22 个（LuisaGroup 的仓库） · 按人气排序
LuisaCompute API guide covering the DSL (kernels, callables, structs, buffers, atomics, control flow, dispatch), the runtime API (Context, Device, Stream, buffers, images, ray tracing, rasterization), AST usage markers and AST-to-XIR lowering, the core library (traits, types, logging, math, fiber, allocators, STL containers), and vstd containers (HashMap, queues, pools, variant, smart pointers, utilities).
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RenderDoc GPU frame-capture analysis — headless .rdc capture, batch deserialization, frame reports and full-text search scripts, plus the manual Event Browser / Pipeline State / shader-debug workflow. Use when an image is wrong (missing, black, NaN, wrong color, flickering), when pipeline state or resource contents need ground truth, or when a frame looks slow.
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Compile hand-written native compute shaders and dispatch them from a Stream through NativeShaderExt — HLSL on dx/vk (DXC), GLSL on vk (glslang), CUDA C++ on cuda (NVRTC) — covering compile/reflect/load, NativeShaderLauncher binding by index/register+space/positional, uniforms (root constants / push constants / scalar kernel params), the per-argument Usage contract, include dirs, and lifetime.
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SPIRV-Tools optimizer pass development, IR manipulation, PassTest registration, and LuisaCompute spvtools::Optimizer integration (presets, LUISA_SPIRV_OPT_* env knobs).
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Implement, compose, test, and debug LuisaCompute XIR transformation and analysis passes. Use when modifying files under src/xir/passes or include/luisa/xir/passes, changing CFG or SSA invariants, authoring a PassPipeline, or diagnosing pass-order, reachability, PHI, dominance, aliasing, or memory-effect bugs.
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XMake build configuration, options, commands, and patterns for LuisaCompute.
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High-performance C JSON parsing, creation, and modification with yyjson. Use when working with yyjson documents, string copy-vs-borrow ownership, dangling c_str() bugs, yyjson_alc allocators, or writer output freeing.
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HLSL code generation, StringBuilder patterns, builtin headers, and DXIL embedding.
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Manual AST construction with FunctionBuilder for kernels and callables without DSL sugar.
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C++ naming, formatting, static analysis, and RTTI rules for LuisaCompute.
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Project layout, module architecture, compiler pipeline, and design patterns.
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Backend plugin architecture, DeviceInterface, dynamic loading, and command encoding.
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Native Vulkan XIR-to-SPIR-V codegen, legalization, validation, bindings, control flow, and target features.
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Show uncommitted changes and commit history via git. Use when: (1) inspecting what changed in a file before committing, (2) checking diff of tracked/new/deleted files, (3) reviewing a specific commit's changes, (4) listing files changed in a commit.
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Debug crashes and test failures via stack-traces, host/device logging, DSL buffer inspection, and add_debug_checks kernel restrict-mode guards.
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Navigate and modify LuisaCompute AST-to-XIR lowering, CFG/SSA representation changes, pass composition, and Metal XIR-to-LLVM/AIR normalization. Use when tracing AST-to-XIR calls, changing pass order, debugging structured versus plain CFG, or extending AIR ABI features such as bool/byte layout, PACK, acceleration, raster stages, runtime builtins, stateful ray queries, external linkage, and fail-closed boundaries.
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Experimental Vulkan AST-to-LLVM-to-SPIR-V backend, its fail-closed runtime-interface boundary, LLVM build integration, and validation path.
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glslang SPIR-V Builder API for types, instructions, control flow, and decorations.
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CMake build options, custom functions, and backend patterns for LuisaCompute.
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Boost.UT test layout, device helpers, adding tests, and running them.
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Optimize LuisaCompute DSL kernels using warp/wave primitives, shared-memory aggregation, block-level collectives, thread-group (block) size / occupancy tuning, and C++ branch-prediction hints (`[[likely]]`/`[[unlikely]]`). Use when kernels bottleneck on atomics, reductions, inter-thread communication, or poor occupancy.
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clangd LSP over HTTP for C++ syntax checks and symbol navigation in LuisaCompute sources.
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