...
1) All the relevant variables (grid orientation, resolution) are loaded from the interface in Dashboard (so-called handlesgetHandles).
2) Creation of a full grid based on the active bathymetry (often GEBCO '08). This full grid will have a margin of 20 percentile percent and is thus larger than the grid defined in Dashboard. This is done in order to overcome interpolation issues. This full grid will also have a bathymetry in order to determine where the grid needs to be cut-off based on the maximum height (Z Max) described in Dashboard. This step is carried out by the function ddb_ModelMakerToolbox_makeRectangularGrid.
3) The final grid is created based on this larger grid. Rotation is taken into account and cells above a certain threshold (Z max) are deleted. This step is carried out by the function MakeRectangularGrid.
Figure: code structure of the routines needed to create a rectangular grid in Dashboard
2) Make a bathymetry
A bathymetry
...
can be created for every model supported by Delft Dashboard. The basic procedure will contain of three steps.
1) All the relevant variables (grid orientation, resolution) are loaded from the interface in Dashboard (getHandles).
2) The datasets are prepo
3) The different bathymetric datasets are used in the order defined. On top of that Dashboard takes into account model offset and can apply a internal diffusion.
3) Make open boundaries
Empty
...