def eval(file_name, choice):
text = list()
if choice == 1:
text.append(recognize(file_name))
else:
with open(file_name, "rt") as f:
lines = f.readlines()
print(lines)
for line in lines:
text.append(line)
nb_count = 0
svm_count = 0
print(text)
total = len(text)
for i in text:
if analyse(i) <= 0.1:
if predict_nb(i) == 'suicidal':
nb_count = nb_count + 1
if predict_svm(i) == 'suicidal':
svm_count = svm_count + 1
avg_count = (nb_count + svm_count) / 2
if choice == 1:
if avg_count == 1:
return 'Potentially suicidal content.'
else:
return 'No suicidal content found.'
else:
print(avg_count)
print(total)
percentage = (avg_count / total) * 100
return percentage
def detectedCallback():
arduino.write('1'.encode())
try:
play_audio_file(select(config.get('wav', 'listening')))
reqText = speech.recognize()
if (reqText):
# submit request
logger.info('Request: {0}'.format(reqText))
response = requests.post(config.get('core_service', 'url'),
json={'text': reqText})
data = response.json()
logger.info('Response: {0}'.format(data))
speech.say(data.get('say'), local_tts)
media = data.get('play')
if (media):
process = play_audio_file_async(media, 0.05)
logger.debug('Playing media file: {0}'.format(media))
logger.debug('pid={0}'.format(str(process.pid)))
except Exception as e:
logger.exception("message")
arduino.write('0'.encode())
def getSpeech():
# Record an audio file using sound.Recorder:
recorder = sound.Recorder('speech.m4a')
recorder.record()
# Record for 3 seconds
for i in range(3):
sound.play_effect('game:Beep')
time.sleep(1)
# Stop recording
recorder.stop()
time.sleep(1)
result = 'no speech detected'
try:
speechDetect = speech.recognize('speech.m4a')
result = speechDetect[0][0]
#print('=== Details ===')
# print(result)
#print('=== Transcription ===')
# print(result[0][0])
except RuntimeError as e:
print('Speech recognition failed: %s' % (e,))
sound.play_effect('game:Error')
return result
def recognize(rec, mic):
running = True
result = ""
print("[main] Recognizing...")
mic.record()
result = speech.recognize(mic.save())
time.sleep(1)
return result
def speech_recognition():
from speech import recognize
if 'file' not in request.files:
abort(400)
file = request.files['file']
if file.filename == '':
abort(400)
prefix = os.path.join(app.config['UPLOAD_FOLDER'],
datetime.now().strftime("%Y-%m-%d_%H%M%S_%f"))
webm_filename = prefix + '.webm'
ogg_filename = prefix + '.ogg'
file.save(webm_filename)
os.system('ffmpeg -i {} -vn -acodec copy {}'.format(
webm_filename, ogg_filename))
return recognize(ogg_filename)
def anything_else():
import time, sound
speech.say("Mr. {Name} is there anything else I may help you with?", "en-UK")
time.sleep(3)
rec = sound.Recorder("audio.m4a")
rec.record()
time.sleep(3)
rec.stop()
result = speech.recognize("audio.m4a")[0][0]
if result == "Yes":
speech.say("Oops that is the end of my code sir, but I did hear yes", "en-UK")
elif result == "No":
speech.say("That is the end of my code sir, but I did hear no.", "en-UK")
else:
speech.say("I did not hear a response, so I will assume you are ready for the day,", "en-UK")
def face():
print("Thread started")
global img
global words
while True:
img = "tim/idle_face.png"
words = speech.recognize()
if words != None:
print(words)
img = "tim/open_mouth.png"
audio_thread = threading.Thread(target=tts("Noodle"),
args=(),
daemon=True)
audio_thread.start()
def listen():
global command
global index
recorder = sound.Recorder('speech.m4a')
while 'exit' not in command:
speech.say('listening')
print('listening')
recorder.record()
time.sleep(3)
recorder.stop()
try:
text = speech.recognize('speech.m4a')
[command, index] = stadardize_command(text[0][0], index)
print(command)
except:
pass
def recognize(rec, mic):
result = ""
print("[main] Recognizing...")
# Indicate start of recording with LED and animation
gpio.output(LED_PIN, 1)
# Send appropriate command to Animation module through FIFO
subprocess.check_output('echo "1" > ../speechToAnimation.fifo', shell=True)
subprocess.check_output('echo "1" >> ../speechToAnimation.log', shell=True)
# Record audio
mic.record()
# Indicate end of recording
gpio.output(LED_PIN, 0)
subprocess.check_output('echo "2" > ../speechToAnimation.fifo', shell=True)
subprocess.check_output('echo "2" >> ../speechToAnimation.log', shell=True)
# Recognize any speech in the recorded audio
result = speech.recognize(mic.save())
# Delay of 2s before next recognition
time.sleep(2)
return result
async def start(self, instance, value):
duration, = self.duration.value
rec = sound.Recorder('recorded.m4a')
rec.record()
print(f'Recording for {duration}...')
await self.async_lib.sleep(duration)
rec.stop()
await self.async_lib.sleep(0.1)
result = speech.recognize('recorded.m4a')
if len(result):
full_text, full_info = result[0]
await self.text.write([full_text])
await self.confidence.write(
[min(info['confidence'] for info in full_info)])
for info in full_info:
print('@ {timestamp} {duration} sec'
'heard: {substring} ({confidence})'
''.format(**info))
else:
await self.text.write([str(result)])
#for windows ONLY
import speech
import sound
from random_word import RandomWords
r = RandomWords()
playing = True
words = 0
inaccuracy = 0
for i in range(10):
words += 1
Word = True
word = r.get_random_word()
while Word:
speech.say(word, 'es_ES')
r = sound.Recorder('audio.m4a')
print("3")
time.sleep(1)
print("2")
time.sleep(1)
print("1")
time.sleep(1)
print(word)
r.record(3)
text = speech.recognize('audio.m4a', 'en')[0][0]
if text == word:
Word = False
else:
inaccuracy += 1
print("try again")
print(inaccuracy / words)
# https://forum.omz-software.com/topic/3862/speech-sound-module-q-s/4
import speech, sound, time
rec = sound.Recorder("audio.m4a")
rec.record()
time.sleep(3)
rec.stop()
result = speech.recognize("audio.m4a")
print(result)
def main():
# initialize
drink_status = False
drunk_level = 0
bill = 0
while (drink_status == False):
# display menu
print("++++")
print("Menu")
print("")
for drink in staff_action["menu"]["drink"].keys():
print(drink)
print("++++")
# take a order
speech.say("ご注文をどうぞ！", 'ja-JP')
time.sleep(1.8)
recorder = sound.Recorder('speech.m4a')
recorder.record()
dialogs.alert('注文が終わったらボタンをタップしてください.',
'',
'Finish',
hide_cancel_button=True)
recorder.stop()
# replay
voice = sound.Player('speech.m4a')
voice.play()
time.sleep(5.0)
# recognize order
try:
result = speech.recognize('speech.m4a', 'ja-JP')
except RuntimeError as e:
print("recognition failed: %s" % (e, ))
# order done
hit = False
for candidate in staff_action["menu"]["drink"].keys():
if candidate in result[0][0]:
string = 'お待たせしました、' + candidate + 'です！'
speech.say(string, 'ja-JP')
print(string)
# add bill and drunk_level
bill += staff_action["menu"]["drink"][candidate]["price"]
drunk_level += staff_action["menu"]["drink"][candidate]["alc"]
hit = True
break
if not hit:
string = "申し訳ありません、当店には取りあつかいがありません。"
speech.say(string, 'ja-JP')
print(string)
# check drunk_level
if (drunk_level >= drunk_threshold):
string = "あ、お茶をお出ししますね。"
speech.say(string, 'ja-JP')
string = "お会計は" + str(bill) + "円です。お気をつけておかえりください。"
speech.say(string, 'ja-JP')
drink_status = True
time.sleep(2.0)
