Misaki
0acaf00767
- Replaced SIMD-based Sin/Cos/SinCos in WideLane with generic polynomial approximations for hardware independence. - Updated ScalarLane Cast to use CreateTruncating. - Applied AggressiveOptimization to key GGX methods; improved luma calculation and radical inverse LUT handling. - Enhanced GGX benchmark setup, cleanup, and timing logic. - Bumped project version to 1.3.1.
Misaki.HighPerformance.Mathematics.SPMD
SPMD-oriented math abstractions built on top of the mathematics layer.
This package is intended for code that wants to express vectorized work in a way that is portable across lane widths and easier to reason about than raw intrinsics alone.
What it includes
- SPMD lane interfaces
- scalar and wide lane abstractions
- vector template helpers
- shuffle table generation support
- job-oriented SPMD helpers
Highlights
- abstracts lane width through a common interface
- supports sequence creation, load/store, and compress-store style workflows
- built for vectorized algorithms and data-parallel execution
- useful when you need explicit lane semantics rather than ad hoc SIMD code
Main types
ISPMDLaneISPMDLane<TSelf, TNumber>ScalerLaneWideLaneIJobSPMDVector{T}Helper
Example
// Define an SPMD-friendly numeric lane type and use it to express data-parallel work.
// See the source templates for the current concrete lane implementations.
Package reference
dotnet add package Misaki.HighPerformance.Mathematics.SPMD
Notes
This project targets net10.0 and depends on the mathematics project for shared numeric concepts.