Notes

import datetime
#General ifelse AI to know worldclock in real time
while (True):
## get the name of the city from the user
city = input("Enter city: ")

## get the current time
current_time = datetime.datetime.now()

## save hours, minutes and second of the current time
## in their corresponding variables
hour = current_time.hour
minute = current_time.minute
second = current_time.second

## check for case 1: the learner has typed Boston
if city == "Boston":
hour = hour - 4
minute = minute + 30

## check for case 2: the learner has typed Tokyo
elif city == "Tokyo":
hour = hour + 9
elif city == "Nepal":
hour = hour + 10
elif city == "India":
hour = hour + 11
elif city == "Japan":
hour = hour + 12

## check for case 3: the learner has typed Chicago
elif city == "Chicago":
hour = hour - 5

## check for case 4: the learner has typed Seattle
elif city == "Seattle":
hour = hour - 7
elif city == "Kolkata":
hour = hour - 2
elif city == "Kolkata":
hour = hour + 5
minutes = minutes + 30

elif city == "Karachi":
hour = hour + 5

elif city == "Cairo":
hour = hour + 2

elif city == "Shanghai":
hour = hour + 8

## check for case 5: the learner has typed exit
elif city == "exit":
break

## if all cases fail, show the time for GMT
else:
print(city, "is not added")
city = "GMT"

# print the name of the city and the its corresponding time
print(city, str(hour) + ":" + str(minute) + ":" + str(second))



Second Program for AI calculator
from chatterbot import ChatBot

# naming the ChatBot calculator
# using mathematical evaluation logic
# the calculator AI will not learn with the user input
Bot = ChatBot(name = 'Calculator',
read_only = True,
logic_adapters = ["chatterbot.logic.MathematicalEvaluation"],
storage_adapter = "chatterbot.storage.SQLStorageAdapter")


# clear the screen and start the calculator
print('33c')
print("Hello, I am a calculator. How may I help you?")
while (True):
# take the input from the user
user_input = input("me: ")

# check if the user has typed quit to exit the prgram
if user_input.lower() == 'quit':
print("Exiting")
break

# otherwise, evaluate the user input
# print invalid input if the AI is unable to comprehend the input
try:
response = Bot.get_response(user_input)
print("Calculator:", response)
except:
print("Calculator: Please enter valid input.")


3rd program

from functions import *

# create chatbot
bot = create_bot('Jordan')

# train all data
train_all_data(bot)

# train chatbot with your custom data
house_owner = [
"Who is the owner of the house?",
"Mark Nicholas"
]
custom_train(bot, house_owner)
identity = input("Who is this? ")
if identity.lower() == 'Mark':
print("Welcome, Mark. Happy to have you at home")
elif identiry.lower() == 'Marry':
print("Mark is out right now, but you are welcome to this house")
elif identity.lower() == 'quit':
break

custom_train(bot, house_manager)
custom_train(bot, house_enter)

# start chatbot
start_chatbot(bot)