def _in(ctx):
if not flMac:
tts = pyttsx3.init()
while not ctx.finished.is_set():
s = get()
_logger.debug("Saying: %s", s)
# Pause Ear (listening) while talking. Mute TTS.
# TODO: move this somewhere else
put('speech_recognition', 'mute')
if flMac:
_msg = subprocess.Popen(['echo', s], stdout=subprocess.PIPE)
_tts = subprocess.Popen(['say'], stdin=_msg.stdout)
_msg.stdout.close()
_tts.communicate()
else:
tts.say(s)
tts.runAndWait()
# Wait until speaking ends.
# Continue ear (listening). Unmute TTS.
# TODO: move this somewhere else
put('speech_recognition', 'unmute')
def _in():
default_mind = 'boot'
load_minds()
set_mind(default_mind)
logging.debug('"{}" is now listening. Say "Boot Mind!" to see if it can hear you.'.format(default_mind))
while not oa.core.finished.is_set():
text = get()
logging.debug('Input: {}'.format(text))
mind = oa.core.mind
if (text is None) or (text.strip() == ''):
# Nothing to do.
continue
t = text.upper()
# Check for a matching command.
fn = mind.kws.get(t, None)
if fn is not None:
# There are two types of commands, stubs and command line text.
# For stubs, call `perform()`.
if isCallable(fn):
call_function(fn)
oa.last_command = t
# For strings, call `sys_exec()`.
elif isinstance(fn, str):
sys_exec(fn)
oa.last_command = t
else:
# Any unknown command raises an exception.
raise Exception("Unable to process: {}".format(text))
yield text
def _in():
if not flMac:
if os.system('which festival') != 0:
tts = pyttsx3.init()
else:
engine = "festival"
while not oa.core.finished.is_set():
s = get()
logging.debug("Saying: %s", s)
# Pause Ear (listening) while talking. Mute TTS.
# TODO: move this somewhere else
put('speech_recognition', 'mute')
if flMac:
_msg = subprocess.Popen(['echo', s], stdout=subprocess.PIPE)
_tts = subprocess.Popen(['say'], stdin=_msg.stdout)
_msg.stdout.close()
_tts.communicate()
elif engine == "festival":
os.system('echo "{0}" | festival --tts'.format(s))
else:
tts.say(s)
tts.runAndWait()
# Wait until speaking ends.
# Continue ear (listening). Unmute TTS.
# TODO: move this somewhere else
put('speech_recognition', 'unmute')
def _in():
if not flMac:
tts = pyttsx3.init()
#voice = tts.getProperty('voices')[26] # the french voice
#tts.setProperty('voice', 'french+f2')
#tts.setProperty('rate', 120)
#tts.runAndWait()
while not oa.core.finished.is_set():
s = get()
logging.debug("Saying: %s", s)
# Pause Ear (listening) while talking. Mute TTS.
# TODO: move this somewhere else
put('speech_recognition', 'mute')
if flMac:
_msg = subprocess.Popen(['echo', s], stdout=subprocess.PIPE)
_tts = subprocess.Popen(['say'], stdin=_msg.stdout)
_msg.stdout.close()
_tts.communicate()
else:
#tts.say(s)
#tts.runAndWait()
os.system("pico2wave -l fr-FR -w {}{} \"{}\"".format(
TMP_FILE, ".wav", s.lower()))
os.system("aplay -q {}{}".format(TMP_FILE, ".wav"))
# Wait until speaking ends.
# Continue ear (listening). Unmute TTS.
# TODO: move this somewhere else
put('speech_recognition', 'unmute')
def _in():
while not oa.core.finished.is_set():
path = get()
# Pause listening while talking. Mute STT.
put('speech_recognition', 'mute')
try:
playsound.playsound(path)
except Exception as ex:
logging.error("Error playing sound: {}".format(ex))
# Audio complete. Begin listening. Unmute STT.
put('speech_recognition', 'unmute')
def _in(ctx):
while not ctx.finished.is_set():
path = get()
# Pause listening while talking. Mute STT.
put('speech_recognition', 'mute')
try:
subprocess.call(f'aplay {path}', shell=True)
except Exception as ex:
_logger.error("Error playing sound: {}".format(ex))
# Audio complete. Begin listening. Unmute STT.
put('speech_recognition', 'unmute')
def _in():
mute = 0
while not oa.core.finished.is_set():
raw_data = get()
if isinstance(raw_data, str):
if raw_data == 'mute':
logging.debug('Muted')
mute = 1
elif raw_data == 'unmute':
logging.debug('Unmuted')
mute = 0
time.sleep(.9)
empty()
continue
# Mute mode. Do not listen until unmute.
if mute:
continue
# Obtain audio data.
try:
dinf = get_decoder()
decoder = dinf.decoder
decoder.start_utt() # Begin utterance processing.
# Process audio data with recognition enabled (no_search = False), as a full utterance (full_utt = True)
decoder.process_raw(raw_data, False, False)
decoder.end_utt() # Stop utterance processing.
except Exception as e:
logging.error(e)
else:
hypothesis = decoder.hyp()
if hypothesis is not None:
hyp = hypothesis.hypstr
if (hyp is None) or (hyp.strip() == ''):
continue
logging.info("Heard: {}".format(hyp))
if hyp.upper() in dinf.phrases:
yield hyp
else:
continue
else:
logging.warn('Speech not recognized')
def _in():
if not flMac:
tts = pyttsx3.init()
while not oa.core.finished.is_set():
s = get()
# Pause Ear (listening) while talking. Mute TTS.
# TODO: move this somewhere else
put('speech_recognition', 'mute')
if flMac:
_msg = subprocess.Popen(['echo', s], stdout=subprocess.PIPE)
_tts = subprocess.Popen(['say'], stdin=_msg.stdout)
_msg.stdout.close()
_tts.communicate()
else:
say.say(s)
# tempDir = tempfile.gettempdir()
# filename = genFilename(s, '.mp3')
# filepath = os.path.join(tempDir, filename)
# if not os.path.exists(filepath):
# try:
# tts = gTTS(s, 'en')
# with open(filepath, 'wb') as f:
# tts.write_to_fp(f)
# print(f"Video Download: {filename}")
# except:
# raise Exception('Failed to Download Video')
# else:
# print("Video already in cache")
# playsound(filepath)
# print(f"Writing to {filepath}")
# song = AudioSegment.from_file(filepath, format="mp3")
# p.play()
# play(song)
#tts.say(s)
#tts.runAndWait()
# Wait until speaking ends.
# Continue ear (listening). Unmute TTS.
# TODO: move this somewhere else
put('speech_recognition', 'unmute')
