Build GUI Application for Guess Indian State using Tkinter Python

# IMPORTING THE REQUIRED LIBRARIES
import turtle
import pandas

# SETTING UP THE WINDOW THAT OPENS
# IN WHICH WE PLAY OUR GAME

# creating a blank window from Screen()
# class of turtle library
screen = turtle.Screen()

# give a title to our window using
# title method of screen object
screen.title("Guess the Names of Indian States")

# give the window height and width
# in which our map fits perfectly
screen.setup(width=500, height=500)

# use addshape method of screen object
# to add an image to our program
image = 'blank_map.gif'
screen.addshape(image)

# give the turtle the shape of our image
turtle.shape(image)

# SETTING UP THE TURTLE

# create a turtle from Turtle class
pen = turtle.Turtle()

# we don't want to see it hovering
# over our map, so we hide it
pen.hideturtle()

# we don't want to draw anything,
# so we lift it up from screen.
# like lifting the pen from paper 
# to leave a blank space while writing
pen.penup()

# this method keep the window on for
# display until the user himself closes it.
# this method should always be the last
# line of our code whenever using turtle.
turtle.mainloop()

# function to get the coordinates of states.
# click on the point you want to display 
# state name and then the x and y
# coordinates will be printed in console
def print_xy(x, y):
    print(f"{x}, {y}")


# onscreenclick is an event listener
# that calls a function everytime we
# click on screen.
screen.onscreenclick(print_xy)

# use read_csv method to read 
# entire data from the file
data = pandas.read_csv('Indian_States_Coordinates - Sheet1.csv')

# extract the values under "State" 
# column and convert it to a list
states = data['State'].to_list()

# make an empty list of correct guesses, 
# that we will use to see how many
# correct guesses the user makes while
# playing the game.
correct_guesses = []

# we will run the game until our correct
# guesses include all the states
while len(correct_guesses) < 29:

    # create an input prompt to ask user
    # to enter a state name if he wants to
    # exit, he should enter "Exit"
    answer = screen.textinput(
        title=f'Guess the State {len(correct_guesses)}/29', 
                  prompt='Enter Name or "Exit" to Quit')
    
    # convert the user to Title case, which 
    # is the case in which we have stored 
    # our state names. We need to convert user
    # input in case he/she enter the name in
    # some other case
    answer = answer.title()

    # first check if the user want to quit.
    if answer == "Exit":
        # create a list of state names he missed
        # and store them in a dictionary
        missing_states = [n for n in states if n not in correct_guesses]
        missing_guess = {
            'State': missing_states
        }
        
        # create a dataframe using Pandas method 
        # and convert and store it as CSV file
        pandas.DataFrame(missing_guess).to_csv(
            'states_to_learn.csv', index=False)
        # break the game loop
        break

    # check if the answer user entered is in the 
    # states list or not
    if answer in states:
        # extract that state's data from our data set
        state = data[data.State == answer]
        x_ = int(state.x)
        y_ = int(state.y)
        
        # add this correct answer to our correct
        # guesses list
        correct_guesses.append(answer)
        
        # now go to required coordinates and write
        # the state name
        pen.goto(x=x_, y=y_)
        pen.write(f"{answer}", font=('Arial', 8, 'normal'))

screen.clear()
pen.goto(0, 0)
end_text = ""
score = len(correct_guesses)

if score == 29:
    end_text = 'You Guessed Them All Correctly'
elif score >= 20:
    end_text = f"Good Work: {score}/29"
elif score >= 15:
    end_text = f"Average Performance: {score}/29"
else:
    end_text = f"Poor Performance: {score}/29"

pen.write(f"{end_text}", align='center', font=("Arial", 22, 'normal'))

turtle.mainloop()

import turtle
import pandas

screen = turtle.Screen()
screen.title("Guess the Names of Indian States")
screen.setup(width=500, height=500)
image = 'blank_map.gif'
screen.addshape(image)
turtle.shape(image)

pen = turtle.Turtle()
pen.hideturtle()
pen.penup()

# function to get the coordinates of states.
# click on the point you want to display 
# state name and then the x and y coordinates 
# will be printed in console
data = pandas.read_csv('Indian_States_Coordinates - Sheet1.csv')
states = data['State'].to_list()

correct_guesses = []

while len(correct_guesses) < 29:

    answer = screen.textinput(
        title=f'Guess the State {len(correct_guesses)}/29', 
      prompt='Enter Name or "Exit" to Quit')
    answer = answer.title()

    if answer == "Exit":
        missing_states = [n for n in states if n not in correct_guesses]
        missing_guess = {
            'State': missing_states
        }
        pandas.DataFrame(missing_guess).to_csv(
            'states_to_learn.csv', index=False)
        break

    if answer in states:
        state = data[data.State == answer]
        x_ = int(state.x)
        y_ = int(state.y)
        correct_guesses.append(answer)
        pen.goto(x=x_, y=y_)
        pen.write(f"{answer}", font=('Arial', 8, 'normal'))

screen.clear()
pen.goto(0, 0)
end_text = ""
score = len(correct_guesses)
if score == 29:
    end_text = 'You Guessed Them All Correctly'
elif score >= 20:
    end_text = f"Good Work: {score}/29"
elif score >= 15:
    end_text = f"Average Performance: {score}/29"
else:
    end_text = f"Poor Performance: {score}/29"

pen.write(f"{end_text}", align='center', font=("Arial", 22, 'normal'))

turtle.mainloop()