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Ava: Linear algebra in the browser, written in Rust. That's the pitch behind a repo of Antoine's called Dimension.
Andrew: Rust in a browser? How?
Ava: WebAssembly. The heart of the repo is a Rust crate called mathlib, and it ships with WebAssembly demos so you can try it on a web page.
Andrew: What can mathlib do?
Ava: Dense and sparse linear algebra, matrix decompositions, 3D math, clustering, graph algorithms and transforms. It also has optional SIMD and GPU features if you want more speed.
Andrew: So it's a math toolbox.
Ava: Right, and the Dimension repo wraps it with kinematics, physics, rendering experiments and documentation. To try it, you build and test from the mathlib folder with cargo. The full page links the repo, the crate docs and the architecture notes.
Repository · mathlib on docs.rs
mathlib is a Rust crate for dense and sparse linear algebra, decompositions, 3D math, clustering, graph algorithms, transforms, and more—with WebAssembly demos and optional SIMD / GPU features. The Dimension repo wraps that crate alongside kinematics, physics, rendering experiments, and documentation.
cd mathlib && cargo build
cd mathlib && cargo test
See the root README and docs/DOCS.md for architecture and examples.
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