FINALPYTHONPROJECT085733.pdf

Final-Submission Report For Python Programming (INT213)
{“PUZZLE GAME.”}
Team Members
1. Name: Rohit Yadav Reg No.: 12111323 Roll No.: B57
2.Name: Keshav Kumar Reg No.: 121003252 Roll No.: A08
3.Name: Sachin Rana Reg No.: 12108638 Roll No.: A33
Program: B.Tech (CSE)
Semester: Third
School
School Of Computer Science and Engineering
Submitted to: Nidhi Arora Date: 09 November 2022
LOVELY PROFESSINOAL UNIVERSITY

Introduction:-
Designing a Puzzle Game in which, various letters will
be shown in a table and he/she can move horizontally,
vertically or diagonally in order to make meaningful words.
In this project we are going to develop a puzzle game which is GUI based
using python programming language.
Word games (also called word game puzzles) are spoken or board games
often designed to test ability with language or to explore its properties.
Word games are generally used as a source of entertainment, but can
additionally serve an educational purpose. Young children can enjoy
playing games such as Hangman, while naturally developing important
language skills like spelling. While Hangman is a seriously dark game,
what we like to focus on is the development of the children. Researchers
have found that adults who regularly solved crossword puzzles, which
require familiarity with a larger vocabulary, had better brain function
later in life.

Project Description
This game will consist of table with many alphabets set in a random order
and many English meaningful words will be hidden between them. User
have to find them one by one as soon as possible. At the top game, name
will be written there followed by, computer will ask the user to enter
his/her name in the next step. Then we will have table of alphabets and
background will be of beautiful solid colour. At the right side of table will
have “Content of Words”, this section it will contains all the words those
are hidden in that table. So that it will be easy for the user to search for a
particular word. At the bottom we will have “OK” and “Reset” and
“Exit” button. In this project we will take various function and keywords
in order to make it look attractive and proper functioning without getting
any error and as per requirement and maintain the basic requirement as
per the topic and basic requirement given to us.
Python Module :-
For making the word puzzle game we will use various functions, inputs
and python libraries but mainly we will use tkinter.
PythonGUI - Tkinter: - Python offers multiple options for developing
GUI (Graphical User Interface). Out of all the GUI methods, tkinter is
most commonly used method. It is a standard Python interface to the Tk
GUI toolkit shipped with Python. Python with tkinter outputs the fastest
and easiest way to create the GUI applications. Creating a GUI using
tkinter is an easy task.
To create a tkinter:
1. Importing the module – tkinter
2. Create the main window (container)
3. Add any number of widgets to the main window
4. Apply the event Trigger on the widgets.
Button Functions :-
⚫ OK Button- In OK button user have to press after searching all the
words hidden in that table.
⚫ Reset Button: - In RESET button, if user wants to reset the whole
game then he/she can press RESET button which will be on the
bottom of that game in the right side of OK button.
⚫ EXIT Button: - If user wants to take exit from the game then user
can click on EXIT button to get out of the game any time.
⚫ Table: - Table will be of N * N order with many alphabets set in a
random order and with 6-7 meaningful words hidden in it.

PROJECT CODE:-
from tkinter import *
#Tkinter is the Python interface to the Tk GUI toolkit shipped with Python.
from tkinter import messagebox
import nltk
#The Natural Language Toolkit (NLTK) is a platform used for building Python
programs
#that apply statistical natural language processing (NLP) to human language data.
#It can be difficult to install, but is easy when you build this NLTK conda
package.
from nltk.corpus import words
# This function analyze all the words that we get from the tags
#and calculate the similarity of those words with whatwe already got
#in the dictionary and thus this function will use those results to produce an
interest distribution
from time import gmtime, strftime
#Time access and conversions
import time
#import time library for one minute time limit
from collections import Counter
#Collections module implements high-performance container datatypes (beyond the
built-in types list, dict and tuple)
#and contains many useful data structures that you can use to store information in
memory
nltk.download('words')
word_list = words.words()
Matrix_list=['a', 'b', 'c', 'd', 'w', 'x', 'k', 'l', 'e', 'i', 'j', 'm', 'u', 'v',
't', 'h', 'n', 'o', 'g', 'y', 'f', 'r']
score=0;
window=Tk()
#using tkinter(library for GUI) function as Tk()
window.title("Group 12-Find word")
#window title bar name
window.geometry("1000x750+0+0")
#tkinter window size
def checkspells():
global score
#Global variables are the one that are defined and declared outside a function
#and we need to use them inside a function
word=word_check.get();
if word in word_list:
dict = Counter(word)
flag = 1
for key in dict.keys():
if key not in Matrix_list:
flag = 0
if flag == 1 and len(word) > 3:
score=score+len(word)
total="score = "+str(score)
label.configure(text=total)
print(word)
else:

messagebox.showinfo("Check","No matchine with above word OR word length
should be greater than 3")
else:
print("No Word")
word_check.delete(0, 'end')
def tick(time1=''):
time2=time.strftime("%M:%S")
if time2!=time1:
time1=time2;
# timer.config(text="After 1 minute it will be closed automatically
"+time2)
# timer.after(200,tick)
def quit_pro():
messagebox.showinfo("Oops!!","Time Up! Your Score",+str(score))
#when one minute (time limit) is over
window.destroy()
#to close the window in tkinter
btn1 = Button(window, text="A",bg="White",
fg="Black",width=3,height=1,font=('Helvetica','20'))
btn1.grid(column=1, row=1)
btn2 = Button(window, text="B",bg="White",
btn3 = Button(window, text="C",bg="White",
btn4 = Button(window, text="D",bg="White",
btn5 = Button(window, text="W",bg="White",
btn6 = Button(window, text="X",bg="White",
btn7 = Button(window, text="K",bg="White",
btn8 = Button(window, text="L",bg="White",
btn12 = Button(window, text="E",bg="White",

btn3 = Button(window, text="I",bg="White",
btn4 = Button(window, text="J",bg="White",
btn5 = Button(window, text="Q",bg="White",
btn6 = Button(window, text="W",bg="White",
btn8 = Button(window, text="R",bg="White",
btn9 = Button(window, text="T",bg="White",
btn10 = Button(window, text="Y",bg="White",
btn12 = Button(window, text="H",bg="White",
btn1 = Button(window, text="M",bg="White",
btn4 = Button(window, text="F",bg="White",

btn7 = Button(window, text="N",bg="White",
btn9 = Button(window, text="V",bg="White",
btn11 = Button(window, text="G",bg="White",
btn2 = Button(window, text="U",bg="White",

btn11 = Button(window, text="O",bg="White",
btn2 = Button(window, text="T",bg="White",

btn12 = Button(window, text="P",bg="White",

btn10 = Button(window, text="S",bg="White",
btn12 = Button(window, text="Z",bg="White",
btn1 = Button(window, text="P",bg="White",

word_check=Entry(window,width=30, bd=0)
#widget entry to give input
word_check.configure(highlightbackground="red", highlightcolor="red")
word_check.place(x=750,y=200)
word_check.focus()
btncheck = Button(window, text="OK",bg="navyblue",
fg="white",width=5,font=('Helvetica','10'),command=checkspells)
btncheck.place(x = 820, y = 250)
label=Label(window,text="Score = 0")
label.place(x=810, y=160)
tick()
window.after(60000, quit_pro)

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