Castor3D
Multi-OS 3D engine.
Project maintained by DragonJoker Hosted on GitHub Pages — Theme by mattgraham
Castor3D
Castor3D is a 3D engine written in C++ 20. It works on Windows and GNU/Linux and using Vulkan as rendering API. The project itself is compilable on supported platforms using CMake and vcpkg (\ref build).
Features
- Clustered lighting to compute all light sources.
- Using a visibility buffer for opaque objects.
- Blended Weighted rendering for transparent objects.
- Normal mapping (using Mikktspace or explicit bitangents specification).
- Shadow Mapping (allowing to choose between Raw, PCF or Variance Shadow Maps).
- Parallax Occlusion mapping.
- Screen Space Ambient Occlusion (using Scalable Ambiant Obscurance).
- Reflection/Refraction Mapping.
- PBR rendering (Metallic and Specular workflows), and Phong/Blinn-Phong rendering.
- HDR rendering with various tone mapping operators and various colour grading operators.
- Screen Space Subsurface Scattering (without backlit transmittance yet).
- Volumetric Light Scattering for the directional light source, if it projects shadows.
- Cascaded Shadow Maps for the directional light source.
- Global Illumination, through Light Propagation Volumes (layered or non layered, with or without geometry injection), or through Voxel Cone Tracing.
- Frustum culling.
- Scene graph.
- Render graph.
- Modular architecture through plug-ins.
- Shaders are generated automatically from pipeline configuration.
- Shaders are writable directly from C++ code.
- Scenes are described using a text format easily comprehensible and extensible. (Scene File)
- Synchronous (user defined) or asynchronous (thread) rendering.
- Using Mesh and Task shaders, if available.
- GUI primitives.
Implemented Plug-ins
Importers
- ASSIMP: Multiple format mesh importer.
- glTF: glTF 2.0 importer, more precise than assimp’s provided one, using fastgltf library.
PostEffects
- Bloom: HDR Bloom implementation.
- DepthOfField: Implementation of this depth of field
- DrawEdges: Detects and renders edges, based on normal, depth, and or object ID.
- FilmGrain: To display some grain on the render.
- FXAA Antialiasing.
- GrayScale: Converts render in gray scale.
- LightStreaks (using Kawase Light Streaks).
- Linear Motion Blur.
- PbrBloom: PBR Bloom implementation.
- SMAA Antialiasing (1X and T2X so far).
Generators
- DiamondSquareTerrain: to generate terrains inside Castor3D scenes, using diamond-quare algorithm.
Generic
- AnisotropicMaterial: A material component implementing anisotropic specular BRDF.
- AtmosphereScattering : Sky and atmosphere rendering (using Scalable and Production Ready Sky and Atmosphere Rendering Technique).
- DisneyBRDF : an implementation of Disney’s diffuse, specular, clearcoat and sheen BRDFs.
- FFTOceanRendering: Ocean rendering using FFT generated surfaces.
- ToonMaterial: A toon material (to be combined with DrawEdges plugin).
- WaterMaterial: Water material, using normal maps.
- WavesRendering: Basic ocean rendering, specifying waves attributes.
ToneMappings
- ACES: ACES tone mapping.
- HaarmPieterDuikerToneMapping: Haarm Pieter Duiker tone mapping.
- HejlBurgessDawsonToneMapping: Hejl Burgess Dawson tone mapping.
- LinearToneMapping: Default tone mapping.
- None: A passthrough, used when rendering to an HDR screen.
- ReinhardToneMapping: Reinhard tone mapping.
- Uncharted2ToneMapping: Uncharted 2 tone mapping.
Other applications
- CastorMeshConverter: A converter from various mesh files to Castor3D mesh format.
- CastorMeshUpgrader: Upgrades from earlier versions of Castor3D mesh format to the latest one.
- CastorViewer: A scene viewer based on Castor3D.
- HeightMapToNormalMap: Converts height maps to normal maps.
- ImgConverter: Allows you to convert any image file type to XPM or ICO.
Links
Screenshots
