Banshee Engine (Updated May 2017)

Marko Pintera · 2017-05-30T12:30:01

EDIT: LATEST UPDATE: scroll down or click here v0.3 update: scroll down or click here v0.2 update: scroll down or click here ORIGINAL POST: Hi guys, I wanted to bring your attention to Banshee Engine. It's something I have been working on for the last three years in order to figure out ins and outs of engine development, and I'm really proud of how it has turned out so far. The idea was to build a powerful multiplatform 3D game development toolkit from scratch using modern technologies and modern design principles. Itâ€™s still a work in progress and its feature set is far from complete but the goal to is provide a fully featured toolkit, from a low level C++ engine library, high quality renderer, integration with third party libraries for physics, audio, networking to an asset pipeline, scripting and extensible WYSIWYG editor. There doesnâ€™t seem to be a similar fully featured toolkit in the open source community â€“ there are some really good libraries for specific purposes but no well rounded toolkit. And many open source engines that provide a wider set of functionality have been around for ages and their codebase is far from modern. Obviously Iâ€™m biased when saying this but I believe it is designed extremely well. I didnâ€™t have any time or management constraints and I could build it from scratch instead of on a code base that is a result of many years of iteration which seems to be the case with some more well established solutions. Itâ€™s written in C++11, has very modular design and decoupled code, built from ground up to be easy to port to other platforms (platform specific code is kept extremely encapsulated) and multi-threaded at the core. The entire interface is built in such a way to make the engine as customizable as possible. I wanted this to be an open source project from the start and to make it possible for others to mess around in easily. The core is built in multiple layers, where lower layers have more general functionality while higher layers offer a more specific set of features. All layers come with their own interface and you can choose to work with lowest C++ layer that allows you to call rendering API directly, use the highest layer using the editor and scripting system or any layers in between. Layered design is meant to accommodate various use case scenarios, whether people want to use it to just quickly build a game using a higher layer without delving into engine internals, or use a lower layer and perhaps use it as a basis of an engine of their own. Since the higher layers feature more specific functionality theyâ€™re more likely to be updated in the future as new technologies arise (e.g. new rendering technique or API), while it is hope that the lower layers stay as a foundation for the future - whether that is for Banshee or someone elseâ€™s project. Layered design also makes it easier to learn as you have clearly defined boundaries between systems plus it reduces class coupling and makes the direction of dependencies even clearer. While at the topic of learning, every non-trivial method and class from the lowest to highest level is documented. Along with layered design the engine is also designed to be modular. Any system where it was reasonable to do so is contained in its own module that can be plugged in (or out) as needed. This ranges from rendering APIs, input systems, asset importers, scripting system and even a modular renderer system. While I plan to introduce many of the engine features myself I do hope the design described above is flexible and attractive enough to get community working on extensions and modifications. Iâ€™ve been working with Unity 3D a lot and have seen some really good solutions come from its Asset Store - Iâ€™m hoping for similar with Banshee, but with less restrictions on the creators considering itâ€™s open source. In its current state the engine core is feature complete and work progressing on many higher level systems. Some of the features that are currently implemented include rendering API support for DX9, DX11 and OpenGL 4.3 with multithreaded rendering, resource management with async resource loading, advanced RTTI/serialization system, easy to use shader/material system, powerful skinnable GUI system with unicode, localization and mesh batching support, input handling with joystick support, key mapping and virtual input, CPU & GPU profiler, asset importers for FBX/OBJ meshes, PNG/JPG/PSD textures, TTF/OTF fonts, shader parsing for GLSL and HLSL, and an utility library with math, filesystem and threading support. Building the core is by far what I would consider the hardest part and moving forward has just been getting easier. Thereâ€™s still some work to be done in the core, especially testing it in a real world environment but like I said I expect the design is very solid and mostly minor bugfixes will be needed. And there are some big plans for the future as well. Work is currently progressing towards introducing C# scripting, C# wrapper for the entire engine and a WYSIWYG editor. This portion of the engine is very much inspired by Unity 3D and its ease of use. You can expect the editor to be something very similar with all the tools you need for scene building, asset and project management, dynamic resource switching, in-editor play, one-click build, integration with the C# scripting by giving you visual access to your code components and a special interface for designing your own sub-editors (also via C#). Scripting in C# is great for writing gameplay code as it is simple, safe and offers very fast iteration times without having to recompile the engine. C++ is still there and can be reserved for performance critical systems. I have good portion of this already done, a few larger features remain and a bunch of polish to be done. The project is available for download as a preview version: https://github.com/BearishSun/BansheeEngine . This version is a few months old and hasnâ€™t been thoroughly tested. You can play around with it and check out how systems are implemented but I wouldn't suggest using it in your project unless youâ€™re willing to squash some bugs. Preview version doesnâ€™t include the development work mentioned in the previous paragraph, although I will be merging dev and release branches on the next release. On the link above you can also find some example code on how to work with the engine. Just be warned in itâ€™s current state most high level systems are not implemented. This means no proper renderer (e.g. no lighting system, shadows and similar) and systems like animation, physics, audio, networking and similar are missing. Iâ€™m quite confident I can introduce those systems soon after the editor is complete - integrating third party solutions for physics/audio/networking should take a few months at most and a reasonable quality renderer should not be far off either. I do plan on creating a much more advanced renderer with global illumination and physically based shading but only after the 1.0 version release. There are plans for many other systems but Iâ€™m hoping that after the release there will be some community effort to speed up development, and if I manage to get some funding maybe even get a few full time programmers to help out. Iâ€™d also like to get a website/wiki/forum/documentation running but donâ€™t have the time for it yet. Iâ€™m currently stretched pretty thin, Banshee development happens after my â€œrealâ€ job and I donâ€™t have time for much else but Iâ€™m trying to run a series of articles about Banshee here on gamedev.net. I have the first one waiting for approval so hopefully it will be up soon. Iâ€™ll be talking about things like implementing run-time type information system in C++, flexible serialization system, embedding C# in a C++ app, multi-threaded renderer design, designing editor tools and later on likely about shading language parsers/converters and graphics/lighting theory, among others. Iâ€™m sorry I donâ€™t have any screenshots or videos. The preview version is a little more than a framework and a screenshot can do it justice as much as taking a screenshot of DirectX can (= it can't). Editor is a mess and Iâ€™d rather not post it yet, but expect videos and screenshots as soon as I have something I deem worthy of showing. I hope you like the project. Iâ€™ll keep this thread updated with any news as development progresses.

Your Announcements Community

Started by BearishSun November 19, 2014 07:44 PM

10 comments, last by BearishSun 6 years, 10 months ago

BearishSun

555

Author

May 09, 2016 02:07 PM

VERSION 0.3 RELEASED!

New stuff:

PhysX integration, with support for colliders, rigidbodies, triggers, joints and scene queries. Full access to the physics interface is provided by the scripting API, as well as integrated into the editor. The physics sub-system was also designed to be extensible, so you can easily add plugins for other middleware like Havok or Bullet without having to modify the user-facing interfaces.
Improvements to the renderer, including HDR rendering, filmic tone mapping and gamma correct rendering.
HTML documentation for both native and managed parts of the engine.
Clang compilation and CMake build in preparation for Mac/Linux ports.

Visit www.banshee3d.com for all the information.

www.bsframework.io | www.banshee3d.com

BearishSun

555

Author

May 30, 2017 12:30 PM

PROGRESS UPDATE MAY 2017

Engine is nearing first stable release, aimed towards early 2018!

New stuff since the last time I posted:

Vulkan backend - Vulkan is now fully supported along with DirectX 11 and OpenGL 4.5. A full refactor of the low-level rendering API has been done in order to provide a modern interface that ensures best features of Vulkan can be utilized efficiently, yet still be as simple to use as DirectX 11/OpenGL 4.5.
Audio system - Audio system with support for both OpenAL or FMOD, 3D/2D audio, on-the-fly streaming and decompression, and a built-in support for variety of formats like .ogg, .mp3 or .wav.
Animation system - Support for skeletal animation with skinning, 1D/2D blending and additive animations. Support for morph shape animation. Support for animation events and IK post-processing. Added built-in animation editor able to animate any script property.
Renderer enhancements - Added support for hybrid tiled deferred / forward clustered rendering. Added support for physically based shading, area light sources, reflection probes with geometry proxies, irradiance maps and more. More renderer enhancements coming over the next few months.
C++ documentation - Over a HUNDRED new manuals for the C++ (non-scripting) part of the engine. Includes documentation oriented towards normal users, as well as those interested with tinkering/extending engine internals.
Unified shading language - New unified shading language allows you to develop shaders that work on DirectX, OpenGL and Vulkan, while also supporting high level concepts not available in HLSL/GLSL. HLSL syntax (with extensions) ensures it is easy to learn for new developers.
Automatic script binding generation - Automatic code generation support for script bindings ensures scripting API can now nearly transparently match the C++ API, as well as opening the door for easy addition of new scripting languages.

As always, more information here: https://github.com/bearishsun/bansheeengine

www.bsframework.io | www.banshee3d.com

Banshee Engine (Updated May 2017)

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Banshee Engine (Updated May 2017)

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