Question: How well-suited is using Rust for complicated mathematics?

This page summarizes the projects mentioned and recommended in the original post on /r/rust

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  • crates.io

    The Rust package registry

  • Generally I'd recommend it though. For linear algebra there's ndarray, nalgebra, faer, ... depending on what you need. I'm not familiar with the precise options for the other stuff you need but there are crates for kalmann filters etc. - your best bet is probably just searching crates.io with some keywords.

  • ofuton

    ofuton provides N-dimensional FFT.

  • It's not terribly difficult to build a multidimensional FFT on top of it, although to your point first-class support would be nice

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  • jlrs

    Julia bindings for Rust

  • And in the rare case that Julia isn't enough, Julia-Rust interop is pretty good! Julia can call Rust using ccall and Rust can call Julia using the jlrs crate.

  • evcxr

NOTE: The number of mentions on this list indicates mentions on common posts plus user suggested alternatives. Hence, a higher number means a more popular project.

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