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path: root/src/gpu/effects/post_process_helper.h
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11 hoursfeat(gpu): Systematize post-process bindings and enable vertex shader uniformsskal
- Add PP_BINDING_* macros for standard post-process bind group layout - PP_BINDING_SAMPLER (0): Input texture sampler - PP_BINDING_TEXTURE (1): Input texture from previous pass - PP_BINDING_UNIFORMS (2): Custom uniforms buffer - Change uniforms visibility from Fragment-only to Vertex|Fragment - Enables dynamic geometry in vertex shaders (e.g., peak meter bar) - Replace all hardcoded binding numbers with macros in post_process_helper.cc - Update test_demo.cc to use systematic bindings - Benefits: All post-process effects can now access uniforms in vertex shaders Result: More flexible post-process effects, better code maintainability
4 daysrefactor: Task #20 - Platform & Code Hygieneskal
- Consolidated all WebGPU shims and platform-specific logic into src/platform.h. - Refactored platform_init to return PlatformState by value and platform_poll to automatically refresh time and aspect_ratio. - Removed STL dependencies (std::map, std::vector, std::string) from AssetManager and Procedural subsystems. - Fixed Windows cross-compilation by adjusting include paths and linker flags in CMakeLists.txt and updating build_win.sh. - Removed redundant direct inclusions of GLFW/glfw3.h and WebGPU headers across the project. - Applied clang-format and updated documentation. handoff(Gemini): Completed Task #20 and 20.1. Platform abstraction is now unified, and core paths are STL-free. Windows build is stable.
7 daysChore: Apply clang-format to the codebaseskal
7 daysRefactor: Split demo effects and shaders into individual filesskal
Split src/gpu/demo_effects.cc into individual .cc files for each effect and created separate files for post-processing helpers and WGSL shaders. Updated src/gpu/demo_effects.h to be a central header for all effect-related declarations and adjusted CMakeLists.txt accordingly.