Computer Graphics Algorithms in Unity

This project is a collection of computer graphics algorithms implemented in Unity for a university course. It serves as a practical demonstration of several fundamental concepts in computer graphics.

Features

The application showcases the following algorithms and features:

Line Drawing Algorithms

• Slope Intercept: The basic method using the y = mx + b equation.
• Slope Intercept (Fixed Point): An integer-only version of the slope-intercept algorithm.
• Digital Differential Analyzer (DDA): An incremental algorithm for line drawing.
• Bresenham's Line Algorithm: An efficient integer-only line drawing algorithm.
• Bresenham's Circle Algorithm: An algorithm for drawing circles.

2D Geometric Transformations

• Translation: Move an object in 2D space.
• Rotation: Rotate an object around a point.
• Scaling: Resize an object.
• Shear: Skew an object.
• Reflection: Reflect an object across a line.

Fractals

• Sierpinski Triangle: A classic fractal based on a triangle.
• Koch Snowflake: A fractal curve.
• Mandelbrot Set: A famous fractal set generated from complex numbers.
• Julia Set: Another fractal set closely related to the Mandelbrot set.
• Iterated Function Systems (IFS): A method for generating fractals, like Barnsley's Fern.

Other

• Pong: A simple implementation of the classic game Pong, with movable paddles and a ball.

Getting Started

To run this project, you need to have Unity installed.

1. Clone this repository to your local machine.
2. Open the project in the Unity Hub.
3. Select the Unity Version 2020.3.18f1 or a compatible version.
4. Once the project is open in the Unity Editor, locate the Main scene in Assets/Scenes/.
5. Press the "Play" button in the editor to run the application.

Built With

• Unity - Game Engine (Version: 2020.3.18f1)