10 Ways ChatGPT Can Save You Time and Improve Your Productivity in 2023

 OpenAI’s ChatGPT has taken the world by storm in the last few days since it launched.

Here I will show some Fun and Unique Ways to Use ChatGPT.

I will show ways to use chatGPT in different domains, like programming, writing, as a tutor, and a lot more.

Let’s dive in

Answer Specific Questions and Simplify Complicated Topics

ChatGPT can substitute for traditional search engines, providing you with answers to specific questions and simplifying complicated topics. Plus, it doesn’t show ads, saving you even more time.

Virtual Study Partner

Use ChatGPT as a virtual study buddy by providing it with links to your online textbook and asking it to generate questions based on the material. This can be a great way to prepare for exams and save time studying on your own.

Create Your Own Customized Chatbot

Integrate ChatGPT into your website and train it with customized information to create a virtual customer service chatbot that can hold meaningful conversations and answer questions.

Actionable Advice on Personal Matters

While it may not be able to fully replace a human counselor, ChatGPT can provide straightforward and actionable advice on personal matters.

Simplify the Development of Apps, Games, and Websites

ChatGPT can assist with the development of apps, games, and websites, even if you’re not a technical expert. It can also help with debugging your existing code.

Detailed Roadmap for Your Content Marketing Strategy

ChatGPT can help you create a detailed roadmap for your content marketing strategy by generating an outline based on your goals.

Generate Marketing Materials

Use ChatGPT to generate templates for ads, blog posts, email campaigns, landing pages, and social media content. While the results may not be perfect, they can serve as a starting point for your own marketing efforts.

Assist with a Variety of Creative Writing Tasks

From poems and story plotlines to music and lyrics, ChatGPT can help with a wide range of creative writing tasks. It can even assist with crafting your wedding vows.

Improve Your Productivity

ChatGPT can be a valuable tool for saving time and increasing your productivity in 2023.

Debug Your Existing Code

In addition to helping with the development of new projects, ChatGPT can also de-bug your existing code, saving you even more time.

Learn How to Create Memory Game in Python

 Memory puzzle is a great game to enhance your concentration power and improve your memory.

At the starting of the game, the shapes are covered. User selects one tile at a time to uncover and when two similar shapes are uncovered the score gets increased. This way we have to uncover all the pairs of shapes.

Prerequisites

The prerequisites are as follows: Basic concepts of Python and Tkinter

Creating Memory Puzzle Game – main.py

from tkinter import *

import random

from tkinter import ttk

window=Tk()

window.title('ProjectGurukul Memory Game')

#-------------------------------------------------------------level1-----------------------------------------------------------------

tabs = ttk.Notebook(window)

root= ttk.Frame(tabs)

def draw(c,i,j):

global base

if c=='A':

d=base.create_rectangle(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='red')

elif c=='B':

d=base.create_rectangle(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='yellow')

elif c=='C':

d=base.create_rectangle(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='blue')

elif c=='D':

d=base.create_oval(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='red')

elif c=='E':

d=base.create_oval(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='yellow')

elif c=='F':

d=base.create_oval(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='blue')

elif c=='G':

d=base.create_polygon(100*i+50,j*100+20,100*i+20,100*j+100-20,100*i+100-20,100*j+100-20,fill='red')

elif c=='H':

d=base.create_polygon(100*i+50,j*100+20,100*i+20,100*j+100-20,100*i+100-20,100*j+100-20,fill='green')

def displayBoard():

global base,ans,board,moves

cnt=0

for i in range(4):

for j in range(4):

rect=base.create_rectangle(100*i,j*100,100*i+100,100*j+100,fill="lavender")

if(board[i][j]!='.'):

draw(board[i][j],i,j)

cnt+=1

if cnt==16:

base.create_text(200,450,text="Moves: "+str(moves),font=('arial',20))

def callback(event):

global base,ans,board,moves,prev

#print ("clicked at", event.x, event.y)

i=event.x//100

j=event.y//100

if board[i][j]!='.':

return

# if prev is invalid

moves+=1

#print(moves)

if(prev[0]>4):

prev[0]=i

prev[1]=j

board[i][j]=ans[i][j]

displayBoard()

else:

board[i][j]=ans[i][j]

displayBoard()

if(ans[i][j]==board[prev[0]][prev[1]]):

print("matched")

prev=[100,100]

displayBoard()

return

else:

board[prev[0]][prev[1]]='.'

displayBoard()

prev=[i,j]

return

base=Canvas(root,width=500,height=500)

base.pack()

ans = list('AABBCCDDEEFFGGHH')

random.shuffle(ans)

ans = [ans[:4],

ans[4:8],

ans[8:12],

ans[12:]]

base.bind("<Button-1>", callback)

moves=IntVar()

moves=0

prev=[100,100]

board=[list('.'*4) for cnt in range(4)]

displayBoard()

#-------------------------------------------------------------level2-----------------------------------------------------------------

root2= ttk.Frame(tabs)

tabs.add(root, text ='Easy')

tabs.add(root2, text ='Hard')

tabs.pack(expand = 1, fill ="both")

def draw2(c,i,j):

global base2

if c=='A':

d=base2.create_rectangle(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='red')

elif c=='B':

d=base2.create_rectangle(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='yellow')

elif c=='C':

d=base2.create_rectangle(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='blue')

elif c=='D':

d=base2.create_oval(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='red')

elif c=='E':

d=base2.create_oval(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='yellow')

elif c=='F':

d=base2.create_oval(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='blue')

elif c=='G':

d=base2.create_polygon(100*i+50,j*100+20,100*i+20,100*j+100-20,100*i+100-20,100*j+100-20,fill='red')

elif c=='H':

d=base2.create_polygon(100*i+50,j*100+20,100*i+20,100*j+100-20,100*i+100-20,100*j+100-20,fill='green')

elif c=='I':

d=base2.create_polygon(100*i+50,j*100+20,100*i+20,100*j+100-20,100*i+100-20,100*j+100-20,fill='yellow')

elif c=='J':

d=base2.create_polygon(100*i+50,j*100+20,100*i+20,100*j+100-20,100*i+100-20,100*j+100-20,fill='blue')

elif c=='K':

d=base2.create_polygon(100*i+50,j*100+20,100*i+20,100*j+100-20,100*i+100-20,100*j+100-20,fill='black')

elif c=='L':

d=base2.create_polygon(100*i+50,j*100+20,100*i+20,100*j+100-20,100*i+100-20,100*j+100-20,fill='orange')

elif c=='M':

d=base2.create_rectangle(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='black')

elif c=='N':

d=base2.create_rectangle(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='orange')

elif c=='O':

d=base2.create_rectangle(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='green')

elif c=='P':

d=base2.create_oval(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='black')

elif c=='Q':

d=base2.create_oval(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='orange')

elif c=='R':

d=base2.create_oval(100*i+20,j*100+20,100*i+100-20,100*j+100-20,fill='green')

def displayboard2():

global base2,ans2,board2,moves2

cnt=0

for i in range(6):

for j in range(6):

rect=base2.create_rectangle(100*i,j*100,100*i+100,100*j+100,fill="lavender")

if(board2[i][j]!='.'):

draw2(board2[i][j],i,j)

cnt+=1

if cnt>=36:

#print("cnt------------------------",cnt)

base2.create_text(300,650,text="Moves: "+str(moves2),font=('arial',20))

def callback2(event):

global base2,ans2,board2,moves2,prev2

#print ("clicked at", event.x, event.y)

i=event.x//100

j=event.y//100

if board2[i][j]!='.':

return

# if prev2 is invalid

moves2+=1

#print(moves2)

if(prev2[0]>6):

prev2[0]=i

prev2[1]=j

board2[i][j]=ans2[i][j]

displayboard2()

else:

board2[i][j]=ans2[i][j]

displayboard2()

if(ans2[i][j]==board2[prev2[0]][prev2[1]]):

print("matched")

prev2=[100,100]

displayboard2()

return

else:

board2[prev2[0]][prev2[1]]='.'

displayboard2()

prev2=[i,j]

return

base2=Canvas(root2,width=1000,height=1000)

base2.pack()

ans2 = list('AABBCCDDEEFFGGHHIIJJKKLLMMNNOOPPQQRR')

random.shuffle(ans2)

ans2 = [ans2[:6],

ans2[6:12],

ans2[12:18],

ans2[18:24],

ans2[24:30],

ans2[30:]

]

base2.bind("<Button-1>", callback2)

moves2=IntVar()

moves2=0

prev2=[100,100]

board2=[list('.'*6) for cnt in range(6)]

displayboard2()

window.mainloop()

To design this game for multiple levels, we will use Notebook widget of tkinter which manages multiple windows, each associated with a switchable tab.

Variables:

base: We have used canvas to create this. It is the main playing board. And we have linked it with a callback function which is explained later in the same article.

Ans: We have used simple capital letters to denote the pairs and later in the draw function, we have associated a shape and color for each letter. So, ans is basically a well-shuffled 4×4 matrix of letters.

Moves: It is an integer variable that stores the total number of moves.

Prev: It is a list that stores the row and column index of previously clicked cell. For the first move or “matched” move if stores invalid value i.e. 100,100.

Board: It stores the current state of the board. If board[i][j]=’.’, then it is not matched with its pair card yet. So initially for all possible i and j, board[i][j] is ‘.’

Functions:

Callback (event): This function gets executed every time the user flips a card (i.e. clicks on the game board). First of all, it calculates the row and column index of the card clicked from its location.

It checks if the clicked cell was already matched or not, and if it was matched previously it returns, otherwise it displays the card by changing its corresponding board value.

Then it checks if the previously clicked card matches the current one and if they match, it changes the board values of both the cells otherwise it hides the previously displayed cell by changing its board value back to ‘.’ And after this, it calls displayBoard function to display the board.

displayBoard: It runs two for loops and creates a 100×100 rectangle for each cell of the 4×4 grid. As already discussed, if board[i][j] is not ‘.’, then this particular cell is either matched or currently clicked, and in both cases we will call draw function to display the card.

Draw(c, i, j): This function displays the card present at row index i and column index j by creating a shape of assigned color.

We have explained the implementation of easy level (tab-1) and now you can try for its hard level, the only difference is grid size which will be 6×6

Summary

We have successfully developed python memory game project. This is an interesting python project for beginners to make hands dirty with basic python concepts.

Based on further requirements, you can add more features like animation or create more levels.