def afe(self, host):
# sensors...
afe_calib = AFECalib.load(host)
afe_baseline = AFEBaseline.load(host)
sensors = afe_calib.sensors(afe_baseline)
return AFE(self, None, sensors)
def afe(self, host): # TODO: remove host
# Pt1000...
pt1000_conf = Pt1000Conf.load(host)
pt1000 = self.pt1000(host)
# sensors...
afe_calib = AFECalib.load(host)
afe_baseline = AFEBaseline.load(host)
sensors = afe_calib.sensors(afe_baseline)
return AFE(pt1000_conf, pt1000, sensors)
def afe(self, host):
# sensors...
afe_calib = AFECalib.load(host)
if afe_calib is None:
sensors = [Sensor.SENSORS[Sensor.CODE_NO2]]
else:
afe_baseline = AFEBaseline.load(host)
sensors = afe_calib.sensors(afe_baseline)
return AFE(self, None, sensors)
if __name__ == '__main__':
# ----------------------------------------------------------------------------------------------------------------
# cmd...
cmd = CmdAFEBaseline()
if cmd.verbose:
print(cmd, file=sys.stderr)
sys.stderr.flush()
# ----------------------------------------------------------------------------------------------------------------
# resources...
baseline = AFEBaseline.load(Host)
# ----------------------------------------------------------------------------------------------------------------
# run...
if cmd.set():
now = LocalizedDatetime.now()
for i, offset in cmd.offsets.items():
if offset is not None:
baseline.set_sensor_baseline(i, SensorBaseline(now, offset))
baseline.save(Host)
print(JSONify.dumps(baseline))
#!/usr/bin/env python3 """ Created on 1 Mar 2017 @author: Bruno Beloff ([email protected]) """ import datetime from scs_core.data.json import JSONify from scs_core.gas.afe_baseline import AFEBaseline from scs_core.gas.sensor_baseline import SensorBaseline # -------------------------------------------------------------------------------------------------------------------- baseline = AFEBaseline.construct_from_jdict(None) print(baseline) print("-") now = datetime.datetime.now() baseline = AFEBaseline([SensorBaseline(now.date(), 111), SensorBaseline(now.date(), 222), SensorBaseline(now.date(), 333), SensorBaseline(now.date(), 444)]) print(baseline) print("-") jstr = JSONify.dumps(baseline) print(jstr) print("-")
'"sn4": {"serial_number": "133910023", "sensor_type": "H2SA4", "we_electronic_zero_mv": 245, ' \
'"we_sensor_zero_mv": -12, "we_total_zero_mv": 233, "ae_electronic_zero_mv": 251, "ae_sensor_zero_mv": 13, ' \
'"ae_total_zero_mv": 264, "we_sensitivity_na_ppb": 1.782, "we_cross_sensitivity_no2_na_ppb": "n/a", ' \
'"pcb_gain": 0.8, "we_sensitivity_mv_ppb": 1.425, "we_cross_sensitivity_no2_mv_ppb": "n/a"}}'
baseline_jstr = '{"sn1": {"calibrated-on": "2017-09-27T07:44:01.259+00:00", "offset": 7}, ' \
'"sn2": {"calibrated-on": "2018-08-18T08:22:56.318+00:00", "offset": 80}, ' \
'"sn3": {"calibrated-on": "2018-08-18T08:24:25.599+00:00", "offset": 24}, ' \
'"sn4": {"calibrated-on": "2018-08-18T08:28:53.212+00:00", "offset": 22}}'
calib = AFECalib.construct_from_jdict(json.loads(calib_jstr))
co_calib = calib.sensor_calib(1)
print(co_calib)
baseline = AFEBaseline.construct_from_jdict(json.loads(baseline_jstr))
co_baseline = baseline.sensor_baseline(1)
print(co_baseline)
tc = A4TempComp.find(Sensor.CODE_CO)
print(tc)
print("-")
# raw...
temp = 21.5
we_v = 0.286129
ae_v = 0.254441
co_a4 = A4Datum.construct(co_calib, co_baseline, tc, temp, we_v, ae_v)
print(co_a4)