Package net.simplace.usermodules.amei.ApsimCampbell

Klasse SoilTemperature

java.lang.Object

net.simplace.sim.model.FWSimComponent

net.simplace.usermodules.amei.ApsimCampbell.SoilTemperature

Alle implementierten Schnittstellen:

net.simplace.sim.util.FWSimFieldContainer

public class SoilTemperature
extends net.simplace.sim.model.FWSimComponent

Verschachtelte Klassen - Übersicht

Von Klasse geerbte verschachtelte Klassen/Schnittstellen net.simplace.sim.model.FWSimComponent

net.simplace.sim.model.FWSimComponent.TEST_STATE

Feldübersicht

Von Klasse geerbte Felder net.simplace.sim.model.FWSimComponent

iFieldMap, iFrequence, iInputMap, iJexlRule, iMasterComponentGroup, iName, iOrderNumber, isComponentGroup, iSimComponentElement, iSimModel, iVarMap

Konstruktorübersicht

Konstruktoren

Konstruktor	Beschreibung
SoilTemperature()
SoilTemperature(String aName, HashMap<String,net.simplace.sim.util.FWSimVariable<?>> aFieldMap, HashMap<String,String> aInputMap, org.jdom2.Element aSimComponentElement, net.simplace.sim.util.FWSimVarMap aVarMap, int aOrderNumber)

Methodenübersicht

Modifizierer und Typ	Methode	Beschreibung
static double	airDensity(double temperature, double AirPressure)
static Double[]	calcSoilTemperature(Double[] soilTempIO, double weather_Tav, Integer clock_Today_DayOfYear, Integer surfaceNode, Integer numNodes, double weather_Amp, Double[] thickness, double weather_Latitude)
static double	calcSurfaceTemperature(double weather_MeanT, double weather_MaxT, double waterBalance_Salb, double weather_Radn)
net.simplace.usermodules.amei.ApsimCampbell.doNetRadiation	Calculate_doNetRadiation(Double[] solarRadn, double cloudFr, double cva, Integer ITERATIONSperDAY, double weather_MinT, Integer clock_Today_DayOfYear, double weather_Radn, double weather_Latitude)
net.simplace.usermodules.amei.ApsimCampbell.doProcess	Calculate_doProcess(double timeOfDaySecs, double netRadiation, Double[] minSoilTemp, Double[] maxSoilTemp, Integer numIterationsForBoundaryLayerConductance, double timestep, double boundaryLayerConductance, double maxTempYesterday, Integer airNode, Double[] soilTemp, double airTemperature, Double[] newTemperature, double weather_MaxT, double internalTimeStep, String boundarLayerConductanceSource, Double[] thermalConductivity, double minTempYesterday, Double[] aveSoilTemp, Double[] morningSoilTemp, double weather_MeanT, double constantBoundaryLayerConductance, double weather_MinT, Integer clock_Today_DayOfYear, double weather_Radn, double weather_Latitude, String[] soilConstituentNames, Integer numNodes, Double[] volSpecHeatSoil, Double[] soilWater, Double[] nodeDepth, Double[] thickness, Integer surfaceNode, double MissingValue, Double[] carbon, Double[] bulkDensity, double pom, Double[] rocks, Double[] sand, double ps, Double[] silt, Double[] clay, double defaultTimeOfMaximumTemperature, double waterBalance_Eo, double waterBalance_Eos, double waterBalance_Salb, double stefanBoltzmannConstant, double weather_AirPressure, double weather_Wind, double instrumentHeight, double canopyHeight, Double[] heatStorage, String netRadiationSource, double latentHeatOfVapourisation, double waterBalance_Es, Double[] thermalConductance, double nu)
net.simplace.usermodules.amei.ApsimCampbell.doThermalConductivityCoeffs	Calculate_doThermalConductivityCoeffs(Double[] thermCondPar2, Integer numLayers, Double[] bulkDensity, Integer numNodes, Double[] thermCondPar3, Double[] thermCondPar4, Double[] clay, Double[] thermCondPar1)
net.simplace.usermodules.amei.ApsimCampbell.doThomas	Calculate_doThomas(Double[] newTemps, double netRadiation, Double[] heatStorage, double waterBalance_Eos, Integer numNodes, double timestep, String netRadiationSource, double latentHeatOfVapourisation, Double[] nodeDepth, double waterBalance_Es, Integer airNode, Double[] soilTemp, Integer surfaceNode, double internalTimeStep, Double[] thermalConductance, Double[] thermalConductivity, double nu, Double[] volSpecHeatSoil)
net.simplace.usermodules.amei.ApsimCampbell.doUpdate	Calculate_doUpdate(Integer numInterationsPerDay, double timeOfDaySecs, double boundaryLayerConductance, Double[] minSoilTemp, Integer airNode, Double[] soilTemp, Double[] newTemperature, Integer numNodes, Integer surfaceNode, double internalTimeStep, Double[] maxSoilTemp, Double[] aveSoilTemp, Double[] thermalConductivity)
net.simplace.usermodules.amei.ApsimCampbell.getBoundaryLayerConductance	Calculate_getBoundaryLayerConductance(Double[] TNew_zb, double weather_AirPressure, double stefanBoltzmannConstant, double waterBalance_Eos, double weather_Wind, double airTemperature, Integer surfaceNode, double waterBalance_Eo, double instrumentHeight, double canopyHeight)
net.simplace.usermodules.amei.ApsimCampbell.getOtherVariables	Calculate_getOtherVariables(Integer numLayers, Integer numNodes, Double[] soilWater, double instrumentHeight, double soilRoughnessHeight, Double[] waterBalance_SW, double microClimate_CanopyHeight, double canopyHeight)
net.simplace.usermodules.amei.ApsimCampbell.getProfileVariables	Calculate_getProfileVariables(Double[] heatStorage, Double[] minSoilTemp, Double[] bulkDensity, Integer numNodes, Double[] physical_BD, Double[] maxSoilTemp, Double[] waterBalance_SW, Double[] organic_Carbon, Double[] physical_Rocks, Double[] nodeDepth, Integer topsoilNode, Double[] newTemperature, Integer surfaceNode, Double[] soilWater, Double[] thermalConductance, Double[] thermalConductivity, Double[] sand, Double[] carbon, Double[] thickness, Integer numPhantomNodes, Double[] physical_ParticleSizeSand, Double[] rocks, Double[] clay, Double[] physical_ParticleSizeSilt, Integer airNode, Double[] physical_ParticleSizeClay, Double[] soilTemp, Integer numLayers, Double[] physical_Thickness, Double[] silt, Double[] volSpecHeatSoil, Double[] aveSoilTemp, Double[] morningSoilTemp, double DepthToConstantTemperature, double MissingValue)
net.simplace.usermodules.amei.ApsimCampbell.readParam	Calculate_readParam(double bareSoilRoughness, Double[] newTemperature, double soilRoughnessHeight, Double[] soilTemp, Double[] thermCondPar2, Integer numLayers, Double[] bulkDensity, Integer numNodes, Double[] thermCondPar3, Double[] thermCondPar4, Double[] clay, Double[] thermCondPar1, double weather_Tav, Integer clock_Today_DayOfYear, Integer surfaceNode, double weather_Amp, Double[] thickness, double weather_Latitude)
protected net.simplace.sim.model.FWSimComponent	clone(net.simplace.sim.util.FWSimVarMap aVarMap)
HashMap<String,net.simplace.sim.util.FWSimVariable<?>>	createVariables()
static double	Divide(double value1, double value2, double errVal)
static Double[]	doThermalConductivity(String[] soilConstituentNames, Integer numNodes, Double[] soilWater, Double[] thermalConductivity, Double[] carbon, Double[] bulkDensity, double pom, Double[] rocks, Double[] sand, double ps, Double[] silt, Double[] clay, Double[] nodeDepth, Double[] thickness, Integer surfaceNode, double MissingValue)
static Double[]	doVolumetricSpecificHeat(String[] soilConstituentNames, Integer numNodes, Double[] volSpecHeatSoil, Double[] soilWater, Double[] nodeDepth, Double[] thickness, Integer surfaceNode, double MissingValue)
HashMap<String,net.simplace.sim.util.FWSimVariable<?>>	fillTestVariables(int aParamIndex, net.simplace.sim.model.FWSimComponent.TEST_STATE aDefineOrCheck)
static double	getIniVariables(double instrumentHeight, double instrumHeight, double defaultInstrumentHeight)
protected void	init()
static double	interpolateNetRadiation(double solarRadn, double cloudFr, double cva, double waterBalance_Eo, double waterBalance_Eos, double waterBalance_Salb, Double[] soilTemp, double airTemperature, Integer surfaceNode, double internalTimeStep, double stefanBoltzmannConstant)
static double	interpolateTemperature(double timeHours, double minTempYesterday, double maxTempYesterday, double weather_MeanT, double weather_MaxT, double weather_MinT, double defaultTimeOfMaximumTemperature)
static double	kelvinT(double celciusT)
static double	longWaveRadn(double emissivity, double tDegC, double stefanBoltzmannConstant)
static Double[]	mapLayer2Node(Double[] layerArray, Double[] nodeArray, Double[] nodeDepth, Integer numNodes, Double[] thickness, Integer surfaceNode, double MissingValue)
protected void	process()
static double	shapeFactor(String name, Integer layer, Double[] soilWater, Double[] carbon, Double[] bulkDensity, double pom, Double[] rocks, Double[] sand, double ps, Double[] silt, Double[] clay)
static double	Sum(Double[] values, Integer startIndex, Integer endIndex, double MissingValue)
static double	ThermalConductance(String name, Integer layer, Double[] rocks, Double[] bulkDensity, Double[] sand, double ps, Double[] carbon, double pom, Double[] silt, Double[] clay)
static Double[]	ToCumThickness(Double[] Thickness)
static Boolean	ValuesInArray(Double[] Values, double MissingValue)
static double	volumetricFractionAir(Integer layer, Double[] rocks, Double[] carbon, Double[] bulkDensity, double pom, Double[] sand, double ps, Double[] silt, Double[] clay, Double[] soilWater)
static double	volumetricFractionClay(Integer layer, Double[] bulkDensity, double ps, Double[] clay, Double[] carbon, double pom, Double[] rocks)
static double	volumetricFractionIce(Integer layer)
static double	volumetricFractionOrganicMatter(Integer layer, Double[] carbon, Double[] bulkDensity, double pom)
static double	volumetricFractionRocks(Integer layer, Double[] rocks)
static double	volumetricFractionSand(Integer layer, Double[] bulkDensity, Double[] sand, double ps, Double[] carbon, double pom, Double[] rocks)
static double	volumetricFractionSilt(Integer layer, Double[] bulkDensity, Double[] silt, double ps, Double[] carbon, double pom, Double[] rocks)
static double	volumetricFractionWater(Integer layer, Double[] soilWater, Double[] carbon, Double[] bulkDensity, double pom)
static double	volumetricSpecificHeat(String name, Integer layer)
static Double[]	Zero(Double[] arr)

Von Klasse geerbte Methoden net.simplace.sim.model.FWSimComponent

addVariable, bind, checkCondition, createSimComponent, createSimComponent, createSimComponent, createSimComponent, doProcess, getConstantVariables, getContentType, getCreateFormXML, getDescription, getEditFormXML, getFieldMap, getFrequence, getFrequenceRuleScript, getInputs, getInputVariables, getMasterComponentGroup, getName, getOrderNumber, getOutputVariables, getVariable, getVariableField, getVarMap, initialize, isConditionCheck, isVariableAvailable, performLinks, performLinks, readInputs, removeVariable, reset, runComponentTest, setVariablesDefault, toComponentLinkingXML, toDocXML, toGroupXML, toOutputDefinitionXML, toResourcesDataXML, toResourcesDefinitionXML, toString, toXML, writeVarInfos

Von Klasse geerbte Methoden java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Konstruktordetails

SoilTemperature

public SoilTemperature(String aName,
 HashMap<String,net.simplace.sim.util.FWSimVariable<?>> aFieldMap,
 HashMap<String,String> aInputMap,
 org.jdom2.Element aSimComponentElement,
 net.simplace.sim.util.FWSimVarMap aVarMap,
 int aOrderNumber)

SoilTemperature

public SoilTemperature()

Methodendetails

createVariables

public HashMap<String,net.simplace.sim.util.FWSimVariable<?>> createVariables()

Angegeben von:

createVariables in Schnittstelle net.simplace.sim.util.FWSimFieldContainer

Angegeben von:

createVariables in Klasse net.simplace.sim.model.FWSimComponent

init

protected void init()

Angegeben von:

init in Klasse net.simplace.sim.model.FWSimComponent

process

protected void process()

Angegeben von:

process in Klasse net.simplace.sim.model.FWSimComponent

getIniVariables

public static double getIniVariables(double instrumentHeight,
 double instrumHeight,
 double defaultInstrumentHeight)

Calculate_getProfileVariables

public net.simplace.usermodules.amei.ApsimCampbell.getProfileVariables Calculate_getProfileVariables(Double[] heatStorage,
 Double[] minSoilTemp,
 Double[] bulkDensity,
 Integer numNodes,
 Double[] physical_BD,
 Double[] maxSoilTemp,
 Double[] waterBalance_SW,
 Double[] organic_Carbon,
 Double[] physical_Rocks,
 Double[] nodeDepth,
 Integer topsoilNode,
 Double[] newTemperature,
 Integer surfaceNode,
 Double[] soilWater,
 Double[] thermalConductance,
 Double[] thermalConductivity,
 Double[] sand,
 Double[] carbon,
 Double[] thickness,
 Integer numPhantomNodes,
 Double[] physical_ParticleSizeSand,
 Double[] rocks,
 Double[] clay,
 Double[] physical_ParticleSizeSilt,
 Integer airNode,
 Double[] physical_ParticleSizeClay,
 Double[] soilTemp,
 Integer numLayers,
 Double[] physical_Thickness,
 Double[] silt,
 Double[] volSpecHeatSoil,
 Double[] aveSoilTemp,
 Double[] morningSoilTemp,
 double DepthToConstantTemperature,
 double MissingValue)

Calculate_doThermalConductivityCoeffs

public net.simplace.usermodules.amei.ApsimCampbell.doThermalConductivityCoeffs Calculate_doThermalConductivityCoeffs(Double[] thermCondPar2,
 Integer numLayers,
 Double[] bulkDensity,
 Integer numNodes,
 Double[] thermCondPar3,
 Double[] thermCondPar4,
 Double[] clay,
 Double[] thermCondPar1)

Calculate_readParam

public net.simplace.usermodules.amei.ApsimCampbell.readParam Calculate_readParam(double bareSoilRoughness,
 Double[] newTemperature,
 double soilRoughnessHeight,
 Double[] soilTemp,
 Double[] thermCondPar2,
 Integer numLayers,
 Double[] bulkDensity,
 Integer numNodes,
 Double[] thermCondPar3,
 Double[] thermCondPar4,
 Double[] clay,
 Double[] thermCondPar1,
 double weather_Tav,
 Integer clock_Today_DayOfYear,
 Integer surfaceNode,
 double weather_Amp,
 Double[] thickness,
 double weather_Latitude)

Calculate_getOtherVariables

public net.simplace.usermodules.amei.ApsimCampbell.getOtherVariables Calculate_getOtherVariables(Integer numLayers,
 Integer numNodes,
 Double[] soilWater,
 double instrumentHeight,
 double soilRoughnessHeight,
 Double[] waterBalance_SW,
 double microClimate_CanopyHeight,
 double canopyHeight)

volumetricFractionOrganicMatter

public static double volumetricFractionOrganicMatter(Integer layer,
 Double[] carbon,
 Double[] bulkDensity,
 double pom)

volumetricFractionRocks

public static double volumetricFractionRocks(Integer layer,
 Double[] rocks)

volumetricFractionIce

public static double volumetricFractionIce(Integer layer)

volumetricFractionWater

public static double volumetricFractionWater(Integer layer,
 Double[] soilWater,
 Double[] carbon,
 Double[] bulkDensity,
 double pom)

volumetricFractionClay

public static double volumetricFractionClay(Integer layer,
 Double[] bulkDensity,
 double ps,
 Double[] clay,
 Double[] carbon,
 double pom,
 Double[] rocks)

volumetricFractionSilt

public static double volumetricFractionSilt(Integer layer,
 Double[] bulkDensity,
 Double[] silt,
 double ps,
 Double[] carbon,
 double pom,
 Double[] rocks)

volumetricFractionSand

public static double volumetricFractionSand(Integer layer,
 Double[] bulkDensity,
 Double[] sand,
 double ps,
 Double[] carbon,
 double pom,
 Double[] rocks)

kelvinT

public static double kelvinT(double celciusT)

Divide

public static double Divide(double value1,
 double value2,
 double errVal)

Sum

public static double Sum(Double[] values,
 Integer startIndex,
 Integer endIndex,
 double MissingValue)

volumetricSpecificHeat

public static double volumetricSpecificHeat(String name,
 Integer layer)

volumetricFractionAir

public static double volumetricFractionAir(Integer layer,
 Double[] rocks,
 Double[] carbon,
 Double[] bulkDensity,
 double pom,
 Double[] sand,
 double ps,
 Double[] silt,
 Double[] clay,
 Double[] soilWater)

airDensity

public static double airDensity(double temperature,
 double AirPressure)

longWaveRadn

public static double longWaveRadn(double emissivity,
 double tDegC,
 double stefanBoltzmannConstant)

mapLayer2Node

public static Double[] mapLayer2Node(Double[] layerArray,
 Double[] nodeArray,
 Double[] nodeDepth,
 Integer numNodes,
 Double[] thickness,
 Integer surfaceNode,
 double MissingValue)

ThermalConductance

public static double ThermalConductance(String name,
 Integer layer,
 Double[] rocks,
 Double[] bulkDensity,
 Double[] sand,
 double ps,
 Double[] carbon,
 double pom,
 Double[] silt,
 Double[] clay)

shapeFactor

public static double shapeFactor(String name,
 Integer layer,
 Double[] soilWater,
 Double[] carbon,
 Double[] bulkDensity,
 double pom,
 Double[] rocks,
 Double[] sand,
 double ps,
 Double[] silt,
 Double[] clay)

Calculate_doUpdate

public net.simplace.usermodules.amei.ApsimCampbell.doUpdate Calculate_doUpdate(Integer numInterationsPerDay,
 double timeOfDaySecs,
 double boundaryLayerConductance,
 Double[] minSoilTemp,
 Integer airNode,
 Double[] soilTemp,
 Double[] newTemperature,
 Integer numNodes,
 Integer surfaceNode,
 double internalTimeStep,
 Double[] maxSoilTemp,
 Double[] aveSoilTemp,
 Double[] thermalConductivity)

Calculate_doThomas

public net.simplace.usermodules.amei.ApsimCampbell.doThomas Calculate_doThomas(Double[] newTemps,
 double netRadiation,
 Double[] heatStorage,
 double waterBalance_Eos,
 Integer numNodes,
 double timestep,
 String netRadiationSource,
 double latentHeatOfVapourisation,
 Double[] nodeDepth,
 double waterBalance_Es,
 Integer airNode,
 Double[] soilTemp,
 Integer surfaceNode,
 double internalTimeStep,
 Double[] thermalConductance,
 Double[] thermalConductivity,
 double nu,
 Double[] volSpecHeatSoil)

Calculate_getBoundaryLayerConductance

public net.simplace.usermodules.amei.ApsimCampbell.getBoundaryLayerConductance Calculate_getBoundaryLayerConductance(Double[] TNew_zb,
 double weather_AirPressure,
 double stefanBoltzmannConstant,
 double waterBalance_Eos,
 double weather_Wind,
 double airTemperature,
 Integer surfaceNode,
 double waterBalance_Eo,
 double instrumentHeight,
 double canopyHeight)

interpolateNetRadiation

public static double interpolateNetRadiation(double solarRadn,
 double cloudFr,
 double cva,
 double waterBalance_Eo,
 double waterBalance_Eos,
 double waterBalance_Salb,
 Double[] soilTemp,
 double airTemperature,
 Integer surfaceNode,
 double internalTimeStep,
 double stefanBoltzmannConstant)

interpolateTemperature

public static double interpolateTemperature(double timeHours,
 double minTempYesterday,
 double maxTempYesterday,
 double weather_MeanT,
 double weather_MaxT,
 double weather_MinT,
 double defaultTimeOfMaximumTemperature)

doThermalConductivity

public static Double[] doThermalConductivity(String[] soilConstituentNames,
 Integer numNodes,
 Double[] soilWater,
 Double[] thermalConductivity,
 Double[] carbon,
 Double[] bulkDensity,
 double pom,
 Double[] rocks,
 Double[] sand,
 double ps,
 Double[] silt,
 Double[] clay,
 Double[] nodeDepth,
 Double[] thickness,
 Integer surfaceNode,
 double MissingValue)

doVolumetricSpecificHeat

public static Double[] doVolumetricSpecificHeat(String[] soilConstituentNames,
 Integer numNodes,
 Double[] volSpecHeatSoil,
 Double[] soilWater,
 Double[] nodeDepth,
 Double[] thickness,
 Integer surfaceNode,
 double MissingValue)

Zero

public static Double[] Zero(Double[] arr)

Calculate_doNetRadiation

public net.simplace.usermodules.amei.ApsimCampbell.doNetRadiation Calculate_doNetRadiation(Double[] solarRadn,
 double cloudFr,
 double cva,
 Integer ITERATIONSperDAY,
 double weather_MinT,
 Integer clock_Today_DayOfYear,
 double weather_Radn,
 double weather_Latitude)

Calculate_doProcess

public net.simplace.usermodules.amei.ApsimCampbell.doProcess Calculate_doProcess(double timeOfDaySecs,
 double netRadiation,
 Double[] minSoilTemp,
 Double[] maxSoilTemp,
 Integer numIterationsForBoundaryLayerConductance,
 double timestep,
 double boundaryLayerConductance,
 double maxTempYesterday,
 Integer airNode,
 Double[] soilTemp,
 double airTemperature,
 Double[] newTemperature,
 double weather_MaxT,
 double internalTimeStep,
 String boundarLayerConductanceSource,
 Double[] thermalConductivity,
 double minTempYesterday,
 Double[] aveSoilTemp,
 Double[] morningSoilTemp,
 double weather_MeanT,
 double constantBoundaryLayerConductance,
 double weather_MinT,
 Integer clock_Today_DayOfYear,
 double weather_Radn,
 double weather_Latitude,
 String[] soilConstituentNames,
 Integer numNodes,
 Double[] volSpecHeatSoil,
 Double[] soilWater,
 Double[] nodeDepth,
 Double[] thickness,
 Integer surfaceNode,
 double MissingValue,
 Double[] carbon,
 Double[] bulkDensity,
 double pom,
 Double[] rocks,
 Double[] sand,
 double ps,
 Double[] silt,
 Double[] clay,
 double defaultTimeOfMaximumTemperature,
 double waterBalance_Eo,
 double waterBalance_Eos,
 double waterBalance_Salb,
 double stefanBoltzmannConstant,
 double weather_AirPressure,
 double weather_Wind,
 double instrumentHeight,
 double canopyHeight,
 Double[] heatStorage,
 String netRadiationSource,
 double latentHeatOfVapourisation,
 double waterBalance_Es,
 Double[] thermalConductance,
 double nu)

ToCumThickness

public static Double[] ToCumThickness(Double[] Thickness)

calcSoilTemperature

public static Double[] calcSoilTemperature(Double[] soilTempIO,
 double weather_Tav,
 Integer clock_Today_DayOfYear,
 Integer surfaceNode,
 Integer numNodes,
 double weather_Amp,
 Double[] thickness,
 double weather_Latitude)

calcSurfaceTemperature

public static double calcSurfaceTemperature(double weather_MeanT,
 double weather_MaxT,
 double waterBalance_Salb,
 double weather_Radn)

ValuesInArray

public static Boolean ValuesInArray(Double[] Values,
 double MissingValue)

fillTestVariables

public HashMap<String,net.simplace.sim.util.FWSimVariable<?>> fillTestVariables(int aParamIndex,
 net.simplace.sim.model.FWSimComponent.TEST_STATE aDefineOrCheck)

Angegeben von:

fillTestVariables in Klasse net.simplace.sim.model.FWSimComponent

clone

protected net.simplace.sim.model.FWSimComponent clone(net.simplace.sim.util.FWSimVarMap aVarMap)

Angegeben von:

clone in Klasse net.simplace.sim.model.FWSimComponent