Search Results for "3d component"

Ambient is an open-source, cross-platform runtime and engine for building and deploying high-performance multiplayer games and 3D applications, using a modern stack built on Rust, WebAssembly (WASM), and WebGPU. It aims to make multiplayer game development accessible and flexible, providing an entity-component-system (ECS) at its core that doubles as a real-time in-game database; everything in the game — from world objects to runtime data — is represented as entities + components, which can be synchronized across clients automatically. ...

update: https://sourceforge.net/projects/newctruck3drally/ It's a 3D, physically realistic truck/car simulator, oriented to dirt tracks. This is subsancially kept as hystorical. The environment is a hilly terrain which can also be user-defined in the form of a Bitmap image file (where intensity of red component defines height). It's similar to the classic "Terep 2". Particular care for internal cam.

vhdPLUS Development Framework is a modern, fully component oriented simulation engine and middleware solution created by and reflecting many years of the R&D experience of both the MIRALab, University of Geneva and VRlab, EPFL labs in the domain of VR/AR

The Golem Engine is a Python-driven project which brings together many open source libraries such as PyOGRE and PyODE into a powerful 3d game engine by and for small and independent game studios. It uses a component-based game entity system for maximum f

A cross-platform, component based application framework for game and simulation development, with the goals of flexibility, extensibility, and performance. Developed for the .NET platform.

Lfant is a small (so far) 3D game engine, rendered using OpenGL. It will be primarily aimed toward action games, but able to conform to other genres. The code uses an Entity-Component model, a bit like Unity3D, where Entities have a list of Components that they can access at any given time. These components "add" functionality to the owner Entity (albeit not directly).