[1]: https://simd.info/c_intrinsic/_mm256_permute_pd [2]: https://www.felixcloutier.com/x86/vpermilpd [3]: https://officedaytime.com/simd512e/simdimg/si.php?f=vpermilp... [4]: https://www.intel.com/content/www/us/en/docs/intrinsics-guid...
RISC-V and wasm are hosted here: https://dzaima.github.io/intrinsics-viewer/
You need to download it your self if you want to use the others.
Apart from that, I find the search results too sparse (doesn't contain the prototype) and the result page too verbose (way too much fluff in the description, and way too much setup in the example; honestly, who cares about <stdio.h>[1]), so I'll probably stick to the existing x86/Arm references.
[1] Also, the contrast is set so low that I literally cannot read all of the example.
I actually like that the example is a complete, standalone program that you can compile or send to Compiler Explorer.
Yeah, the plan is to get all SIMD engines there, RVV is the hardest though (20k intrinsics). Currently we're doing IBM Z, which should be done probably within the month? It still needs some work, and progress is slow because we're just using our own funds. Plan is IBM Z (currently worked on), Loongson LSX/LASX, MIPS MSA, ARM SVE/SVE2 and finally RVV 1.0. LSX/LASX and MSA are very easy. Ideally, I'd like to open source everything, but I can't just now, as I would just hand over all the data to big players like OpenAI. Once I manage to ensure adequate funding, we're going to open source the data (SIMD.info) and probably the model itself (SIMD.ai).