A C++17 CPU ray tracer featuring pinhole‑camera ray generation, sphere/cylinder/triangle intersections, recursive lighting, Schlick Fresnel blending, shadow rays, async render worker, and interactive vs. full‑quality render modes. Rendering is performed on the GPU with OpenGL.

A fully interactive Solar System renderer built in C++20 with OpenGL, implementing hierarchical transforms, instanced GPU geometry, orbit kinematics, pick-buffer selection, advanced Earth materials, and real-time animation controls.

Implements a full curve and surface modeling tool with GPU tessellation, interactive editing, orbit camera controls, and multiple rendering modes.

Implements the complete Pirate Game using OpenGL 3.3, including player/enemy movement, cannonball physics, UI text, and shader-based transformations.

Implements Sierpiński, Menger, Koch, Hilbert, and Tree fractals with real-time rendering, per-vertex colour interpolation, and interactive controls.

Workshop materials covering PD control baselines, MLP policy imitation, double pendulum stabilization, gait generation, reward shaping, and lightweight environment wrappers.

A practical system for streaming, processing, and visualizing human pose data using deep learning, quaternion processing, and a web-based 3D skeleton viewer.

An in-depth look at pystringbuilder’s design, features, benchmarks, usage examples, testing strategy, and future roadmap.

Explore a C++-powered molecular dynamics application that calculates bond stretching, angle bending, Lennard-Jones and Coulomb forces to simulate water molecule formation in real time, with live parameter tuning via ImGui.

Deep dive into the design, features, data pipeline, performance benchmarks, usage guide, and future roadmap for XIIGeospatialPlatform.