help='Average num to acqumerate. default is %d.'%(average))
p.add_argument('--ch', type=str,
help='Ch numbers to be evalulated. default is %s.'%(eval_ch))
p.add_argument('--thot', type=float,
help='Hot temperature in K. default is %.1f'%(thot))
args = p.parse_args()
# main
# ====
print('~~~~~~~~~~~~~~~~~~~~~~~~~')
print('FOREST : Y-factor by hand')
print('~~~~~~~~~~~~~~~~~~~~~~~~~')
forest.print_timestamp()
print('')
# create save directory
# ---------------------
fp = forest.filepath_generator(name)
# handling args
# -------------
if args.start is not None: f_start = args.start
if args.stop is not None: f_stop = args.stop
if args.resbw is not None: resbw = args.resbw
if args.average is not None: average = args.average
if args.ch is not None:
rxrot_monitor = forest.rx_rotator_monitor()
sql_status = forest.db_writer('rxrot_status')
sql_error = forest.db_writer('rxrot_errors')
sql_cosmos = forest.db_writer('rxrot_cosmos_log')
# --
def printlog(status):
forest.print_rxrot(status)
return
# --
try:
while True:
forest.print_timestamp()
t0 = time.time()
status = rxrot_monitor.read_status()
keydict = {}
keydict['REAL_ANGLE'] = status['real_angle']
keydict['REAL_VEL'] = status['real_vel']
keydict['PROG_ANGLE'] = status['prog_angle']
keydict['COSMOS_ANGLE'] = status['cosmos_angle']
keydict['RESIDUAL'] = status['residual']
keydict['TRACKING'] = status['tracking_count']
keydict['SHUTDOWN_FLAG'] = status['shutdown_flag']
keydict['SOFTLIMIT0_FLAG'] = status['softlimit0_flag']
keydict['SOFTLIMIT1_FLAG'] = status['softlimit1_flag']
def printlog(bias):
forest.print_timestamp()
forest.print_loatt(bias)
return
def printlog(bias):
forest.print_timestamp()
forest.print_loatt(bias)
return