args = parser.parse_args()
if args.serial_device is not None:
set_serialdevice(args.serial_device)
#print(args.serial_console_untouched)
if args.abc_on:
mh_z19.abc_on(args.serial_console_untouched)
print ("Set ABC logic as on.")
elif args.abc_off:
mh_z19.abc_off(args.serial_console_untouched)
print ("Set ABC logic as off.")
elif args.span_point_calibration is not None:
mh_z19.span_point_calibration(args.span_point_calibration, args.serial_console_untouched)
print ("Call Calibration with SPAN point.")
elif args.zero_point_calibration:
print ("Call Calibration with ZERO point.")
mh_z19.zero_point_calibration(args.serial_console_untouched)
elif args.detection_range_5000:
mh_z19.detection_range_5000(args.serial_console_untouched)
print ("Set Detection range as 5000.")
elif args.detection_range_2000:
mh_z19.detection_range_2000(args.serial_console_untouched)
print ("Set Detection range as 2000.")
elif args.version:
print (mh_z19.version)
elif args.all:
value = mh_z19.read_all(args.serial_console_untouched)
print (json.dumps(value))
action='store_true',
help='''Set detection range as 5000''')
parser.add_argument("--detection_range_2000",
action='store_true',
help='''Set detection range as 2000''')
args = parser.parse_args()
if args.abc_on:
mh_z19.abc_on()
print ("Set ABC logic as on.")
elif args.abc_off:
mh_z19.abc_off()
print ("Set ABC logic as off.")
elif args.span_point_calibration is not None:
mh_z19.span_point_calibration(args.span_point_calibration)
print ("Call Calibration with SPAN point.")
elif args.zero_point_calibration:
mh_z19.zero_point_calibration()
print ("Call Calibration with ZERO point.")
elif args.detection_range_5000:
mh_z19.detection_range_5000()
print ("Set Detection range as 5000.")
elif args.detection_range_2000:
mh_z19.detection_range_2000()
print ("Set Detection range as 2000.")
elif args.version:
print (mh_z19.version)
elif args.all:
value = mh_z19.read_all()
print (json.dumps(value))