so_long is a graphical project where we create a simple 2D game using the MiniLibX graphics library. The objective is to design and implement a basic game that includes map parsing, player movement, collectibles, and an exit, all displayed in a graphical window. This project introduces students to event-driven programming, basic game logic and more

A high-performance algorithm to find the largest possible square in a given map while avoiding obstacles. Implements an efficient Dynamic Programming approach to handle large-scale maps within strict time limits. The final challenge of 42 Piscine.

so_long is a small 2D game built using the MiniLibX library, where the player navigates a map to collect items and reach the exit. The project focuses on graphics rendering, event handling, and basic game logic in C.

Created a Wolfenstein 3D-style walking simulator using raycasting techniques in C. Implemented map parsing, validation, and error-handling routines to enhance stability and user experience. Collaborated in a team setting to deliver a fully functional 3D environment.

2D mini video game in pure C! I worked with a graphic c library

Cub3D is a 3D game engine project inspired by Wolfenstein 3D, developed as part of the 42 curriculum. The goal is to create a simple first-person view using raycasting in C, rendering a 2D map into a 3D-like environment. This project focuses on understanding graphics rendering, raycasting algorithms, and low-level memory management while working w