This is the second graphics project at 1337 school , our first RayCaster with miniLibX.

Cub3D is a team project at 1337) that asks us to create a "3D" game engine with miniLibX. This project is inspired by the world-famous 90's game Wolfenstein 3D, which was the first FPS ever. The objective of this project is to deep dive into the mathematical concepts behind the ray-casting algorithm such as calculating distances, height, sprite locations and field of view to create a projection using primarily trigonometry.

• Rigor.
• Imperative programming.
• Graphics.
• Algorithms & AI.

Raycasting is a rendering technique ti create a 3D perspective in a 2D map (Grid)

• it is considered one of the most basic graphics-rendering algorithms. Ray casting makes use of the same geometric algorithm as ray tracing.

A simple game to study raycasting using JavaScript and p5.js library.

Raycasting Programming with JavaScript This project is the first part of Professor Gustavo Pezzi's (Pikuma) course, Raycasting Programming with C. Using the p5.js library to facilitate the design of geometric shapes and the game loop, we can focus on the raycasting algorithm. The objective of this project was to deep into the mathematical concepts behind the raycasting algorithm used in the game Wolfenstein (1992), such as calculations of distances, height of walls, character and field of view using trigonometry.

the browser will be responsible of compiling the js-version. Open the /Raycasting_JS/index.html file with a web browser.

├─ Rycasting_JS . . ├── index.html ├── styles.css ├── p5.js ├── raycast.js . .

Move: Arrow keys.

Same concepts codded in JS using C and SDL-2 this time.