| _additionalFlow |
Additional constant flow added to the total runoff
Unit: [m3/s]
Default: 0
(Inherited from Catchment) |
| _additionalFlowOld |
Additional constant flow at start of time step
(Inherited from Catchment) |
| _area |
Total area of catchment.
Type: Catchment area.
Unit: [m2].
Default: 1e8 (100 km2).
(Inherited from Catchment) |
| _bInfiltrationAfterRain |
True if infiltration shall occur also after rain,
used in Horton infiltration depth calculation from INI file
Default: True
(Inherited from CatchmentAbstractUrban) |
| _boundarySourceEvaporation |
Evaporation boundary source
(Inherited from Catchment) |
| _boundarySourceRainfall |
Rainfall boundary source
(Inherited from Catchment) |
| _boundarySourceTemperature |
Temperature boundary source
(Inherited from Catchment) |
| _bSnowModule |
True if the snow module is activated.
(Inherited from CatchmentAbstractUrban) |
| _checkPointTime |
The most recent check point time.
(Inherited from Catchment) |
| _effectiveArea |
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.
(Inherited from CatchmentAbstractUrban) |
| _effectiveTimeStep |
Time step used in the simulation, it may change. It is set in Prepare
to _timeStep, and can be updated by individual catchment models when required,
i.e. it may differ from _timeStep.
(Inherited from Catchment) |
| _endTime |
Return the end time of the catchment simulation.
This is set during prepare, and the catchment must
make sure not to run beyond this time.
(Inherited from Catchment) |
| _evaporationFromForcing |
Evaporation that must be applied during the calculation time step.
unit: [m/s]
(Inherited from CatchmentAbstractUrban) |
| _evaporationFromTS |
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 (Inherited from CatchmentAbstractUrban) |
| _globalDepthDryLimit |
Global dry depth limit
from INI file
in Kinematic wave: used when InfiltrationAfterRain == true
Default: 1e-6
Unit: [m]
(Inherited from CatchmentAbstractUrban) |
| _imperviousArea | Impervious area is a factor which defines the part of the catchment considered to contribute to the runoff. Unit: [-] |
| _initialLossMax |
Maximum value of InitialLossStorageDepth
Unit: [m]
Default:
(Inherited from CatchmentAbstractUrban) |
| _initialLossRecoverRate |
Initial loss recover rate
Unit: [m/s]
Default: 5e-5 m/h = 1.2 mm/day
(Inherited from CatchmentAbstractUrban) |
| _maximumFlow | Maximum flow (Inherited from Catchment) |
| _minimumFlow | Minimum flow (Inherited from Catchment) |
| _minTime |
Proteced MinTime
(Inherited from Catchment) |
| _offerDelegates | List of delegates, matching list of _offers (Inherited from Catchment) |
| _offers | List of datatypes offered in GetValue (Inherited from Catchment) |
| _rainfallFromForcing |
Rainfall that must be applied during the calculation time step measured in m/s.
unit: [m/s]
(Inherited from CatchmentAbstractUrban) |
| _redCoeff |
Hydrological reduction is the runoff reduction factor,
accounts for water losses caused by e.g evapo-transpiration,
imperfect imperviousness, etc. on the contributing area.
Unit: [-]
Default: 0.90
(Inherited from CatchmentAbstractUrban) |
| _runoff | Total runoff from catchment at present time step. Unit: [m^3/s] (Inherited from Catchment) |
| _runoffOld | Runoff at time N. Unit: [m3/s] (Inherited from CatchmentAbstractUrban) |
| _runtimeDiagnostics |
Diagnostics instance for a Catchment. Used during runtime.
(Inherited from Catchment) |
| _startTime |
Protected start time of catchment data - the earliest time for which the catchment can return data
(Inherited from Catchment) |
| _stormwaterLIDs |
List of Lids
(Inherited from Catchment) |
| _temperatureFromForcing |
Temperature that must be applied during the calculation time step.
Note: the temperature is given in degrees Celsius, which is not SI unit!
unit: [degCelcius]
(Inherited from CatchmentAbstractUrban) |
| _timeNew |
Variable holding information on the latest calculated time
(Inherited from Catchment) |
| _timeOfLastUpdate |
Last time the state of this catchment was updated (Update(DateTime) was called)
(Inherited from Catchment) |
| _timeOfMaximumFlow | Time of maximum flow (Inherited from Catchment) |
| _timeOfMinimumFlow | Time of minimum flow (Inherited from Catchment) |
| _timeOld |
Variable holding information on the latest calculated time
(Inherited from Catchment) |
| _timeStep |
Time step used in the simulation, or initial time step if the time step can change.
(Inherited from Catchment) |
| _totalAdditionalInflowVolume | Total volume of additional inflow (Inherited from Catchment) |
| _totalLossVolume | Total volume of loss (Inherited from Catchment) |
| _totalRainfallVolume | Total volume of rain (Inherited from Catchment) |
| _totalRunoffVolume | Total volume of runoff (Inherited from Catchment) |
| _tsBuffer |
TSBuffer to use when accessing time series objects
Set in Catchments.Add(). If not set, then the inheritors must
create a TSBuffer before using it.
(Inherited from Catchment) |
| _useHotStartFile |
Flag telling if initial conditions is taken from a hotstart file
Default: false
(Inherited from Catchment) |
| _volumeOnGroundAdded | Volume on ground added after UpdateStorage (Inherited from Catchment) |
| _volumeOnGroundAfterRouting | Volume on ground after routing (Inherited from Catchment) |
| _volumeOnGroundBeforeRouting | Volume on ground before routing (Inherited from Catchment) |
| CatchmentPlugins |
List of catchment plugins
(Inherited from Catchment) |
| ValueBuffer | (Inherited from Catchment) |