Just short. On Wed, Jul 4, 2018 at 20:06 Patrick Eriksson <patrick.eriks...@chalmers.se> wrote:
> Hi Stefan, Hi all, > > Thanks for the hint. Yes, we have not discussed these scattering > solvers, but I did some googling about them just some weeks ago. I heard > about these solvers at the ECMWF workshop, and got curios. > > Yes, the Jacobian feature sounds interesting. But some possible > limitations to consider: > > * This is Fortran 90 code. Is that OK for us? Anyhow, Fortran works > poorly with threading inside ARTS. The line mixing solver is F90. It used to work in parallel but somehow does not for now. Better than f77, no? > > * In the paper you sent it says: we restrict ourselves to scattering for > a medium that is ‘‘macroscopically isotropic and symmetric’’. Has this > restriction been removed? I never manged to sort this out. > > * Would we be free to redistribute the code? > > Can your contact answer the last two questions? Or does someone else out > there know? > > Bye, > > Patrick > > > > > On 2018-07-03 10:10, Stefan Buehler wrote: > > Dear Patrick, dear ARTS developers, > > > > I recently got an enthusiastic recommendation for a solver that we have > so far not talked about: LIDORT and its polarised version VLIDORT by Robert > Spurr. > > > > https://link.springer.com/chapter/10.1007/978-3-540-48546-9_7 > > > > If I understood correctly, it is based on DISORT, but does provide > Jacobians. Attached is a paper I found. > > > > All the best, > > > > Stefan > > > _______________________________________________ > arts_dev.mi mailing list > arts_dev.mi@lists.uni-hamburg.de > https://mailman.rrz.uni-hamburg.de/mailman/listinfo/arts_dev.mi >
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