Lunora is a renderer for graphics research developed in DirectX11 and C++ from scratch.

Config files for my GitHub profile.

A lightweight, C-based tool to generate and visualize Voronoi diagrams using various distance metrics.

Building a neural network from scratch in C to understand ML from first principles. No libraries, just for learning.

Portfolio website

A real-time visualization of the classic Koch Snowflake fractal, implemented from scratch in C with the Raylib library. This project is a foundational study in recursion, vector mathematics, and th…

A feature-rich 3D rendering engine built from the ground up in C++ and DirectX 11. This project represents a comprehensive, structured study of the architecture, systems, and advanced rendering tec…

A C++ and SFML application that visualizes a brute-force solution to the classic Traveling Salesperson Problem (TSP), a famous NP-hard problem in computer science and combinatorial optimization.

A minimalist, from-scratch implementation of a ray tracer in C++.

A 2D simulation of a planetary system built in C++ and SFML. This project is a practical study in managing multiple, independent game objects, each following its own distinct orbital path based on …

A complete implementation of the classic arcade game Pong, built to validate the reusability and modularity of the C++ and SFML 2D game engine I originally developed for my Shoot The Shapes project.

My first game built from the ground up in C++, "Shoot The Shapes" served as a practical deep dive into fundamental game architecture patterns, memory management, and modern C++ practices using the …

A feature-rich clone of the classic puzzle game Tetris, built from the ground up in C++ with the SFML library. This project was a deep dive into game state management and the complex logic of one o…

A C++ and SFML application designed to visualize 1D Perlin noise, demonstrating its power in generating natural-looking, pseudo-random sequences that form the basis of procedural content generation.

A real-time simulation of flocking behavior, implementing Craig Reynolds' classic "Boids" algorithm in C++ with the SFML library. This project explores how complex, life-like group motion can emerg…

A C++ and SFML application created to visualize the fundamental Computer Science concept of recursion by generating a beautiful, fractal-like pattern of circles.

An interactive application developed in C++ and SFML that visualizes the creation of beautiful roses through simple polar equations.

A simple pendulum simulation developed in C++ and SFML to visualize the fundamental relationship between trigonometric functions, polar coordinates, and their application in creating dynamic motion.

A real-time 2D physics simulation built in C++ and SFML to implement and visualize classical mechanics principles, specifically the motion of a simple pendulum and the forces of a spring governed b…

A lightweight smoke simulation built from scratch in C++ using the SFML library to explore particle physics and efficient object lifetime management.

Stars is a simple 2D simulation designed by my little sister. I turned it into code.

CPU-RayTracer is a simple ray tracer implemented in C++. It is a learning project where I explore ray tracing concepts, algorithms, and implementations while building a CPU-based ray tracer from sc…

Esneva Adaptive Clothing

Stardew Valley clone

My first OpenGL work.

My first SFML project.