def from_measurement(cls, ID, mic, Paths):
found=False
if Paths:
for p in Paths:
presults=p.joinpath('raw_signals')
listfiles= os.listdir(presults.as_posix())
if listfiles.count(str(ID)+"_"+str(mic)+".mat")>0:
measuredSignal.setup(p)
pathmes=p
found=True
print(str(p))
break
if not found:
return None
mS = measuredSignal(ID,mic)
if mS.initialized:
y,t,sR = mS.get_signal(mic)
ch_info = mS.channel_info(mic)
var = ['Tb','Te','Tp_b','Tp_e','LAEQ']
mesValues= measuredValues.from_json(pathmes)
micValues = mesValues.get_variables_values(ID, mic, var)
micValues.update(ch_info)
return(cls(ID,mic,y,t,sR, micValues), mesValues)
else:#if the signal could not be found return None
return None
splitvalidID=split_list(validID2,validlength//blocks_size)
print('Case cases in :')
print(str(validID2[0])+', --- , '+str(validID2[-1])+' : '+str(len(validID2))+' items.')
print('----------------------')
for validIDs in tqdm(splitvalidID):
for file in tqdm(validIDs):
ID=file.split('_')[0:-1]
id=ID[0]
for i in range(1,len(ID)):
id+='_'+ID[i]
ID=id
mic=file.split('_')[-1]
#print('('+ID+', '+str(mic)+')', end = '; ')
# read the signal
try:
mS = measuredSignal(ID,mic)
except:
print('element avoided')
else:
if mS.is_initialized():
y, t, sR = mS.get_signal(mic)
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():