voicecontrol.py

"""
Voice recognition and random voice mp3 retreival (a la The Machine)

By Jo-dan
"""

from pyglet import media, app, clock
# from gtts import gTTS
import os
import time
from num2words import num2words
import speech_recognition as sr
import natural.text
import pyvona
import random
import string

cwd = os.getcwd()
beep = media.load('beep.mp3', streaming=False)
languages = ['en-us', 'en-uk', ]
vonavoices = ['Salli', 'Joey', 'Russell', 'Eric', 'Brian', 'Amy', 'Emma', 'Jennifer', 'Raveena']
pvoice = pyvona.create_voice('GDNAJCV7Q37OKRSAHSBQ', 'uN15N6WygfoUqscgfj/st8tanQYbObcPOlTiuoBe')
pvoice.codec = 'mp3'

r = sr.Recognizer()

player = media.Player()

def exit_callback(dt):
    if player.playing != True:
        app.exit()

def get_mp3(text):
    text = text.replace(";", " beep ")
    text = text.translate(string.maketrans("", ""), string.punctuation)
    # text = text.replace(",", "")

    lowertext = text.lower()
    words = lowertext.split()
    player.queue(beep)
    for inword in words:
        try:
            word = int(inword)
        except:
            word = inword
        save_path = cwd + '\\tts_downloads\\{}.mp3'.format(word)
        if os.path.isfile(save_path) == False:
            # tts = gTTS(word, 'en-us')
            # tts.save(save_path)
            voicename = random.choice(vonavoices)
            pvoice.voice_name = voicename
            pvoice.fetch_voice(word, save_path)

        mp3 = media.load(save_path)
        player.queue(mp3)
    player.queue(beep)
    player.play()
    clock.schedule_interval(exit_callback, 1/10.0)
    app.run()
    print '\n' + text

def get_speech():
    with sr.Microphone() as source:
        r.adjust_for_ambient_noise(source)
        print '\n>>>',
        audio = r.listen(source)
    print ">",
    try:
        speech = r.recognize_google(audio)
    except:
        speech = "No input detected."
    print speech
    return speech

replies = [['yes', 'yep', 'yeah', 'absolutely', 'definitely'],
           ['no', 'nope', 'nah'],
           ['goodbye', 'close', 'exit', 'quit', 'bye'],
           ['time'],
           ['hear me'],
           ['repeat'],
           ['nato'],
           ['text', 'input']]


def message_type(text):
    reply_type = ''
    for x in replies:
        for y in x:
            if  y in text.lower():
                reply_type = x[0]
    if len(reply_type) == 0:
        return ""
    else:
        return reply_type

def get_nato(txt):
    nato_type = natural.text.code(txt, format='word')
    return str(nato_type)

def conversation(text):
    reply = message_type(text)
    # print '\n{}'.format(m_reply)
    # get_mp3(reply)
    if reply == 'goodbye':
        get_mp3('goodbye')
        global end
        end = True
    elif reply == 'time':
        word_hour = num2words(int(time.strftime("%I")))
        word_minute = num2words(int(time.strftime("%M").lstrip('0'))).replace('-', ' ')
        if word_minute == 'zero':
            word_minute = 'o clock'
        # word_minute = word_minute.split(' ')
        get_mp3('It is {} {}'.format(word_hour, word_minute))

    elif reply == 'repeat':
        get_mp3(text.lower().replace('repeat', ''))

    elif reply == 'nato':
        get_mp3(get_nato(text.lower().replace('nato', '')))

    elif reply == 'hear me':
        get_mp3('Yes')

    elif reply == 'text':
        txtin = raw_input('>>>')
        conversation(txtin)

    else:
        get_mp3("I don't under stand")


#get_mp3('Can you hear me')
## hear = raw_input('Can you hear me? \n>>> ')
#hear = get_speech()
#
#if message_type(hear) == 'yes':
#    get_mp3('Good. what would you like to ask me')
#    end = False
#    while end == False:
#        # text = raw_input('>>> ')
#        text = get_speech()
#        conversation(text)
#
#else:
#    print 'Check your settings and try again.'
#
#print '\n######### \n Goodbye \n#########'
#time.sleep(5)