def main():
init()
if len(argv) > 1:
words = argv[1:]
else:
words = raw_input('gogogo: ').split()
for word in words:
location = findWord(word)
if -1 in location:
print '%s is not in the text' % word
audio.terminate()
exit()
fn = '%d.%03d.wav' % location
audio.play(path.join(recordDir, fn))
audio.terminate()
def rec(i, text_output, filename=""):
"""
Initiate the loop of recording and analyzing audio for I iterations.
If TEXT_OUTPUT, an output file containing an integer, named FILENAME, is created.
"""
iteration = 0
while iteration < i:
record()
loudness = str(int(analyze()))
print("Loudness measure: " + loudness)
if text_output:
with open(filename, 'w', encoding='utf-8') as file:
file.write(loudness)
iteration += 1
terminate()
def quit(evt):
audio.terminate()
exit()
return y
def getAudioFunction(self, n):
m1Gain = self.mod1Gain.value() / 200
m2Gain = self.mod2Gain.value() / 200 # 0 - 0.1
m1Freq = self.mod1Freq.value() / 8
m2Freq = self.mod2Freq.value() / 8
m1 = self.getOscillator
if self.mod1Enable.isChecked():
m1 = lambda n: signals.modulationModes[self.mod1Mode.currentText(
)](self.getOscillator, signals.modulators[
self.mod1Type.currentText()], m1Gain, m1Freq, n)
m2 = m1
if self.mod2Enable.isChecked():
m2 = lambda n: signals.modulationModes[self.mod2Mode.currentText(
)](m1, signals.modulators[self.mod2Type.currentText()], m2Gain,
m2Freq, n)
return m2(n)
if __name__ == '__main__':
app = QtWidgets.QApplication(sys.argv)
window = Main()
window.show()
audio.start()
audio.audioFunction = lambda n: window.getAudioFunction(n)
sys.exit(app.exec_())
audio.stop()
audio.terminate()
