Paletted textures using a 32-bit palette and YUV textures are now
converted to 8888 format, which results in a lossless conversion.
Fixes background texture quality in Alone in the Dark.
There's a texture corruption of the tennis ball and other textures,
notably the players' bags in the first intro sequence. The corruption is
due to render to texture squashing existing textures. Not sure what's
going on but this avoids the texture corruption. The original problem
remains.
- Basic pixel pipeline, a bit better triangle tests, specialized render handlers
- Textures w/ point filtering. Not very smart is it goes 32 -> 16 -> 32 bpp, but works.
- The texture cache is shared rather inelegantly w/ OpenGL one
- Culling
- PParam sorting (shared w/ GL)
The texturing and color blending paths are ugly and slow
- Adapted for indexed, async rendering, shared ta decoder
- This blits via a quick-and-hacky GDI blitter for now
- SSE/MMX intrins based, so not very portable
- A rather not good "reference" implementation
- At least, it's not terribly slow though
- GetTexture moved to Renderer interface
I forgot how much opengl sucked, so I figured I might try a port.
Nvidia doesn't draw (must be some fragment binding issue?, randomlulz returns GL_INVALID on glAttribPtr as well)
Intel doesn't compile the shader (and the error message makes no real sense. wut?)
Amd driver simply crashes (wheehaa)
All and all, doesn't look like much has changed in opengl the past 10 years, apart from even uglier initialization and more fragmented specs ~
Flyinghead