Hi Michael,
Le 15/05/2022 à 16:05, Michael J. McCann a écrit :
Currently I'm not using the ODE solvers but it's an area of interest
since mathematical modelling is the core of my business. I'd like to
see that in Xcos I can get the full range of ODE solvers (at least for
'real-only' as
éphane
Mottelet
*Envoyé :* vendredi 13 mai 2022 16:46
*À :* users@lists.scilab.org
*Objet :* Re: [Scilab-users] Sundials module, Windows preview
Hello,
Did anybody give a try to the Windows build ?
Frankly speaking, if nobody cares about improved numerical methods in
Scilab, things can b
Currently I'm not using the ODE solvers but it's an area of interest
since mathematical modelling is the core of my business. I'd like to see
that in Xcos I can get the full range of ODE solvers (at least for
'real-only' as distinct from 'complex-number' issues).
On 13/05/2022 12:03,
Stéphane,
I don't regularly use ODE solvers for the time being, but I think any
improvement is valuable and is worth the effort. The lack or paucity of
feedback in this list is not an evidence of lack of interest for the
Scilab users community. It may also encourage other potential users to
ndredi 13 mai 2022 16:46
À : users@lists.scilab.org
Objet : Re: [Scilab-users] Sundials module, Windows preview
Hello,
Did anybody give a try to the Windows build ?
Frankly speaking, if nobody cares about improved numerical methods in Scilab,
things can be left as is, and time could be spent on
Hello,
Did anybody give a try to the Windows build ?
Frankly speaking, if nobody cares about improved numerical methods in
Scilab, things can be left as is, and time could be spent on other
features (but not by me...).
I can also prepare a Linux build, if users of this os want to test...
Hi all,
The next version of scilab will include a new module "Sundials". This
module provides new full featured ODE solvers: arkode(), cvode() and
DAE solver ida(), all handling complex numbers and dense/sparse/banded
Jacobians. Each solver has specific features, e.g. ida() handles DAE,
