gragi-1

Algo_visualizer

This is the HTML, CSS, and JavaScript code of a viewer for some very common sorting algorithms. It's a very simple website that allows you to see how these algorithms work.

ft_printf

ft_printf Project from 42_Madrid

get_next_line

Get_next_line (GNL) Project from 42_Madrid

gragi-1

gragi-1.github.io

Kernel_driver_cs2

Kernel driver enabling bunnyhop cheat for CS:GO2 for educational purposes only. Enhances understanding of kernel-level interactions and game mechanics. Strictly for educational experimentation and research. Inspired by Cazz on YT.

ML_in_C

This repository features three mini-projects that introduce key machine learning concepts using C. Explore K-Nearest Neighbors for classification, K-Means for clustering, and Q-Learning for a Tic Tac Toe AI. Perfect for beginners looking to practice ML while enhancing their C programming skills.

Physics_Simulations_in_Python

This Python application provides a user-friendly menu to select and run four different physics simulations: Spring, Pendulum, Double Pendulum, and 2D Waves.

Python_Scripting

GitHub repository with Python scripts: from basic concepts to advanced challenges. Perfect for learning step by step and improving your programming skills.

Render_in_C

Developing a basic C renderer: This project aims to create a lightweight renderer in C, focusing on fundamental rendering techniques such as rasterization and shading. It will support basic geometric primitives and simple lighting effects, serving as a foundation for further graphics development.

gragi-1/Kernel_driver_cs2

Kernel driver enabling bunnyhop cheat for CS:GO2 for educational purposes only. Enhances understanding of kernel-level interactions and game mechanics. Strictly for educational experimentation and research. Inspired by Cazz on YT.

gragi-1/Algo_visualizer

This is the HTML, CSS, and JavaScript code of a viewer for some very common sorting algorithms. It's a very simple website that allows you to see how these algorithms work.

gragi-1/ML_in_C

This repository features three mini-projects that introduce key machine learning concepts using C. Explore K-Nearest Neighbors for classification, K-Means for clustering, and Q-Learning for a Tic Tac Toe AI. Perfect for beginners looking to practice ML while enhancing their C programming skills.

gragi-1/Physics_Simulations_in_Python

This Python application provides a user-friendly menu to select and run four different physics simulations: Spring, Pendulum, Double Pendulum, and 2D Waves.

gragi-1/Render_in_C

Developing a basic C renderer: This project aims to create a lightweight renderer in C, focusing on fundamental rendering techniques such as rasterization and shading. It will support basic geometric primitives and simple lighting effects, serving as a foundation for further graphics development.

gragi-1/ft_printf

ft_printf Project from 42_Madrid

gragi-1/get_next_line

Get_next_line (GNL) Project from 42_Madrid

gragi-1/gragi-1

gragi-1/gragi-1.github.io

gragi-1/Python_Scripting

GitHub repository with Python scripts: from basic concepts to advanced challenges. Perfect for learning step by step and improving your programming skills.

gragi-1/libft

Libft Project from 42_Madrid

gragi-1/qmkFirmware

Firmware development for @gragi-1 and I custom made keyboards