def sendQ(question):
answ = fnlp.nlpcall(question)
ans.set(answ)
ftoarduino.toarduino(answ)
#sleep(5)
ftexttospeech.texttospeech(answ)
print "end"
def sendName(name):
# sentence = 'My name is ' + name
# answ = fnlp.nlpcall(sentence)
# ans.set(answ)
answ = "Please stand on the cross and look at my eyes " + name
ans.set(answ)
ftexttospeech.texttospeech(answ)
unknown_user.saveface(name)
answ = "Your name was saved and now you may ask questions."
ftexttospeech.texttospeech(answ)
def audioQ():
flag = 0
nlp_out = ''
frecord.record()
# text_out = fspeechtotext.speechtotext(audio_file, PATH)
# nlp_out = fnlp.nlpcall(text_out)
# ans.set(nlp_out)
# ftexttospeech.texttospeech(nlp_out)
#ftoarduino.toarduino(nlp_out)
signal.signal(signal.SIGALRM, handler)
signal.alarm(20)
try:
text_out = fspeechtotext.speechtotext(audio_file, PATH)
except Exception, exc:
print exc
text_out = "Timeout. Please try again"
ans.set("Timeout. Please try again")
ftexttospeech.texttospeech(text_out)
def autodet():
while (True):
if displayapp2.flag1 == 1:
print "auto detect"
pathlist = autodetect.auto_run()
if pathlist == None:
displayapp2.flag1 = 0
else:
print pathlist[1]
text_out = fspeechtotext.speechtotext(pathlist[1], pathlist[0])
if text_out != '':
nlp_out = fnlp.nlpcall(text_out)
convo = nlp_out.split()
print "to arduino"
ftoarduino.toarduino(nlp_out)
#sleep(5)
ftexttospeech.texttospeech(nlp_out)
print "end"
if "Bye" in convo:
break
else:
print "Audio is not properly captured"
def proxface():
ftoarduino.endConv()
while (1):
while ser.in_waiting:
list1 = []
comd = ''
a = ser.read()
if (a != '<'):
continue
elif (a == '<'):
while (1):
if ser.in_waiting:
cha = ser.read()
if cha == '>':
break
else:
list1.append(cha)
print list1
for i in range(len(list1)):
comd = comd + list1[i]
print comd
if comd == "det":
signal.signal(signal.SIGALRM, handler)
signal.alarm(25)
nofaceflag = 0
try:
video_capture = cv2.VideoCapture(0)
person = live_run.runface(video_capture)
except Exception, exc:
print exc
video_capture.release()
cv2.destroyAllWindows()
nofaceflag = 1
ftoarduino.endConv()
print "face not detected1"
signal.alarm(0)
if nofaceflag == 0:
if person == "unknown":
print "unknown"
ftoarduino.greet()
text_out = "Welcome to the department of E N T C."
print text_out
ftexttospeech.texttospeech(text_out)
ftoarduino.middle()
sleep(8)
ftexttospeech.texttospeech(
"Can you please enter your name?")
elif person == "0":
print "exit face"
ftoarduino.endConv()
else:
print "name done"
ftoarduino.greet()
text_out = "Welcome to the department of E N T C " + person
print text_out
ftexttospeech.texttospeech(text_out)
ftoarduino.middle()
sleep(8)
ftexttospeech.texttospeech("What can I do for you")
def handler(signum, frame):
print "Face not detected"
raise Exception("end of time")
def intros():
sleep(4)
ftexttospeech.texttospeech(Text0)
sleep(1.5)
ftexttospeech.texttospeech(Text1)
sleep(1)
ftexttospeech.texttospeech(Text2)
sleep(1.5)
ftexttospeech.texttospeech(Text3)
sleep(1)
ftexttospeech.texttospeech(Text4)
sleep(1.5)
ftexttospeech.texttospeech(Text5)
sleep(1)
ftexttospeech.texttospeech(Text6)
def enter_name(self, cont):
frame = self.frames[cont]
frame.tkraise()
ftexttospeech.texttospeech(
"Please enter your name and stand on the cross")
def disable_auto(self, cont):
frame = self.frames[cont]
frame.tkraise()
ftexttospeech.texttospeech("Auto detection is disabled")
global flag1
flag1 = 0
def showrightcom():
ftoarduino.showright()
#sleep(10)
ftexttospeech.texttospeech("Showing right direction")
def showleftcom():
ftoarduino.showleft()
#sleep(10)
ftexttospeech.texttospeech("Showing left direction")
def greetcom():
ftoarduino.greet()
#sleep(5)
ftexttospeech.texttospeech("Greeting command")
text_out = "Timeout. Please try again"
ans.set("Timeout. Please try again")
ftexttospeech.texttospeech(text_out)
else:
print text_out
nlp_out = fnlp.nlpcall(text_out)
ans.set(nlp_out)
# ftexttospeech.texttospeech(nlp_out)
flag = 1
signal.alarm(0)
print "to arduino"
if flag == 1:
ftoarduino.toarduino(nlp_out)
#sleep(5)
ftexttospeech.texttospeech(nlp_out)
print "end"
def handler(signum, frame):
print "Timeout! Please try again"
raise Exception("end of time")
# audi = multiprocessing.Process(target=audioprocess)
#
# audi.start()
# audi.join(25)
#
# if audi.is_alive():
# global nlp_out
# nlp_out= "Timeout. Please try again"
# print nlp_out