def name_error(q):
try:
import main
if main.run == True:
import recorder
main.voice_data = recorder.records_audio("", q)
if main.person_says(["quit", "no", "nope", "nah"]):
counts = 0
elif main.person_says(["play", "yes", "sure", "okay", "ok"]):
change_name(q)
counts = 0
else:
counts += 1
if counts < 3:
name_error(q)
else:
counts = 0
else:
pass
except Exception:
counts = 0
def error(q):
try:
if main.run == True:
import main
import recorder
main.voice_data = recorder.records_audio("", q)
if main.person_says(["quit", "no", "nope", "nah"]):
count = 0
elif main.person_says(["play", "yes", "sure", "okay", "ok"]):
count = 0
core(q)
else:
count += 1
if count < 3:
error(q)
else:
count = 0
else:
pass
except Exception:
count = 0
def definitions(q):
if main.run == True or main.crun == True:
import recorder
if main.person_says(["what is"]) and 'definition' not in main.voice_data and 'definitions' not in main.voice_data:
search_term = main.voice_data.split("what is")[-1]
search_term = search_term.replace('is', ' ')
wiki_search(search_term, q)
elif main.person_says(["definition of", "definitions of"]):
search_term = main.voice_data.split("of")[-1]
wiki_search(search_term, q)
elif main.person_says(["definition for", "definitions for"]):
search_term = main.voice_data.split("for")[-1]
wiki_search(search_term, q)
else:
if main.run == True:
definition=recorder.record_audio("What do you need the definitions of? Please tell me the word again.")
search_term = main.voice_data
wiki_search(search_term, q)
else:
pass
else:
pass
def core(q):
import main
if main.run == True:
import speaker
import recorder
moves = ["rock", "paper", "scissor"]
pmoves = ["rock", "paper", "scissor", "caesar", "peppa"]
main.voice_data = recorder.record_audio(
"Choose among rock, paper or scissor:", q)
if main.voice_data not in pmoves:
q.put(main.asis_obj.name + ": " +
"Sorry I did not understand. Would you like to try again?" +
"\n")
speaker.speech_output(
"Sorry I did not understand. Would you like to try again?")
error(q)
else:
import random
cmove = random.choice(moves)
pmove = main.voice_data
pmove = name_check(pmove)
q.put(main.asis_obj.name + ": " + "You chose " + pmove + "\n")
speaker.speech_output("You chose " + pmove)
q.put(main.asis_obj.name + ": " + "I chose " + cmove + "\n")
speaker.speech_output("I chose " + cmove)
if pmove == cmove or (pmove == "peppa" and cmove == "paper") or (
pmove == "caesar" and cmove == "scissor"):
q.put(
main.asis_obj.name + ": " +
"The match is draw. Haha. We both are out of luck today." +
"\n")
speaker.speech_output(
"The match is draw. Haha. We both are out of luck today.")
elif pmove == "rock" and cmove == "scissor":
q.put(main.asis_obj.name + ": " +
"Scissor crushes rock. You won " + main.person_obj.name +
"! You are quite lucky today." + "\n")
speaker.speech_output("Scissor crushes rock. You won " +
main.person_obj.name +
"! You are quite lucky today.")
elif pmove == "rock" and cmove == "paper":
q.put(main.asis_obj.name + ": " +
"Paper beats rock. You lost " + main.asis_obj.name +
". Sorry, " + main.person_obj.name +
", I am luckier than you today!" + "\n")
speaker.speech_output("Paper beats rock. You lost " +
main.asis_obj.name + ". Sorry, " +
main.person_obj.name +
", I am luckier than you today!")
elif (pmove == "paper" or pmove == "peppa") and cmove == "rock":
q.put(main.asis_obj.name + ": " +
"Paper beats rock. You won " + main.person_obj.name +
"! Looks like someone is luckier today!" + "\n")
speaker.speech_output("Paper beats rock. You won " +
main.person_obj.name +
"! Looks like someone is luckier today!")
elif (pmove == "paper" or pmove == "peppa") and cmove == "scissor":
q.put(main.asis_obj.name + ": " +
"Scissor cuts paper. You lost " + main.asis_obj.name +
"! I hope i did not play you out. hehe." + "\n")
speaker.speech_output("Scissor cuts paper. You lost " +
main.asis_obj.name +
"! I hope i did not play you out. hehe.")
elif (pmove == "scissor"
or pmove == "caesar") and cmove == "paper":
q.put(main.asis_obj.name + ": " +
"Scissor cuts paper. You're the winner " +
main.person_obj.name + ". Aha! You're awesome." + "\n")
speaker.speech_output(
"Scissor cuts paper. You're the winner " +
main.person_obj.name + ". Aha! You're awesome.")
elif (pmove == "scissor" or pmove == "caesar") and cmove == "rock":
q.put(main.asis_obj.name + ": " +
"Scissor crushes rock. I'm the winner " +
main.asis_obj.name + "! I love rock and roll! Haha" +
"\n")
speaker.speech_output("Scissor crushes rock. I'm the winner " +
main.asis_obj.name +
"! I love rock and roll! Haha")
main.voice_data = recorder.records_audio(
"Do you want to play again?", q)
if main.person_says(["quit", "no", "nope", "nah"]):
pass
elif main.person_says(["play", "yes", "sure", "okay", "ok"]):
core(q)
else:
q.put(
main.asis_obj.name + ": " +
"Sorry I did not understand. Would you like to try again?"
+ "\n")
speaker.speech_output(
"Sorry I did not understand. Would you like to try again?")
error(q)
else:
pass
def youtube_search(q):
try:
if main.run == True or main.crun == True:
if main.person_says (["on youtube"]):
if main.person_says(["of"]):
search = main.voice_data.split("of")[-1]
search_term = " ".join(search.split("on youtube") [0:])
elif main.person_says(["for"]):
search = main.voice_data.split("for")[-1]
search_term = " ".join(search.split("on youtube") [0:])
elif main.person_says(["play"]):
search = main.voice_data.split("play")[-1]
search_term = " ".join(search.split("on youtube") [0:])
else:
if main.person_says(["search"]):
search = main.voice_data.split("search")[-1]
search_term = " ".join(search.split("on youtube") [0:])
else:
search = " ".join(main.voice_data.split(" ")[0:])
search_term = " ".join(search.split("on youtube") [0:])
elif main.person_says (["in youtube"]):
if main.person_says(["of"]):
search = main.voice_data.split("of")[-1]
search_term = " ".join(search.split("in youtube") [0:])
elif main.person_says(["for"]):
search = main.voice_data.split("for")[-1]
search_term = " ".join(search.split("in youtube") [0:])
elif main.person_says(["play"]):
search = main.voice_data.split("play")[-1]
search_term = " ".join(search.split("in youtube") [0:])
else:
if main.person_says(["search"]):
search = main.voice_data.split("search")[-1]
search_term = " ".join(search.split("in youtube") [0:])
else:
search = " ".join(main.voice_data.split(" ")[0:])
search_term = " ".join(search.split("in youtube") [0:])
else:
if main.person_says(["of"]):
search_term = main.voice_data.split("of")[-1]
search_term = search_term.replace('youtube', ' ')
elif main.person_says(["for"]):
search_term = main.voice_data.split("for")[-1]
search_term = search_term.replace('youtube', ' ')
else:
if main.person_says(["search"]):
search = main.voice_data.split("search")[-1]
search_term = " ".join(search.split(" ") [0:])
search_term = search_term.replace('youtube', ' ')
else:
search = " ".join(main.voice_data.split(" ")[0:])
search_term = " ".join(search.split(" ") [0:])
search_term = search_term.replace('youtube', ' ')
if search_term != '':
url = search_term
webbrowser.get().open("https://www.youtube.com/results?search_query=" + url)
q.put(main.asis_obj.name + ": " + "Here is what I found for " + search_term + " on youtube" + "\n")
speaker.speech_output("Here is what I found for " + search_term + " on youtube")
ask_playback(url,q)
else:
speaker.speech_output("Sorry, I got confused in your search query. For example, you can ask me 'search for banana on youtube'")
else:
pass
except Exception:
speaker.speech_output("Sorry, I did not understand what search you wanted. For example, you can ask me 'search for politics on youtube'")
def ask_playback(urls, q):
if main.run == True:
url = str(urls)
main.voice_data = recorder.record_audio("Let me know if you like me to play any video from the search results?",q)
#print("Voice data is: " + str(main.voice_data))
if main.person_says(["first", "1", "one", "1st", "start", "yes", "sure", "yep", "yeah", "any", "okay", "ok"]):
watchvideo(url, 0, q)
elif main.person_says(["second", "2", "two", "2nd"]):
watchvideo(url, 1, q)
elif main.person_says(["third", "3", "three", "3rd"]):
watchvideo(url, 2, q)
elif main.person_says(["fourth", "4", "four", "4th"]):
watchvideo(url, 3, q)
elif main.person_says(["fifth", "5", "five", "5th"]):
watchvideo(url, 4, q)
elif main.person_says(["sixth", "6", "six", "6th"]):
watchvideo(url, 5, q)
elif main.person_says(["seventh", "7", "seven", "7th"]):
watchvideo(url, 6, q)
elif main.person_says(["eighth", "8", "eight", "8th"]):
watchvideo(url, 7, q)
elif main.person_says(["ninth", "9", "nine", "9th"]):
watchvideo(url, 8, q)
elif main.person_says(["tenth", "10", "ten", "10th"]):
watchvideo(url, 9, q)
elif main.person_says(["eleventh", "11", "eleven", "11th"]):
watchvideo(url, 10, q)
elif main.person_says(["No", "nope", "sorry", "Nah", "quit"]):
q.put(main.asis_obj.name + ": " + "Okay!" + "\n")
speaker.speech_output("Okay!")
else:
q.put(main.asis_obj.name + ": " + "Sorry, I could not grasp what you meant." + "\n")
speaker.speech_output("Sorry, I could not grasp what you meant.")
else:
pass
def price_search(q):
try:
if main.run == True or main.crun == True:
if main.person_says (["on google"]):
if main.person_says(["of"]):
search = main.voice_data.split("of")[-1]
search_term = " ".join(search.split("on google") [0:])
search_term = search_term.replace('price', ' ')
elif main.person_says(["for"]):
search = main.voice_data.split("for")[-1]
search_term = " ".join(search.split("on google") [0:])
search_term = search_term.replace('price', ' ')
else:
if main.person_says(["search"]):
search = main.voice_data.split("search")[-1]
search_term = " ".join(search.split("on google") [0:])
search_term = search_term.replace('price', ' ')
else:
search = " ".join(main.voice_data.split(" ")[0:])
search_term = " ".join(search.split("on google") [0:])
search_term = search_term.replace('price', ' ')
elif main.person_says (["in google"]):
if main.person_says(["of"]):
search = main.voice_data.split("of")[-1]
search_term = " ".join(search.split("in google") [0:])
search_term = search_term.replace('price', ' ')
elif main.person_says(["for"]):
search = main.voice_data.split("for")[-1]
search_term = " ".join(search.split("in google") [0:])
search_term = search_term.replace('price', ' ')
else:
if main.person_says(["search"]):
search = main.voice_data.split("search")[-1]
search_term = " ".join(search.split("in google") [0:])
search_term = search_term.replace('price', ' ')
else:
search = " ".join(main.voice_data.split(" ")[0:])
search_term = " ".join(search.split("in google") [0:])
search_term = search_term.replace('price', ' ')
else:
if main.person_says(["of"]):
search_term = main.voice_data.split("of")[-1]
search_term = search_term.replace('price', ' ')
elif main.person_says(["for"]):
search_term = main.voice_data.split("for")[-1]
search_term = search_term.replace('price', ' ')
else:
if main.person_says(["search"]):
search = main.voice_data.split("search")[-1]
search_term = " ".join(search.split(" ") [0:])
search_term = search_term.replace('price', ' ')
else:
search_term = main.voice_data.split(" ")[0:]
search_term = search_term.replace('price', ' ')
if search_term != '':
google_url = "https://google.com/search?q=" + "price+"+ "of+" + search_term
webbrowser.get().open(google_url)
q.put(main.asis_obj.name + ": " + "Here is what I found for price of " + search_term + " on google" + "\n")
speaker.speech_output("Here is what I found for price of " + search_term + " on google")
else:
q.put(main.asis_obj.name + ": " + "Sorry, I got confused in your search query. For example, you can ask me 'search for price of banana'" + "\n")
speaker.speech_output("Sorry, I got confused in your search query. For example, you can ask me 'search for price of banana'")
else:
pass
except Exception:
q.put(main.asis_obj.name + ": " + "Sorry, I did not understand what search you wanted. For example, you can ask me 'search for price of banana'" + "\n")
speaker.speech_output("Sorry, I did not understand what search you wanted. For example, you can ask me 'search for price of banana'")
def response(voice_data, q, n):
try:
import main
if main.run == True or main.crun == True:
import random #used for random
import speaker
# 1: greeting and convos
if main.person_says(["hey","hi","hello"]):
counters()
greeting = ["hey, how can I help you " + main.person_obj.name, "hey, what's up? " + main.person_obj.name, "I'm listening " + main.person_obj.name, "how can I help you? " + main.person_obj.name, "hello " + main.person_obj.name]
greet = greeting[random.randint(0,len(greeting)-1)]
q.put(main.asis_obj.name + ": " + greet + "\n")
speaker.speech_output(greet)
elif main.person_says(["good morning","good evening","good afternoon","good noon", "goodnight"]):
counters()
import times
times.greeter(q)
elif main.person_says(["how are you","what's up"]):
counters()
treating = ["I am doing great, " + main.person_obj.name + ". How are you?", "I am fine, " + main.person_obj.name + ". What about you?", "I'm listening to you, " + main.person_obj.name + ". Do you need some help?"]
treat = treating[random.randint(0,len(treating)-1)]
q.put(main.asis_obj.name + ": " + treat + "\n")
speaker.speech_output(treat)
elif main.person_says(["you're nice", "fine", "i'm good", "thank you", "thanks", "thankyou", "alright"]):
counters()
replying = ["That's nice to hear.", "I am happy to hear that.", "I am glad to hear that."]
reply = replying[random.randint(0,len(replying)-1)]
q.put(main.asis_obj.name + ": " + reply + "\n")
speaker.speech_output(reply)
elif main.person_says(["joke","jokes", "make me laugh"]):
counters()
replying = ["Why don't scientists trust atoms? Because........ they make up everything! hehe", "Why doesn't the sun go to college? ..... Because it has a million degrees! buhahaha",
"I have many jokes about unemployed people..... sadly none of them work. lol",
"What do you call a singing laptop?...... Its A Dell!",
"Some people think prison is one word......... but to robbers it's the whole sentence.",
"Why couldn't the leopard play hide and seek?...............Because he was always spotted. lol",
"I needed a password eight characters long..............So I picked Snow White and the Seven Dwarves. Buhahaha"]
reply = replying[random.randint(0,len(replying)-1)]
q.put(main.asis_obj.name + ": " + reply + "\n")
speaker.speech_output(reply)
# 2: naming each other and name changes
elif main.person_says(["what is your name","what's your name","tell me your name"]):
counters()
import names
names.chatbot_name(q)
elif main.person_says(["what is my name","what's my name","tell me my name"]):
counters()
import names
names.user_name(q)
elif main.person_says(["change my name"]):
counters()
import names
names.change_name(q)
# 3: quitting program
elif main.person_says(["exit", "quit", "goodbye", "bye", "bye bye"]):
counters()
q.put(main.asis_obj.name + ": " + "Bye! I will miss you! " + main.person_obj.name + "\n")
speaker.speech_output("Bye! I will miss you! " + main.person_obj.name)
import sys #used for exiting the program
try:
sys.exit(0)
except SystemExit as e:
sys.exit(e)
# 4: ask time
elif main.person_says(["what's the time", "what is the time", "what is current time", "tell me the time","what time"]):
counters()
import times
times.time_speaker(q)
elif main.person_says(["what's the date", "what is the date", "what is today's adte", "tell me the date","what date"]):
counters()
import times
times.date_speaker(q)
# 5: search google
elif main.person_says(["search for", "search"]) and 'youtube' not in main.voice_data and 'weather' not in main.voice_data and 'price' not in main.voice_data:
counters()
import search
search.google_search(q)
# 6: search youtube
elif main.person_says(["youtube"]):
counters()
import search
search.youtube_search(q)
#7 rock paper scisorrs
elif main.person_says(["game"]) and n == 1:
counters()
import game
game.game_rps(q)
#8 screenshot
elif main.person_says(["capture my screen","screenshot"]):
counters()
import pyautogui #used for screenshot
myScreenshot = pyautogui.screenshot()
myScreenshot.save('D:/screen.png')
speaker.speech_output("The screen has been captured and placed in drive D as screen.png")
#9 calculation
elif main.person_says(["plus","minus","multiply","divide","power","+","-", "x", "*","/", "add", "subtract"]):
counters()
import calc
calc.calculate(q)
#10: search prices of items
elif main.person_says(["price of", "price for", "price"]):
counters()
import search
search.price_search(q)
#11 weather
elif main.person_says(["weather"]):
counters()
import search
search.weather_search(q)
#12 definitions
elif main.person_says(["definition", "definitions", "what is"]):
counters()
import search
search.definitions(q)
#13 Go background
elif main.person_says(["go to background", "goto background", "go background"]):
counters()
import background
import speaker
q.put(main.asis_obj.name + ": " + "I'm going background. Call my name if you need help." + "\n")
speaker.speech_output("I'm going background. Call my name if you need help.")
main.brun = True
background.background_loop(q)
#14 opening apps
elif main.person_says(["app", "application"]):
counters()
import apps
apps.open_app()
#15 play songs
elif main.person_says(["sing me a song", "play a song", "play song"]):
counters()
from playsound import playsound
playsound('song/song.mp3')
else:
if main.error_count0 == main.error_count:
main.empty_count += 1
#print("RE Non-Related = " + str(main.empty_count))
if main.empty_count > 3:
counters()
import speaker
q.put(main.asis_obj.name + ": " + "I'm going background. Call my name if you need help." + "\n")
speaker.speech_output("I'm going background. Call my name if you need help.")
import background
main.brun = True
background.bg_play(q)
main.error_count0 = main.error_count
except:
pass