Jacobot

This library is for fast scientific computing, you can use it for games (its 100k minified and the matrix algos are extreemly fast),

Context is important, also the context is mentioned explicitly! All other BLAS javascript implementations are just fortran recompiles with "emscripten" to webassembly.

This is a (non emscripted) Javascript re-write (Typescript is a superset of Javascript)

Yes it is javascript the bundle is an UMD web/node file you can use in your browser!

BLAS is BLAS there is no "naive" or "expert" or "regular" variant.

* the distributed bundle is always javascript, * it is manual re-write from BLAS reference. * Typescript is a superset of Javascript,. * the repo is selfcontained, "npm install" will install webpack and all tools you need to build the bundle.

I Want to put this here as a first level comment, some people (well actually only one) are making up stuff that JavaScript "fudges" floating point numbers.

Some ppl are going to make up drame to "sound interesting" but i dont see how that is FACTUAL.

The README contains over 8900 lines of 200+ well documented standalone code examples samples comparing JS and R code ,side by side for every function call.

THE RESULTS ARE EXACTLY THE SAME!!

Name dropping like web

Javascript fudges numbers??? I don't see how making stuff up is helpfull.

The README contains over 8900 lines of 200+ well documented standalone examples with many many code samples comparing JS and R side by side for every function call.

THE RESULTS ARE EXACTLY THE SAME!!

You took the effort to throw dirt at JS, but could you not have glossed over the "proof" first?

You seem to not know that IEEE floating is a standard, I suggest you read up on that first