
Explore the Open 3D Foundation's mission to democratize 3D gaming technologies, fostering collaboration across industries and revolutionizing proprietary systems for wider accessibility and innovation.

Learn to create high-quality games using Lua and LÖVE engine. Discover the workflow for packaging and distributing games on popular platforms like Itch and Android.

Explore cellular automata visualization using Rust and Bevy framework. Learn implementation techniques and discover the fascinating world of simple simulations and their visual representations.

Discover Rust for creative coding: Learn language fundamentals and explore Nannou framework to build interactive digital art, games, and sculptures with this artist-focused introduction.

Explore game engine development in Rust, focusing on code organization, complexity management, and unique Rust solutions for medium to large projects. Insights on Rust in game development and console deployment.

Explore WebAssembly's potential to enhance web app performance using Rust, bridging the gap between high-level and low-level programming for faster, safer web experiences.

Explore data-oriented GUI design in Rust, focusing on entity component systems and native-looking interfaces. Learn about alternative approaches and their trade-offs for efficient GUI development.

Explore the Amethyst game engine's architecture, features, and philosophy in this comprehensive overview, covering rendering, networking, UI, and more for game developers.

Explore Entity Component Systems (ECS) as an alternative to Object-Oriented programming, comparing data storage and logic organization models in game development.

Monthly meetup for Rust enthusiasts featuring talks on route planning algorithms, game development, COM programming, and zbus announcement. Share knowledge, learn, and connect with fellow Rustaceans.

Optimize beam weapons in FTL game by coding a subroutine to maximize room hits. Includes error analysis and corrections, with additional resources for learning.

Streamline creature creation for Pathfinder Second Edition with this comprehensive spreadsheet tool, enhancing game preparation and balancing for tabletop RPG enthusiasts.

Explore advanced Tetris game development with T-block implementation, rotation mechanics, and visual enhancements in this coding tutorial for physics enthusiasts.

Explore advanced physics simulation by adding aerodynamic effects to falling Tetris blocks, enhancing gameplay with realistic motion and air resistance.

Digital simulation of Pathfinder's Harrow Deck using VPython, offering a unique tool for roleplaying enthusiasts. Includes code walkthrough and resources for further learning in game development and programming.

Explore physics-based gameplay in a space environment, learning about trajectory adjustments and navigating through black hole fields while developing game mechanics in Unity3D.

Learn to enhance a Pathfinder NPC Generator in Unity 3D, adding class features and improving functionality for more diverse and detailed character creation.

Explore ship coordination in a physics-based game navigating through black hole fields. Learn game development techniques using Unity3D for an exciting space adventure.

Explore the potential of self-driving car coordination through a simulation, examining how autonomous vehicles can improve traffic flow and revolutionize transportation.

Explore enemy AI development in physics-based game design, focusing on chase mechanics and spatial awareness in a black hole-filled environment.

Improved enemy ship navigation through black hole fields, enhancing geometry considerations for more realistic and challenging gameplay in physics-based space simulation.