This document outlines the development of a Pac-Man game project in C language, detailing essential concepts such as game mechanics, user input handling, ghost behavior, and graphics. It emphasizes the importance of implementing effective game logic, a scoring system, and thorough debugging to ensure a polished final product. The project encourages exploring future enhancements to maintain engagement and relevance in gaming.

1. Developing a Pacman Game
Project Using C Language
PRESENTED BY:
NIRANJAN JANI(230101120125)
DIBYANSU SEKHAR DAS(230101120125)
SANJAYA KUMAR PANDA(230101120155)
RUDRA LENKA(230101120156)
YAJNADATTA PATTNAYAK(230101120157)

2. Introduction
Pac-Man, a 1980 arcade sensation, remains a timeless classic. Players guide Pac-Man through a maze,
devouring pellets while dodging colorful ghosts. Power pellets offer brief invincibility. Its simple yet
addictive gameplay, vibrant graphics, and catchy music made it a cultural icon, shaping the gaming
industry and captivating audiences for decades.

3. Understanding Pacman Game
The Pacman game involves navigating
a maze, consuming pellets, and
avoiding ghosts. The game's mechanics
include movement, collision detection,
and score tracking.
Understanding these concepts is
crucial for successful implementation.

4. To start the project, set up a C
language development
environment with a suitable
compiler and IDE. Ensure that
the environment supports
graphics and user input for
creating the game interface.
Setting Up
Development
Environment

5. Implementing Game Logic
The game logic involves managing
Pacman's movement, pellet
consumption, ghost behavior, and score
calculation. Careful implementation of
these elements is essential for an engaging
gameplay experience.

6. Handling User
Input
Capturing and processing user input for controlling
Pacman's movement is a critical aspect.
Implementing keyboard input handling to
respond to player commands is necessary for an
interactive gaming experience.

7. Dealing with
Ghost Behavior
The ghost behavior in the
Pacman game involves
intelligent movement
patterns and interaction with
Pacman. Implementing
algorithms for ghost
movement and interaction
with Pacman adds
complexity to the game.

8. Graphics and
Visuals
Creating visually
appealing graphics for
the game elements,
including Pacman,
ghosts, pellets, and maze,
is crucial for an immersive
gaming experience.
Implementing graphics
and animations enhances
the game's appeal.

9. Implementing a scoring system
and tracking game progression
adds depth to the gameplay.
Managing scores, level progression,
and game over conditions enriches
the overall gaming experience.
Scoring and
Game
Progression

10. Debugging and
Testing
Thorough debugging and testing are
essential to identify and resolve issues
related to game mechanics, user
interactions, and graphical elements.
Rigorous testing ensures a polished
and functional game.

11. Optimizing the game's
performance involves efficient
resource management, minimizing
processing overhead, and ensuring
smooth gameplay. Enhancing
performance contributes to a
seamless gaming experience.
Optimizing
Game
Performance

12. Future
Enhancement
s
Exploring opportunities for future
enhancements such as additional
features, levels, and multiplayer
capabilities can further elevate the
Pacman game project.
Continuously improving the game
keeps it engaging and relevant.

13. Conclusio
n
In conclusion developing a pacman game project
using the C language involves understanding
game mechanics implementing game logic and
optimising performance. The process offers
valuable insights into game development and
programming.