- Separate TXB from TXL: They are completely different!
- Properly perform TMU emulation in the fragment shader. Implemens SRGB conversion and alphakill at the moment
- Properly perform ROP emulation in the fragment shader. Implements FRAMEBUFFER_SRGB. While support on the chip looks to be incomplete (and wierd), it does work
- Document some more bits in SHADER_CONTROL register
- Removes the duplicate local_transform_constants
- Resets the transform constants on every context reset
- Simplifies the code abit which should make it faster
- NOTE: Transform constants are persistent across context re-init events (VF5)
- Support for raster offsets in surface descriptors (looks to be unused)
- Do not tag disabled render targets when using MRT (pitch = 64)
- Add missing notify_surface_changed() call for openGL
gl: Fix multidraw [WIP]
rsx: Ignore vertex base when data source is generated using arithmetic
vk: Check pending flag before doing fence poke
vk/gl: Fix for inlined array and immediate draws
rsx: Collapse joined draws when batching
rsx_decode.h implements a "rsx_decoders" template class that is specialized for most GCM command
found in rsx command buffer. 3 static members are defined : a "decode" function that turns command
value into a more meaninfull type if applicable (for instance bool for _enabled* command, surface
formats for set_surface_format command...), a "commit_rsx_state" that modifies a given rsx_state
structure when the command is parsed, and a "dump" function used in rsx_debugger for pretty printing.
Hopefully having the 3 functions in a single place for every command will act as a self documenting
list of rsx command buffer opcode.
rsx_state is also expanded into several explicit variables instead of being stored into a u32 array.
This should makes debugging easier (Visual Studio will display the exact value of these member for instance)
as well as preparing rsx_state for serialisation/deserialisation.
The vertex array and textures opcode are not concerned atm for bisecting purpose.
