Après 10 ans de bons et loyaux services, la forge institutionnelle de feu Irstea baissera le rideau le 30 juin 2026 prochain
Nous vous invitons donc à migrer tous vos projets sur la forge institutionnelle INRAE. Il n'est malheureusement pas possible de migrer automatiquement tous les projets. Toutefois l'équipe de la forge a testé différents scénarios de migration et a redigé un guide de migration
@@ -26,13 +26,13 @@ It also includes 2 environmental submodels :
...
@@ -26,13 +26,13 @@ It also includes 2 environmental submodels :
10. River climate (Water temperature and flow)
10. River climate (Water temperature and flow)
11. Ocean climate
11. Ocean climate
For the sake of conciseness, all submodels are not extensively justified here. Please see [Wiki](https://github.com/Ibasam/IBASAM/wiki) and Piou et al. (2012) for further explanations and graphics of some of the mathematical functions used.
For the sake of conciseness, all submodels are not extensively justified here. Please see [model description](ibasam) and Piou et al. (2012) for further explanations and graphics of some of the mathematical functions used.
-**How to use IBASAM?**
-**How to use IBASAM?**
The IBASAM model was developed in C++ and interfaced as a shared library for R (R Development Core, 2010) to make easy the statistical analyses of model outputs. The C++ source codes and R scripts to create and use the model as R package are available online on Github. More detailed explanations are provided here:
The IBASAM model was developed in C++ and interfaced as a shared library for R (R Development Core, 2010) to make easy the statistical analyses of model outputs. The C++ source codes and R scripts to create and use the model as R package are available online on Github. More detailed explanations are provided here:
