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: Blit engine improvements
- Always handle blits to and from framebuffers through the GPU
- Handle depth surfaces properly when using GL
- Check for format mismatches when blitting to the surface store [WIP]
- Make each frame context own its own memory
- Fix GPU blit
- Fix image layout transitions in flip
vk: Improve frame-local memory usage tracking to prevent overwrites
- Also slightly bumps VRAM requirements for stream buffers to help with running out of storage
- Fixes flickering and missing graphics in some cases. Flickering is still there and needs more work
vk: Up vertex attribute heap size and increase the guard size on it
vulkan: Reorganize memory management
vulkan: blit cleanup
vulkan: blit engine improvements
- Override existing image mapping when conflicts detected
- Allow blitting of depth/stencil surfaces
Fix rsx offscreen-render-to-display-buffer-blit surface reads
- Also, properly scale display output height if reading from compressed tile
gl: Fix broken dst height computation
- The extra padding is only there to force power-of-2 sizes and isnt used
gl: Ignore compression scaling if output is rendered to in a renderpass
rsx/gl/vk: Cleanup for GPU texture scaling. Initial impl [WIP]
- TODO: Refactor more shared code into RSX/common
- QUAD_STRIP evaluates to TRIANGLE_STRIP in memory. The memory layout is identical.
- The only difference between the two modes would be the primitive_ID but that doesnt matter on RSX
- Its worth noting that results will be different between the two modes if input vertices are non-coplanar for every set of N verts
Games like Tales of Vesperia seem to be using a random memory allocator with very low collision chance.
This means objects are very unlikely to be reused in such games leading to pile-up
- Do not set zfunc if alphakill is not enabled. This is because at the moment alphakill requires a different shader to be built
- use glsl loop-unroll friendly comparison; skip vertex input compare if either key requests it
- Minor tweaks to fp key generation
rsx/vk/shaders_cache: Move vp control mask to dynamic state
rsx/vk/gl: adds a shader cache for GL. Also Separates pipeline storage for each backend
rsx: Add more texture state variables to the cache
- Updates vulkan to use GPU vertex processing
- Rewrites vulkan to buffer entire frames and present when first available to avoid stalls
- Move more state into dynamic descriptors to reduce progam cache misses; Fix render pass conflicts before texture access
- Discards incomplete cb at destruction to avoid refs to destroyed objects
- Move set_viewport to the uninterruptible block before drawing in case cb is switched before we're ready
- Manage frame contexts separately for easier async frame management
- Avoid wasteful create-destroy cycles when sampling rtts
- Significant gains from greatly reduced CPU work
- Also reorders command submission in end() to improve throughput
- Refactors most of the vertex buffer handling
- All vertex processing is moved GPU side
