channelAudio2 = Channel.Channel(codedAudio2, errorRate)
# print("codedAudio1 : ")
# print(codedAudio1)
decodedHammingAudioBinary = []
# we get the 7 bits corrupted values from channelAudio1,2
corruptedHamMsg1 = channelAudio1.getCorruptedMessage()
corruptedHamMsg2 = channelAudio2.getCorruptedMessage()
# print("corruptedHamMsg1 : ")
# print(corruptedHamMsg1)
# we go through all corrupted messages and decode them
for i in range(len(corruptedHamMsg1)):
half1 = Hamming.decodeHamming7_4(corruptedHamMsg1[i])
half2 = Hamming.decodeHamming7_4(corruptedHamMsg2[i])
decodedWord = half1 + half2
decodedHammingAudioBinary.append(decodedWord)
# decodedHammingAudioBinary contains all corrected word
# we can now convert it back to int, plot it and listen to it.
# translation of the corrupted msg from bits to integers
# translation from bit to integers
for i in range(len(decodedHammingAudioBinary)):
decodedHammingAudioBinary[i] = int(decodedHammingAudioBinary[i], 2)
# print("decodedHammingAudioBinary : ")
# print(decodedHammingAudioBinary)
