def veto(self, mess, args):
"""Will veto the currently playing track"""
print mess.getFrom().getStripped().lower()
registered = usermanager.get_user_real_name(mess.getFrom().getStripped().lower())
if registered:
vetoed = usermanager.add_veto(mess.getFrom().getStripped().lower())
if vetoed:
pytify.playpause()
speech.say(vetoed)
## self.broadcast("Veto! %s vetoed: %s by %s" % (mess.getFrom().getStripped().lower(), pytify.getCurrentTrack(), pytify.getCurrentArtist()))
pytify.next()
return "Vetoed"
else:
return "You already vetoed a song today!"
else:
return "You are not authorised to use this system"
def reload(self, mess, args):
"""Will reload the currently playing track"""
print mess.getFrom().getStripped().lower()
pytify.playpause()
speech.say("Bound to the reload!")
## self.broadcast("Veto! %s vetoed: %s by %s" % (mess.getFrom().getStripped().lower(), pytify.getCurrentTrack(), pytify.getCurrentArtist()))
pytify.previous()
return "Reloaded"
def top_headline():
news_api = requests.get("https://newsapi.org/v2/top-headlines?country=us&apiKey=")
news_response = news_api.json()
top_headline = news_response['articles'][0]['description']
author = news_response['articles'][0]['author']
source = news_response['articles'][0]['source']['id']
speech.say("Your top headline for this morning comes by way of author {}. {}".format(author, top_headline),"en-UK")
def tv_progress_did_select(self, tableview, section, row):
lst = tableview.data_source
selected_item = lst.items[row]
lst.selected_row = row
if lst.action:
lst.action(lst)
speech.say(selected_item, 'en-US')
def test_funcs():
print('Testing basic functions')
ph = speech.translate('hello world')
assert ph == ' /HEHLOW WERLD'
speech.pronounce('PIHTHUN', pitch=32, speed=60, mouth=100, throat=150)
speech.say('hello')
speech.sing('YEHSTERDEY5')
def playTouch(self):
'''Items selection and setup'''
for item in list(self.items):
'''This remove previous items from the screen'''
item.remove_from_parent()
self.items.remove(item)
for i in range(3):
a = i + 1
bnum = len(self.bitlist)
bit = Bit(parent=self)
self.items.append(bit)
bit.position = self.size.x / 4 * a, self.size.y / 2
bit.size = (200, 200)
targetBit = self.bitlist[randrange(bnum)]
bit.name = str(targetBit)
targetPic = str(targetBit) + '.jpg'
targetPic = targetPic.lower()
bit.texture = Texture(targetPic)
bit.size = (200, 200)
self.bitlist.remove(targetBit)
self.showlist.append(targetBit)
snum = len(self.showlist)
winbit = self.showlist[randrange(snum)]
speech.say(winbit)
self.winTex = str(winbit)
def test_sleep():
# check that sleep works ok with speech because they both use low-level timers
# (this is really a test of the audio module)
print('Testing sleep with speech')
microbit.sleep(1)
speech.say('hello world')
microbit.sleep(1)
def counter(dursec, durmin, durhour):
a = dursec
a += durmin * 60
a += durhour * 3600
time.sleep(a)
speech.say("time up")
playsound('audios/timup.mp3')
def menu_button_selected(self, title):
if title in ('Continue', 'New Game', 'Play', 'Try Again', 'Launch!'):
self.dismiss_modal_scene()
self.menu = None
self.paused = False
if title in ('Play', 'Try Again','Launch!'):
self.new_game()
speech.say('Attack their ships, ...and try to survive', 'id_ID')
elif title in ('New Game'):
self.dismiss_modal_scene()
self.menu = None
self.paused = False
self.show_start_menu()
elif title in ('Help', 'Instructions'):
self.dismiss_modal_scene()
self.menu = None
self.paused = False
if title == 'Help':
self.instruct_menu()
else:
self.instruct_menu(bob = 'Launch!')
elif title in ('Save Score'):
if self.score > self.highscore:
with open('SpaceBlaster.highscore', 'w') as f:
f.write(str(self.score))
self.highscore = self.score
else:
print(title)
def addalarm(hrs, min, dur, date, mon):
cur = db.cursor()
cur.execute(
"INSERT INTO `alarm`(`hrs`, `min`, `dur`, `date`, `mon`) VALUES (%d,%d,%d,%d,%d)"
% (hrs, min, dur, date, mon))
db.close()
speech.say("Alarm successfully added")
def login_protocol(self):
speech.say('Please log into your Jarvis Account to utilize my services', 'en-EN', 0.5)
self.login_personel = console.login_alert('Please log into your Jarvis Account to utilize services')
self.login_personel_array = []
for i in self.login_personel:
self.login_personel_array.append(i)
self.name_of_current_subject_array = []
self.name = self.login_personel_array[0]
try:
self.read_from_personal_file = open(self.name.upper(), 'r')
if self.read_from_personal_file.mode == 'r':
self.read_from_file = self.read_from_personal_file.read()
# https://stackoverflow.com/questions/3277503/how-do-i-read-a-file-line-by-line-into-a-list
self.name_of_current_subject_array.append(self.read_from_file)
for i in self.name_of_current_subject_array:
if i.rfind(self.name.upper()):
speech.say('Welcome back ' + self.name + '!', 'en-EN', 0.5)
speech.say('How may I be of service?', 'en-EN', 0.5)
print 'Welcome back ' + self.name + '!'
print 'How may I be of service?'
self.idle()
self.read_from_personal_file.close()
else:
speech.say('Pleasure to meet you ' + self.name, 'en-EN', 0.5)
print 'Pleasure to meet you ' + self.name + '!'
self.your_own_personal_file_write()
except:
speech.say('Pleasure to meet you ' + self.name, 'en-EN', 0.5)
print 'Pleasure to meet you ' + self.name + '!'
self.your_own_personal_file_write()
self.getting_to_know_you()
def reminders(self):
self.set_a_reminder = raw_input()
for i in self.set_a_reminder:
if 'remind' in i:
reminders.Reminder.title = 'Reminder1'
speech.say('Okay. I am setting a new reminder for ' + self.reason_for_reminder + ', on ' + self.time_of_reminder, 'en-EN', 0.5)
print 'Okay. I am setting a new reminder for ' + self.reason_for_reminder + ', on ' + self.time_of_reminder
def blockListen():
while True:
phrase = speech.input()
speech.say("You said %s" % phrase)
print "You said " + phrase
if phrase == "turn off":
break
def table_action(sender):
global lang
prev_lang = lang
selected_lang = sender.items[sender.selected_row]
lang = lang_dict.get(selected_lang, lang)
if lang not in ('en-US', prev_lang): # workaround for bug
speech.say('workaround', lang, speed)
def say_post():
name = request.form['name']
text = request.form['text']
speech.say(name + " says " + text)
log_add(name, text)
templateData = {'name' : name}
return render_template("piHole_say.html", **templateData)
def listen(word_sentence,word_sel,rand_sel):
words = []
flats = []
rand_sel = 1
if (word_sentence == "word"):
word_file = "c:/Python27/words.txt"
last_word = "最后一个单词"
elif (word_sentence == "sentence"):
word_file = "c:/Python27/sentences.txt"
last_word = "最后一个句子"
words = open_file(word_file)
flats = flat_words(words,word_sel)
if rand_sel == 1:
random.shuffle(flats)
for i in range(len(flats)):
word = flats[i]
print word
if debug == 0 :
if i ==(len(flats) - 1):
speech.say(last_word)
speech.say(word)
tkMessageBox.showinfo("info",unicode(word,'cp936').encode('utf-8'))
#tkMessageBox.showinfo("info",word)
return
def test_funcs():
print('Testing basic functions')
ph = speech.translate('hello world')
assert ph == ' /HEHLOW WERLD'
speech.pronounce('PIHTHUN', pitch=32, speed=60, mouth=100, throat=150)
speech.say('hello')
speech.sing('YEHSTERDEY5')
def test_sleep():
# check that sleep works ok with speech because they both use low-level timers
# (this is really a test of the audio module)
print('Testing sleep with speech')
microbit.sleep(1)
speech.say('hello world')
microbit.sleep(1)
def read_weather():
# Currently, weather will be a dictionary with a comment, temp, and max.
location = settings.get_preference('location')
w = get_weather(location)
say('The weather for %s includes %s' % (location, w['comment']))
say('It is currently %d. Expect it to get %.2f degrees warmer' %
(w['temp'], w['max'] - w['temp']))
def route(destination):
send_url = 'http://freegeoip.net/json'
r = requests.get(send_url)
j = json.loads(r.text)
lat = j['latitude']
lon = j['longitude']
city = j['city']
print("You are at " + str(city))
speech.say("You are at " + str(city))
bingMapsKey = "Ah1ha8z7d6jaHFMiWaokDWkH_x1Uk733r1PrUFD5rEsbIJlAxXCkSeCkW7DVDh80"
longitude = lon
latitude = lat
encodedDest = urllib.parse.quote(destination, safe='')
routeUrl = "http://dev.virtualearth.net/REST/V1/Routes/Driving?wp.0=" + str(
latitude) + "," + str(
longitude) + "&wp.1=" + encodedDest + "&key=" + bingMapsKey
request = urllib.request.Request(routeUrl)
response = urllib.request.urlopen(request)
r = response.read().decode(encoding="utf-8")
result = json.loads(r)
itineraryItems = result["resourceSets"][0]["resources"][0]["routeLegs"][0][
"itineraryItems"]
for item in itineraryItems:
print(item["instruction"]["text"])
speech.say(item["instruction"]["text"])
def read_weather():
# Currently, weather will be a dictionary with a comment, temp, and max.
location = settings.get_preference('location')
w = get_weather(location)
say('The weather for %s includes %s' %(location, w['comment']))
say('It is currently %d. Expect it to get %.2f degrees warmer'
%(w['temp'], w['max'] - w['temp']))
def doHealthSignIn():
clipboard = paste()
copySelected()
sleep(0.01)
keybd_event(46, 0, 0, 0)
keybd_event(46, 0, KEYEVENTF_KEYUP, 0)
receiver = '测控一班666'
msg = paste()
copy(clipboard)
time = datetime.now()
lines = len([each for each in msg.split('\n') if each])
myMsg = '\n{}.本人廖辰玮，目前在江西省高安市，今日本人和家人体温正常，我承诺本人身体健康情况和行程信息准确上报，服从学校疫情防控要求。'
if msg.find('今日本人和家人体温正常') != -1 and msg.find('廖辰玮') != -1:
say('您今日已完成签到')
elif msg.find('今日本人和家人体温正常') != -1:
msg = msg + myMsg.format(lines)
code = QQSend(receiver, msg.replace('\n\n', '\n'))
if code == -1:
say('签到失败，请斋主打开群聊界面')
else:
say('签到成功')
else:
msg = '{}.{}'.format(time.month, time.day) + myMsg.format(1)
code = QQSend(receiver, msg, False)
if code == -1:
say('签到失败，请斋主打开群聊界面')
else:
say('未找到别人的签到信息，请斋主手动发送第一条')
async def speak(self, instance, value):
if isinstance(value, (list, tuple)):
value, = value
language = self.language.value[0]
rate = self.rate.value[0]
print(f'Saying {value!r} in language {language} at rate {rate}')
speech.say(value, language, rate)
def speakScrambledWord(self):
s = str(self.scrambledLabel.text())
speech.say("Unscramble : ")
for char in s:
speech.say(char + '...')
# speech.say(phrase)
self.lineEdit.setFocus()
def checkTime():
while True:
csvFileName = "G:\\Python27\\Gofer_voice\\remainders\\remainders.csv"
df = pd.read_csv(csvFileName)
remainder_time = df.time #you can also use df['column_name']
gdate = time.strftime("%d/%m/%Y")
gtime = time.strftime("%I:%M")
print gdate + ',' + gtime
print remainder_time
print len(remainder_time)
if gtime in remainder_time:
print remainder_time.index(gtime)
print 'yes'
#print df.activity[3]
i = 0
for rem in remainder_time:
i = i + 1
if rem == gtime:
print 'you got a remainder'
print df.activity[i - 1]
speech.say('you got a remainder')
speech.say(df.activity[i - 1])
removeActivity(i - 1)
print 'sleeping'
time.sleep(30)
def button_next_tapped(sender):
global g_current_db_index
global G_DB_ROW_LENGTH
global g_db_id
global g_db_element
global g_db_chapter
global g_db_section
try:
conn = sqlite3.connect("wanglu_linguistic_material.db")
cursor = conn.cursor()
if g_current_db_index == G_DB_ROW_LENGTH:
g_current_db_index = 1
cursor.execute(
"""SELECT * FROM wanglu_linguistic_material WHERE chapter=? AND section=? AND number=?""",
(
g_db_chapter,
g_db_section,
g_current_db_index,
))
row = cursor.fetchone()
g_current_db_index = g_current_db_index + 1
g_db_id = row[1]
g_db_element = row[4]
speech.say(g_db_element, 'en-UK', 0.5)
conn.close
except Error:
print(Error)
def blockListen():
while True:
phrase = speech.input()
speech.say("You said %s" % phrase)
print "You said " + phrase
if phrase == "turn off":
break
def run(self):
say('How can I help you?')
while 1:
self.label.show_listening()
voice_data = listen(self.label.show_processing)
self.execute(voice_data, self.root)
time.sleep(5)
def execute(cmd):
cmd,params = [c.strip() for c in cmd.split(':')]
if cmd == 'say':
speech.say(params)
if cmd == 'pwr' and params == 'off':
import win32api
win32api.ExitWindowsEx(24,0)
def addActivity(result):
for t in to:
if t in result:
tpos = result.find(t)
factivity = result[tpos + len(t):]
print factivity
r_time = get_time(result)
while r_time == -1:
speech.say('set the time of the remainder')
r_time = hear.hear()
r_time = get_time(r_time)
if r_time == -1:
speech.say('that is an invalid time format')
break
else:
speech.say('ya sure, what sbould i remind you of')
factivity = hear.hear()
print factivity
r_time = get_time(factivity)
if r_time == -1:
speech.say('set the time of the remainder')
r_time = hear()
r_time = get_time(r_time)
rem_list = os.listdir("remainders")
#count = len(rem_list) + 1
remainderFile = "remainders\\remainders.csv"
factivity = str(r_time) + ',' + str(factivity)
print 'saving remainder'
file_remainder = open(remainderFile, "a")
file_remainder.write('\n' + factivity)
file_remainder.close()
speech.say(factivity + ' is saved')
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 speak_the_time():
h = hours
am_pm = am
if h >= 12:
am_pm = pm
if h > 12:
h = h - 12
if minutes == 0:
# The time is twelve pm exactly
speech.say(preamble + digits[h] + " " + am_pm + " exactly")
else:
if minutes < 10:
# The time is twelve o four pm
speech.say(preamble + digits[h] + " o " + digits[minutes] + " " +
am_pm)
elif minutes < 20:
# The time is twelve eighteen pm
speech.say(preamble + digits[h] + " " + digits[minutes] + " " +
am_pm)
else:
mins_tens = int(minutes / 10)
mins_units = minutes % 10
if mins_units == 0:
# The time is twelve twenty pm
speech.say(preamble + digits[h] + " " + tens[mins_tens] + " " +
am_pm)
else:
# The time is twelve twenty four pm
speech.say(preamble + digits[h] + " " + tens[mins_tens] + " " +
digits[mins_units] + " " + am_pm)
def take_a_selfie(self, filename='.temp.jpg'):
self.name = raw_input()
self.selfie = raw_input()
if 'selfie' in self.selfie:
img = photos.capture_image()
if img:
img.save(filename)
console.show_image(filename)
speech.say(self.name + ', you look stunning!')
print self.name + ', you look stunning!'
speech.say(
'Would you like to save your master piece in a custom album?'
)
print 'Would you like to save your master piece in a custom album?'
self.to_save_or_not_to_save = raw_input()
if 'ye' in self.to_save_or_not_to_save:
photos.create_album(self.name + 's Album')
speech.say(
'Okay. I have created your own custom album to save your legendary pic.'
)
print 'Okay. I have created your own custom album to save your legendary pic.'
speech.say(
'Hold the image to save your elegant pic in your custom album'
)
print 'Hold the image to save your elegant pic in your custom album'
self.idle()
else:
speech.say(
'Affirmative... Your photo will be deleted after this session.'
)
print 'Affirmative... Your photo will be deleted after this session.'
self.idle()
console.clear()
def speakScrambledWord(self):
s = str(self.scrambledLabel.text())
speech.say("Unscramble : ")
for char in s:
speech.say(char + '...')
# speech.say(phrase)
self.lineEdit.setFocus()
def do_aom(phrase,listener):
if phrase == 'green':
aom = 'GreenAOM'
elif phrase == 'red':
aom = 'MatisseAOM'
elif phrase == 'pulse':
aom = 'PulseAOM'
elif phrase == 'yellow':
aom = 'YellowAOM'
elif phrase == 'stop':
print 'stop listening'
listener.stoplistening()
return
elif phrase == 'servo':
print 'PMservo flip'
ins = qt.instruments['PMServo']
if ins.get_position() == ins.get_in_position():
ins.move_out()
else:
ins.move_in()
return
elif phrase=='power':
power = '{:.0f} nano waat'.format(qt.instruments['powermeter'].get_power()*1e9)
print 'power: ', power
speech.say(power)
return
else:
print 'Not understood'
if qt.instruments[aom].get_power() == 0.:
print 'Turning on', aom
qt.instruments[aom].turn_on()
else:
print 'Turning off', aom
qt.instruments[aom].turn_off()
def initialization(self):
speech.say('Initializing')
print 'Initializing...'
cwd = os.getcwd()
print cwd + '\n\n'
time.sleep(3)
speech.say('Configuring Settings')
print 'Configuring Settings...'
cpr = sys.copyright
print cpr + '\n\n'
time.sleep(3)
speech.say('Re-configuring Localized Settings...')
print 'Re-configuring Localized Settings...\n\n'
time.sleep(3)
speech.say(
'Welcome to the Beta Version of Jarvis. Your personal assistant...'
)
print 'Welcome to the Beta Version of Jarvis. Your personal assistant...'
time.sleep(3)
self.current_date_eastern_time_zone()
self.current_eastern_standard_time()
time.sleep(10)
speech.say('Lets get acquainted with each other. What is your name?')
print 'Lets get acquainted with each other. What is your name?'
time.sleep(3)
self.get_person_at_hand()
#self.your_own_personal_file_write()
self.your_own_personal_file_read()
def draw(self):
global start_t
global tlist, ptr, plist
global flist
global doblock
global lan1
global wait
if speech.is_speaking():
self.lastt = time.time()
else:
if doblock:
if len(self.children) < 2:
k = 1
j = 1
for t in first:
# print("t=",t,self.size)
self.s2 = SpriteNode(t)
rat = self.size.y / self.s2.size.y
rat = rat * 0.1
self.s2.size = self.s2.size * rat
self.s2.position = [
self.size.x * k / 9, self.size.y * j / 5
]
self.s2.position = [
self.size.x * (k / 9.),
self.size.y * (1.1 - j / 5.)
]
# self.s2.position[0]=200
# self.s2.position.y=self.size.y*random.random()
# print(self.s2.position)
k = k + 1
if (k == 8):
k = 1
j = j + .75
self.add_child(self.s2)
return
if ptr >= len(plist) and not (
speech.is_speaking()) and time.time() > self.lastt + 5.0:
startit()
if ptr < len(plist) and time.time() > self.lastt + 1.5:
self.s2 = None
p = os.getcwd() + "/" + plist[ptr].strip() + ".png"
# print(p)
self.s2 = SpriteNode(p)
self.s2.position = self.size / 2
rat = self.size.y / self.s2.size.y
self.s2.size = self.s2.size * rat
self.add_child(self.s2)
if ptr == 0:
sleep(wait)
if (len(self.children) > 1):
self.children[0].remove_from_parent()
# print(p,tlist[ptr])
speech.say(tlist[ptr], lan1)
# self.touch_began(xy)
ptr = ptr + 1
def getpnr():
with urllib.request.urlopen(
"https://api.railwayapi.com/v2/pnr-status/pnr/4244155114/apikey/4khkpfnhvz/"
) as url:
data = json.loads(url.read().decode())
cs = data['passengers'][0]
speech.say(str(cs['current_status']).replace('/', ' '))
def say(sentence):
open_eyes()
if use_voice:
speech.say(sentence, speed=120, pitch=100, throat=190, mouth=190)
else:
display.scroll(sentence, delay=75)
close_eyes()
def initializeUserData():
'''
Should only be used in tests.
Collects user data every time program starts.
In official version this should store data permanently,
not to memory.
'''
wantedName=False #boolean variable which states that the user is OK with his/her name or not
while not wantedName:
speech.say('what is your name?')
name=speech.input() #stores user input to name variable
speech.say('your name is ' + name)
speech.say('is this o k with you')
response=speech.input() #stores user response to previous question to variable
if response=='Yes':
wantedName=True #user is OK with name
gender=None #creates gender variable. we dont know users gender yet (hence the None)
doneGender=False
while not doneGender: #same thing as before
speech.say(name + ', What is your sex, male or female?')
gender=speech.input() #user's response
if gender=='Male' or gender=='Mail': #pyspeech misinterprets 'male' for 'mail' sometimes
pronoun='sir' #this is what CHRIS will use to refer to the user
doneGender=True
if gender=='Female':
pronoun='mam'
doneGender=True
speech.say('O K , we\'re done')
ret_info=[name, gender, pronoun] #returns the name, gender, and pronoun of the user in form of list
return ret_info
def callback(self, phrase, listener): if ((phrase == "Stop") or (phrase == "STOP") or (phrase == "stop")): listener.stoplistening() if ((phrase == "Next") or (phrase == "NEXT") or (phrase == "next")): listener.stoplistening() speech.say(phrase)
def rate_adjusted_cb(self, get):
speech.rate = int(get.get_value())
speech.say(_("rate adjusted"))
f = open(os.path.join(self.activity.get_activity_root(), 'instance', 'rate.txt'), 'w')
try:
f.write(str(speech.rate))
finally:
f.close()
def pitch_adjusted_cb(self, get):
speech.pitch = int(get.get_value())
speech.say(_("pitch adjusted"))
f = open(os.path.join(self.activity.get_activity_root(), 'instance', 'pitch.txt'), 'w')
try:
f.write(str(speech.pitch))
finally:
f.close()
def button_action(sender):
global lang
v['switch1'].action = brit_switch_action
text = textview.text
if text == '':
speech.say('Please tell me something to say.', lang, 0.1)
else:
speech.say(text, lang, 0.1)
def computer(self, mess, args):
if 'i order you to say' in args.lower():
pytify.playpause()
new_string = args.lower().replace("i order you to say", '')
speech.say(new_string)
pytify.playpause()
else:
return "I didn't understand that command"
def handle_button_action(self, name, sender):
BUTTON_PREFIX = 'button_'
INFO_PREFIX = 'info_'
if name == 'button_start_speech':
speech.say(sample_text.get_sample_text(), 'de', 1.0 * self.conf.rechtschreibung.speech_speed / 100.0)
elif name == 'button_stop_speech':
speech.stop()
elif name == 'button_load_mode':
self.load_mode_start(LOAD_MODE_RULESET)
elif name == 'button_load_reference_mode':
self.load_mode_start(LOAD_MODE_REFERENCE)
elif name == 'button_save_mode':
self.save_mode_start()
elif name == 'button_open_app_control_view':
self.open_app_control_view()
elif name == 'button_open_top_navigation_view':
self.open_top_navigation_view()
elif name == 'button_open_statistics_view':
self.open_statistics_view()
elif name == 'button_close_top_navigation_view':
self.close_top_navigation_view()
elif name == 'button_icon_rechtschreibung':
self.button_icon_rechtschreibung()
elif name.startswith(BUTTON_PREFIX):
view_name = name[len(BUTTON_PREFIX):]
child_view = self.find_subview_by_name(view_name)
if child_view != None:
view = self.find_subview_by_name(NAME_NAVIGATION_VIEW)
view.push_view(child_view)
return 1
else:
logger.warning("cannot find subview '%s" % view_name)
elif name.startswith(INFO_PREFIX):
info_name = name[len(INFO_PREFIX):]
rule_info = self.rule_doc_manager.get_rule_info_by_attr_name(info_name)
if rule_info:
self.info_popup.present(rule_info, close_label=words.schlieszen(c=rulesets.C_BOS))
else:
logger.error("cannot find info text for %s" % info_name)
else:
super(MainViewController, self).handle_button_action(name, sender)
def before_present(self): word = self.recite.pickone() if word is None: self.close() else: self[LABEL_WORD_NAME].text = word.word self[LABEL_TOTAL_NUM_NAME].text = str(self.recite.reciting_length()) if self.auto_speech: speech.say(word.word, 'en-US')
def test_timing():
# test that speech takes the correct amount of time over many runs
print('Testing timing of say function')
for i in range(5):
start = microbit.running_time()
speech.say('hello world')
microbit.sleep(1)
stop = microbit.running_time()
assert 800 < stop - start < 815
def speaknowButtonTapped(self, sender): assert sender.name == 'speakTimeButton', 'Invalid button name: ' + sender.name # Get the say seconds preference isSaySeconds = sender.superview['speakSecondsSwitch'].value if traceFlag: print 'isSaySeconds current value now->>' + str(isSaySeconds) timeMessage = self.getCurrentLocalTimeAnnouncement(isSaySeconds) if traceFlag: print 'Time message to announce ->>' + timeMessage speech.say(timeMessage,locale, speechDelay)
def readFeeds():
url = "http://news.google.com/news?pz=1&cf=all&ned=us&hl=en&output=rss"
rootfeed = feedparser.parse(url)
speech.say("Today's top headlines")
titles = []
for entry in rootfeed["entries"]:
titles.append(entry.title)
print (entry.title)
return titles
#speech.say("That's all of today's top headlines")
def __init__(self, parent=None):
super(HighscoresDialog, self).__init__(parent)
self.setupUi(self)
self.readScores()
i = 1
for item in self.scores:
self.listWidget.addItem(QString('%i. %s. Score : %i' % (i, item, self.scores[item][1])))
i += 1
self.listWidget.setCurrentItem(self.listWidget.item(0))
speech.say(str(self.listWidget.currentItem().text()) + '.')
self.listWidget.currentRowChanged.connect(self.speakItem)
def speak_task(self, task):
"""Recite the provided task"""
if not task:
return
if task.tags:
fmt = "Task number {}, priority: {}, {}, This task has the following tags: {}"
msg = fmt.format(task.id, task.priority, task.note, " and ".join(task.tags.split()))
else:
fmt = "Task number {}, priority: {}, {}, This task does not have any tags."
msg = fmt.format(task.id, task.priority, task.note)
speech.say(msg, self.language, self.speech_rate)
def button_pressed(self, sender):
user_text = self['user text'].text
assert user_text # buttons will not be enabled if there is no text
# method 4: using sender.name to decide how to respond
if sender.name == 'alert': self.console_alert(user_text)
elif sender.name == 'hud_alert': self.console_hud_alert(user_text)
elif sender.name == 'popover': self.popover(user_text)
elif sender.name == 'print': print(user_text)
elif sender.name == 'say': speech.say(user_text)
else: # this should never happen!
print('button_pressed({})'.format(sender.name))
assert False # panic
def shuffle():
global music
x = getRandomFile(path + '/music')
tasks = getoutput('ps -A')
if 'omxplayer.bin' in tasks:
# kill omxplayer
os.killpg(music.pid, SIGTERM)
# start any music file
say(x[: - 4])
music = subprocess.Popen(["omxplayer", "-o", "local", path + '/music/' + x],
stdin=subprocess.PIPE, stdout=subprocess.PIPE,
preexec_fn=os.setsid)
def callback(phrase, listener):
print ": %s" % phrase
if phrase == "turn off":
speech.say("Goodbye.")
listener.stoplistening()
sys.exit()
else:
# print(phrase.split())
spoken_input = phrase.split()
# print(spoken_input)
spoken_command = spoken_input[len(spoken_input) - 1]
# print(spoken_command)
activate_home(spoken_command)
def live_recognize(self):
data = self.record()
if(data == False):
return ""
else:
is_broken_connection = True
while is_broken_connection:
try:
recognized_audio = self.recognize(data)
is_broken_connection = False
except Exception:
speech.say("Connection error.")
is_broken_connection = True
return recognized_audio
def inputSpeech(self):
print "Hello"
file = open("Bill.txt","w");
response = "NO"
response1 = "Google"
speech.say("Hello!!! Welcome to speech recognition for the visually impaired")
#while((response != "YES") or (response != "Yes") or (response != "yes")):
while((response == "NO") or (response == "No") or (response == "no")):
speech.say("Please enter your search query")
response1 = speech.input("Say something, please.")
speech.say("You said " + response1)
print response1
speech.say("Is this what you said?")
response = speech.input("Is it ok?")
response=str(response)
print response
#while((response != "No") or (response != "NO") or (response != "no") or (response != "YES") or (response != "Yes") or (response != "yes")):
#print "Please say yes or no"
#speech.say("Please say yes or no ")
#response= speech.input("Please say yes or no")
#print response
return response1
def _joystick(self):
while True:
if self.flag == True:
self.flag = False
print "self.num=",self.num
if self.num == 1:
self.client.send('set_goal %f %f %f'%(34.373,26.394,0.010))#wp1
print "set"
self.client.recv()
elif self.num == 2:
#self.num+=1
if self.pass_flag == False:
self.client.send('set_goal %f %f %f'%(30.030,30.311,3.115))#wp2
self.client.recv()
self.num = 7
else:
self.client.send('set_goal %f %f %f'%(30.030,30.311,3.115))#wp2
self.client.recv()
self.num = 7
elif self.num == 4:
self.client.send('set_goal %f %f %f'%(38.641,27.841,-0.405))#3
self.client.recv()
elif self.num == 5:
self.client.send('set_goal %f %f %f'%(37.690,25.940,0.003))#
self.client.recv()
elif self.num == 6:
print "555555555555"
self.client.send('set_goal %f %f %f'%(18.743,34.158081,-1.222))#18.743,34.158081,-1.222
self.client.recv()
elif self.num == 7:
self.client.send('set_goal %f %f %f'%(19.643,30.088081,-2.628))#6
self.client.recv()
elif self.num == 8:
self.client.send('set_goal %f %f %f'%(34.586,29.345,0.072))#wp311
self.client.recv()
elif self.num == 9:
self.client.send('set_goal %f %f %f'%(34.586,29.345,0.072))#wp3
self.client.recv()
elif self.num == 11 and self.follow_flag == False:
speech.say("Bye Bye, I will go back to the last location.")
self.client.send('set_goal %f %f %f'%(34.586,29.345,0.072))#wp3
self.client.recv()
self.follow_flag_1 = False
self.num+=1
elif self.num == 13:
self.client.send('set_goal %f %f %f'%(36.850,32.630,1.554))#wp4
self.client.recv()
def connectToWiimote():
global mac, wm, disFlag, batteryCheck
while (mac == None):
connAttempt()
if mac in subprocess.check_output(["hcitool", "con"]):
wmInfo = str(wm.state)
batteryLife = int(wmInfo[wmInfo.index('\'battery\': ') + 11:wmInfo.index('}')])
if batteryLife <= 15 and batteryCheck == False:
say('Batteries are low')
batteryCheck = True
elif disFlag == False:
say('Wiimote disconnected.')
disFlag == True
connAttempt()
elif disFlag == True:
connAttempt()
def button_tapped(sender):
button_name = sender.name
label_word = sender.superview[LABEL_WORD_NAME]
textview_meaning = sender.superview[TEXTVIEW_MEANING_NAME]
if button_name == BUTTON_ERROR_NAME:
sender.superview.recite.record_error()
elif button_name == BUTTON_SHOW_NAME:
sender.superview[BUTTON_RIGHT_NAME].enabled = True
sender.superview[BUTTON_ERROR_NAME].enabled = True
textview_meaning.text = sender.superview.recite.current_word().meaning
return
elif button_name == BUTTON_EXIT_NAME:
sender.superview.close()
return
elif button_name == BUTTON_MENU_START_NAME:
sender.superview.start2recite = True
sender.superview.close()
return
elif button_name == BUTTON_MENU_EXIT_NAME:
sender.superview.start2recite = False
sender.superview.close()
return
elif button_name == BUTTON_SPEAK_NANE:
speech.say(label_word.text, 'en-US')
return
elif button_name == BUTTON_ERROR_NUM_NAME:
error_view = ui.load_view('ErrorList')
textview_error_list = error_view[TEXTVIEW_ERROR_LIST_NAME]
textview_error_list.text = '\n'.join([str(x) for x in sender.superview.recite.err_words])
textview_error_list.editable = False
error_view.present(orientations=['portrait'], hide_title_bar=True)
error_view.wait_modal()
return
elif button_name == BUTTON_REMOVE_NAME:
sender.superview.recite.remove_familiar()
sender.superview[BUTTON_RIGHT_NAME].enabled = False
sender.superview[BUTTON_ERROR_NAME].enabled = False
word = sender.superview.recite.pickone()
if word is None:
sender.superview.close()
else:
label_word.text = word.word
textview_meaning.text = ''
sender.superview[LABEL_RECITED_CNT_NAME].text = str(sender.superview.recite.current_index+1)
sender.superview[LABEL_ERR_CNT_NAME].text = str(sender.superview.recite.error_cnt())
if sender.superview.auto_speech:
speech.say(word.word, 'en-US')
def initialize_home():
global user_id
user_id = pyfaces.recognize_face()
print(user_id)
#user_id = 'xyzxxxx'
global Mode
global done
global turn_off
TrainingDictionary = load_training_data()
print(TrainingDictionary)
if (user_id in TrainingDictionary):
print("You have already visited i-home. The home is trained by your habit. Do you like the home to run in your personalized mode. say YES or NO")
speech.say("You have already visited i-home. The home is trained by your habit. Do you like the home to run in your personalized mode. say YES or NO")
listener = speech.listenforanything(callback)
done=0
while done!=1:
continue
# it will go in while loop only when default mode is selected
if Mode=='default':
print 'in default mode'
while listener.islistening():
text = raw_input("> ")
#text = 'asd'
if turn_off==1:
sys.exit()
elif text == "turn off":
listener.stoplistening()
sys.exit()
else:
speech.say(text)
#print(" I am outside the callback")
#print(Mode)
elif Mode=='personal':
print 'in personal mode'
spoken_command1 = TrainingDictionary[user_id][0]
spoken_command2 = TrainingDictionary[user_id][1]
#print(spoken_command1)
#print(spoken_command2)
activate_home(spoken_command1, spoken_command2)
else:
print 'New user found, set to defualt spoken mode'
speech.say('New user found, set to defualt spoken mode')
#for new user
listener = speech.listenforanything(callback)
# it will go in while loop only when default mode is selected
while listener.islistening():
text = raw_input("> ")
if turn_off==1:
sys.exit()
elif text == "turn off":
listener.stoplistening()
sys.exit()
else:
speech.say(text)