def BSBSearch():
mSearch = RecursiveSearch(Resources.indir)
Resources.lstBsbFiles = mSearch.getFilePaths()
Resources.numBsbFiles = mSearch.getNumFiles()
Resources.numBsbMB = mSearch.getMegaBytes()
wx.PostEvent(app, InThreadEvent())
def __init__(self, directory, myFilter=None):
self.scales = {}
self.projections = {}
fps = RecursiveSearch(directory, 'KAP', myFilter)
for map_file in fps.getFilePaths():
#print map_file
self.__readScale(map_file)
def QuantTiles():
### STAGE 3 ###
if Resources.quantize:
print "Quantizing generated tiles with pngnq..."
pngList = RecursiveSearch(Resources.getTempDir() + "/merge", ".png")
for pngPath in pngList.getFilePaths():
pngPath = pngPath.replace("\\","/")
if platform.system() == "Windows":
thisone = Popen([os.getcwd().replace("\\","/")+'/pngnqi.exe','-s1','-g2.2','-n','256','-e','.nq8',pngPath])
#thisone = Popen([os.path.abspath(os.curdir).replace("\\","/")+'/pngnqi.exe','-s1','-g2.2','-n','256','-e','.nq8',pngPath])
if platform.system() == "Linux":
thisone = Popen(['pngnq','-s1','-g2.2','-n','256','-e','.nq8', pngPath])
thisone.wait()
os.remove(pngPath)
os.rename(pngPath.replace(".png", ".nq8"), pngPath)
if not pleaseContinue:
break
wx.PostEvent(app, InThreadEvent(advance=False))
if pleaseContinue:
print "Quantization finished"
wx.PostEvent(app, InThreadEvent(advance=True))
def __init__(self, directory, filter=None):
self.data = {}
fps = RecursiveSearch(directory, 'KAP', filter)
for map_file in fps.getFilePaths():
self._read(map_file)
