CatchmentKinematicWaveSurface Class

Initializes a new instance of the CatchmentKinematicWaveSurface class

When raining, if true the evaporation is applied at the beginning of the time step, correcting the net rain and limited by the rain. If false, evaporation is applied on non-empty storages in the catchment and can exceed the rain.

In dry periods, this is not used, evaporation is always applied on storages.

Area fraction. Default: depending on the surface type Unit: [-]

Horton, defined only for pervious surfaces.

Returns null if Infiltration is not Horton.

Infiltration calculator. If null, the surface is impervious.

True if infiltration shall occur also after rain has ended.

Default is true

.

The length of the subcatchment/channel.

The model assumes a prismatic flow channel with rectangular cross section. The channel bottom width is computed from catchment area and length.

If not defined, the average length of the base catchment is used.

Default: undefined Unit: [m]

Manning number Default: depending on the surface type Unit: [m^(2/3)/s]

The slope of the catchment/channel.

If not defined, the average slope of the base catchment is used.

Default: undefined Unit: [m]

Storage capacity Unit: [m]

Surface type, SurfaceType.

Revert to old draining order. Set to true to drain in same order as in MOUSE engine.

Reverse draining drains in order: wetting, storage, depth. Hence, when storages are full, wetting and storage will be drained and not depth, depth will be higher and give more runoff. This is visible in low-flow conditions.

Wetting capacity Unit: [m]

Determines whether the specified object is equal to the current object.

Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection.

Serves as the default hash function.

Gets the Type of the current instance.

Creates a shallow copy of the current Object.

Take timestep for surface, filling storages and evaluating evaporation and infiltration

When state has been updated on surface (the Depth), recalculate runoff to match the new depth.

Returns a string that represents the current object.

Depth of water on sub-catchment. State variable. Unit: [m]

Depth of water at the previous time step. Computational variable. Unit: [m]

Effective area fraction, subtracting area covered by LID's Default: Same as AreaFraction when no LID's Unit: dimensionless factor

Actual evaporation. Reporting variable. Unit: [m/s]

Actual infiltration. Reporting variable. Unit: [m/s]

Infiltration of last time step Reporting variable. Unit: [m/s]

Potential infiltration. Reporting variable. Unit: [m/s]

Potential infiltration of last time step Reporting variable. Unit: [m/s]

Kinematic factor. Computational variable. Unit: [m^(4/3)/s]

Runoff from the sub-catchment. State variable. Unit: [m3/s]

Runoff from the sub-catchment at previous time step Computational variable. Unit: [m3/s]

Storage loss depth. State variable. Unit: [m]

Storage loss depth at the previous time step. Computational variable. Unit: [m]

Wetting loss depth. State variable. Unit: [m]

Wetting loss depth at the previous time step. Computational variable. Unit: [m]

Width of the sub-catchment. Computational variable. Unit: [m]