Deferred shader renderer for upcoming games. More info to follow.

Screenshots below show work in progress using some Kingpin BSP's for source data.

Click the images for hi-res

Update to my editor/converter program which I use extensively when editing and converting data for my retro games.



An earlier version is available for download from the Other Programs section

The engine is currently set up as a KPRadiant .map file viewer.

CSG now added.
Spatial partitioning yet to be completed in this version. Depending on final use it will be either BSP or Octree

 

Features include:

Automatic texture MIP map generation
Movement around the world (no physics or collision)
BMP and TGA bitmap loading / control engine
Transparent textures (Alpha / non-alpha channel)

Fully functional early version of my radiosity engine.

640x480x32 screenshot of my 'Cornell box' showing radiosity pass from area light. 3 passes were used to render this image.
All other light types use a ray-tracing first pass before radiosity distribution.
The patches cover an area of 8x8 pixels each and no post-processing has been applied. Interpolation will eventually be applied to smooth the colours and raise the patch resolution to 4x4 pixels
The boxes are 8 units above the floor - hence the shadow area under the box edges.
This is not a static rendered image. This is a 'world' that can be moved about in.
This radiosity engine will form the basis of lighting worlds in future 3D game releases, such as 3D PacMan and Dragontorc.


Here are a couple more screenshots from an updated version of my renderer. The screenshots show the results of the ray-tracing first pass. No radiosity has been performed, so there is no reflected light.
The light is a bright blue-white area light. The first screenshot is texture-mapped. The second shows the light maps only.




Features:
Point lights
Spot lights
Directional lights
Surface lights
Ambient light

Variable transparency surfaces (windows, water, etc)
Colour filtering through transparent surfaces

Proprietary resource archiving system.

This editor is used to create the archive packages for use with GFI games releases.
A single interface allows resource loading from one or more archive sets or from windows file system automatically.



Features include:

Multi-level 32-bit encryption for protection of archive resources.
Archive corruption detection
Volume identification