This is really cool! Thanks for sharing it, especially with the video. You might be interested in packaging this up<http://docs.julialang.org/en/latest/manual/packages/#package-development>– it doesn't have to be officially registered or anything, but just putting everything into a module would mean that people can download it and try out some fluid dynamics really easily.
On Sunday, 18 May 2014 12:41:43 UTC+1, Joonas Nättilä wrote: > > Hi all, > > After some twiddling and debugging I can finally announce the first alpha > version of (what I suspect to be the first) hydrodynamics code written in > julia: > > http://github.com/natj/hydro <https://github.com/natj/hydro> > > There are still quite a lot of things to do like parallelization but even > currently it is capable of running a 100x100 grid with reasonable speed > live. The original python code I based this on, was able to maintain > approximately the same speed in 1 dimension but we are already doing > computations in 2d! > > One of my design goals was to make this as modular and flexible as > possible so that it could be used a as basis for more complex calculations. > Due to this it should be relatively straightforward to upgrade it to for > example to magnetohydrodynamics or to shallow water equations. Also, now > that I have the initial frame done, I plan to begin a heavy testing and > optimization period so all comments, tips and improvements are welcome! > > I also computed some eye-candy for you that you can amaze here > https://vimeo.com/95607699 > > > Cheers, > Joonas >
