# Skip frames before the start frame (FIXME).
if frame_count < start_frame_number:
frame_count += 1
continue
# Quit if we're at the end of the file or frame count.
if not bs or frame_count > (n_frames_to_process + start_frame_number - 1): break
## The frame's data - 8 bytes, eh? Nice.
data = struct.unpack("IhH", bs)
## The start time (seconds since epoch) - 4 byte unsigned integer.
start_time_s = data[0]
lg.info(" *--> Frame start time %15d [s] -> '%s' (UTC)" % (start_time_s, make_time_dir(start_time_s)))
## The acquisition time (decoded 2 byte signed integer).
#acq_time = math.pow(10, int(data[1]))
acq_time = int(data[1])
## The number of hit pixels (2 byte unsigned integer).
n_pixels = int(data[2])
# Check if the start time is within the day.
if day_start_s <= start_time_s <= day_end_s:
my_day.addFrame(start_time_s, acq_time, n_pixels)
frame_count += 1
## The number of frames processed - check.
## The chip ID.
chip_id = frames[0].getChipId()
# The start time of the first frame.
run_start_time_sec = frames[0].getStartTimeSec()
# The end time of the last frame.
run_end_time_sec = frames[-1].getStartTimeSec()
#
run_end_time_sec += frames[-1].getAcqTime()
## The run length [s].
run_length_sec = run_end_time_sec - run_start_time_sec
## The Run ID.
run_id = "%s_%s" % (chip_id, make_time_dir(run_start_time_sec))
lg.info(" * Chip ID : '%s'." % (chip_id))
lg.info(" *")
lg.info(" * Start time (sec) : % 15d [s]." % (run_start_time_sec))
lg.info(" * => '%s'" % (make_time_dir(run_start_time_sec)))
lg.info(" * End time (sec) : % 15d [s]." % (run_end_time_sec))
lg.info(" * => '%s'" % (make_time_dir(run_end_time_sec)))
lg.info(" * Run length (sec) : % 15d [s]." % (run_length_sec))
lg.info(" * Run length (min) : % 15.2f [min.]." % (float(run_length_sec)/60.0))
lg.info(" *")
lg.info(" * Run ID : '%s'." % (run_id))
lg.info(" *")
## The name of the dataset profile binary file.
output_file_name = os.path.join(outputpath, "%s.bin" % (run_id))
