def getShapes(self):
shapes = cmds.ls(self.assignation, shapes=True, long=True)
assign = list(set([i.split('.')[0] for i in self.assignation])) # CLEAN THIS MESS
assign = list(tdLib.flatten([tdLib.getShapes(i) for i in assign])) # CLEAN THIS MESS
shapes = shapes + assign
if not shapes:
raise NoAssignation('No shapes assigned to that shader')
return shapes
def getShapes(self):
shapes = cmds.ls(self.assignation, shapes=True, long=True)
assign = list(set([i.split('.')[0]
for i in self.assignation])) # CLEAN THIS MESS
assign = list(tdLib.flatten([tdLib.getShapes(i)
for i in assign])) # CLEAN THIS MESS
shapes = shapes + assign
if not shapes:
raise NoAssignation('No shapes assigned to that shader')
return shapes
selection = cmds.ls(sl=True, dagObjects=True)
selection = cmds.ls(selection, shapes=True)
for sel in selection:
try:
ncloth = tdLib.getFirstItem(cmds.listConnections(sel + '.inMesh', source=True, shapes=True))
shape = tdLib.getFirstItem(cmds.listConnections(ncloth + '.inputMesh', source=True, shapes=True))
OBJS.append(shape)
OBJSCOPY.append(sel)
except TypeError:
pass
shadingGroups = list(tdLib.flatten([tdLib.getSGsFromShape(i) for i in OBJS]))
shaders = [tdLib.getMaterialFromSG(i) for i in shadingGroups]
assignation = {}
for i in shaders:
assignation[i] = tdLib.getShaderAssignation(i)
objs = {}
for i, u in zip(OBJS, OBJSCOPY):
objs[i] = u
assignationNew = {}
for shader, assign in assignation.iteritems():
assignationNew[shader] = []
for ass in assign:
splitted = ass.split('.')[0]
