Willem van Verseveld
Willem van Verseveld
### Feature type Changing existing functionality ### Improvement Description initialize function, (long) structs, `Model` struct See also main issue https://github.com/Deltares/Wflow.jl/issues/351 ### Implementation Description _No response_ ### Additional Context _No response_
### Feature type Adding new functionality ### Improvement Description Generally, routing in wflow is done at a much higher temporal resolution than the model timestep. The option to save routing...
### Feature type Adding new functionality ### Improvement Description The current model lacks the capability to simulate the re-infiltration of surface water into the subsurface, which is a crucial process...
### Wflow version checks - [X] I have checked that this issue has not already been reported. - [X] I have checked that this bug exists on the latest version...
### Feature type Changing existing functionality ### Improvement Description During very small flows the kinematic wave becomes quite slow. For example this was observed for a catchment upstream of the...
### Feature type Changing existing functionality ### Improvement Description In `SBM` the open water evaporation is controlled by `waterfrac` and `riverfrac` (both have a constant value per grid cell), and...
### Feature type Changing existing functionality ### Improvement Description Add return type annotations for readability, for example `BMI.get_var_grid(model::Model, name::String)::Int`, see also https://github.com/Deltares/Wflow.jl/pull/306#discussion_r1392604428. ### Implementation Description _No response_ ### Additional Context...
For local inertial river routing a 1D floodplain schematization has been implemented, and it makes sense to add this functionality also to the kinematic wave routing. The current kinematic wave...
For the local inertial model (1D river routing and 2D overland /floodplain routing) water depths and fluxes between cells, especially for cells with large subgrid elevation differences, may not be...
The standard soil column of the vertical `SBM` concept extends to 2.0 m based on SoilGrids data. For the coupling with an external groundwater model and extraction of groundwater (issue...