Search Results for "dynamic process simulation"

Thunder is a lightweight, modular game engine written in C++ that provides a robust foundation for creating 2D and 3D games across platforms. It emphasizes a clean, component-based architecture and is designed for flexibility, performance, and scalability. Thunder includes built-in support for scripting, resource management, physics, animation, and rendering, with tools that facilitate efficient game development and deployment. Its cross-platform nature and minimal dependencies make it...

...It supports next-gen performance and image quality technologies including variable rate shading, dynamic resolution scaling, temporal anti-aliasing, and upscaling via XeSS 2 and FSR 3. Beyond rendering, SpartanEngine offers PhysX-powered physics, CPU and GPU profiling, a thread pool for parallel workloads.

Matter.js is a flexible 2D rigid body physics engine written in JavaScript, designed for use in web applications to simulate real-world physical interactions within the browser. It offers a comprehensive set of physics features like gravity, collisions, restitution (bounces), friction, sleeping bodies, and constraint systems that enable developers to build interacting objects with realistic motion. This engine can power everything from dynamic interactive animations and educational...

...The platform allows developers, creators, and players to build and modify worlds together in real time without managing complex backend infrastructure. The Mirror supports visual scripting, traditional coding, asset management, physics simulation, and multiplayer networking out of the box. With built-in support for desktop, multiplayer, and VR experiences, it serves as an alternative to platforms such as Roblox and Unreal Editor for Fortnite (UEFN). Its focus on collaborative creation, live editing, and integrated development tools helps streamline the process of building interactive games and virtual experiences.

A free and open source game engine designed to simplify the game creation process. Anyone can contribute, but they may not commit to the repository. In order to have a change made by you committed, submit it to OniLink10 (at) gmail (dot) com.