def __createnodeasdf__(self, nodeType, name):
'''
:param nodeType: type of node to create
:param name: name of the new node
'''
_str_func = 'cgmLight.__createnode__'
#Trying to use the light shape as the metaClass caused all sorts of issues. Best just to use the dag
_light = d_lightCalls.get(nodeType)(name=name)
_dag = cgmMeta.getTransform(_light)
ATTR.add(_dag,'mClass','string',value='cgmLight')
self.__justCreatedState__ = True
return _dag, True
def __init__(self,node=None,name=None,nodeType=None, **kws):
#>>> TO USE Cached instance ---------------------------------------------------------
_str_func = 'cgmLight.__init__'
if node is None:
if nodeType not in d_lightCalls.keys():
raise ValueError,"Unknown light node: {0}".format(nodeType)
if name is None:
name = nodeType
_light = d_lightCalls.get(nodeType)(name=name)
_dag = cgmMeta.getTransform(_light)
ATTR.add(_dag,'mClass','string',value='cgmLight',lock=True)
self.__justCreatedState__ = True
node = _dag
try: super(cgmLight, self).__init__(node,name, **kws)
except StandardError,error:
raise StandardError, "cgmLight.__init__ fail! | %s"%error
def __init__(self,
mode = 'surface',
mesh = None,
create = False,
closestOnly = True,
clampIntersections = False,
dragStore = False,
maxStore = False,
posOffset = None,
clampValues = [None,None,None],
offsetMode = 'normal',
orientSnap = True,
timeDelay = None,
tagAndName = {},
toCreate = [],
toSnap = [],#...objects to snap on release
*a,**kws):
_str_funcName = 'clickMesh.__init__'
log.info(">>> %s >> "%_str_funcName + "="*75)
#>>> Store our info ====================================================================
self._createModes = ['locator','joint','jointChain','curve','follicle','group',False]
self._l_modes = _clickMesh_modes
self.l_mesh = []
self.d_meshPos = {} #creating this pretty much just for follicle mode so we can attache to a specific mesh
self.d_meshUV = {}
self.f_meshArea = 1
self.l_toSnap = cgmValid.listArg(toSnap)
self._createMode = create
self._getUV = False
self._time_start = time.clock()
self._time_delayCheck = timeDelay
if self._createMode == 'follicle':#Only get uv intersection for follicles
self._getUV = True
self.b_closestOnly = closestOnly
self.l_created = []
self.b_clampSetting = clampIntersections
self.b_dragStoreMode = dragStore
self.l_return = []
self.d_tagAndName = tagAndName
self._posBuffer = False
self.v_posOffset = posOffset or False
self.str_offsetMode = offsetMode
self.b_orientSnap = orientSnap
self._createModeBuffer = False
self.int_maxStore = maxStore
self.l_toCreate = toCreate
self.v_clampValues = clampValues
if toCreate:
self.int_maxStore = len(toCreate)
self.setMode(mode)
ContextualPick.__init__(self, drag = True, space = 'screen',projection = 'viewPlane', *a,**kws )
if mesh is None:
log.info("Using all visible mesh!")
for l in mc.ls(type='mesh',visible = True), mc.ls(type='nurbsSurface',visible = True):
for o in l:
self.addTargetMesh( cgmMeta.getTransform(o))
if mesh is not None:
assert type(mesh) is list,"Mesh call must be in list form when called"
for m in mesh:
self.addTargetMesh(m)
self.updateMeshArea()
