ch_info = mS.channel_info(mic)
# get the values from measuredValues to initiate MicSignal and Case
var = ['Tb','Te','Tp_b','Tp_e','LAEQ']
micValues = mesVal.get_variables_values(ID, mic, var)
if micValues:
micValues.update(ch_info)
# initiate MicSignal
micSn = MicSignal(ID,mic,y,t,sR, micValues)
# test if signal is clipped, skip it if True
if micSn.clippedtest():
clipped.add((ID,mic))
print('clipped')
continue
for alg in algorithms:
# calc KG
micSn.calc_kg(alg, complete=False)
# set results in mesVal
mesVal.set_kg_values(alg,**micSn.get_KG_results(alg))
else:
print('\n'+str(ID)+'_'+str(mic)+' was mistakenly taken as mbbmtested\n')
else:
try:
print('ignoring '+str(ID)+', '+str(mic))
except:
print('ignoring file')
culist+=1
mesVal.kg_values_to_json()
cupath+=1
print('\n 100%|----------------------------| Done \n')
print('Computation done')
print('Saved in paths :'+str(savingPaths))
ch_info = mS.channel_info(mic)
# get the values from measuredValues to initiate MicSignal and Case
var = ['Tb','Te','Tp_b','Tp_e','LAEQ']
micValues = mesVal.get_variables_values(ID, mic, var)
if micValues:
micValues.update(ch_info)
# initiate MicSignal
micSn = MicSignal(ID,mic,y,t,sR, micValues)
# test if signal is clipped, skip it if True
if micSn.clippedtest():
clipped.add((ID,mic))
log+=('\n'+str(ID)+'_'+str(mic)+'_'+location+' is clipped')
continue
for alg in algorithms:
# calc KG
micSn.calc_kg(alg)
# set results in mesVal
mesVal.set_kg_values(alg,**micSn.get_KG_results(alg))
else:
log+=('\n'+str(ID)+'_'+str(mic)+'_'+location+' was mistakenly taken as mbbmtested\n')
notincluded.append(str(ID)+'_'+str(mic)+'_'+location)
else:
try:
log+=('\n'+'ignoring '+str(ID)+', '+str(mic))
notincluded.append(str(ID)+', '+str(mic)+'_'+location)
except:
log+=('\n'+'ignoring file')
culist+=1
mesVal.kg_values_to_json()
cupath+=1
log+=('\n 100%|----------------------------| Done \n')
