rigGrp)
pm.group(n='lod02_GRP', empty=True, p=GeometryGrp)
pm.group(n='lod01_GRP', empty=True, p=GeometryGrp)
# Search pymel method, attributes
import tak_lib
tak_lib.searchMethods(selSets[0], 'member')
tak_lib.searchAttributes(selSets[0], 'member')