def speech_do_work(boolean):
if boolean:
#if I say "turn on speech"
#Jarvis will listen to anything I say and print it
speech.listenforanything(speech_callback)
else:
#if I say "turn off speech"
#it will wait for me to say "turn on speech"
speech.listenfor(["turn on speech"], speech_callback)
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)
def unblockListen():
listener = speech.listenforanything(response)
# Your program can do whatever it wants now, and when a spoken phrase is heard,
# response() will be called on a separate thread.
while listener.islistening():
time.sleep(1)
print "Still waiting..."
def unblockListen():
listener = speech.listenforanything(response)
# Your program can do whatever it wants now, and when a spoken phrase is heard,
# response() will be called on a separate thread.
while listener.islistening():
time.sleep(1)
print "Still waiting..."
def main():
screen = pygame.display.set_mode((WIDTH, HEIGHT))
pygame.display.set_caption("Stoneage Game")
tablero = Tablero(screen)
jugador = Jugador(screen)
listener = speech.listenforanything(jugador.callback)
pygame.mixer.init()
while not jugador.ganador() or listener.listening():
for eventos in pygame.event.get():
if eventos.type == QUIT:
sys.exit(0)
jugador.mover(tablero, screen)
tablero.pantalla_fin()
return 0
def createwindow(self, controller):
def callback1(self,phrase):
print ": %s" % phrase
global dict
p=re.compile('.*Play.*',re.IGNORECASE)
if p.match(phrase):
#print "ding ding"
#listener.stoplistening()
controller.show_frame(PageOne)
label = tk.Label(self, text="Welcome to DIGIWAR!!", font=LARGE_FONT)
label.pack(pady=10,padx=10)
button = tk.Button(self, text="Play Game",
command=lambda: controller.show_frame(PageOne))
button.pack()
button2 = tk.Button(self, text="Instructions",
command=lambda: controller.show_frame(PageTwo))
button2.pack()
listener1 = speech.listenforanything(callback1)
# print(phrase.split())
spoken_input = phrase.split()
# print(spoken_input)
spoken_command1 = spoken_input[0].lower()
spoken_command2 = spoken_input[len(spoken_input) - 1].lower()
#print(spoken_command1)
#print(spoken_command2)
activate_home(spoken_command1, spoken_command2)
##print "Anything you type, speech will say back."
##print "Anything you say, speech will print out."
##print "Say or type 'turn off' to quit."
##print
print "i-home is activated"
listener = speech.listenforanything(callback)
while listener.islistening():
text = raw_input("> ")
if text == "turn off":
listener.stoplistening()
sys.exit()
else:
speech.say(text)
listener1 = speech.listenfor(["any of", "these will", "match"], L1callback)
# You can listen for multiple things at once, doing different things for each.
def L2callback(phrase, listener):
print ("Another phrase: %s" % phrase)
listener2 = speech.listenfor(["good morning Michael"], L2callback)
# 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")
import speech
import time
response = speech.input("Say something, please.")
speech.say("You said " + response)
def callback(phrase, listener):
if phrase == "再见":
listener.stoplistening()
speech.say(phrase)
print(phrase)
listener = speech.listenforanything(callback)
while listener.islistening():
time.sleep(.5)
listener1 = speech.listenfor(["any of", "these will", "match"], L1callback)
# You can listen for multiple things at once, doing different things for each.
def L2callback(phrase, listener):
print "Another phrase: %s" % phrase
listener2 = speech.listenfor(["good morning Michael"], L2callback)
# 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"
def __init__(self): print 'In Constructor' listener = speech.listenforanything(self.callback) print 'In constructor 2'
def pressed(self, index):
global flag,dict
global mat,turn,MAX
mat2=[x[:] for x in mat]
if flag==1 :
#print("number pressed", index)
global id,Kmaxg,Kmaxb
#print(mat[index/rsiz][index%rsiz],index/rsiz,index%rsiz)
#print("\n ",mat)
if mat[index/rsiz][index%rsiz]== -2 and turn==-1 and Kmaxg:
mat2[index/rsiz][index%rsiz]= -3
turn=1
Kmaxg=Kmaxg-1
self.buttons[index].configure(bg = "dark green")
elif mat[index/rsiz][index%rsiz]== 2 and turn==1 and Kmaxb:
mat2[index/rsiz][index%rsiz]= 3
turn=-1
Kmaxb=Kmaxb-1
self.buttons[index].configure(bg = "dark blue")
elif mat[index/rsiz][index%rsiz]==-1 and turn==-1 and id<MAX:
id=id+1
mat2[index/rsiz][index%rsiz]= -2
turn=1
self.buttons[index].configure(bg = "green",text=id)
dict[id]=index
elif mat[index/rsiz][index%rsiz]==1 and turn==1 and id<MAX:
id=id+1
mat2[index/rsiz][index%rsiz]= 2
turn=-1
self.buttons[index].configure(bg = "blue",text=id)
dict[id]=index
mat=[row[:] for row in mat2]
#print("\n ",mat)
elif flag==0 :
if mat[index/rsiz][index%rsiz]!=5 or mat[index/rsiz][index%rsiz]!=-1 or mat[index/rsiz][index%rsiz]!=1 :
#print("flag =0 number pressed", index)
#print("\n ",mat)
row_num=index/rsiz
if mat[index/rsiz][index%rsiz]== -2 and turn==-1:
#print("green soldier clicked!! \n")
while mat[index/rsiz][index%rsiz]==-1 or mat[index/rsiz][index%rsiz]==5 or mat[index/rsiz][index%rsiz]==-2 or mat[index/rsiz][index%rsiz]==-3 :
index = index + 1
if(index/rsiz!=row_num):
index=index-1
break
#print("rn=",row_num,"i/rs=",index/rsiz)
#print("green side ",index,index/rsiz,index%rsiz)
turn=1
mat2[index/rsiz][index%rsiz]=5
elif mat[index/rsiz][index%rsiz]==2 and turn==1:
while mat[index/rsiz][index%rsiz]==1 or mat[index/rsiz][index%rsiz]==5 or mat[index/rsiz][index%rsiz]==2 or mat[index/rsiz][index%rsiz]==3:
index = index - 1
if(index/rsiz!=row_num):
index=index+1
break
#print("rn=",row_num,"i/rs=",index/rsiz)
turn=-1
#print("blue side",index,index/rsiz,index%rsiz)
mat2[index/rsiz][index%rsiz]=5
elif mat[index/rsiz][index%rsiz]== -3 and turn==-1:
#print("green soldier clicked!! \n")
# index = index + 1
while any([mat[index/rsiz][index%rsiz]==-1,mat[index/rsiz][index%rsiz]==5,mat[index/rsiz][index%rsiz]==-2,mat[index/rsiz][index%rsiz]==-3]):
index = index + 1
if(index/rsiz!=row_num):
index=index-1
break
#print("rn=",row_num,"i/rs=",index/rsiz)
#print("green side ",index,index/rsiz,index%rsiz)
turn=1
mat2[index/rsiz][index%rsiz]=5
mat2[index/rsiz+1][index%rsiz]=5
mat2[index/rsiz-1][index%rsiz]=5
elif mat[index/rsiz][index%rsiz]==3 and turn==1:
#index = index - 1
while any([mat[index/rsiz][index%rsiz]==1,mat[index/rsiz][index%rsiz]==5,mat[index/rsiz][index%rsiz]==2,mat[index/rsiz][index%rsiz]==3]) :
index = index - 1
if(index/rsiz!=row_num):
index=index+1
break
#print("rn=",row_num,"i/rs=",index/rsiz)
turn=-1
#print("blue side",index,index/rsiz,index%rsiz)
mat2[index/rsiz][index%rsiz]=5
mat2[index/rsiz+1][index%rsiz]=5
mat2[index/rsiz-1][index%rsiz]=5
elif flag==2 :
if mat[index/rsiz][index%rsiz]!=5 or mat[index/rsiz][index%rsiz]!=-1 or mat[index/rsiz][index%rsiz]!=1 :
#print("move up number pressed", index)
#print("\n ",mat)
if any([mat[index/rsiz][index%rsiz]== -2,mat[index/rsiz][index%rsiz]== -3]) and turn==-1:
#print("green soldier clicked!! \n")
t=self.buttons[index].cget("text")
t_up=self.buttons[index-rsiz%size].cget("text")
self.buttons[index-rsiz%size].configure(text=t)
del dict[t]
dict[t]=index+rsiz % size
self.buttons[index].configure(text=t_up)
tex=mat[index/rsiz-1][index%rsiz];
mat2[index/rsiz-1][index%rsiz]=mat[index/rsiz][index%rsiz];
mat2[index/rsiz][index%rsiz]=tex;
turn=1;
#print(t)
#print("green side ",index,index/rsiz,index%rsiz)
elif any([mat[index/rsiz][index%rsiz]==2, mat[index/rsiz][index%rsiz]== 3]) and turn==1:
#print("blue soldier clicked!! \n")
t=self.buttons[index].cget("text")
t_up=self.buttons[index-rsiz%size].cget("text")
self.buttons[index-rsiz%size].configure(text=t)
del dict[t]
dict[t]=index+rsiz % size
self.buttons[index].configure(text=t_up)
tex=mat[index/rsiz-1][index%rsiz];
mat2[index/rsiz-1][index%rsiz]=mat[index/rsiz][index%rsiz];
mat2[index/rsiz][index%rsiz]=tex;
turn=-1;
#print(tex)
#print("blue side ",index,index/rsiz,index%rsiz)
elif flag==3 :
if mat[index/rsiz][index%rsiz]!=5 or mat[index/rsiz][index%rsiz]!=-1 or mat[index/rsiz][index%rsiz]!=1 :
#print("move down number pressed", index)
#print("\n ",mat)
if any([mat[index/rsiz][index%rsiz]== -2, mat[index/rsiz][index%rsiz]== -3]) and turn==-1:
#print("green soldier clicked!! \n")
t=self.buttons[index].cget("text")
t_dn=self.buttons[index+rsiz % size].cget("text")
self.buttons[index+rsiz %size].configure(text=t)
del dict[t]
dict[t]=index+rsiz % size
self.buttons[index].configure(text=t_dn)
tex=mat[index/rsiz+1][index%rsiz];
mat2[index/rsiz+1][index%rsiz]=mat[index/rsiz][index%rsiz];
mat2[index/rsiz][index%rsiz]=tex;
turn=1;
#print(tex)
#print("green side ",index,index/rsiz,index%rsiz)
elif any([mat[index/rsiz][index%rsiz]==2, mat[index/rsiz][index%rsiz]== 3]) and turn==1:
#print("blue soldier clicked!! \n")
t=self.buttons[index].cget("text")
t_dn=self.buttons[index+rsiz % size].cget("text")
self.buttons[index+rsiz%size].configure(text=t)
del dict[t]
dict[t]=index+rsiz % size
self.buttons[index].configure(text=t_dn)
tex=mat[index/rsiz+1][index%rsiz];
mat2[index/rsiz+1][index%rsiz]=mat[index/rsiz][index%rsiz];
mat2[index/rsiz][index%rsiz]=tex;
turn=-1;
#print(tex)
#print("blue side ",index,index/rsiz,index%rsiz)
mat=[row[:] for row in mat2]
#print dict
#print("\n ",mat)
for m in range(rsiz):
for n in range(rsiz):
#listener = speech.listenforanything(callback)
if mat[m][n]==2:
self.buttons[m*rsiz + n].configure(bg="blue")
elif mat[m][n]==3:
self.buttons[m*rsiz + n].configure(bg="dark blue")
elif mat[m][n]==-2:
self.buttons[m*rsiz + n].configure(bg="green")
elif mat[m][n]==-3:
self.buttons[m*rsiz + n].configure(bg="dark green")
elif mat[m][n]==5:
self.buttons[m*rsiz + n].configure(bg="black")
elif mat[m][n]==-1:
self.buttons[m*rsiz + n].configure(bg="light green")
elif mat[m][n]==1:
self.buttons[m*rsiz + n].configure(bg="light blue")
if turn ==-1:
self.Turn2.configure(bg="green")
elif turn==1:
self.Turn2.configure(bg="blue")
listener = speech.listenforanything(self.callback)
# -*- coding: utf-8 -*-
import time
import speech
import subprocess
import win32com.client
closeMainSystem = u"滚"
listenMusic = u"我好累"
Word = u"写文章"
def callback(phrase, listener):
print(": %s" % phrase)
if phrase == closeMainSystem:
speech.say(u"主人奴婢这就咕噜咕噜滚下去")
listener.stoplistening()
sys.exit()
elif phrase == listenMusic:
speech.say(u"主人，奴婢这就为你来按摩")
webbrowser.open_new("http://douban.fm/")
elif phrase == Word:
speech.say(u"主人我这就给您磨砚")
os.popen(
"D:\Program Files (x86)\Microsoft Office\Office15\2052\QuickStyles\word2013.dotx"
)
listener = speech.listenforanything(callback)
while listener.islistening():
text = input()
if text == u"不要语音了":
listener.stoplistening()
sys.exit()
# -*- coding: utf-8 -*-
import time
import speech
import subprocess
import win32com.client
closeMainSystem =u"滚"
listenMusic =u"我好累"
Word =u"写文章"
def callback(phrase, listener):
print(": %s"%phrase)
if phrase ==closeMainSystem:
speech.say(u"主人奴婢这就咕噜咕噜滚下去")
listener.stoplistening()
sys.exit()
elif phrase ==listenMusic:
speech.say(u"主人，奴婢这就为你来按摩")
webbrowser.open_new("http://douban.fm/")
elif phrase ==Word:
speech.say(u"主人我这就给您磨砚")
os.popen("D:\Program Files (x86)\Microsoft Office\Office15\2052\QuickStyles\word2013.dotx")
listener =speech.listenforanything(callback)
while listener.islistening():
text =input()
if text ==u"不要语音了":
listener.stoplistening()
sys.exit()
else:
def __init__(self): listener = speech.listenforanything(self.callback)
