gf_im_n2 = Image.fromarray(b2.astype('uint8'))
#apply gamma to grey frame
#b = np.asarray(imageGamma(Image.fromarray(b.astype('uint8')),
# (gf_gamma,gf_gamma,gf_gamma)))
if reverse:
slitscanner.setReverse(True)
if prefix:
slitscanner.setFilePrefix(prefix)
gpxalltrackwriter = GPXWriter(slitscanner.getFileDirectory() +
slitscanner.getFilePrefix() + ".gpx")
infoallwriter = GeoInfoWriter(slitscanner.getFileDirectory() +
slitscanner.getFilePrefix() + ".info")
totalframecount = 0
slitcount = 0
px_pos = 0
imgcount = 0
#print glob(inputfiles);
for moviefile in inputfiles:
movie = cv.CaptureFromFile(moviefile)
frame = cv.QueryFrame(movie)
framecount = 0
count = 0 leng = 0 files = glob.glob(input + "/*.jpg") files.sort() if files == []: print "no files found for", input exit() source = "" info = "" if process_logs: infowriter = GeoInfoWriter(output + "/info.txt") gpxwriter = GPXWriter(output + "/" + trackfile) logwriter = csv.writer(open(output + "/" + tracklogfile,"wb"),delimiter=";") else: print "don't process logs" for file in files: thumb_file = "%s/%s" % (thumb_path,os.path.basename(file)) log_file = "%s.log" % file if process_images: img = Image.open(file) w = img.size[0] h = img.size[1] ratio = th_height / float(h)
