if l == "":
l = "??"
ch = "%s-%s" % (l,c)
print "processing '%s'" % file
print " reading ...",
timer.start()
fh = open(file, 'r')
lines = fh.readlines()
fh.close()
print "done (%f seconds)" % timer.split()
print " parsing ...",
dataless = Dataless(lines, quiet=True)
dataless.process()
print "done (%f seconds)" % timer.split()
print " calculating ...",
calib = Calib(dataless, st, ch)
calib.calculate_calib(period, correct)
results[key] = calib
print "done (%f seconds)" % timer.split()
timer.stop()
print "took %f seconds" % timer.span()
print
for resp,calib in sorted(results.items()):
cor_str = ""
if correct:
cor_str = " (corrected)"
print "[%s]> CALPER=%f CALIB=%f%s" % (resp.ljust(19), calib.calper, calib.calib, cor_str)
t_timer.stop()
status,(count,total,done) = ("preparing ...", (-1, -1, False))
while not done:
progress = ""
if count > -1:
if (total > 0) and (count <= total):
percent = float(count) / float(total) * 100.0
progress = " - %d/%d (%0.1f%%)" % (count, total, percent)
else:
progress = " - %d" % count
else:
progress = " ..."
print "%s%s" % (status, progress)
status,(count,total,done) = queue.get()
# Print a pretty version of the parsed RESP file
#for resp in resp_list:
# pprint.pprint(resp.resp_map)
print "All responses ready."
for resp in resp_list:
calib = Calib(resp)
calib.calculate_calib(period, False)
print "[%s]> CALPER=%f CALIB=%f" % (resp.get_channel_key(), calib.calper, calib.calib)
calib.calculate_calib(period, True)
print "[%s]> CALPER=%f CALIB=%f (Corrected)" % (resp.get_channel_key(), calib.calper, calib.calib)