Hangman Game Using Python

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Hangman Game Using Python

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Detail Description

1. Abstract

The Hangman Game is a popular word-guessing game that is widely used for entertainment and educational purposes. It challenges players to guess a hidden word by suggesting letters within a limited number of attempts. If the player makes too many incorrect guesses, the game ends with the drawing of a hangman figure.

This project focuses on developing a Hangman Game using Python programming language. The program randomly selects a word from a predefined list of words, and the player must guess the word one letter at a time. If the guessed letter is correct, it is displayed in the correct position in the word. If the guess is incorrect, a part of the hangman figure is drawn.

The player is given ten attempts to guess the word correctly. With every incorrect guess, parts of the hangman such as the head, body, arms, and legs appear gradually. If the player fails to guess the word within the allowed attempts, the game ends and the hangman figure is fully displayed.

The project uses basic Python programming concepts such as loops, conditions, lists, and random functions. The random.choice() method is used to select a word randomly from the list so that each game feels different and interesting.

This project helps beginners understand logic building, problem solving, and game development using Python.

2. Objectives

The main objectives of this project are:

To develop a word guessing game using Python.
To understand the implementation of game logic using programming concepts.
To use the random module to generate random words for the game.
To implement user input handling in Python.
To display the progress of the guessed word in a readable format.
To track correct and incorrect guesses made by the player.
To create a simple game that improves logical thinking and problem-solving skills.
To demonstrate how Python can be used to develop basic console-based games.

3. Existing System

Traditional Hangman games are usually played using paper and pen or board games where one player thinks of a word and another player guesses it.

However, this system has some limitations:

It requires multiple players.
Word selection may not always be random.
It cannot automatically track attempts and guesses.
No automated visual representation of the hangman stages.

These limitations can be overcome by implementing the game digitally using programming.

4. Proposed System

The proposed system is a console-based Hangman Game developed using Python.

In this system:

The computer randomly selects a word from a predefined word list.
The player guesses the word by entering letters one at a time.
Correct guesses reveal the letters in the word.
Incorrect guesses reduce the number of remaining attempts.
The hangman figure is displayed gradually after each wrong guess.
The game ends when the player either guesses the word correctly or runs out of attempts.

This system provides a simple and interactive gaming experience.

5. Implementation Procedure

The project is implemented in the following steps:

Step 1: Import Required Module

Import the random module to select a random word from the list.

Step 2: Create Word List

Create a list of words from different categories such as:
Science
Entertainment
Movies
Education

Step 3: Select Random Word

Use random.choice() to randomly select a word from the list.

Step 4: Initialize Game Variables

Create variables to store:
Number of attempts
Letters guessed
Word progress

Step 5: Display Word Format

Display the word using underscores (_) for hidden letters.

Example:

_ _ _ _ _

Step 6: Accept User Input

Ask the player to enter a letter guess.

Step 7: Check Guess

If the guessed letter is correct:
Reveal the letter in the word.
If the guessed letter is incorrect:
Decrease the number of remaining attempts.
Display the next part of the hangman figure.

Step 8: End Game

If the player guesses the word correctly → Player Wins.
If the attempts reach zero → Player Loses.

6. Software Requirements

The software required for this project includes:

Operating System

Windows / Linux / macOS

Programming Language

Python 3.x

Development Tools

VS Code
PyCharm
Atom
Google Colab
Python IDLE

Libraries

Random (built-in Python library)

7. Hardware Requirements

The hardware required for this project includes:

Processor: Intel i3 / i5 or higher
RAM: Minimum 4 GB
Storage: Minimum 100 GB
System: Laptop / Desktop Computer

8. Advantages of the Project

Helps beginners understand basic game development in Python.
Improves logical thinking and problem-solving skills.
Uses simple Python concepts, making it beginner-friendly.
Random word selection makes the game more interesting.
Can be easily modified with different word categories.
Encourages interactive learning through gaming.
Does not require external libraries.
Lightweight and easy to run on any system.

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