net.simplace.client.simulation.lap.lintulfast.LintulFast

Model to reproduce the same results as the LintulFAST implementation in C# used for the AGRIADAPT project.

The model has some modifications compared to original Lintul2

Differences to the C# LintulFAST-Version

It is a predecessor of the Simplace Lintul2. Main differences are

The model is just for legacy purposes

The model is not developed any more. Existing errors in the algorithms are not fixed.

Formulas and Algorithms are not documented at this place. Please check the documentation of the C#-Version of LintulFAST.

References: ???

Component Variables

Content TypeNameDescriptionData TypeUnitMin ValueMax ValueDefault Value
constantcApplyPhotoresponse-BOOLEAN--true
constantcApplyVernalisation-BOOLEAN--true
constantcBasetemp_Anthesis-DOUBLE--3.0
constantcCo2InfluenceLUE-BOOLEAN--false
constantcCo2InfluenceLUE_ReferenceCo2Value-DOUBLE--350.0
constantcCo2InfluenceLUE_ReferenceLUEValue-DOUBLE--3.0
constantcCo2InfluenceLUE_b1-DOUBLE--6928.0
constantcCo2InfluenceLUE_b2-DOUBLE---0.0014
constantcCo2InfluenceTranspiration-BOOLEAN--false
constantcCo2InfluenceTranspiration_b-DOUBLE--1.1
constantcCo2InfluenceTranspiration_m-DOUBLE---3.0E-4
constantcCo2Slope-DOUBLE--41397.0
constantcCo2StartValue-DOUBLE--350.0
constantcCo2StartYear-INT--1990
constantcDRATE-DOUBLE--50.0
constantcDaysFromPlantingToEmergence-INT--0
constantcDevStepAnthesis-DOUBLE--1.0
constantcDevStepHarvest-DOUBLE--2.0
constantcDroughtTolerance-DOUBLE--0.5
constantcFLVTB-DOUBLEARRAY---
constantcFRTTB-DOUBLEARRAY---
constantcFSOTB-DOUBLEARRAY---
constantcFSTTB-DOUBLEARRAY---
constantcIRRIGF-DOUBLE--0.0
constantcK-DOUBLE--0.6
constantcLAII-DOUBLE--0.012
constantcLUE-DOUBLE--3.0
constantcLaiCritical-DOUBLE--4.0
constantcLatitude-DOUBLE--50.123456789
constantcObservedYears-INTARRAY---
constantcObservedYields-DOUBLEARRAY---
constantcPotentialGrowth-BOOLEAN--false
constantcRDRSHM-DOUBLE--0.05
constantcRDRT-DOUBLEARRAY--[Ljava.lang.Double;@590013c7
constantcRGRL-DOUBLE--0.009
constantcROOTDI-DOUBLE--0.1
constantcROOTDM-DOUBLE--1.2
constantcRRDMAX-DOUBLE--0.012
constantcSLA-DOUBLE--0.022
constantcStartDOY-INT--0
constantcTRANCO-DOUBLE--8.0
constantcTSUMMaturity-DOUBLE--1110.24691358
constantcTSUMPlantingToEmergence-DOUBLE--0.0
constantcTechnologyInfluence-BOOLEAN--false
constantcTechnologyYr_t0-DOUBLE--1.0
constantcTechnology_Intervall-INT--35
constantcTechnology_StartYear-INT--0
constantcTechnologyf_IntervallT_Gr-DOUBLE--0.85
constantcTechnologyf_T_Gr-DOUBLE--0.9
constantcTechnologyf_T_Pr-DOUBLE--0.8
constantcThigh-DOUBLE--10.0
constantcTlow-DOUBLE--3.0
constantcTrendCalculateStartYearMeansBased-BOOLEAN--false
constantcTrend_OptWithoutTrend_SimWithTrend-BOOLEAN--false
constantcUseReferenceEvapotranspiration-BOOLEAN--false
constantcVernDaysMax-DOUBLE--30.0
constantcWCAD-DOUBLE--0.025
constantcWCFC-DOUBLE--0.23
constantcWCI-DOUBLE--0.23
constantcWCST-DOUBLE--0.4
constantcWCWET-DOUBLE--0.35
constantcWCWP-DOUBLE--0.075
constantcWCWP_IgnoreForGLA-BOOLEAN--false
constantcfractionReallocLeavestoSO-DOUBLE--0.3
constantcfractionReallocStemstoSO-DOUBLE--0.2
inputiDAVTMP-DOUBLE--0.0
inputiIrradiation-DOUBLE--0.0
inputiMaxTemp-DOUBLE--0.0
inputiMinTemp-DOUBLE--0.0
inputiPrecipitation-DOUBLE--0.0
inputiReferenceEvapotranspiration-DOUBLE--0.0
inputiVapourpressure-DOUBLE--0.0
inputiWindSpeed-DOUBLE--0.0
inputiYear-INT--0
inputirTSUMEFF_BaseAnt-DOUBLE--0.0
inputirTSUMEFF_BaseMAt-DOUBLE--0.0
statesDayOfYear-INT--0
statesDaysFromPlantingToEmergence-INT--0
statesDevStage-DOUBLE--0.0
statesGreenLeavesMax-DOUBLE--0.0
statesLAI-DOUBLE--0.0
statesROOTD-DOUBLE--0.0
statesStemsMax-DOUBLE--0.0
statesTIME-INT--0
statesTSUM-DOUBLE--0.0
statesTSUMToEmergence-DOUBLE--0.0
statesTrendCompensationStartYear-INT--0
statesTrendCompensation_a1-DOUBLE--0.0
statesWA-DOUBLE--0.0
statesWLV-DOUBLE--0.0
statesWLVD-DOUBLE--0.0
statesWLVG-DOUBLE--0.0
statesWRT-DOUBLE--0.0
statesWSO-DOUBLE--0.0
statesWSO_NoTT-DOUBLE--0.0
statesWST-DOUBLE--0.0
raterLeavesReallocated-DOUBLE--0.0
raterRDevStage-DOUBLE--0.0
raterRLAI-DOUBLE--0.0
raterRROOTD-DOUBLE--0.0
raterRTSUM_DS-DOUBLE--0.0
raterRWA-DOUBLE--0.0
raterRWLVG-DOUBLE--0.0
raterRWRT-DOUBLE--0.0
raterRWSO-DOUBLE--0.0
raterRWST-DOUBLE--0.0
raterStemsReallocated-DOUBLE--0.0
outAboveGroundBiomass-DOUBLE--0.0
outAboveGroundBiomassAnthesis-DOUBLE--0.0
outAboveGroundBiomassMaturity-DOUBLE--0.0
outCropCycleCount-INT--0
outCumulativeET-DOUBLE--0.0
outDRAIN-DOUBLE--0.0
outDayOfAnthesis-INT--0
outDayOfMaturity-INT--0
outDoHarvest-BOOLEAN--false
outEVAP-DOUBLE--0.0
outEXPLOR-DOUBLE--0.0
outGTOTAL-DOUBLE--0.0
outHarvestIndex-DOUBLE--0.0
outIRRIG-DOUBLE--0.0
outMAXLAI-DOUBLE--0.0
outPARINT-DOUBLE--0.0
outPEVAP-DOUBLE--0.0
outPTRAN-DOUBLE--0.0
outRNINTC-DOUBLE--0.0
outRUNOFF-DOUBLE--0.0
outTRAN-DOUBLE--0.0
outTRANF-DOUBLE--1.0
outWC-DOUBLE--0.0
outWTOTAL-DOUBLE--1.0E-9


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

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

Create the FWSimVariables as interface for this SimComponent
public void Reset();

public void addTrendAndTechnologyToYield();

public void Lintul2ModelOneStep();


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

initializes the fields by getting input and output FWSimVariables from VarMap
protected void initValues();

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

process the algorithm and write the results back to VarMap Implements the same behavior as in LintulFAST (C#-Version)
protected FWSimComponent clone(FWSimVarMap aVarMap);
// Defines net.simplace.simulation.model.FWSimComponent

creates a clone from this SimComponent for use in other threads

}



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