def client(self):
HOST = '127.0.0.1'
PORT = 5810
BUF_SIZE = Sound.CHUNK
ADDR = (HOST, PORT)
clientSock = socket(AF_INET, SOCK_STREAM)
self.sound = Sound.MyAudio()
energyFile = open("data/energyMicResult.data", "r")
energyAnal = energyFile.readline().split(" ")
energyAnal = map(float, energyAnal) ## [0]: mean ## [1]: std
self.originalThresholdVal = energyAnal[0]
energyFile.close()
##try:
clientSock.connect(ADDR)
print('wait...')
clientSock.recv(22)
print("Recording...")
while True:
self.sound.update()
fft = self.sound.fft_data
energy = np.sum(fft)
if not (None == energy):
self.threshold.append(energy)
threshold = energyAnal[0] + energyAnal[1] * 1.0
m = np.mean(self.threshold.__data__)
sq = np.std(self.threshold.__data__)
if self.threshold.size() > 100:
energyAnal[0] = m
energyAnal[1] = sq
if threshold < energy:
energy = round(normalize(energy, energyAnal[0], energyAnal[1]),
4)
print energy
feature = self.sound.getFeature()
print " pre ", feature
feature = np.append(feature, energy)
print "feature : ", feature
clientSock.send(np.array(feature).tostring())
clientSock.recv(22)
else:
clientSock.send(np.array([-1, -1]).tostring())
clientSock.recv(22)
##except Exception as e:
# print e.message
# sys.exit()
print "connect"
