def btnpress(self, show, happ=""):
try:
saythis = {
"X": "multiply by",
"/": "divide by",
"(": "opening bracket",
")": "closing bracket",
"00": "double zero",
"-": "minus",
"+": "plus",
"^": "raised to",
".": "point"
}
say = saythis[show] if show in saythis.keys() else show
say = "" if self.ids.sound.text == "Sound : Off" else say
tts.speak(say)
chk = self.dstack[-1][-1]
nums = "1234567890.^-+*X)"
print("check : ", chk, "show : ", show[0])
if chk in nums and show[0] not in nums:
print("*" + str(show))
self.ids.deqn.text += ("*" + show) if happ == "" else ("*" +
happ)
print(self.ids.deqn.text)
else:
self.ids.deqn.text += show if happ == "" else happ
except:
self.ids.deqn.text += show if happ == "" else happ
self.ids.eqn.text += show
self.stack.append(self.ids.eqn.text)
self.dstack.append(self.ids.deqn.text)
def check_user(self, user, pwd):
if pwd.lower() == 'pyconindia':
tts.speak('Hello {}. Welcome to Pycon India!'.format(user))
if pwd.lower() == 'funny':
tts.speak('Lalu ji ko rabri achi lagti hai')
# load screen 2
self.root.current = 'screen 2'
def voz_boton(self, texto):
hoy = datetime.date.today()
print(hoy)
self.ids.txt_Fecha.text = str(hoy)
r= sr.Recognizer()
#leyenda= self.ids.btn_Producto.text
print(texto)
try:
tts.speak("Ingrese "+texto)
#print ("Escuchando")
with sr.Microphone() as source:
#r.adjust_for_ambient_noise(source)
#print("Hable ahora...")
audio = r.listen(source)
entrada = r.recognize_google(audio, language='es-ES')
if (texto=='Nombre'):
self.ids.txt_Producto.text = entrada
elif(texto=='Precio'):
self.ids.txt_Precio.text = entrada
elif(texto=='Cantidad'):
self.ids.txt_Cantidad.text = entrada
except NotImplementedError:
popup = ErrorPopup()
popup.open()
except:
print("No entendí o tardó demasiado")
def style(self, style=None, A=None):
"""Display the aphorism text in a given style"""
if int(app.config.get('display', 'bg_enabled')) == 1:
app.background_set(app.background_get_random())
if isinstance(A, Aphorism):
self.aphorism = A
else:
A = self.aphorism
if style is None:
tpl = """\"[b]{aphorism}[/b]\"\n\n -- [i]{author}[/i]"""
formatted = tpl.format(aphorism=A.aphorism, author=A.author)
self.ids.quote.text = formatted
elif style == 'full':
tpl = """\"[b]{aphorism}[/b]\"\n\n -- [i]{author}[/i]\n\n{source}"""
formatted = tpl.format(
aphorism=A.aphorism,
author=A.author,
source=A.source)
self.ids.quote.text = formatted
if int(app.config.get('accessibility', 'tts')) == 1 and str(platform) != 'linux':
tts.speak("New aphorism.")
tts.speak(A.aphorism)
tts.speak('spoken by')
tts.speak(A.author)
tts.speak("End of new aphorism.")
def style(self, style=None, A=None):
"""Display the aphorism text in a given style"""
if int(app.config.get('display', 'bg_enabled')) == 1:
app.background_set(app.background_get_random())
if isinstance(A, Aphorism):
self.aphorism = A
else:
A = self.aphorism
if style is None:
tpl = """\"[b]{aphorism}[/b]\"\n\n -- [i]{author}[/i]"""
formatted = tpl.format(aphorism=A.aphorism, author=A.author)
self.ids.quote.text = formatted
elif style == 'full':
tpl = """\"[b]{aphorism}[/b]\"\n\n -- [i]{author}[/i]\n\n{source}"""
formatted = tpl.format(aphorism=A.aphorism,
author=A.author,
source=A.source)
self.ids.quote.text = formatted
if int(app.config.get('accessibility',
'tts')) == 1 and str(platform) != 'linux':
tts.speak("New aphorism.")
tts.speak(A.aphorism)
tts.speak('spoken by')
tts.speak(A.author)
tts.speak("End of new aphorism.")
def calculate(self, speak_ans=False):
try:
eqnn = self.ids.deqn.text
eqnn = eqnn.replace("^", "**").replace("/", "*1.0/")
while eqnn.count("(") > eqnn.count(")"):
eqnn += ")"
print(eqnn)
Ans = eval(eqnn)
print(Ans)
self.ids.ans.text = "0" if Ans > 0.000000001 and Ans < -0.000000001 else str(
Ans)
Ans = str(Ans)
Ans = Ans.replace("-", "negative") if Ans[0] == '-' else Ans
speak_ans = False if self.ids.sound.text == "Sound : Off" or speak_ans == False else True
if speak_ans == True: tts.speak(str(Ans))
except ZeroDivisionError:
self.clr_btn()
popup = Popup(title='Error !!!',
content=Label(text="Dividing by zero Error !!!"),
size=(200, 100),
size_hint=(None, None))
popup.open()
except:
self.clr_btn()
popup = Popup(title='Error !!!',
content=Label(text="Syntax Error !!!"),
size=(200, 100),
size_hint=(None, None))
popup.open()
def readactivity(self, activity):
activity = activity.split("*****")
activity = activity[0]
msg = str("You are " + activity)
try:
tts.speak(msg)
except NotImplementedError:
print "Error!"
def speak(self):
print("speech: ", self.text)
if (is_debug_mode):
lang = "zh-cn"
self.speech = Speech(self.text, lang)
self.speech.play()
else:
tts.speak(self.text)
def com_sound_text_to_speech(message_to_speak):
"""
# text to speech
"""
try:
tts.speak(message_to_speak)
except NotImplementedError:
pass
def read_intro(self, sb_button):
sb_button.disabled = True
if self.speak_flag == 0:
tts.speak(self.text_label_1)
self.speak_flag = 1
self.animation_count = 0
Clock.schedule_once(self.reset_speak_flag, 5)
sb_button.disabled = False
def say_something(self, text):
try:
tts.speak(text)
except NotImplementedError:
popup = Popup(title='TTS Not Implemented',
content=Label(text='Sorry. TTS is not available.'),
size_hint=(None, None),
size=(300, 300))
popup.open()
def say_something(self, text):
try:
tts.speak(text)
except NotImplementedError:
popup = Popup(title='TTS Not Implemented',
content=Label(text='Sorry. TTS is not available.'),
size_hint=(None, None),
size=(300, 300))
popup.open()
def speak(the_text):
for txt in the_text:
if the_tts is 'pyttsx':
TTS.engine.say(txt)
if the_tts is 'plyer':
tts.speak(txt)
time.sleep(float(len(txt)) * 0.05)
if the_tts is 'pyttsx':
TTS.engine.runAndWait()
time.sleep(1)
def say_something(self, text):
#subprocess.call(["espeak", text])
try:
tts.speak(text)
except NotImplementedError:
popup = Popup(title='Text-to-Speech not implemented',
content=Label(text='Sorry, TTS is not available.'),
size_hint=(None, None),
size=(300, 300))
popup.open()
def LogInVk(*args):
LOGIN, PASSWORD = args
global api
api = vk.API(vk.AuthSession(app_id = "5649665", user_login = LOGIN, user_password = PASSWORD, scope = '74752'), v = '5.59') #9216
try: tts.speak(u'Добрый день, ' + api.users.get()[0]['first_name'])
except: notification.notify(title=u'Error',message=u'Greetings failed!',timeout=2)
txt = re.split(r'\n', decode('code'))
encode('code', '%s\n%s\n%s\n' %(txt[0], LOGIN, PASSWORD))
return True
def talk(self, words_widget):
try:
tts.speak(self.text_output.text.encode("utf8") + ".")
except NotImplementedError:
pass
self.text_output.text = ""
# update word list if it not in other view
if words_widget.__class__.__name__ == "WordList":
words = self.word_predictor.getWordList()
words_widget.build_list(words)
def speak(the_text, finished=None):
for txt in the_text:
if the_tts is 'pyttsx':
TTS.engine.say(txt)
if the_tts is 'plyer':
tts.speak(txt)
time.sleep(float(len(txt)) * 0.05)
if finished:
Clock.schedule_once(finished, 0)
if the_tts is 'pyttsx':
TTS.engine.runAndWait()
time.sleep(1)
if finished:
finished(0.0)
def speak(the_text, finished=None):
for txt in the_text:
if the_tts is 'pyttsx':
TTS.engine.say(txt)
if the_tts is 'plyer':
tts.speak(txt)
time.sleep(float(len(txt)) * 0.05)
if finished:
Clock.schedule_once(finished, 0)
if the_tts is 'pyttsx':
TTS.engine.runAndWait()
time.sleep(1)
if finished:
finished(0.0)
def message(self, msg_type, msg):
"""Show the message using an icon named after the given type"""
self.msg_type = msg_type
self.msg = msg
if int(app.config.get('accessibility', 'tts')) == 1 and str(platform) != 'linux':
tts.speak("New notification. Notification type is " + msg_type)
tts.speak('Notification message follows.')
tts.speak(msg)
tts.speak('End of notification message.')
self.icon = 'assets/img/icons/notify/' + msg_type + '.png'
def speak(self, text):
"""Calls the speech synthesizer.
Parameters:
text (str): The text to be spoken.
Returns:
none
"""
try:
tts.speak(text)
except NotImplementedError:
popup = Popup(title='TTS Not Implemented',
content=Label(text='Sorry. TTS is not available.'),
size_hint=(None, None),
size=(300, 300))
popup.open()
def message(self, msg_type, msg):
"""Show the message using an icon named after the given type"""
self.msg_type = msg_type
self.msg = msg
if int(app.config.get('accessibility',
'tts')) == 1 and str(platform) != 'linux':
tts.speak("New notification. Notification type is " + msg_type)
tts.speak('Notification message follows.')
tts.speak(msg)
tts.speak('End of notification message.')
self.icon = 'assets/img/icons/notify/' + msg_type + '.png'
def calspeak(self):
saythis, say = {
"X": " multiply by ",
"/": " divide by ",
"(": " opening bracket ",
")": " closing bracket ",
"-": " minus ",
"+": " plus ",
"^": " raised to ",
".": " point "
}, ""
msg = "value of " + self.ids.eqn.text + " is " + self.ids.ans.text
for x in saythis.keys():
msg = msg.replace(x, saythis[x])
for show in msg.split():
say += " " + saythis[show] if show in saythis.keys(
) else " " + show
say = "" if self.ids.sound.text == "Sound : Off" else say
print(say)
tts.speak(say)
def on_touch_down(self, touch):
ret, img = self.capture.read()
self.capture.release()
tts.speak(message="El pastel es una mentira. The cake is a lie")
import json
from random import choice
import time
the_tts = None
try:
from plyer import tts
tts.speak('hello')
the_tts = 'plyer'
except:
pass
try:
import pyttsx
the_tts = 'pyttsx'
except:
pass
class TTS:
engine = None
what = ''
@staticmethod
def start():
TTS.engine = None
if the_tts is 'pyttsx':
TTS.engine = pyttsx.init()
TTS.engine.setProperty('voice', 'HKEY_LOCAL_MACHINE/SOFTWARE/Microsoft/Speech/Voices/Tokens/TTS_MS_EN-US_ZIRA_11.0')
TTS.engine.connect(topic='finished-utterance', cb=TTS.finished)
@staticmethod
def ola(self, *args):
notification.notify('Olá Python Brasil :)')
tts.speak(
"Hello Python Brazil, "
"I'm Plyer's Text to Speech Module. Have fun!")
def _do_speak(self, saythis):
try:
tts.speak(saythis)
except NotImplementedError:
Logger.info("Text to Speech is not implemented on this platform.")
import json
from random import choice
import time
from kivy.clock import Clock
the_tts = None
try:
from plyer import tts
tts.speak('')
the_tts = 'plyer'
except:
pass
try:
import pyttsx
the_tts = 'pyttsx'
except:
pass
class TTS:
engine = None
what = ''
@staticmethod
def start():
TTS.engine = None
if the_tts is 'pyttsx':
TTS.engine = pyttsx.init()
TTS.engine.setProperty(
'voice',
import json
from random import choice
import time
from kivy.clock import Clock
the_tts = None
try:
from plyer import tts
tts.speak(message='hello')
the_tts = 'plyer'
except:
pass
try:
import pyttsx
the_tts = 'pyttsx'
except:
pass
class TTS:
engine = None
what = ''
@staticmethod
def start():
TTS.engine = None
if the_tts is 'pyttsx':
TTS.engine = pyttsx.init()
TTS.engine.setProperty('voice', 'HKEY_LOCAL_MACHINE/SOFTWARE/Microsoft/Speech/Voices/Tokens/TTS_MS_EN-US_ZIRA_11.0')
TTS.engine.connect(topic='finished-utterance', cb=TTS.finished)
def speak(self, item):
tts.speak(item)
def do_speak(event_voice):
global text_voice
while True:
event_voice.wait()
tts.speak(text_voice)
event_voice.clear()
def talk_back(self,words,*args):
tts.speak(str(words))
def run():
try:
tts.speak(word)
except NotImplementedError:
print("error")
def _do_speak(self, saythis):
try:
tts.speak(saythis)
except NotImplementedError:
Logger.info("Text to Speech is not implemented on this platform.")
def do_read(self):
try:
tts.speak(self.ids.notification_text.text)
except NotImplementedError:
popup = ErrorPopup()
popup.open()
def do_read(self):
try:
tts.speak(self.ids.notification_text.text)
except NotImplementedError:
popup = ErrorPopup()
popup.open()
def beep(data):
tts.speak(data)
def check_user(self, user, pwd):
if pwd.lower() == 'pyconindia':
tts.speak('Hello {}. Welcome to Pycon India!'.format(user))
if pwd.lower() == 'funny':
tts.speak('Lalu ji ko rabbri, bahoot pasand hai!')
def check_user(self, user, pwd):
if pwd.lower() == 'pyconindia':
tts.speak('Hello {}. Welcome to Pycon India!'.format(user))
if pwd.lower() == 'funny':
tts.speak('Lalu ji ko rabbri, bahoot pasand hai!')
def speak(self, text):
tts.speak(text)
def talk(self, file_path):
try:
tts.speak(message=self.convert_pdf_to_txt(file_path[0]))
except:
print 'cant talk'
def read_aloud(self, text, button):
button.disabled = True
button.state = "down"
tts.speak(text)
button.disabled = False
button.state = "normal"
def talk(self,file_path):
try:
tts.speak(message=self.convert_pdf_to_txt(file_path[0]))
except:
print 'cant talk'
def responder(self, *args):
self.respWidget.text = self.resp
tts.speak(self.resp)
def ler(self, *args):
tts.speak(self.txt_entrada.text)
