So in 1996 and 1997 I wrote a 3D library called Plush. Here is a screenshot from then:

It was written in C, it tried to be very portable (reading through it now, I'd say almost to a fault -- kinda annoying ;). There were some nifty things about it:

• 256 color output with adaptive palette creation and management
• multiple light sources
• piecewise linear perspective corrected texture mapping
• Gouraud shading with color ramps that let you do fakePhong
• optional Z-buffering
• environment mapping
• object hierarchies
• frustum clipping
• cameras
• splines
• matrix functions
• primitive generation
• very basic translucency

Totally useless today. But it would run SO fast with 20x the power available...

The code itself wasn't too bad, some stuff that I had spent ages tweaking and getting to run smoothly would surely be reusable.

So in about 8 hours of work I transformed it into Plush2, which is similar to the above, except simplified in C++, renders to 32 bit per pixel output, integrates with our LICE compositing engine, and supports the following new features:

• 24 bit color output
• multiple COLORED light sources
• Texture mapping (piecewise linear perspective corrected) with optional BILINEAR filtering and support for any sized texture, support for texture transparency.
• Colored Gouraud shading
• Z-buffering
• True surface transparency support
• Multitexture support (one or both textures can be used as environment maps)
• Full control over how pixels are combined at render -- add, mulitply are supported replace, all with alpha control.
• No limits on number of light sources, triangles, etc.

A screenshot:

Yes yes I know 3D stuff has all been done a ton, just thought it was interesting bringing things back from the dead to see what would be reusable. Now I'm going to go hug my 2.4ghz multicore processor.

This will be a part of the next WDL release, in case anybody cares, ha ha. It does compile down to pretty small (though not small enough to go making a 4k demo with it)