Every game runs on an engine: the renderer, physics, audio, scripting and tools that turn code and assets into something playable. Studios have built their own engines to push their games forward, and those engines have shaped whole genres. The early first-person shooter grew out of id Tech, grand strategy runs on Clausewitz, and open-world action games run on Anvil. If you know how engines work, you understand how games are made.
MYCPLUS has covered game development since 2004, and this section is built around in-depth game engine profiles. They cover the in-house engines of the biggest studios, the open-source C++ engines you can download and build today, and the classic and discontinued engines that came before them. Each profile covers how the engine works, the version history, a checked list of the games built on it, and where it stands in 2026, including what to use when an engine is no longer available.
Alongside the profiles you’ll find guides to choosing an engine and a language, graphics programming with DirectX, and complete C++ game projects with tested source code. Whether you’re picking a toolset for your first game, studying engine source code or researching the technology behind a game you love, start here.
Why MYCPLUS: One of the web’s largest collections of game engine profiles, maintained since 2004. Every profile checks its game list against named sources, corrects the myths copied elsewhere, and states each engine’s status in 2026. For the language behind most of these engines, see the C++ Programming tutorials.
Horde3D is small, open Source and cross platform game engine. This 3D rendering engine is written in C++. It targets the platform of Windows, Linux and Mac OS X. Its C-style exposed API interface allows user to use it from any language possible with less effort. It thus, offers the bindings to C#, Java, Python, Lua, Go and many other languages.
Leadwerks is a cross-platform, 3D game engine developed by Leadwerks Software to make 3D video game easy to develop. It is written in C++, C-Objective and Lua. It develops games for the platform of Microsoft windows and Linux. It is a proprietary engine. On March, 2019 its first stable version was released. Until now four versions of the engine have been released.
PLIB is a set of multi-platform and open source libraries for the development of games. It is written by Steve Baker in 1997. PLIB is written in C++. It supports Windows, Linux, UNIX and MacOS. PLIB is licensed under Library GNU Public License (LGPL 2.0). The latest and the stable version of PLIB is v.1.8.5 that was released in October, 2006.
ORX is a cross platform, open source, portable, 2D oriented game engine developed by ORX Projects. This game engine is written in C/C++. It runs on Windows, Mac OS X, Linux, Android and IOS. Most stable version of ORX is released In May 10, 2020. ORX is published under a free software license called ZLIB license.
The Tombstone is the successor to the C4 Game Engine. The Tombstone Game Engine is a commercial-based gaming engine that is not only capable of targeting newer machines like PlayStation 5’s and Xbox one but also can target major and more advanced desktop platforms like AMD Ryzen series and core i9 series.
The “Toy Game Engine” is a thin and modular Game Development Engine that is developed in C++ Programming Language. The Aim of this engine is to provide the thinnest and simplest stack of technology for making games just by using simple c++ code. The Toy Game offers simple user interface, rendering maps, audio, and it provides a seamless extension of game code with no cost. It has different tools, editors, and scripting tools, to design fully functional 2d or 3d games in less time.
Truevision 3D is a game engine that has been a significant player in the world of 3D game development. Known for its versatility and ease of use, Truevision 3D has been utilized by both indie developers and professional studios to create a wide range of games and simulations.
In 2020, Among Us showed us your game doesn’t have to be a revolutionary concept, be full of flashy graphics, have ray-tracing level fidelity, or even that much gameplay for that matter. It just has to be the right idea at the right time.
Graphics is an integral part of any AAA game. The ability to deliver a realistic and immersive graphics experience is what can make or break a game, especially in the age of virtual reality (VR) and augmented reality (AR). Graphics technologies play a huge role in creating this immersive environment. As the demand for better graphics increases, game developers are adopting cutting-edge innovations in graphics technology.
