def main():
io = Io()
io.eval_args()
doc = io.get_state_doc(name="se3")
base_doc = io.get_base_doc(name="se3")
for k, v in base_doc.items():
doc['State'][k] = v
cal = Cal(doc)
res = Analysis(doc)
cal.time_state(res)
cal.volume_state(res)
cal.pressure_state(res)
cal.outgas_state(res)
cal.pressure_loss(res)
cal.temperature_state(res)
chk = Analysis(res.build_doc())
cal.check_state(res, chk)
io.save_doc(chk.build_doc("Check"))
def main():
io = Io()
io.eval_args()
ret = {'ok':True}
cmc = True
base_doc = io.get_base_doc("se3")
for id in io.ids:
id = id.replace("\"", "")
doc = io.get_doc_db(id)
if io.update:
doc = io.update_cal_doc(doc, base_doc)
cal = Cal(doc)
if io.auxval: ## get new the AuxValues from related (meas_date) state measurement
meas_date = cal.Date.first_measurement()
state_doc = io.get_state_doc("se3", date=meas_date)
ana = Analysis(doc, analysis_type="expansion")
cal.insert_state_results(ana, state_doc)
else: ## keep AuxValues from Calibration.Analysis.AuxValues
auxvalues = doc.get('Calibration').get('Analysis', {}).get('AuxValues', {})
ana = Analysis(doc, insert_dict={'AuxValues': auxvalues}, analysis_type="expansion")
cus_dev = init_customer_device(doc)
uncert = Uncert(doc)
cal.pressure_gn_corr(ana)
cal.pressure_gn_mean(ana)
cal.deviation_target_fill(ana)
cal.temperature_before(ana)
cal.temperature_after(ana)
cal.temperature_room(ana)
cal.temperature_gas_expansion(ana)
cal.real_gas_correction(ana)
cal.volume_add(ana)
cal.volume_start(ana)
cal.expansion(ana)
cal.pressure_rise(ana)
cal.correction_delta_height(ana)
cal.correction_f_pressure(ana)
cal.pressure_cal(ana)
cal.error_pressure_rise(ana)
cal.deviation_target_cal(ana)
## uncert. calculation
if cmc:
# bis update CMC Einträge --> vorh. CMC Einträge
# cal uncertainty of standard
uncert.cmc(ana)
else:
uncert.define_model()
uncert.gen_val_dict(ana)
uncert.gen_val_array(ana)
uncert.volume_start(ana)
uncert.volume_5(ana)
uncert.pressure_fill(ana)
uncert.temperature_after(ana)
uncert.temperature_before(ana)
uncert.expansion(ana)
uncert.total(ana)
## calculate customer indication
gas = cal.Aux.get_gas()
temperature_dict = ana.pick_dict('Temperature', 'after')
offset_dict = cal.Pres.get_dict('Type', 'ind_offset' )
ind_dict = cal.Pres.get_dict('Type', 'ind' )
range_dict = cal.Range.get_dict('Type', 'ind' )
offset = cus_dev.pressure(offset_dict, temperature_dict, range_dict=range_dict, unit = cal.unit, gas=gas)
ind = cus_dev.pressure(ind_dict, temperature_dict, range_dict=range_dict, unit = cal.unit, gas=gas)
ana.store("Pressure", "offset", offset, cal.unit)
ana.store("Pressure", "ind", ind, cal.unit)
ana.store("Pressure", "ind_corr", ind - offset, cal.unit)
p_ind = ana.pick("Pressure", "ind_corr", cal.unit)
p_cal = ana.pick("Pressure", "cal" , cal.unit)
if cal.ToDo.type == "error":
ana.store('Error', 'ind', p_ind/p_cal-1, '1')
cus_dev.range_trans(ana)
if cal.ToDo.type == "sigma":
ana.store('Error', 'ind', p_ind/p_cal-1, '1') ## used for check analysis
ana.store('Sigma', 'eff', p_ind/p_cal, '1')
io.save_doc(ana.build_doc())
print(json.dumps(ret))
