def callback(phr):
if phr == '停止交互':
speech.say("Goodbye. 人机交互即将关闭，谢谢使用")
speech.stoplistening()
sys.exit()
elif phr == '好累啊':
webbrowser.open_new("http://www.youku.com/")
elif phr == '深度学习':
speech.say("深度学习是个好东西，语音识别已经有了")
elif phr == 'cmd':
speech.say("即将打开CMD")
os.popen("C:\Windows\System32\cmd.exe")
# If you don't have a specific set of phrases in mind, listenforanything() will
# run a callback every time anything is heard that doesn't match another Listener.
def L3callback(phrase, listener):
speech.say(phrase) # repeat it back
if phrase == "stop now please":
# The listener returned by listenfor() and listenforanything()
# is also passed to the callback.
listener.stoplistening()
listener3 = speech.listenforanything(L3callback)
# All callbacks get automatically executed on a single separate thread.
# Meanwhile, you can just do whatever with your program, or sleep.
# As long as your main program is running code, Listeners will keep listening.
import time
while listener3.islistening(): # till "stop now please" is heard
time.sleep(1)
assert speech.islistening() # to at least one thing
print ("Dictation is now stopped. listeners 1 and 2 are still going.")
listener1.stoplistening()
print ("Now only listener 2 is going")
# Listen with listener2 for a while more, then turn it off.
time.sleep(30)
speech.stoplistening() # stop all remaining listeners
assert not speech.islistening()
# As long as your main program is running code, Listeners will keep listening.
import time
while listener3.islistening(): # till "stop now please" is heard
time.sleep(1)
assert speech.islistening() # to at least one thing
print "Dictation is now stopped. listeners 1 and 2 are still going."
listener1.stoplistening()
print "Now only listener 2 is going"
# Listen with listener2 for a while more, then turn it off.
time.sleep(30)
speech.stoplistening() # stop all remaining listeners
assert not speech.islistening()
# obtain audio from the microphone
r = sr.Recognizer()
with sr.Microphone() as source:
print("Say something!")
audio = r.listen(source)
try:
print("AT&T Speech to Text thinks you said " + r.recognize_att(audio, app_key=ATT_APP_KEY, app_secret=ATT_APP_SECRET))
except sr.UnknownValueError:
print("AT&T Speech to Text could not understand audio")
except sr.RequestError as e:
print("Could not request results from AT&T Speech to Text service; {0}".format(e))
def sayit(self): speech.stoplistening() speech.say(self.inst)
def __stop__(self):
speech.stoplistening()
if hrdel<0: hrdel+=24
if mndel<0: mndel+=60
if scdel<0: scdel+=60
delay = 3600*hrdel + 60*mndel + scdel
print delay
#Create a thread to execute action at given time
Timer(delay, tmp).start()
while True:
try:
print "Please say the command out loud or press Ctrl+C twice to exit"
speech.say("Please say the command out loud")
input = speech.input("Please press Control plus C to type the command instead.") #"on fan zero nine three eight"
print input,
while speech.islistening():
delta = speech.input(" - ")
input += delta
print delta,
speech.say("You said: "+input)
print ""
except KeyboardInterrupt:
speech.stoplistening()
print ("Please type your command here; Press Ctrl+C to exit")
try: input = raw_input()
except KeyboardInterrupt: break
if input!="": evaluate(input)
input = ""
