def _collectLayer(l, parentName=None):
for layer in l.layers:
layerName = layer.name.encode('utf-8')
if layerName.startswith('//'): continue
isGroup = isinstance(layer, Group)
if isGroup:
#if namespace
mo = re.match('\s*\[\s*([\w_-]+)\s*\]\s*', layerName)
if mo:
layerName = mo.group(1)
fullName = parentName and (parentName + '/' +
layerName) or layerName
_collectLayer(layer, fullName)
continue
#common
fullName = parentName and (parentName + '/' +
layerName) or layerName
partLayers = []
if isinstance(layer, Group):
partLayers = extract_leaf_layers(layer)
else:
partLayers = [layer]
tile = TileItem(fullName, partLayers)
tileGroup.addTile(tile)
def processLayer( self, psdLayer, metaInfo ): project = self.project tags = metaInfo[ 'tags' ] partLayers = [] if isinstance( psdLayer, Group ): partLayers = extract_leaf_layers( psdLayer ) else: partLayers = [ psdLayer ] deck = MQuadDeckItem( psdLayer.name, partLayers ) project.addDeckItem( deck )
def processLayer(self, psdLayer, metaInfo):
project = self.project
tags = metaInfo['tags']
partLayers = []
if isinstance(psdLayer, Group):
partLayers = extract_leaf_layers(psdLayer)
else:
partLayers = [psdLayer]
name = metaInfo['name']
deck = MQuadDeckItem(name, partLayers)
project.addDeckItem(deck)
def _collectLayer( l, parentName = None ): for layer in l.layers: layerName = layer.name.encode( 'utf-8' ) if layerName.startswith( '//' ): continue isGroup = isinstance( layer, Group ) if isGroup: #if namespace mo = re.match( '\s*\[\s*([\w_-]+)\s*\]\s*', layerName ) if mo: layerName = mo.group(1) fullName = parentName and (parentName + '/' + layerName) or layerName _collectLayer( layer, fullName ) continue #common fullName = parentName and (parentName + '/' + layerName) or layerName partLayers = [] if isinstance( layer, Group ): partLayers = extract_leaf_layers( layer ) else: partLayers = [ layer ] tile = TileItem( fullName, partLayers ) tileGroup.addTile( tile )