ICatchmentNamInitial Interface

Initial ground water depth.

Type: Ground water depth, Unit: [m], Default: 10.0

Initial interflow

Type: Discharge, Unit: [m3/s], Default: 0.0

Initial interflow from first reservoir

Type: Discharge, Unit: [m3/s], Default: 0.0

Initial lower base flow

Type: Discharge, Unit: [m3/s], Default: 0.0

Variable holding the number of snow zones. Setting this variable should update the SnowStorage and WaterRetention accordingly, or at least make sure that this number of snow zones as a minimum is available.

Initial amount of water stored in the first overland reservoir.

Type: Height, Unit: [mm], Default: 0.0

Initial overland flow

Type: Discharge, Unit: [m3/s], Default: 0.0

Initial overland flow from first reservoir

Type: Discharge, Unit: [m3/s], Default: 0.0

Initial amount of water stored in the second overland reservoir.

Type: Height, Unit: [mm], Default: 0.0

Initial relative water content in the root zone. Relative to RootZoneStorageMax

Type: Dimensionless, Unit: [], Default: 0.0

Initial relative water content in the surface storage. Relative to SurfaceStorageMax

Type: Dimensionless, Unit: [], Default: 0.0

Initial snow storage used when zonal approach is used. The amount of water present in the form of snow or ice.

Type: Water content as snow, Unit: [mm], Default: 0.0, Size: NumberOfSnowZones

Initial water retention used when zonal approach is used, the amount of water (melted) that are retained within the snow.

Type: Water content as water (melted) in snow, Unit: [mm], Default: 0.0, Size: NumberOfSnowZones

Apply some final conditions and modificatins

This is currently used to set initial conditions of derived values for hotstart, such as capillary flux, from the hotstart file, making such values equal to the hotstart value, even though this has no effect on the runoff results.