def main(args):
#args = sys.argv[1:]
if len(args) != 3:
print "Please enter the right number of arguments"
exit()
inputFile = open(args[1],'r')
inputFileReadLine = inputFile.readline()
inputFileReadLine = inputFileReadLine[1:len(inputFileReadLine)-1]
S = inoutPut.inputToList(inputFile)
lengthS = len(S)
inputFile.close()
if args[0] == '-bwt':
print "bwt of:", inputFileReadLine
newT = util.convertToNumAlphabet(S)
s_array = ks.cd3(newT)
S += ["$"]
b_wt = bwt.bwt(S,s_array)
outputFile = open(args[2],'w')
inoutPut.outputToFile(outputFile, b_wt, 'bwt', inputFileReadLine)
outputFile.close()
print "length of string:", lengthS
print "For BWT Check file:", args[2]
elif args[0] == '-ibwt':
print "ibwt of:", inputFileReadLine
rec = bwt.ibwt(S)
outputFile = open(args[2],'w')
inoutPut.outputToFile(outputFile, rec,'ibwt', inputFileReadLine)
outputFile.close()
print "length of string:", lengthS
print "For iBWT Check file:", args[2]
else:
print "You must indicate whether we are doing -btw or -ibtw"
exit()
pass
if im.mode == 'B':
im = im.convert('L')
data = im.getdata()
if len(im.mode) == 1:
channels = [list(data)]
else:
channels = map(list, zip(*data))
# Replace 255 with 254 so that we could apply inverse bwt later
if not args.inverse:
threads = []
def thread_func(chan_num):
channels[chan_num] = bwt_pixels(channels[chan_num])
for i in xrange(len(channels)):
threads.append(threading.Thread(target=thread_func, args=(i, )))
threads[-1].start()
[t.join() for t in threads]
else:
channels = [ibwt(channel, 255) for channel in channels]
if len(im.mode) == 1:
data = channels
else:
data = zip(*channels)
im.putdata(data)
im.save(args.output_image)