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Re:Why scientists are turning to Rust by vram22 on Wednesday December 02, 2020 @02:46PM (#25280651)
>Heck, it sounds like bash/ask might even fit this use case if the code is so small as to not need functions.

Assuming that "ask" was a typo and you meant "awk", awk does support user-defined functions, as does bash.

https://www.gnu.org/software/gawk/manual/html_node/User_002d...

https://tldp.org/LDP/abs/html/functions.html

The support for that in both is somewhat limited as compared to "full" programming languages, though.

Re:Why scientists are turning to Rust by 7thaccount on Wednesday December 02, 2020 @11:32PM (#25285403)
Yep, autocorrect I guess. My point being if someone is just doing a little string work than she'll scripting can be very performant and also dead simple.

I normally think of scientific programming as something involving lots of large matrices, but that isn't the case for everything.

Re:Why scientists are turning to Rust by proverbialbunny on Friday December 04, 2020 @05:22PM (#25309042)
>I normally think of scientific programming as something involving lots of large matrices, but that isn't the case for everything.

It typically is. If you have the right libraries, it's only a few lines of code to do a lot of math. C = A + B could be matrix math, not just single variables being added.

Re:Why scientists are turning to Rust by 7thaccount on Wednesday December 09, 2020 @11:50AM (#25360618)
In my experience yes, but I started thinking about stuff like the human genome project which was mostly done with Perl scripts and BioPerl in the year 2000 iirc. I assume that is mostly just regex work dealing with very large strings. Is it scientific computing? Yes, just not as how I typically view scientific computing.