net.simplace.client.simulation.lap.slim.SlimWater

Component Variables

Content TypeNameDescriptionData TypeUnitMin ValueMax ValueDefault Value
constantcALFAThe proportion of the mobile water in each layer that moves downwards to the underlying layerDOUBLEARRAY1---
constantcCalculateRunoffWaterIf set to true runoff water (WFAST) is calculated, otherwise rain which exceeds infiltration capacity of the soil is by-passing the soil matrixBOOLEAN1--false
constantcDPThe proportion of leaching water which is lost from layer MD (the layer : containing the drains) through mole drainsDOUBLE10.020.00.0
constantcELIMMinimum daily soil evaporation (mm) from the topsoil layers within soil evaporation depth (MaxSoilEvaporationDepth)DOUBLEmm0.020.00.05
constantcIFWGENSwitch to use estimates for initial soil water content in topsoil and subsoil (set to TRUE if initial water retention characteristics are unknown)BOOLEAN1--false
constantcLatitudeLatitudeDOUBLE°-90.090.050.7
constantcMDNumber of layer containing mole drainsINT1010000
constantcMTNumber of layers in the topsoilINT1010005
constantcMaxSoilEvaporationDepthMaximum soil depth which supplies water for soil evaporationDOUBLEm0.020.00.12
constantcSEEDDSowing depth in mDOUBLEm0.00120.00.02
constantcSMDInitial soil Moisture Deficit as estimated by the user (only used when initial soil water fractions are not provided); this initial soil moisture deficit is equal to the initial DEF value)DOUBLEmm0.020.00.0
constantcSoilLayerDepthDepth of the bottom of each soil layer after soil layer transformationDOUBLEARRAYm---
constantcSoilWaterFieldCapacityVolumetric soil water content of each layer at field capacity (pF2.5 or -33 KPa)DOUBLEARRAYm3/m3---
constantcSoilWaterInitialVolumetric soil water content of each layer at the start of the simulation DOUBLEARRAYm3/m3---
constantcSoilWaterReducedThresholdVolumetric soil water content of each layer at which water is available for upward movement (pF3.3 or 200 KPa)DOUBLEARRAYm3/m3---
constantcSoilWaterSaturationVolumetric soil water content of each layer at saturation (pF0 or 0.0 KPa)DOUBLEARRAYm3/m3---
constantcSoilWaterWiltingPointVolumetric soil water content of each layer at permanent wilting point (pF4.2 or -1500 KPa)DOUBLEARRAYm3/m3---
constantcTHICKLStandardized thickness of soil layers (after soil layer transformation)DOUBLEm0.00120.00.0
constantcWALIQThe aliquot size in the rainfall splitting routine (mm)DOUBLEmm0.020.03.0
constantcWM1SAmount if mobile water (WM) in the top soil layer at saturation (mm)DOUBLEmm0.020.010.3
constantcWMGENSDefault values for mobile water (WM) in the subsoil layers (only used if water retention characteristics are unknown)DOUBLEmm0.020.01.9
constantcWMGENTDefault values for mobile water (WM) in the topsoil layers (only used if water retention characteristics are unknown)DOUBLEmm0.020.02.75
constantcWRGENSDefault values for retained water (WR) in the subsoil layers (only used if water retention characteristics are unknown)DOUBLEmm0.020.011.6
constantcWRGENTDefault values for retained water (WR) in the topsoil layers (only used if water retention characteristics are unknown)DOUBLEmm0.020.09.1
constantcWRSSthe amount of water that is not available for water and solute transport in the subsoil layers (only used if water retention characteristics are unknown)DOUBLEmm0.020.07.15
constantcWRSTthe amount of water that is not available for transport of water and solutes in the topsoil layers (only used if water retention characteristics are unknown)DOUBLEmm0.020.04.35
inputiFRRRoot restriction factor for water uptake in each soil layer as affected by root age and root density (provided by SlimRoots)DOUBLEARRAY1---
inputiMD95Number of deepest soil layer containing roots (provided by other SimComponents e.g. SlimRoots)INT1010000
inputiPotentialEvaporationPotential soil evaporation (provided by other SimComponents e.g. CropEvapoTranspirationDualCoeff.java)DOUBLEmm0.020.0-
inputiPotentialTranspirationPotential crop transpiration (provided by other SimComponents e.g. CropEvapoTranspirationDualCoeff.java)DOUBLEmm0.020.0-
inputiRAINPrecipitationDOUBLEmm0.020.0-
inputiReferenceEvapotranspirationReference Evapotranspiration (ET0) provided by other SimComponents (e.g. ReferenceETHargreaves.java or ReferenceETPM.javaDOUBLEmm0.020.0-
inputiWithCropSwitch to indicate the days of the year where a crop is presentBOOLEAN1--false
statesCAPSthe proportion of the soil porosity likely to support upward (capillary) movement of solutes in each soil layerDOUBLEARRAY1---
statesCAPWthe proportion of the soil porosity likely to support upward (capillary) movement of water in each soil layerDOUBLEARRAY1---
statesCAWCumulative amount of rainfallDOUBLEmm0.02000000.00.0
statesCAWMTotal crop available water in the mobile fraction in each soil layerDOUBLEARRAYmm---
statesCAWMTTotal crop available water in the mobile fraction over the actual rooting depthDOUBLEmm0.02000000.00.0
statesCAWRTotal crop available water in the retained fraction in each soil layerDOUBLEARRAYmm---
statesCAWRTTotal crop available water in the retained fraction over the actual rooting depthDOUBLEmm0.02000000.00.0
statesCAWTTotal crop available water over the actual rooting depthDOUBLEmm0.02000000.00.0
statesDEFDaily soil moisture deficit (Difference between Rainfall and (Transpiration+Soil evaporation))DOUBLEmm-2000.0200000.0-
statesECUMDaily soil moisture deficit in the retained water fraction (WRH(I)-WR(I)) of the topsoil layer (i=0) in mmDOUBLEmm-2000.02000.0-
statesNNRNumber of successive days when 0.9*(potential soil evaporation) exceeds rainfallDOUBLEmm0.02000.0-
statesSOILAVSum of soil available retained (SAWR) and soil available mobile (SAWM) water in each layerDOUBLEARRAYmm---
statesTWMTotal amount of mobile water over the soil profileDOUBLEmm0.0200000.00.0
statesTWRTotal amount of retained water over the soil profileDOUBLEmm0.0200000.00.0
statesTWRHTotal soil available water capacity over the soil profileDOUBLEmm0.0200000.00.0
statesWFRAmount of less mobile water in each layer not available for upward movement of solutes or water (DUL(i)-AML(i))DOUBLEARRAYmm---
statesWHT15RRetained water below 0.5*wilting point in each layer not available for movement of solutesDOUBLEARRAYmm---
statesWLMTotal amount of less mobile water (WR-WHT15R) in each layer (only used for solute transport)DOUBLEARRAYmm---
statesWMDaily amount of mobile water (WM) in each soil layer (mm)DOUBLEARRAYmm---
statesWM1SAmount of mobile water (WM) in the top layer at saturation (mm)DOUBLEmm0.020.010.3
statesWMBeforeLeachingDaily amount of mobile water in each soil layer before leaching occursDOUBLEARRAYmm---
statesWRDaily amount of retained water (WR) in each soil layer (mm)DOUBLEARRAYmm---
statesWR33Amount of retained water in finer pores of each layer available for upward movement of solutes or water(AML(i)-WHT15R(i))DOUBLEARRAYmm---
statesWRHRetained water at field capacity in layer iDOUBLEARRAYmm---
statesW_outWater leaving each soil layer by vertical drainage percolating to the layer belowDOUBLEARRAYmm---
DRYFACDryness factor in each layer (input to SlimRoots)DOUBLEARRAY1null
EvapoTranspirationSum of 'Evaporation' and 'Transpiration'DOUBLEmmnull
EvaporationActual soil evaporation as affected by potential evporation and soil mositure in the upper soil layersDOUBLEmmnull
PotentialEvapoTranspirationSum of 'Potential Transpiration' and 'Potential Evaporation'DOUBLEmmnull
PotentialEvaporationPotential soil evaporation (provided by other SimComponents e.g. CropEvapoTranspirationDualCoeff.java)DOUBLEmmnull
PotentialTranspirationPotential crop transpiration (provided by other SimComponents e.g. CropEvapoTranspirationDualCoeff.java)DOUBLEmmnull
THICKLStandardized thickness of soil layers (after soil layer transformation)DOUBLEmnull
TLWTotal water content over all soil layers (mm)DOUBLEmmnull
TotalCropAvailVolumetricWaterContentFirstLayerVolumetric total water content in the first soil layerDOUBLEm3/m3null
TotalCropAvailVolumetricWaterContentPerLayerVolumetric crop available water content in each soil layerDOUBLEARRAYm3/m3null
TotalCropAvailWaterContentTotal crop available water over the actual rooting depth DOUBLEmmnull
TotalCropAvailWaterContentFirstLayerTotal crop available water content in the first soil layerDOUBLEmmnull
TotalCropAvailWaterContentPerLayerTotal crop available water per soil layer (mm)DOUBLEARRAYmmnull
TotalEvaporationCumulative soil evaporation over timeDOUBLEmmnull
TotalSoilAvailVolumetricWaterContentPerLayerSum of volumetric mobile and retained water in each layerDOUBLEARRAYm3/m3null
TotalSoilAvailWaterContentPerLayerSum of mobile and retained water in each layerDOUBLEARRAYmmnull
TotalTranspirationCumulative crop transpiration over timeDOUBLEmmnull
TotalVolumetricWaterContentFirstLayerVolumetric total water content in the first layerDOUBLEm3/m3null
TotalVolumetricWaterContentPerLayerVolumetric total water content in each soil layerDOUBLEARRAYm3/m3null
TotalVolumetricWaterContentUpperLayersVolumetric total water content over the rooting depthDOUBLEm3/m3null
TotalWaterContentTotal water content over all soil layers (mm)DOUBLEmmnull
TotalWaterContentFirstLayerTotal water content in the first layer (mm)DOUBLEmmnull
TotalWaterContentPerLayerTotal water content in each soil layer (mm)DOUBLEARRAYmmnull
TotalWaterContentUpperLayersTotal water content over the rooting depth in mmDOUBLEmmnull
TranspirationActual crop transpiration as affected by crop water demand (EVAPC) and crop available soil water (CAWT)DOUBLEmmnull
WDRAINDaily amount of water lost through mole drains (only calculated if MD>-1)DOUBLEmmnull
WFASTIf cCalculateSurfaceRunoff is TRUE: Daily amount of surface run-off (mm); If FALSE: WFAST is the infiltration excess water by-passing the soil matrixDOUBLEmmnull
WSEEPDaily amount of deep percolation (mm) DOUBLEmmnull
WaterBalanceDaily Water Balance over the soil profile (mm)DOUBLEmmnull



public class SlimWater extends net.simplace.simulation.model.FWSimComponent {
// Public Constructors
public SlimWater();
// Protected Constructors
protected SlimWater(String aName, HashMap aFieldMap, HashMap aInputMap,
Element aSimComponentElement, FWSimVarMap aVarMap, int aOrderNumber);


// Public Instance Methods
public HashMap createVariables(); // Defines
net.simplace.simulation.model.FWSimComponent



// Protected Instance Methods
protected void init(); // Defines
net.simplace.simulation.model.FWSimComponent


protected void process(); // Defines
net.simplace.simulation.model.FWSimComponent


protected FWSimComponent clone(FWSimVarMap aVarMap);
// Defines net.simplace.simulation.model.FWSimComponent




}



Hierarchy: java.lang.Object - net.simplace.simulation.model.FWSimComponent (net.simplace.simulation.util.FWSimFieldContainer) - SlimWater