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I come from an image and signal processing background so for me one of the most important library features is a) a good support of largish one and multidimensio
by yoodenvranx 12y ago
I come from an image and signal processing background so for me one of the most important library features is a) a good support of largish one and multidimensional arrays, b) support for FFT and c) some support for linear algebra.
- bjz_ 12y agoAt the moment the Rust team doesn't really have the resources to spare on directly targeting numerical computing, but they are definitely interested in creating a language that can be 'grown' to suit the needs of a diverse range of fields that demand a high level of performance from their languages. They would definitely welcome community involvement in regards to helping build an ecosystem around numerical computing.
- StefanKarpinski 12y agoIf those are your big requirements, you may want to try Julia. Those are the most mature parts of the Julia standard library are very stable, not to mention fast. Steven Johnson, the author of FFTW, which is the FFT library wrote the Julia FFT code and is Julia core developer. I think that it's safe to say for doing FFTs and linear algebra, there's no better system out there.