Search Results for "sdl 3d"

3D game engine (more powerful redesign of the Cube engine) and FPS game

QuakeSpasm is a *Nix friendly Quake Engine based on the SDL port of the popular FitzQuake. It includes some new features, important fixes, and aims for portability and 64 bit correctness.

GemRB (Game engine made with pre-Rendered Background) is a portable open-source implementation of Bioware's Infinity Engine. It was written to support pseudo-3D role playing games based on the Dungeons & Dragons ruleset (Baldur's Gate and Icewind Dale series, Planescape: Torment). It should run on GNU/Linux, Microsoft Windows, OS X, possibly other UNIX derivatives and more. It is licensed under the GPL.

Macchiato Doppio is a Java game engine emphasizing cross-platform interoperability, and 2D and 3D support. We've just re-created the foundation of the game engine, and we're working on making things easier with more advanced tools and documentation. Currently we're focused on 2D gaming, but we'll be moving on to 3D gaming when we've got a good, tested 2D platform working.

Trial of Aolis is a game in planning stages. It will be a 2-dimensional (possibly with some 3D elements) adventure in the style of classic games such as The Legend of Zelda or Final Fantasy. It will be built on an engine named the Aolis Engine. To speak with project members visit the IRC channel #aolis on the Freenode network: http://webchat.freenode.net/?channels=#aolis

Create C/C++ 3D games easily! Game engine including higher-level functions and highest-level that are little less than working games! Include an audio system, an thread system, events, entities, physics, etc. This engine is written in C and C++. But can be used from both languages. It is powered by glib, Irrlicht engine, OpenAL, ODE, Ogg vorbis, etc

Smokin' Guns is a GPLv2 licensed first person Western style shooter based on the Quake 3 engine (Id Tech 3) developed by a loosely knit team of developers and artists. This project represents the game engine.

Using C++, STL, OpenGL, SDL, Box2D and ODE. This project strives for platform independance, code readability and speed. The main target is to provide a convincing driving and physical simulation through the use of ODE at a reasonable frame rate.