def __init__( self, parentItem, psdLayer ):
super( MQuadDeckPart, self ).__init__( psdLayer )
self.parentItem = parentItem
self.meshes = []
self.globalMeshes = []
layerName = psdLayer.name
meta = parseMetaTag( layerName )
if meta:
tags = meta[ 'tags' ]
else:
tags = {}
self.foldMode = 'auto'
self.altOffset = 0
if tags.has_key( 'FOLD' ):
self.foldMode = 'fold'
args = tags[ 'FOLD' ]
self.foldPos = getArrayI( args, 0, 0 )
elif tags.has_key( 'FLOOR' ):
self.foldMode = 'floor'
elif tags.has_key( 'WALL' ):
self.foldMode = 'wall'
if tags.has_key( 'OFF' ):
args = tags[ 'OFF' ]
self.rectOffset = ( getArrayI( args, 0, 0 ), getArrayI( args, 1, 0 ), getArrayI( args, 2, 0 ) )
else:
self.rectOffset = ( 0,0,0 )
def __init__(self, parentItem, psdLayer):
super(MQuadDeckPart, self).__init__(psdLayer)
self.parentItem = parentItem
self.meshes = []
self.globalMeshes = []
layerName = psdLayer.name
meta = parseMetaTag(layerName)
if meta:
tags = meta['tags']
else:
tags = {}
self.foldMode = 'auto'
self.altOffset = 0
if tags.has_key('FOLD'):
self.foldMode = 'fold'
args = tags['FOLD']
self.foldPos = getArrayI(args, 0, 0)
elif tags.has_key('FLOOR') or tags.has_key('F'):
self.foldMode = 'floor'
elif tags.has_key('WALL') or tags.has_key('W'):
self.foldMode = 'wall'
if tags.has_key('OFF'):
args = tags['OFF']
self.rectOffset = (getArrayI(args, 0, 0), getArrayI(args, 1, 0),
getArrayI(args, 2, 0))
else:
self.rectOffset = (0, 0, 0)
def __init__( self, project, psdLayer ):
super( DeckPartMQuad, self ).__init__( project, psdLayer )
self.meshes = []
self.globalMeshes = []
#parameter
layerName = self.rawName
metaInfo = parseMetaTag( layerName )
print( metaInfo )
self.options[ 'floor' ] = (':FLOOR' in layerName)
self.options[ 'wall' ] = (':WALL' in layerName)
self.options[ 'fold' ] = ('')
def __init__(self, project, psdLayer):
super(DeckPartMQuad, self).__init__(project, psdLayer)
self.meshes = []
self.globalMeshes = []
#parameter
layerName = self.rawName
metaInfo = parseMetaTag(layerName)
print(metaInfo)
self.options['floor'] = (':FLOOR' in layerName)
self.options['wall'] = (':WALL' in layerName)
self.options['fold'] = ('')
def processLayer( self, layer ): metaInfo = parseMetaTag( layer.name ) if not metaInfo: #invalid name, skip logging.warning( 'invalid psd deck layer name:' + layer.name ) return False for processor in self.processors: if processor.acceptLayer( layer, metaInfo ): processor.processLayer( layer, metaInfo ) return True return False
def processLayer( self, layer ): metaInfo = parseMetaTag( layer.name ) if not metaInfo: #invalid name, skip logging.warning( 'invalid psd deck layer name:' + layer.name ) return False for processor in self.processors: if processor.acceptLayer( layer, metaInfo, False ): processor.processLayer( layer, metaInfo ) return True if self.defaultProcessor: if self.defaultProcessor.acceptLayer( layer, metaInfo, True ): self.defaultProcessor.processLayer( layer, metaInfo ) return True return False
def __init__( self, name, partLayers ): meta = parseMetaTag( name ) if meta: self.name = meta['name'] else: self.name = name self.rawName = name self.parts = [] self.heightGuides = [] self.heightGuideImage = None for layer in partLayers: layerName = layer.name.encode( 'utf-8' ) if layerName.startswith( '//' ): continue if layerName.startswith( '@' ) : if layerName.startswith( '@hmap' ): #normal guide self.heightGuides.append( layer ) continue part = self.createPart( layer ) self.parts.append( part )
def __init__(self, name, partLayers):
meta = parseMetaTag(name)
if meta:
self.name = meta['name']
else:
self.name = name
self.rawName = name
self.parts = []
self.heightGuides = []
self.heightGuideImage = None
for layer in partLayers:
layerName = layer.name.encode('utf-8')
if layerName.startswith('//'): continue
if layerName.startswith('@'):
if layerName.startswith('@hmap'):
#normal guide
self.heightGuides.append(layer)
continue
part = self.createPart(layer)
self.parts.append(part)
def loadPSD( self, path ): image = PSDImage.load( path ) #root layers for layer in image.layers: if not isinstance( layer, Group ): layerName = layer.name.encode( 'utf-8' ) if layerName == '@guide-top-face': x1,y1,x2,y2 = layer.bbox self.globalGuideTopFace = y1 for layer in image.layers: layerName = layer.name.encode( 'utf-8' ) if layerName.startswith( '//' ): continue if isinstance( layer, Group ): mo = re.match( r'\s*([\w\-\._]+)(\s*:\s*(.*))?\s*', layerName ) if mo: name, profix = mo.group(1), mo.group(3) or self.defaultDeckProfix meta = parseMetaTag( layerName ) for factory in self.deckFactories: deck = factory.build( self, layer, name, profix, meta ) if deck: self.decks.append( deck )
def loadPSD(self, path):
image = PSDImage.load(path)
#root layers
for layer in image.layers:
if not isinstance(layer, Group):
layerName = layer.name.encode('utf-8')
if layerName == '@guide-top-face':
x1, y1, x2, y2 = layer.bbox
self.globalGuideTopFace = y1
for layer in image.layers:
layerName = layer.name.encode('utf-8')
if layerName.startswith('//'): continue
if isinstance(layer, Group):
mo = re.match(r'\s*([\w\-\._]+)(\s*:\s*(.*))?\s*', layerName)
if mo:
name, profix = mo.group(
1), mo.group(3) or self.defaultDeckProfix
meta = parseMetaTag(layerName)
for factory in self.deckFactories:
deck = factory.build(self, layer, name, profix, meta)
if deck: self.decks.append(deck)
