public void UpdateFallowWaterBalance(HowLeakyEngine Sim)
{
try
{
if (Sim.InFallow())
{
SumFallowRainfall += Sim.ClimateModule.Rain;
SumFallowRunoff += Sim.SoilModule.Runoff;
SumFallowSoilevaporation += Sim.SoilModule.SoilEvap;
SumFallowDrainage += Sim.SoilModule.DeepDrainage;
SumFallowSoilerosion += Sim.SoilModule.HillSlopeErosion;
if (Sim.SoilModule.TotalCoverAllCrops > 0.5)
{
++FallowDaysWithMore50pcCov;
}
}
else if (Sim.IsPlanting())
{
SumFallowSoilwater += Sim.CalcFallowSoilWater();
}
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public SimulationThread(ProjectHLK project, List <Simulation> simulations, HowLeakyOutputType outputType = HowLeakyOutputType.DailyBin)
{
var remapdict = BuildOutputsRemapDict(project.OutputsCSV.Split(',').ToList());
OutputType = outputType;
// SQLiteFilename=Path.Combine(project.OutputsDirectory,$"Outputs.sqlite");
HLEngine = new HowLeakyEngine(project.OutputsCSV, remapdict);
Simulations = simulations;
Project = project;
}
// public string SQLiteFilename{get;set;}
public SimulationThread(ProjectHLK project, KeyValuePair <string, List <Simulation> > pair, HowLeakyOutputType outputType = HowLeakyOutputType.DailyBin)
{
var remapdict = BuildOutputsRemapDict(project.OutputsCSV.Split(',').ToList());
OutputType = outputType;
// SQLiteFilename=Path.Combine(project.OutputsDirectory,$"{pair.Key}.sqlite");
HLEngine = new HowLeakyEngine(project.OutputsCSV, remapdict);
Simulations = pair.Value;
Project = project;
}
public void CalculateSummaryOutputs(HowLeakyEngine Sim, _CustomHowLeakyEngine_VegModule crop)
{
double denom = crop.PlantingCount;
AvgCropRainfall = MathTools.Divide(SumCropRainfall, denom);
AvgCropIrrigation = MathTools.Divide(SumCropIrrigation, denom);
AvgCropRunoff = MathTools.Divide(SumCropRunoff, denom);
CropSoilEvaporation = MathTools.Divide(SumCropSoilEvaporation, denom);
CropTranspiration = MathTools.Divide(SumCropTranspiration, denom);
AvgCropEvapoTranspiration = MathTools.Divide(SumCropEvapotranspiration, denom);
AvgCropOverflow = MathTools.Divide(SumCropOverflow, denom);
AvgCropDrainage = MathTools.Divide(SumCropDrainage, denom);
AvgCropLateralFlow = MathTools.Divide(SumCropLateralFlow, denom);
AvgCropSoilErrosion = MathTools.Divide(SumCropSoilErosion, denom);
AnnualCropSedimentDelivery = MathTools.Divide(SumCropSoilErosion, denom) * Sim.SoilModule.InputModel.SedDelivRatio;
}
public void Update(HowLeakyEngine Sim)
{
try
{
var month = Sim.TodaysDate.Month - 1;
Rainfall[month] += Sim.ClimateModule.Rain;
Irrigation[month] += Sim.SoilModule.Irrigation;
Runoff[month] += Sim.SoilModule.Runoff;
Potevap[month] += Sim.SoilModule.PotSoilEvap;
SoilEvaporation[month] += Sim.SoilModule.SoilEvap;
Transpiration[month] += Sim.GetTotalTranspiration();
Evapotranspiration[month] += (Sim.SoilModule.SoilEvap + Sim.GetTotalTranspiration());
Overflow[month] += Sim.SoilModule.Overflow;
Drainage[month] += Sim.SoilModule.DeepDrainage;
LateralFlow[month] += Sim.SoilModule.LateralFlow;
SoilErosion[month] += Sim.SoilModule.HillSlopeErosion;
Counts[month] += 1;
}
catch (Exception e)
{
throw new Exception(e.Message);
}
}
public void UpdateCropWaterBalance(HowLeakyEngine Sim, _CustomHowLeakyEngine_VegModule crop)
{
try
{
if (crop.ExistsInTheGround)
{
SumCropRainfall += Sim.ClimateModule.Rain;
SumCropIrrigation += Sim.SoilModule.Irrigation;
SumCropRunoff += Sim.SoilModule.Runoff;
SumCropSoilEvaporation += Sim.SoilModule.SoilEvap;
SumCropTranspiration += crop.TotalTranspiration;
SumCropEvapotranspiration = SumCropSoilEvaporation + SumCropTranspiration;
SumCropOverflow += Sim.SoilModule.Overflow;
SumCropDrainage += Sim.SoilModule.DeepDrainage;
SumCropLateralFlow += Sim.SoilModule.LateralFlow;
SumCropSoilErosion += Sim.SoilModule.HillSlopeErosion;
}
}
catch (Exception e)
{
throw (new Exception(e.Message));
}
}
public void UpdateCropSummary(HowLeakyEngine Sim, _CustomHowLeakyEngine_VegModule crop)
{
double numyears = (double)(Sim.NumberOfDaysInSimulation / 365.0);
//TODO: Should this be a double
if (!MathTools.DoublesAreEqual(crop.HarvestCount, 0))
{
YieldPerHarvest = crop.CumulativeYield / (double)crop.HarvestCount;
}
else
{
YieldPerHarvest = 0;
}
YieldPerYear = crop.CumulativeYield / numyears;
if (!MathTools.DoublesAreEqual(crop.PlantingCount, 0))
{
CropsHarvestedDivCropsPlanted = crop.HarvestCount / (double)crop.PlantingCount * 100.0;
YieldPerPlant = crop.CumulativeYield / (double)crop.PlantingCount;
}
else
{
CropsHarvestedDivCropsPlanted = 0;
YieldPerPlant = 0;
}
if (!MathTools.DoublesAreEqual(crop.AccumulatedTranspiration, 0))
{
YieldDivTranspir = crop.CumulativeYield / crop.AccumulatedTranspiration;
ResidueCovDivTranspir = crop.AccumulatedResidue / crop.AccumulatedTranspiration;
}
else
{
YieldDivTranspir = 0;
ResidueCovDivTranspir = 0;
}
}
public virtual void ConnectToSimulation(HowLeakyEngine sim)
{
}
public override void ConnectToSimulation(HowLeakyEngine sim)
{
}
