def test_art3dPaintCtx(self):
polyCube()
polyCube()
select('pCube1', 'pCube2')
from maya.mel import eval as mel
mel("Art3dPaintTool")
mel("art3dPaintAssignFileTextures color")
self.assertPyNodes(art3dPaintCtx('art3dPaintContext', q=1, shn=1))
self.assertPyNodes(art3dPaintCtx('art3dPaintContext', q=1, hnm=1))
def test_art3dPaintCtx(self):
polyCube()
polyCube()
select('pCube1', 'pCube2')
from maya.mel import eval as mel
mel("Art3dPaintTool")
mel("art3dPaintAssignFileTextures color")
self.assertPyNodes(art3dPaintCtx('art3dPaintContext', q=1, shn=1))
self.assertPyNodes(art3dPaintCtx('art3dPaintContext', q=1, hnm=1))
def error( msg ):
cmd = 'error "%s"' % str(msg).replace('\\','/').replace('"','\\"').replace('\r','/r').replace('\n','\\n')
print cmd
try: mel( 'error "%s"' % str(msg).replace('\\','/').replace('"','\\"').replace('\r','/r').replace('\n','\\n') )
except: pass
def copyIt():
_firstObj = mc.ls(sl=1, head=1)
_secondObj = mc.ls(sl=1, tail=1)
_translate = ["translateX", "translateY", "translateZ"]
_rotate = ["rotateX", "rotateY", "rotateZ"]
_scale = ["scaleX", "scaleY", "scaleZ"]
_firstError = []
_secondError = []
_tCBvalue = []
_rCBvalue = []
_sCBvalue = []
_tCBstatic = []
_rCBstatic = []
_sCBstatic = []
_tCBstatic.append(mc.checkBoxGrp("tCB", q=1, v1=1))
_tCBstatic.append(mc.checkBoxGrp("tCB", q=1, v2=1))
_tCBstatic.append(mc.checkBoxGrp("tCB", q=1, v3=1))
_rCBstatic.append(mc.checkBoxGrp("rCB", q=1, v1=1))
_rCBstatic.append(mc.checkBoxGrp("rCB", q=1, v2=1))
_rCBstatic.append(mc.checkBoxGrp("rCB", q=1, v3=1))
_sCBstatic.append(mc.checkBoxGrp("sCB", q=1, v1=1))
_sCBstatic.append(mc.checkBoxGrp("sCB", q=1, v2=1))
_sCBstatic.append(mc.checkBoxGrp("sCB", q=1, v3=1))
for _x in range(len(_tCBstatic)):
if _tCBstatic[_x]:
_tCBvalue.append(_translate[_x])
if _rCBstatic[_x]:
_rCBvalue.append(_rotate[_x])
if _sCBstatic[_x]:
_sCBvalue.append(_scale[_x])
if len(_tCBvalue) == 0 and len(_rCBvalue) == 0 and len(_sCBvalue) == 0:
warn = r'warning "请选择需要复制的属性";'
mm.mel(warn)
#mc.warning('请选择需要复制的属性')
return
for eachTrans in _translate:
if mc.attributeQuery(eachTrans, node=_firstObj[0], exists=1) == 0:
_firstError.append(eachTrans)
if mc.attributeQuery(eachTrans, node=_secondObj[0], exists=1) == 0:
_secondError.append(eachTrans)
for eachRotate in _rotate:
if mc.attributeQuery(eachRotate, node=_firstObj[0], exists=1) == 0:
_firstError.append(eachRotate)
if mc.attributeQuery(eachRotate, node=_secondObj[0], exists=1) == 0:
_secondError.append(eachRotate)
for eachScale in _scale:
if mc.attributeQuery(eachScale, node=_firstObj[0], exists=1) == 0:
_firstError.append(eachScale)
if mc.attributeQuery(eachScale, node=_secondObj[0], exists=1) == 0:
_secondError.append(eachScale)
allValue = _tCBvalue + _rCBvalue + _sCBvalue
for x in allValue:
if _firstError.count(x):
warn = r'warning "首选物体没有 %s 属性";' % x
mm.eval(warn)
#sys.stdout.write(u'首选物体没有 X 属性')
#mc.warning('首选物体没有 ' x '属性')
return
if (_secondError.count(x)):
warn = r'warning "后选物体没有 %s 属性";' % x
mm.eval(warn)
#mc.warning('后选物体没有 ' x '属性')
return
_attValue = ''
_firstAttr = _firstObj[0] + '.' + x
_secondAttr = _secondObj[0] + '.' + x
_attValue = mc.getAttr(_secondAttr)
mc.setAttr(_firstAttr, _attValue)
