public void UpdateSoilModule_VBE(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.VBE);
}
public void UpdateNitrateModule_ParticNInRunoff(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.ParticNInRunoff);
}
public void UpdateNitrateModule_TotalNStoreTopLayer(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.TotalNStoreTopLayer);
}
public void UpdateNitrateModule_PropVolSat(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.PropVolSat);
}
public void UpdateNitrateModule_NO3NDissolvedLeaching(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.NO3NDissolvedLeaching);
}
public void UpdateNitrateModule_Mineralisation(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.Mineralisation);
}
public void UpdateNitrateModule_Denitrification(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.Denitrification);
}
public void UpdateSoilModule_Layer1Satindex(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.Layer1SatIndex);
}
public void UpdateSoilModule_TotalCropResidue(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.TotalCropResidue);
}
public void UpdateSoilModule_OffSiteSedDelivery(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.OffSiteSedDelivery);
}
public void UpdateSoilModule_SoilWaterDeficit(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.SoilWaterDeficit);
}
public void UpdateSoilModule_HillSlopeErosion(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.HillSlopeErosion);
}
public void UpdateSoilModule_RunoffRetentionNumber(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.RunoffRetentionNumber);
}
public void UpdateSoilModule_RunoffCurveNo(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.RunoffCurveNo);
}
public void UpdateSolutesModule_LeachateSoluteLoadkgPerha(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SolutesModule.LeachateSoluteLoadkgPerha);
}
public void UpdateSoilModule_TotalResidueCover(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.TotalResidueCover * 100.0);
}
public void UpdateNitrateModule_NitrogenApplication(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.NitrogenApplication);
}
public void UpdateSoilModule_TotalCoverAllCrops(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.TotalCoverAllCrops * 100.0);
}
public void UpdateNitrateModule_CropUseActual(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.CropUseActual);
}
public void UpdateSoilModule_SoilWater(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.SoilWater[(int)output.Index]);
}
public void UpdateNitrateModule_ExcessN(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.ExcessN);
}
public void UpdateSoilModule_Drainage(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.Drainage[(int)output.Index]);
}
public void UpdateNitrateModule_DINDrainage(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.DINDrainage);
}
public void UpdateSolutesModule_TotalSoilSolute(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SolutesModule.TotalSoilSolute);
}
public void UpdateNitrateModule_NO3NLeachingLoad(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.NO3NLeachingLoad);
}
public void UpdateSolutesModule_LayerSoluteConcmgPerkg(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SolutesModule.LayerSoluteConcmgPerkg[(int)output.Index]);
}
public void UpdateNitrateModule_NO3NStoreBotLayer(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.NO3NStoreBotLayer);
}
public void UpdateSolutesModule_LeachateSoluteConcmgPerL(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SolutesModule.LeachateSoluteConcmgPerL);
}
public void UpdateNitrateModule_PNHLCa(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, NitrateModule.PNHLCa);
}
public void UpdateSoilModule_LateralFlow(HowLeakyOutputTimeseriesActive output, int index)
{
output.Update(index, SoilModule.LateralFlow);
}
