else:
print 'inputAnswer is neither affirmative nor negative'
pass
print 'userInput is', userInput
return userInput
if __name__ == '__main__':
signal.signal(signal.SIGINT, signal_handler)
#building = raw_input()
#level = raw_input()
internetConnection = False
speechInput = None
speaker = AudioFeedback()
userInputInitialise = DataParser()
voiceInput, numpadData = userInputInitialise.location_input_type()
if voiceInput:
print 'using voice input'
print 'initialising speech recognition'
speechInput = SpeechRecognition()
else:
print 'using keypad input'
print 'starting program'
askBuildingName = 'please enter building name'
speaking_proc = Process(target=speaker.threadedFeedback, args=(askBuildingName,))
speaking_proc.start()
speaking_proc.join()
#building = raw_input()
building = receiveUserInput(userInputInitialise, speechInput)
else:
print 'inputAnswer is neither affirmative nor negative'
pass
print 'userInput is', userInput
return userInput
if __name__ == '__main__':
signal.signal(signal.SIGINT, signal_handler)
#building = raw_input()
#level = raw_input()
internetConnection = False
speechInput = None
speaker = AudioFeedback()
userInputInitialise = DataParser()
voiceInput, numpadData = userInputInitialise.location_input_type()
if voiceInput:
print 'using voice input'
print 'initialising speech recognition'
speechInput = SpeechRecognition()
else:
print 'using keypad input'
print 'starting program'
askBuildingName = 'please enter building name'
speaking_proc = Process(target=speaker.threadedFeedback,
args=(askBuildingName, ))
speaking_proc.start()
speaking_proc.join()
#building = raw_input()
