def calcSTDOA(signalA, signalB, micPosList, indA, indB):
std1 = tdoa_gcc_phat(signalA, signalB, fs=meta["sampling_rate"])[0] * 343.3
rstd1 = getRealDeltaS(source_pos, micPosList[indA], micPosList[indB])
print("STDOA Estimated / Real: ", std1, rstd1)
# Starte Simulation
loaded = simulate(config, config["source_position"],
signal_function)
signals = loaded.get_measurements()
meta = loaded.get_meta_data()
signalA = signals[0]
signalB = signals[1]
signalAF = signalA #butterWorthFilter(wienerFilter(signalA), meta["sampling_rate"], 1500)
signalBF = signalB #butterWorthFilter(wienerFilter(signalB), meta["sampling_rate"], 1500)
TDOA_CSOM, t, csom = tdoa_csom(signalAF,
signalBF,
fs=meta["sampling_rate"],
window=500)
TDOA_GCCP, cc = tdoa_gcc_phat(signalAF,
signalBF,
fs=meta["sampling_rate"])
TDOA_real = getRealTDOA(source_pos, micA, micB)
a, b, c, SNR = getSNR(signalAF)
SNRls.append(SNR)
TDOA_realls.append(TDOA_real)
TDOA_csomls.append(TDOA_CSOM)
TDOA_GCCPls.append(TDOA_GCCP)
print(dis, ";", ang, ";", source_pos, ";", np.average(SNRls), ";",
np.std(SNRls), ";", np.average(TDOA_realls), ";",
np.std(TDOA_realls), ";", np.average(TDOA_csomls), ";",
np.std(TDOA_csomls), ";", np.average(TDOA_GCCPls), ";",
np.std(TDOA_GCCPls))
print(dis,
