def importForAsset(self, asset, area = 1,customNamespace = None, referenceAsset = True, assetInShotFolder = False, shot = None, useDefaultName = False ):
"""import cache and assign to asset"""
#reference render asset
#connect cache to objects
if referenceAsset:
if assetInShotFolder:
assetNewPath = asset.areaPath( area ).copy( shot.assetsPath + asset.areaPath( area ).path.split( 'Assets/' )[-1] )
nodes = assetNewPath.reference( customNamespace, useDefaultName )
else:
nodes = asset.areaPath( area ).reference( customNamespace, useDefaultName )
mshs = mn.ls( nodes, typ = 'mesh', ni = True, l = True )
else:
if useDefaultName:
nodes = asset.areaPath( area ).imp( None )
else:
nodes = asset.areaPath( area ).imp( customNamespace )
if nodes:
mshs = mn.ls( nodes, typ = ['mesh','nurbsCurve'], ni = True, l = True )
else:
mshs = mn.ls( customNamespace + ':*', typ = ['mesh','nurbsCurve'], ni = True, l = True )
#filter meshes
mshs.select()
abcNode = self.imp( mode = 'import', connect = "/", createIfNotFound = True )
if USE_EXOCORTEX:
mshsAttrDict = {}
for m in mshs:
his = [a for a in mn.listHistory( m, f = True ) if a.type == 'mesh']
if len(his) == 2:
attrs = ['castsShadows', 'receiveShadows', 'motionBlur','primaryVisibility','smoothShading','visibleInReflections','visibleInRefractions','doubleSided','opposite','aiSelfShadows','aiOpaque','aiVisibleInDiffuse','aiVisibleInGlossy','aiMatte','aiSubdivType','aiSubdivIterations','aiSubdivAdaptiveMetric','aiSubdivUvSmoothing','aiSubdivSmoothDerivs','aiDispHeight','aiDispZeroValue','aiDispAutobump','aiStepSize']
for a in attrs:
if his[0].attr(a).exists:
his[1].attr( a ).v = his[0].attr( a ).v
def getTexturesForSelection(self): """docstring for getTexturesForSelection""" textures = [] for n in mn.ls(sl = True): for t in mn.listHistory( n.shader ): if t.type == 'file': textures.append( t ) return textures
def reAssignMaterial(): """docstring for reAssignMaterial""" meshesWithHistory, meshesWithMaterialPerFace = isMeshWithHistory() for n in meshesWithMaterialPerFace: his = mn.listHistory( n ) for h in his: if h.type == 'shadingEngine': n() mc.hyperShade( assign = h.a.surfaceShader.input )
def reAssignMaterial():
"""docstring for reAssignMaterial"""
meshesWithHistory, meshesWithMaterialPerFace = isMeshWithHistory()
for n in meshesWithMaterialPerFace:
his = mn.listHistory(n)
for h in his:
if h.type == 'shadingEngine':
n()
mc.hyperShade(assign=h.a.surfaceShader.input)
def replace(self): """docstring for replace""" if not USE_EXOCORTEX: mn.Nodes( mn.ls( mn.ls(sl = True)[0].namespace.name[1:] + ':*', typ = ['mesh'] )).select() self.imp( mode = 'import', connect = "/", createIfNotFound = True ) else: sel = mn.ls( sl = True ) his = mn.listHistory(sel[0]) if his: caFileNode = [n for n in his if n.type == 'ExocortexAlembicFile'] if caFileNode: caFileNode[0].a.fileName.v = self.path
def isMeshWithHistory(): """return meshes that has history or material assigned by face""" withAssignedMaterialByFace = [] withHistory = [] for n in mn.ls( typ = 'mesh', ni = True ): his = mn.listHistory( n ) if not len( his ) == 1: if any( 'groupId' in h.name for h in his ): withAssignedMaterialByFace.append( n ) print 'This mesh has the material assigned by faces', n.name, his if len( his ) == 3: continue if any( 'shaveHair' in h.type for h in his ): print 'This mesh is related with Shave and Hair cut', n.name, his continue withHistory.append( n ) return withHistory, withAssignedMaterialByFace
def isMeshWithHistory():
"""return meshes that has history or material assigned by face"""
withAssignedMaterialByFace = []
withHistory = []
for n in mn.ls(typ='mesh', ni=True):
his = mn.listHistory(n)
if not len(his) == 1:
if any('groupId' in h.name for h in his):
withAssignedMaterialByFace.append(n)
print 'This mesh has the material assigned by faces', n.name, his
if len(his) == 3:
continue
if any('shaveHair' in h.type for h in his):
print 'This mesh is related with Shave and Hair cut', n.name, his
continue
withHistory.append(n)
return withHistory, withAssignedMaterialByFace
