Difference between revisions of "KlayGE/en"
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| − | + | '''[[KlayGE]]''' is a [[Platforms|cross-platform]] open source game engine with plugin-based architecture. It's started since 2003. The explicit goal of KlayGE is: to arm your engine with cutting-edge technology. It provides a framework to make game development, [[Regression testing | testing]], porting as simple as possible. | |
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| − | '''[[KlayGE]]''' is a cross-platform open source game engine with plugin-based architecture. It's started since 2003. The explicit goal of KlayGE is: to arm your engine with cutting-edge technology. It provides a framework to make game development, testing, porting as simple as possible | + | |
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== Features == | == Features == | ||
=== Graphics === | === Graphics === | ||
| − | * Support | + | * [[Deferred rendering]]-based |
| − | * Use [[ | + | * Support Direct3D 11-12, OpenGL 2.0-4.5 and OpenGL ES 2.0-3.2. |
| + | * Use [[FXML]] as the effect script for any renderable object. It can be exported directly from artist created content. | ||
* Python script can be dynamic interpreted at run-time. So scripts don’t need to be recompiled after modification. | * Python script can be dynamic interpreted at run-time. So scripts don’t need to be recompiled after modification. | ||
* Build [[terrains]] by height map technology. | * Build [[terrains]] by height map technology. | ||
* Support skinned animation. | * Support skinned animation. | ||
| − | * Hardware occlusion culling | + | * Hardware occlusion culling. |
| − | * [[Particle system]] | + | * [[Particle system]]. |
| − | * [[Post processing]] technology | + | * [[Post process|Post processing]] technology. |
* Self-adaptive hardware states cache and deferred update mechanism. | * Self-adaptive hardware states cache and deferred update mechanism. | ||
| − | * Support per-pixel lighting and rendering | + | * Support per-pixel lighting and rendering. |
* Distance-based font system, takes advantages from both vector fonts and bitmap fonts. | * Distance-based font system, takes advantages from both vector fonts and bitmap fonts. | ||
| − | * Support [[procedural texture]] | + | * Support [[procedural texture]]. |
| − | * Support [[Sub | + | * Support [[Sub surface scattering]], which can be used to render translucency materials such as leaf, skin, jade-ware. |
| − | * Support [[ | + | * Support [[Phong tessellation]] to smooth low polygon mesh at run-time. |
| + | * A [[material system]] for [[deferred rendering]] | ||
* Shading | * Shading | ||
:* A shader library includes common operations | :* A shader library includes common operations | ||
| Line 31: | Line 28: | ||
:* Dynamic lighting | :* Dynamic lighting | ||
:* Omni-directional shadow mapping | :* Omni-directional shadow mapping | ||
| + | :* Realtime indirect lighting | ||
| + | :* Environment lighting | ||
| + | :* Area lighting | ||
=== Audio === | === Audio === | ||
| Line 46: | Line 46: | ||
* Normal map compressor, provides 2:1 or 4:1 compression ratio. | * Normal map compressor, provides 2:1 or 4:1 compression ratio. | ||
* Distance-based font generator, converts a vector font to the format that engine uses. | * Distance-based font generator, converts a vector font to the format that engine uses. | ||
| − | * FXML2Shader tool, converts a FXML effect script to HLSL | + | * FXML2Shader tool, converts a [[FXML]] effect script to HLSL shader. |
| + | * Color Grading texture generator. | ||
=== Programming === | === Programming === | ||
| Line 52: | Line 53: | ||
* An extendable, object-oriented engine written in C++. This architecture can loading commands and resources both statically and dynamically. Easy for porting and debugging. | * An extendable, object-oriented engine written in C++. This architecture can loading commands and resources both statically and dynamically. Easy for porting and debugging. | ||
* Takes Python as scripting language. Automatically provides support for dynamic data type. Easy for development and cooperating with C++ host. | * Takes Python as scripting language. Automatically provides support for dynamic data type. Easy for development and cooperating with C++ host. | ||
| + | * Native code on every platforms. | ||
== External links == | == External links == | ||
| Line 57: | Line 59: | ||
*[http://www.klayge.org/gallery/ KlayGE's Gallery] | *[http://www.klayge.org/gallery/ KlayGE's Gallery] | ||
| − | + | [[zh:KlayGE]] | |
| + | [[ru:KlayGE/ru]] | ||
Latest revision as of 01:02, 25 December 2016
KlayGE is a cross-platform open source game engine with plugin-based architecture. It's started since 2003. The explicit goal of KlayGE is: to arm your engine with cutting-edge technology. It provides a framework to make game development, testing, porting as simple as possible.
Features
Graphics
- Deferred rendering-based
- Support Direct3D 11-12, OpenGL 2.0-4.5 and OpenGL ES 2.0-3.2.
- Use FXML as the effect script for any renderable object. It can be exported directly from artist created content.
- Python script can be dynamic interpreted at run-time. So scripts don’t need to be recompiled after modification.
- Build terrains by height map technology.
- Support skinned animation.
- Hardware occlusion culling.
- Particle system.
- Post processing technology.
- Self-adaptive hardware states cache and deferred update mechanism.
- Support per-pixel lighting and rendering.
- Distance-based font system, takes advantages from both vector fonts and bitmap fonts.
- Support procedural texture.
- Support Sub surface scattering, which can be used to render translucency materials such as leaf, skin, jade-ware.
- Support Phong tessellation to smooth low polygon mesh at run-time.
- A material system for deferred rendering
- Shading
- A shader library includes common operations
- A complete interface abstracted from many low level graphics API
- Multi-pass rendering.
- Fully support of programmable shading
- Multiple input vertex streams is supported
- Lighting
- Dynamic lighting
- Omni-directional shadow mapping
- Realtime indirect lighting
- Environment lighting
- Area lighting
Audio
- Audio output on many platforms.
- 3D audio source and Doppler effect.
- Ogg Vorbis as input format.
- Streaming playing
Tools
- Normal map generator, converts height map to normal map.
- Distance map generator, generates distance map from height map or 3D volume.
- MeshML export plug in, export models from 3DS Max.
- OpenGL compatibility checking tool.
- HDR compressor, compresses both cubemap and 2D HDR textures.
- Normal map compressor, provides 2:1 or 4:1 compression ratio.
- Distance-based font generator, converts a vector font to the format that engine uses.
- FXML2Shader tool, converts a FXML effect script to HLSL shader.
- Color Grading texture generator.
Programming
- KlayGE is open sourced. Includes all the source code of engine and tools.
- An extendable, object-oriented engine written in C++. This architecture can loading commands and resources both statically and dynamically. Easy for porting and debugging.
- Takes Python as scripting language. Automatically provides support for dynamic data type. Easy for development and cooperating with C++ host.
- Native code on every platforms.
