CatchmentLinearReservoir Properties

Additional constant flow added to the total runoff Unit: [m3/s] Default: 0

Total area of catchment Type: Catchment area Unit: [m2] Default: 1e8 (100 km2)

Full area of catchment Type: Catchment area Unit: [km2] Default: 100

Evaporation boundary

Get and set the list of coordinates of the catchment

Catchment name.

The name is not unique, there may be several catchment models for one catchment, however all catchments with the same name should/must share the same catchment geometry.

Get and set the central point of the catchment

A Component Source provides info on concentration of various components.

Current time of catchment

Effective area. The effective area is the area that collects water. Can be smaller than total area, eg for Linear Reservoir or when LIDs are present.

Effective area (fraction of full area) of the catchement used by the Dutch model Unit: [-]

End time of catchment data - the latest time for which the catchment can return data

True if evaporation is enabled, and an evaporation boundary has been defined.

If set to false the initial recover rate is used during dry periods. Default: False

Dry depth used for switching Horton's mode between dry and wet in Kinematic Wave model when InfiltrationAfterRain == true. In this case the switching to regeneration of infiltration capacity is controlled by a low limit of the water depth on the surface. Unit: [m] Default: 1e-6

Impervious area Unit: [-]

True if the infiltration process is inlcuded. Default: False

True if infiltration shall occur also after rain Default: True

Maximum value of InitialLossStorageDepth Unit: [m]

Recovery rate for initial loss capacity. The initial loss capacity is regenerated in dry periods by a linear recovery rate.

Used as constant evaporation, when evaporation is not defined explicitly. If evaporation is defined explicitly (see EvaporationFromTimeSeries), this is neglected.

Unit: [m/s] Default: 0.00005 [m/hour] = 1.2 [mm/day]

True if the Integrated Horton method is used in the calculation for infiltration. Always False, varaiable can be used if Integrated Horton has to be implmented for Linear Reservoir.

Lag time is the reciprocal equivalent of the linear reservoir time constant used in model FR Unit: [s] default: 300

Length of the catchment used in the Lag time calculation if Lagtime is not given by the user. Unit: [m] Default: 10

Load per inhabitant. Unit: [-]

Maximum runoff flow

Minimum runoff flow

Minimum time the catchment should be able to provide values. The catchment will cache or recalculate values from MinTime to EndTime. MinTime must be updated ("dragged behind" time of calculation) from the caller to allow the catchment to discard cached values.

Model type NL model corresponds to C1 FR model corresponds to C2

Catchment model ID. Unique id.

Observed data. Used for creating calibration plots and for auto-calibration reference data.

Number of person equivalent in the catchment, used with catchment discharge source boundary

Hydrological reduction coeeficient. The runoff reduction factor, accounts for water losses caused by e.g evapo-transpiration, imperfect imperviousness, etc. on the contributing area. Unit: [-]

Runoff.

Unit: [m3/s]

This is a computational variable. Setting this has no effect (apart from when writing initial value to result file)

Get the Diagnostics instance for a Catchment. Used during runtime.

Slope of the catchment used in the Lag time calculation if Lagtime is not given by the user. Unit: [-] Default: 0.001

Snow melt coefficient. Note: the snow melt coefficient is not in SI unit, because the temperature is assumed to be in degres Celcius. Unit: [m/degCelcius/s]

Snow storage

State variable

Only applicable when UseSnowModule is set.

Unit: [m]

Start time of catchment data - the earliest time for which the catchment can return data

List of Lids

The linear reservoir Time constant used in model NL Unit: [1/s] Default: 3e-3

Time of minimum runoff flow

Time of maximum runoff flow

Time step used by the catchment model

Total volume of additional inflow

Total infiltration into this catchment (integrated over time)

Total rainfall on this catchment (integrated over time)

Total runoff from this catchment (integrated over time)

Set the TSBuffer to use in this catchment

Flag telling if initial conditions is taken from a hotstart file Default: false

True if the snow module is activated. If True, a temperature time series has to be provided for the catchment.

Return dictionary of runoff as a function of year