private static void SetStaticParametersVarInfoDefinitions()
{
tTWindowForPTQVarInfo.Name = "tTWindowForPTQ";
tTWindowForPTQVarInfo.Description = "Thermal time window in which averages are computed";
tTWindowForPTQVarInfo.MaxValue = 70000.0;
tTWindowForPTQVarInfo.MinValue = 0.0;
tTWindowForPTQVarInfo.DefaultValue = 70.0;
tTWindowForPTQVarInfo.Units = "°C d";
tTWindowForPTQVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
klVarInfo.Name = "kl";
klVarInfo.Description = "Exctinction Coefficient";
klVarInfo.MaxValue = 50.0;
klVarInfo.MinValue = 0.0;
klVarInfo.DefaultValue = 0.45;
klVarInfo.Units = "";
klVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
private static void SetStaticParametersVarInfoDefinitions()
{
psychrometricConstantVarInfo.Name = "psychrometricConstant";
psychrometricConstantVarInfo.Description = "psychrometric constant";
psychrometricConstantVarInfo.MaxValue = 1;
psychrometricConstantVarInfo.MinValue = 0;
psychrometricConstantVarInfo.DefaultValue = 0.66;
psychrometricConstantVarInfo.Units = "";
psychrometricConstantVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
AlphaVarInfo.Name = "Alpha";
AlphaVarInfo.Description = "Priestley-Taylor evapotranspiration proportionality constant";
AlphaVarInfo.MaxValue = 100;
AlphaVarInfo.MinValue = 0;
AlphaVarInfo.DefaultValue = 1.5;
AlphaVarInfo.Units = "";
AlphaVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
private static void SetStaticParametersVarInfoDefinitions()
{
TmfVarInfo.Name = "Tmf";
TmfVarInfo.Description = "threshold temperature for snow melting ";
TmfVarInfo.MaxValue = 5000.0;
TmfVarInfo.MinValue = 0.0;
TmfVarInfo.DefaultValue = 0.0;
TmfVarInfo.Units = "degC";
TmfVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
SWrfVarInfo.Name = "SWrf";
SWrfVarInfo.Description = "degree-day temperature index for refreezing";
SWrfVarInfo.MaxValue = 5000.0;
SWrfVarInfo.MinValue = 0.0;
SWrfVarInfo.DefaultValue = 0.0;
SWrfVarInfo.Units = "mmW/degC/d";
SWrfVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
private static void SetStaticParametersVarInfoDefinitions()
{
EVarInfo.Name = "E";
EVarInfo.Description = "snow compaction parameter";
EVarInfo.MaxValue =;
EVarInfo.MinValue =;
EVarInfo.DefaultValue = 0.0;
EVarInfo.Units = "mm/mm/d";
EVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
rhoVarInfo.Name = "rho";
rhoVarInfo.Description = "The density of the new snow fixed by the user";
rhoVarInfo.MaxValue =;
rhoVarInfo.MinValue =;
rhoVarInfo.DefaultValue = 100;
rhoVarInfo.Units = "kg/m**3";
rhoVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
private static void SetStaticParametersVarInfoDefinitions()
{
sowingDensityVarInfo.Name = "sowingDensity";
sowingDensityVarInfo.Description = "number of plant /m²";
sowingDensityVarInfo.MaxValue = 500;
sowingDensityVarInfo.MinValue = 0;
sowingDensityVarInfo.DefaultValue = 288.0;
sowingDensityVarInfo.Units = "plant m-2";
sowingDensityVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
targetFertileShootVarInfo.Name = "targetFertileShoot";
targetFertileShootVarInfo.Description = "max value of shoot number for the canopy";
targetFertileShootVarInfo.MaxValue = 1000;
targetFertileShootVarInfo.MinValue = 280;
targetFertileShootVarInfo.DefaultValue = 600.0;
targetFertileShootVarInfo.Units = "shoot";
targetFertileShootVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
public Netradiationequivalentevaporation()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 2.454;
v1.Description = "latent heat of vaporization of water";
v1.Id = 0;
v1.MaxValue = 10;
v1.MinValue = 0;
v1.Name = "lambdaV";
v1.Size = 1;
v1.Units = "MJ kg-1";
v1.URL = "";
v % s.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("DOUBLE");
_parameters0_0.Add(v1);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceState);
pd1.PropertyName = "netRadiation";
pd1.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceStateVarInfo.netRadiation)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceStateVarInfo.netRadiation);
_inputs0_0.Add(pd1);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceAuxiliary);
pd2.PropertyName = "netRadiationEquivalentEvaporation";
pd2.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.netRadiationEquivalentEvaporation)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.netRadiationEquivalentEvaporation);
_outputs0_0.Add(pd2);
mo0_0.Outputs = _outputs0_0;
}
static void DescribeVariables()
{
_jul.Name = "jul";
_jul.Description = "current day of year for the calculation";
_jul.MaxValue = 366;
_jul.MinValue = 0;
_jul.DefaultValue = 0;
_jul.Units = "d";
_jul.ValueType = VarInfoValueTypes.GetInstanceForName("Integer");
_tmin.Name = "tmin";
_tmin.Description = "current minimum air temperature";
_tmin.MaxValue = 100.0;
_tmin.MinValue = 0.0;
_tmin.DefaultValue = 0.0;
_tmin.Units = "degC";
_tmin.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_tmax.Name = "tmax";
_tmax.Description = "current maximum air temperature";
_tmax.MaxValue = 100.0;
_tmax.MinValue = 0.0;
_tmax.DefaultValue = 0.0;
_tmax.Units = "degC";
_tmax.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_precip.Name = "precip";
_precip.Description = "current precipitation";
_precip.MaxValue = 5000.0;
_precip.MinValue = 0.0;
_precip.DefaultValue = 0.0;
_precip.Units = "mmW";
_precip.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_tavg.Name = "tavg";
_tavg.Description = "mean temperature";
_tavg.MaxValue = 500.0;
_tavg.MinValue = 0.0;
_tavg.DefaultValue = -1D;
_tavg.Units = "degC";
_tavg.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
public Potentialtranspiration()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0.9983;
v1.Description = "plant cover factor";
v1.Id = 0;
v1.MaxValue = 1;
v1.MinValue = 0;
v1.Name = "tau";
v1.Size = 1;
v1.Units = "";
v1.URL = "";
v % s.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("DOUBLE");
_parameters0_0.Add(v1);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceRate);
pd1.PropertyName = "evapoTranspiration";
pd1.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceRateVarInfo.evapoTranspiration)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceRateVarInfo.evapoTranspiration);
_inputs0_0.Add(pd1);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceRate);
pd2.PropertyName = "potentialTranspiration";
pd2.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceRateVarInfo.potentialTranspiration)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceRateVarInfo.potentialTranspiration);
_outputs0_0.Add(pd2);
mo0_0.Outputs = _outputs0_0;
}
public Diffusionlimitedevaporation()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 4.2;
v1.Description = "soil Diffusion Constant";
v1.Id = 0;
v1.MaxValue = 10;
v1.MinValue = 0;
v1.Name = "soilDiffusionConstant";
v1.Size = 1;
v1.Units = "";
v1.URL = "";
v % s.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("DOUBLE");
_parameters0_0.Add(v1);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceAuxiliary);
pd1.PropertyName = "deficitOnTopLayers";
pd1.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.deficitOnTopLayers)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.deficitOnTopLayers);
_inputs0_0.Add(pd1);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceState);
pd2.PropertyName = "diffusionLimitedEvaporation";
pd2.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceStateVarInfo.diffusionLimitedEvaporation)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceStateVarInfo.diffusionLimitedEvaporation);
_outputs0_0.Add(pd2);
mo0_0.Outputs = _outputs0_0;
}
private static void SetStaticParametersVarInfoDefinitions()
{
vonKarmanVarInfo.Name = "vonKarman";
vonKarmanVarInfo.Description = "von Karman constant";
vonKarmanVarInfo.MaxValue = 1;
vonKarmanVarInfo.MinValue = 0;
vonKarmanVarInfo.DefaultValue = 0.42;
vonKarmanVarInfo.Units = "dimensionless";
vonKarmanVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
heightWeatherMeasurementsVarInfo.Name = "heightWeatherMeasurements";
heightWeatherMeasurementsVarInfo.Description = "reference height of wind and humidity measurements";
heightWeatherMeasurementsVarInfo.MaxValue = 10;
heightWeatherMeasurementsVarInfo.MinValue = 0;
heightWeatherMeasurementsVarInfo.DefaultValue = 2;
heightWeatherMeasurementsVarInfo.Units = "m";
heightWeatherMeasurementsVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
zmVarInfo.Name = "zm";
zmVarInfo.Description = "roughness length governing momentum transfer, FAO";
zmVarInfo.MaxValue = 1;
zmVarInfo.MinValue = 0;
zmVarInfo.DefaultValue = 0.13;
zmVarInfo.Units = "m";
zmVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
zhVarInfo.Name = "zh";
zhVarInfo.Description = "roughness length governing transfer of heat and vapour, FAO";
zhVarInfo.MaxValue = 1;
zhVarInfo.MinValue = 0;
zhVarInfo.DefaultValue = 0.013;
zhVarInfo.Units = "m";
zhVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
dVarInfo.Name = "d";
dVarInfo.Description = "corresponding to 2/3. This is multiplied to the crop heigth for calculating the zero plane displacement height, FAO";
dVarInfo.MaxValue = 1;
dVarInfo.MinValue = 0;
dVarInfo.DefaultValue = 0.67;
dVarInfo.Units = "dimensionless";
dVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
private static void SetStaticParametersVarInfoDefinitions()
{
psychrometricConstantVarInfo.Name = "psychrometricConstant";
psychrometricConstantVarInfo.Description = "psychrometric constant";
psychrometricConstantVarInfo.MaxValue = 1;
psychrometricConstantVarInfo.MinValue = 0;
psychrometricConstantVarInfo.DefaultValue = 0.66;
psychrometricConstantVarInfo.Units = "hPa/degC";
psychrometricConstantVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
AlphaVarInfo.Name = "Alpha";
AlphaVarInfo.Description = "Priestley-Taylor evapotranspiration proportionality constant";
AlphaVarInfo.MaxValue = 100;
AlphaVarInfo.MinValue = 0;
AlphaVarInfo.DefaultValue = 1.5;
AlphaVarInfo.Units = "";
AlphaVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
lambdaVVarInfo.Name = "lambdaV";
lambdaVVarInfo.Description = "latent heat of vaporization of water";
lambdaVVarInfo.MaxValue = 10;
lambdaVVarInfo.MinValue = 0;
lambdaVVarInfo.DefaultValue = 2.454;
lambdaVVarInfo.Units = "MJ/kg";
lambdaVVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
rhoDensityAirVarInfo.Name = "rhoDensityAir";
rhoDensityAirVarInfo.Description = "Density of air";
rhoDensityAirVarInfo.MaxValue = 1.225;
rhoDensityAirVarInfo.MinValue = 1.225;
rhoDensityAirVarInfo.DefaultValue = 1.225;
rhoDensityAirVarInfo.Units = "kg/m**3";
rhoDensityAirVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
specificHeatCapacityAirVarInfo.Name = "specificHeatCapacityAir";
specificHeatCapacityAirVarInfo.Description = "Specific heat capacity of dry air";
specificHeatCapacityAirVarInfo.MaxValue = 1;
specificHeatCapacityAirVarInfo.MinValue = 0;
specificHeatCapacityAirVarInfo.DefaultValue = 0.00101;
specificHeatCapacityAirVarInfo.Units = "(MJ/kg)/degC";
specificHeatCapacityAirVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
public Conductance()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0.42;
v1.Description = "von Karman constant";
v1.Id = 0;
v1.MaxValue = 1;
v1.MinValue = 0;
v1.Name = "vonKarman";
v1.Size = 1;
v1.Units = "dimensionless";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 2;
v2.Description = "reference height of wind and humidity measurements";
v2.Id = 0;
v2.MaxValue = 10;
v2.MinValue = 0;
v2.Name = "heightWeatherMeasurements";
v2.Size = 1;
v2.Units = "m";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
VarInfo v3 = new VarInfo();
v3.DefaultValue = 0.13;
v3.Description = "roughness length governing momentum transfer, FAO";
v3.Id = 0;
v3.MaxValue = 1;
v3.MinValue = 0;
v3.Name = "zm";
v3.Size = 1;
v3.Units = "m";
v3.URL = "";
v3.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v3.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v3);
VarInfo v4 = new VarInfo();
v4.DefaultValue = 0.013;
v4.Description = "roughness length governing transfer of heat and vapour, FAO";
v4.Id = 0;
v4.MaxValue = 1;
v4.MinValue = 0;
v4.Name = "zh";
v4.Size = 1;
v4.Units = "m";
v4.URL = "";
v4.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v4.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v4);
VarInfo v5 = new VarInfo();
v5.DefaultValue = 0.67;
v5.Description = "corresponding to 2/3. This is multiplied to the crop heigth for calculating the zero plane displacement height, FAO";
v5.Id = 0;
v5.MaxValue = 1;
v5.MinValue = 0;
v5.Name = "d";
v5.Size = 1;
v5.Units = "dimensionless";
v5.URL = "";
v5.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v5.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v5);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliary);
pd1.PropertyName = "plantHeight";
pd1.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.plantHeight).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.plantHeight);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliary);
pd2.PropertyName = "wind";
pd2.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.wind).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.wind);
_inputs0_0.Add(pd2);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceState);
pd3.PropertyName = "conductance";
pd3.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceStateVarInfo.conductance).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceStateVarInfo.conductance);
_outputs0_0.Add(pd3);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
public CalculatePtSoil()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 1;
v1.Description = "Priestley-Taylor evapotranspiration proportionality constant";
v1.Id = 0;
v1.MaxValue = 100;
v1.MinValue = 0;
v1.Name = "Alpha";
v1.Size = 1;
v1.Units = "dimensionless";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 1;
v2.Description = "Fraction of the total net radiation exchanged at the soil surface when AlpaE = 1";
v2.Id = 0;
v2.MaxValue = 100;
v2.MinValue = 0;
v2.Name = "tauAlpha";
v2.Size = 1;
v2.Units = "dimensionless";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergyBalance.EnergyBalanceState);
pd1.PropertyName = "tau";
pd1.PropertyType = ((SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.tau)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.tau);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityEnergyBalance.EnergyBalanceState);
pd2.PropertyName = "evapoTranspirationPriestlyTaylor";
pd2.PropertyType = ((SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.evapoTranspirationPriestlyTaylor)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.evapoTranspirationPriestlyTaylor);
_inputs0_0.Add(pd2);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityEnergyBalance.EnergyBalanceState);
pd3.PropertyName = "energyLimitedEvaporation";
pd3.PropertyType = ((SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.energyLimitedEvaporation)).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.energyLimitedEvaporation);
_outputs0_0.Add(pd3);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
private static void SetStaticParametersVarInfoDefinitions()
{
lincrVarInfo.Name = "lincr";
lincrVarInfo.Description = "Leaf number above which the phyllochron is increased by Pincr";
lincrVarInfo.MaxValue = 30.0;
lincrVarInfo.MinValue = 0.0;
lincrVarInfo.DefaultValue = 8.0;
lincrVarInfo.Units = "leaf";
lincrVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
ldecrVarInfo.Name = "ldecr";
ldecrVarInfo.Description = "Leaf number up to which the phyllochron is decreased by Pdecr";
ldecrVarInfo.MaxValue = 100.0;
ldecrVarInfo.MinValue = 0.0;
ldecrVarInfo.DefaultValue = 0.0;
ldecrVarInfo.Units = "leaf";
ldecrVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
pdecrVarInfo.Name = "pdecr";
pdecrVarInfo.Description = "Factor decreasing the phyllochron for leaf number less than Ldecr";
pdecrVarInfo.MaxValue = 10.0;
pdecrVarInfo.MinValue = 0.0;
pdecrVarInfo.DefaultValue = 0.4;
pdecrVarInfo.Units = "-";
pdecrVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
pincrVarInfo.Name = "pincr";
pincrVarInfo.Description = "Factor increasing the phyllochron for leaf number higher than Lincr";
pincrVarInfo.MaxValue = 10.0;
pincrVarInfo.MinValue = 0.0;
pincrVarInfo.DefaultValue = 1.5;
pincrVarInfo.Units = "-";
pincrVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
klVarInfo.Name = "kl";
klVarInfo.Description = "Exctinction Coefficient";
klVarInfo.MaxValue = 50.0;
klVarInfo.MinValue = 0.0;
klVarInfo.DefaultValue = 0.45;
klVarInfo.Units = "-";
klVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
pTQhfVarInfo.Name = "pTQhf";
pTQhfVarInfo.Description = "Slope to intercept ratio for Phyllochron parametrization with PhotoThermal Quotient";
pTQhfVarInfo.MaxValue = 1000.0;
pTQhfVarInfo.MinValue = 0.0;
pTQhfVarInfo.DefaultValue = 0.0;
pTQhfVarInfo.Units = "°C d leaf-1";
pTQhfVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
BVarInfo.Name = "B";
BVarInfo.Description = "Phyllochron at PTQ equal 1";
BVarInfo.MaxValue = 1000.0;
BVarInfo.MinValue = 0.0;
BVarInfo.DefaultValue = 20.0;
BVarInfo.Units = "°C d leaf-1";
BVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
pVarInfo.Name = "p";
pVarInfo.Description = "Phyllochron (Varietal parameter)";
pVarInfo.MaxValue = 1000.0;
pVarInfo.MinValue = 0.0;
pVarInfo.DefaultValue = 120.0;
pVarInfo.Units = "°C d leaf-1";
pVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
choosePhyllUseVarInfo.Name = "choosePhyllUse";
choosePhyllUseVarInfo.Description = "Switch to choose the type of phyllochron calculation to be used";
choosePhyllUseVarInfo.MaxValue =;
choosePhyllUseVarInfo.MinValue =;
choosePhyllUseVarInfo.DefaultValue = "Default";
choosePhyllUseVarInfo.Units = "-";
choosePhyllUseVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("String");
areaSLVarInfo.Name = "areaSL";
areaSLVarInfo.Description = " Area Leaf";
areaSLVarInfo.MaxValue = 1000.0;
areaSLVarInfo.MinValue = 0.0;
areaSLVarInfo.DefaultValue = 0.0;
areaSLVarInfo.Units = "cm2";
areaSLVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
areaSSVarInfo.Name = "areaSS";
areaSSVarInfo.Description = "Area Sheath";
areaSSVarInfo.MaxValue = 1000.0;
areaSSVarInfo.MinValue = 0.0;
areaSSVarInfo.DefaultValue = 0.0;
areaSSVarInfo.Units = "cm2";
areaSSVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
lARminVarInfo.Name = "lARmin";
lARminVarInfo.Description = "LAR minimum";
lARminVarInfo.MaxValue = 1000.0;
lARminVarInfo.MinValue = 0.0;
lARminVarInfo.DefaultValue = 0.0;
lARminVarInfo.Units = "leaf-1 °C";
lARminVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
lARmaxVarInfo.Name = "lARmax";
lARmaxVarInfo.Description = "LAR maximum";
lARmaxVarInfo.MaxValue = 1000.0;
lARmaxVarInfo.MinValue = 0.0;
lARmaxVarInfo.DefaultValue = 0.0;
lARmaxVarInfo.Units = "leaf-1 °C";
lARmaxVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
sowingDensityVarInfo.Name = "sowingDensity";
sowingDensityVarInfo.Description = "Sowing Density";
sowingDensityVarInfo.MaxValue = 1000.0;
sowingDensityVarInfo.MinValue = 0.0;
sowingDensityVarInfo.DefaultValue = 0.0;
sowingDensityVarInfo.Units = "plant m-2";
sowingDensityVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
lNeffVarInfo.Name = "lNeff";
lNeffVarInfo.Description = "Leaf Number efficace";
lNeffVarInfo.MaxValue = 1000.0;
lNeffVarInfo.MinValue = 0.0;
lNeffVarInfo.DefaultValue = 0.0;
lNeffVarInfo.Units = "leaf";
lNeffVarInfo.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
/// <summary>Set VarInfo values</summary>
static void DescribeVariables()
{
//
_State.Name = "State";
_State.Description = "State of the leaf, 0:Growing, 1:Mature,2:Senescing,3:Dead";
_State.MaxValue = 3D;
_State.MinValue = 0D;
_State.DefaultValue = 0D;
_State.Units = "dimensionless";
_State.URL = "http://";
_State.ValueType = VarInfoValueTypes.GetInstanceForName("ListInteger");
//
_PreviousState.Name = "PreviousState";
_PreviousState.Description = "Previous State of the leaf, 0:Growing, 1:Mature,2:Senescing,3:Dead";
_PreviousState.MaxValue = 3D;
_PreviousState.MinValue = 0D;
_PreviousState.DefaultValue = 0D;
_PreviousState.Units = "dimensionless";
_PreviousState.URL = "http://";
_PreviousState.ValueType = VarInfoValueTypes.GetInstanceForName("ListInteger");
//
_isPrematurelyDying.Name = "isPrematurelyDying";
_isPrematurelyDying.Description = "Flag";
_isPrematurelyDying.MaxValue = 1D;
_isPrematurelyDying.MinValue = 0D;
_isPrematurelyDying.DefaultValue = 0D;
_isPrematurelyDying.Units = "dimensionless";
_isPrematurelyDying.URL = "http://";
_isPrematurelyDying.ValueType = VarInfoValueTypes.GetInstanceForName("ListInteger");
//
_TTGroLamina.Name = "TTGroLamina";
_TTGroLamina.Description = "Thermal Time when the Lamina grows";
_TTGroLamina.MaxValue = 3000D;
_TTGroLamina.MinValue = 0D;
_TTGroLamina.DefaultValue = 0D;
_TTGroLamina.Units = "°Cd";
_TTGroLamina.URL = "http://";
_TTGroLamina.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_MaxAI.Name = "MaxAI";
_MaxAI.Description = "Largest area actually achieved by leaf Layer";
_MaxAI.MaxValue = 1D;
_MaxAI.MinValue = 0D;
_MaxAI.DefaultValue = 0D;
_MaxAI.Units = "mm²/mm²";
_MaxAI.URL = "http://";
_MaxAI.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_TTsen.Name = "TTsen";
_TTsen.Description = "Thermal Time when Leaf Start Senescing";
_TTsen.MaxValue = 3000D;
_TTsen.MinValue = 0D;
_TTsen.DefaultValue = 0D;
_TTsen.Units = "°Cd";
_TTsen.URL = "http://";
_TTsen.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_TTem.Name = "TTem";
_TTem.Description = "Thermal Time at emergence";
_TTem.MaxValue = 3000D;
_TTem.MinValue = 0D;
_TTem.DefaultValue = 0D;
_TTem.Units = "°Cd";
_TTem.URL = "http://";
_TTem.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_LaminaAI.Name = "LaminaAI";
_LaminaAI.Description = "Lamina Area Index";
_LaminaAI.MaxValue = 1D;
_LaminaAI.MinValue = 0D;
_LaminaAI.DefaultValue = 0D;
_LaminaAI.Units = "mm²/mm²";
_LaminaAI.URL = "http://";
_LaminaAI.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_SheathAI.Name = "SheathAI";
_SheathAI.Description = "Sheath Area Index";
_SheathAI.MaxValue = 1D;
_SheathAI.MinValue = 0D;
_SheathAI.DefaultValue = 0D;
_SheathAI.Units = "mm²/mm²";
_SheathAI.URL = "http://";
_SheathAI.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_GAI.Name = "GAI";
_GAI.Description = "Green Area Index";
_GAI.MaxValue = 1D;
_GAI.MinValue = 0D;
_GAI.DefaultValue = 0D;
_GAI.Units = "mm²/mm²";
_GAI.URL = "http://";
_GAI.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_TTmat.Name = "TTmat";
_TTmat.Description = "Thermal Time at maturity";
_TTmat.MaxValue = 3000D;
_TTmat.MinValue = 0D;
_TTmat.DefaultValue = 0D;
_TTmat.Units = "°Cd";
_TTmat.URL = "http://";
_TTmat.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_laminaSpecificN.Name = "laminaSpecificN";
_laminaSpecificN.Description = "Lamina Specific N";
_laminaSpecificN.MaxValue = 1000D;
_laminaSpecificN.MinValue = 0D;
_laminaSpecificN.DefaultValue = 0D;
_laminaSpecificN.Units = "mg(N)/m²(leaf)";
_laminaSpecificN.URL = "http://";
_laminaSpecificN.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_Phyllochron.Name = "Phyllochron";
_Phyllochron.Description = "Leaf layer Phyllochron";
_Phyllochron.MaxValue = 10D;
_Phyllochron.MinValue = 0D;
_Phyllochron.DefaultValue = 0D;
_Phyllochron.Units = "°Cd/leaf";
_Phyllochron.URL = "http://";
_Phyllochron.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_isSmallPhytomer.Name = "isSmallPhytomer";
_isSmallPhytomer.Description = "1 if the layer\'s phytomer is \"small\"";
_isSmallPhytomer.MaxValue = 1D;
_isSmallPhytomer.MinValue = 0D;
_isSmallPhytomer.DefaultValue = 0D;
_isSmallPhytomer.Units = "dimensionless";
_isSmallPhytomer.URL = "http://";
_isSmallPhytomer.ValueType = VarInfoValueTypes.GetInstanceForName("ListInteger");
//
_deltaAI.Name = "deltaAI";
_deltaAI.Description = "Increase of GAI of the day";
_deltaAI.MaxValue = 1000D;
_deltaAI.MinValue = 0D;
_deltaAI.DefaultValue = 0D;
_deltaAI.Units = "m²/m²";
_deltaAI.URL = "http://";
_deltaAI.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
}
/// <summary>Set VarInfo values</summary>
static void DescribeVariables()
{
//
_State.Name = "State";
_State.Description = "State of the leaf, 0:Growing, 1:Mature,2:Senescing,3:Dead";
_State.MaxValue = 3D;
_State.MinValue = 0D;
_State.DefaultValue = 0D;
_State.Units = "dimensionless";
_State.URL = "http://";
_State.ValueType = VarInfoValueTypes.GetInstanceForName("ListInteger");
//
_liguleTT.Name = "liguleTT";
_liguleTT.Description = "TT at ligule appeareance";
_liguleTT.MaxValue = 2000D;
_liguleTT.MinValue = 0D;
_liguleTT.DefaultValue = 0D;
_liguleTT.Units = "°Cd";
_liguleTT.URL = "http://";
_liguleTT.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_fullyExpTT.Name = "fullyExpTT";
_fullyExpTT.Description = "TT at initiation, when fully expanded (liguleTT - 50)";
_fullyExpTT.MaxValue = 2000D;
_fullyExpTT.MinValue = 0D;
_fullyExpTT.DefaultValue = 0D;
_fullyExpTT.Units = "°Cd";
_fullyExpTT.URL = "http://";
_fullyExpTT.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_GAI.Name = "GAI";
_GAI.Description = "Green Area index (Lamina Area Index+Sheath Area Index";
_GAI.MaxValue = 1D;
_GAI.MinValue = 0D;
_GAI.DefaultValue = 0D;
_GAI.Units = "m²/m²";
_GAI.URL = "http://";
_GAI.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_length.Name = "length";
_length.Description = "Leaf Length";
_length.MaxValue = 1000D;
_length.MinValue = 0D;
_length.DefaultValue = 0D;
_length.Units = "mm";
_length.URL = "http://";
_length.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_width.Name = "width";
_width.Description = "Leaf width";
_width.MaxValue = 1000D;
_width.MinValue = 0D;
_width.DefaultValue = 0D;
_width.Units = "mm";
_width.URL = "http://";
_width.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_fracPopn.Name = "fracPopn";
_fracPopn.Description = "fraction of Haun stage of the last leaf";
_fracPopn.MaxValue = 0.9999D;
_fracPopn.MinValue = 0D;
_fracPopn.DefaultValue = 0D;
_fracPopn.Units = "dimensionless";
_fracPopn.URL = "http://";
_fracPopn.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_startExpTT.Name = "startExpTT";
_startExpTT.Description = "Thermal Time at start of expansion (initTT + 100)";
_startExpTT.MaxValue = 2000D;
_startExpTT.MinValue = 0D;
_startExpTT.DefaultValue = 0D;
_startExpTT.Units = "°Cd";
_startExpTT.URL = "http://";
_startExpTT.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_baseWidth.Name = "baseWidth";
_baseWidth.Description = "Potential Width";
_baseWidth.MaxValue = 1000D;
_baseWidth.MinValue = 0D;
_baseWidth.DefaultValue = 0D;
_baseWidth.Units = "mm";
_baseWidth.URL = "http://";
_baseWidth.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_area.Name = "area";
_area.Description = "Area of the leave";
_area.MaxValue = 1000D;
_area.MinValue = 0D;
_area.DefaultValue = 0D;
_area.Units = "mm²";
_area.URL = "http://";
_area.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_coefLER.Name = "coefLER";
_coefLER.Description = "Scaling factor from leaf 6 LER to the others r ranks";
_coefLER.MaxValue = 100D;
_coefLER.MinValue = 0D;
_coefLER.DefaultValue = 0D;
_coefLER.Units = "dimessionless";
_coefLER.URL = "http://";
_coefLER.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_tipTT.Name = "tipTT";
_tipTT.Description = "Thermal Time at tip emergence";
_tipTT.MaxValue = 2000D;
_tipTT.MinValue = 0D;
_tipTT.DefaultValue = 0D;
_tipTT.Units = "°Cd";
_tipTT.URL = "http://";
_tipTT.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_exposedArea.Name = "exposedArea";
_exposedArea.Description = "Exposed area of the leaf";
_exposedArea.MaxValue = 1000D;
_exposedArea.MinValue = 0D;
_exposedArea.DefaultValue = 0D;
_exposedArea.Units = "mm²";
_exposedArea.URL = "http://";
_exposedArea.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_PreviousState.Name = "PreviousState";
_PreviousState.Description = "Previous State of the leaf, 0:Growing, 1:Mature,2:Senescing,3:Dead";
_PreviousState.MaxValue = 3D;
_PreviousState.MinValue = 0D;
_PreviousState.DefaultValue = 0D;
_PreviousState.Units = "dimensionless";
_PreviousState.URL = "http://";
_PreviousState.ValueType = VarInfoValueTypes.GetInstanceForName("ListInteger");
//
_startEnlargeTT.Name = "startEnlargeTT";
_startEnlargeTT.Description = "Begining of leaf width extension";
_startEnlargeTT.MaxValue = 10000D;
_startEnlargeTT.MinValue = 0D;
_startEnlargeTT.DefaultValue = 0D;
_startEnlargeTT.Units = "°Cd";
_startEnlargeTT.URL = "http://";
_startEnlargeTT.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_stopEnlargeTT.Name = "stopEnlargeTT";
_stopEnlargeTT.Description = "Stop of Leaf width expension";
_stopEnlargeTT.MaxValue = 10000D;
_stopEnlargeTT.MinValue = 0D;
_stopEnlargeTT.DefaultValue = 0D;
_stopEnlargeTT.Units = "°Cd";
_stopEnlargeTT.URL = "http://";
_stopEnlargeTT.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_leafAge.Name = "leafAge";
_leafAge.Description = "Leaf age";
_leafAge.MaxValue = 500D;
_leafAge.MinValue = 0D;
_leafAge.DefaultValue = 0D;
_leafAge.Units = "days";
_leafAge.URL = "http://";
_leafAge.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_cumIntRad.Name = "cumIntRad";
_cumIntRad.Description = "Cumulated Intercepted Radiations";
_cumIntRad.MaxValue = 10D;
_cumIntRad.MinValue = 0D;
_cumIntRad.DefaultValue = 0D;
_cumIntRad.Units = "MJ/m²";
_cumIntRad.URL = "http://";
_cumIntRad.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_initialisationTT.Name = "initialisationTT";
_initialisationTT.Description = "Thermal Time At Initialisation";
_initialisationTT.MaxValue = 10000D;
_initialisationTT.MinValue = 0D;
_initialisationTT.DefaultValue = 0D;
_initialisationTT.Units = "°Cd";
_initialisationTT.URL = "http://";
_initialisationTT.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_deltaAI.Name = "deltaAI";
_deltaAI.Description = "Increment in aera index of the day";
_deltaAI.MaxValue = 1D;
_deltaAI.MinValue = 0D;
_deltaAI.DefaultValue = 0D;
_deltaAI.Units = "m²/m²";
_deltaAI.URL = "http://";
_deltaAI.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_LaminaAI.Name = "LaminaAI";
_LaminaAI.Description = "Leaf lamina Area Index";
_LaminaAI.MaxValue = 1D;
_LaminaAI.MinValue = 0D;
_LaminaAI.DefaultValue = 0D;
_LaminaAI.Units = "m²/m²";
_LaminaAI.URL = "http://";
_LaminaAI.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
//
_MaxAI.Name = "MaxAI";
_MaxAI.Description = "Leaf maximum area index over the season";
_MaxAI.MaxValue = 1D;
_MaxAI.MinValue = 0D;
_MaxAI.DefaultValue = 0D;
_MaxAI.Units = "m²/m²";
_MaxAI.URL = "http://";
_MaxAI.ValueType = VarInfoValueTypes.GetInstanceForName("ListDouble");
}
public Phyllochron()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 8.0;
v1.Description = "Leaf number above which the phyllochron is increased by Pincr";
v1.Id = 0;
v1.MaxValue = 30.0;
v1.MinValue = 0.0;
v1.Name = "lincr";
v1.Size = 1;
v1.Units = "leaf";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 0.0;
v2.Description = "Leaf number up to which the phyllochron is decreased by Pdecr";
v2.Id = 0;
v2.MaxValue = 100.0;
v2.MinValue = 0.0;
v2.Name = "ldecr";
v2.Size = 1;
v2.Units = "leaf";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
VarInfo v3 = new VarInfo();
v3.DefaultValue = 0.4;
v3.Description = "Factor decreasing the phyllochron for leaf number less than Ldecr";
v3.Id = 0;
v3.MaxValue = 10.0;
v3.MinValue = 0.0;
v3.Name = "pdecr";
v3.Size = 1;
v3.Units = "-";
v3.URL = "";
v3.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v3.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v3);
VarInfo v4 = new VarInfo();
v4.DefaultValue = 1.5;
v4.Description = "Factor increasing the phyllochron for leaf number higher than Lincr";
v4.Id = 0;
v4.MaxValue = 10.0;
v4.MinValue = 0.0;
v4.Name = "pincr";
v4.Size = 1;
v4.Units = "-";
v4.URL = "";
v4.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v4.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v4);
VarInfo v5 = new VarInfo();
v5.DefaultValue = 0.45;
v5.Description = "Exctinction Coefficient";
v5.Id = 0;
v5.MaxValue = 50.0;
v5.MinValue = 0.0;
v5.Name = "kl";
v5.Size = 1;
v5.Units = "-";
v5.URL = "";
v5.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v5.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v5);
VarInfo v6 = new VarInfo();
v6.DefaultValue = 0.0;
v6.Description = "Slope to intercept ratio for Phyllochron parametrization with PhotoThermal Quotient";
v6.Id = 0;
v6.MaxValue = 1000.0;
v6.MinValue = 0.0;
v6.Name = "pTQhf";
v6.Size = 1;
v6.Units = "°C d leaf-1";
v6.URL = "";
v6.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v6.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v6);
VarInfo v7 = new VarInfo();
v7.DefaultValue = 20.0;
v7.Description = "Phyllochron at PTQ equal 1";
v7.Id = 0;
v7.MaxValue = 1000.0;
v7.MinValue = 0.0;
v7.Name = "B";
v7.Size = 1;
v7.Units = "°C d leaf-1";
v7.URL = "";
v7.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v7.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v7);
VarInfo v8 = new VarInfo();
v8.DefaultValue = 120.0;
v8.Description = "Phyllochron (Varietal parameter)";
v8.Id = 0;
v8.MaxValue = 1000.0;
v8.MinValue = 0.0;
v8.Name = "p";
v8.Size = 1;
v8.Units = "°C d leaf-1";
v8.URL = "";
v8.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v8.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v8);
VarInfo v9 = new VarInfo();
v9.DefaultValue = "Default";
v9.Description = "Switch to choose the type of phyllochron calculation to be used";
v9.Id = 0;
v9.MaxValue =;
v9.MinValue =;
v9.Name = "choosePhyllUse";
v9.Size = 1;
v9.Units = "-";
v9.URL = "";
v9.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v9.ValueType = VarInfoValueTypes.GetInstanceForName("String");
_parameters0_0.Add(v9);
VarInfo v10 = new VarInfo();
v10.DefaultValue = 0.0;
v10.Description = " Area Leaf";
v10.Id = 0;
v10.MaxValue = 1000.0;
v10.MinValue = 0.0;
v10.Name = "areaSL";
v10.Size = 1;
v10.Units = "cm2";
v10.URL = "";
v10.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v10.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v10);
VarInfo v11 = new VarInfo();
v11.DefaultValue = 0.0;
v11.Description = "Area Sheath";
v11.Id = 0;
v11.MaxValue = 1000.0;
v11.MinValue = 0.0;
v11.Name = "areaSS";
v11.Size = 1;
v11.Units = "cm2";
v11.URL = "";
v11.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v11.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v11);
VarInfo v12 = new VarInfo();
v12.DefaultValue = 0.0;
v12.Description = "LAR minimum";
v12.Id = 0;
v12.MaxValue = 1000.0;
v12.MinValue = 0.0;
v12.Name = "lARmin";
v12.Size = 1;
v12.Units = "leaf-1 °C";
v12.URL = "";
v12.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v12.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v12);
VarInfo v13 = new VarInfo();
v13.DefaultValue = 0.0;
v13.Description = "LAR maximum";
v13.Id = 0;
v13.MaxValue = 1000.0;
v13.MinValue = 0.0;
v13.Name = "lARmax";
v13.Size = 1;
v13.Units = "leaf-1 °C";
v13.URL = "";
v13.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v13.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v13);
VarInfo v14 = new VarInfo();
v14.DefaultValue = 0.0;
v14.Description = "Sowing Density";
v14.Id = 0;
v14.MaxValue = 1000.0;
v14.MinValue = 0.0;
v14.Name = "sowingDensity";
v14.Size = 1;
v14.Units = "plant m-2";
v14.URL = "";
v14.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v14.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v14);
VarInfo v15 = new VarInfo();
v15.DefaultValue = 0.0;
v15.Description = "Leaf Number efficace";
v15.Id = 0;
v15.MaxValue = 1000.0;
v15.MinValue = 0.0;
v15.Name = "lNeff";
v15.Size = 1;
v15.Units = "leaf";
v15.URL = "";
v15.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v15.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v15);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(Phenology.DomainClass.PhenologyAuxiliary);
pd1.PropertyName = "fixPhyll";
pd1.PropertyType = (Phenology.DomainClass.PhenologyAuxiliaryVarInfo.fixPhyll).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (Phenology.DomainClass.PhenologyAuxiliaryVarInfo.fixPhyll);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(Phenology.DomainClass.PhenologyState);
pd2.PropertyName = "leafNumber";
pd2.PropertyType = (Phenology.DomainClass.PhenologyStateVarInfo.leafNumber).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (Phenology.DomainClass.PhenologyStateVarInfo.leafNumber);
_inputs0_0.Add(pd2);
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(Phenology.DomainClass.PhenologyState);
pd3.PropertyName = "ptq";
pd3.PropertyType = (Phenology.DomainClass.PhenologyStateVarInfo.ptq).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (Phenology.DomainClass.PhenologyStateVarInfo.ptq);
_inputs0_0.Add(pd3);
PropertyDescription pd4 = new PropertyDescription();
pd4.DomainClassType = typeof(Phenology.DomainClass.PhenologyState);
pd4.PropertyName = "gAImean";
pd4.PropertyType = (Phenology.DomainClass.PhenologyStateVarInfo.gAImean).ValueType.TypeForCurrentValue;
pd4.PropertyVarInfo = (Phenology.DomainClass.PhenologyStateVarInfo.gAImean);
_inputs0_0.Add(pd4);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd5 = new PropertyDescription();
pd5.DomainClassType = typeof(Phenology.DomainClass.PhenologyState);
pd5.PropertyName = "phyllochron";
pd5.PropertyType = (Phenology.DomainClass.PhenologyStateVarInfo.phyllochron).ValueType.TypeForCurrentValue;
pd5.PropertyVarInfo = (Phenology.DomainClass.PhenologyStateVarInfo.phyllochron);
_outputs0_0.Add(pd5);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
public CalculatePhyllochron()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 3;
v1.Description = "Leaf number up to which the phyllochron is decreased by Pdecr";
v1.Id = 0;
v1.MaxValue = 30;
v1.MinValue = 0;
v1.Name = "Ldecr";
v1.Size = 1;
v1.Units = "leaf";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 8;
v2.Description = "Leaf number above which the phyllochron is increased by Pincr";
v2.Id = 0;
v2.MaxValue = 30;
v2.MinValue = 0;
v2.Name = "Lincr";
v2.Size = 1;
v2.Units = "leaf";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
VarInfo v3 = new VarInfo();
v3.DefaultValue = 0.4;
v3.Description = "Factor decreasing the phyllochron for leaf number less than Ldecr";
v3.Id = 0;
v3.MaxValue = 10;
v3.MinValue = 0;
v3.Name = "Pdecr";
v3.Size = 1;
v3.Units = "dimensionless";
v3.URL = "";
v3.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v3.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v3);
VarInfo v4 = new VarInfo();
v4.DefaultValue = 1.5;
v4.Description = "Factor increasing the phyllochron for leaf number higher than Lincr";
v4.Id = 0;
v4.MaxValue = 10;
v4.MinValue = 0;
v4.Name = "Pincr";
v4.Size = 1;
v4.Units = "dimensionless";
v4.URL = "";
v4.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v4.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v4);
VarInfo v5 = new VarInfo();
v5.DefaultValue = 115;
v5.Description = "Base phyllochron";
v5.Id = 0;
v5.MaxValue = 1000;
v5.MinValue = 0;
v5.Name = "FixPhyll";
v5.Size = 1;
v5.Units = "leaf/°Cd";
v5.URL = "";
v5.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v5.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v5);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityPhenology.PhenologyState);
pd1.PropertyName = "LeafNumber";
pd1.PropertyType = ((SiriusQualityPhenology.PhenologyStateVarInfo.LeafNumber)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityPhenology.PhenologyStateVarInfo.LeafNumber);
_inputs0_0.Add(pd1);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityPhenology.PhenologyState);
pd2.PropertyName = "Phyllochron";
pd2.PropertyType = ((SiriusQualityPhenology.PhenologyStateVarInfo.Phyllochron)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityPhenology.PhenologyStateVarInfo.Phyllochron);
_outputs0_0.Add(pd2);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
public LeafExpansionDroughtFactor()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0;
v1.Description = "Fraction of plant available water below which the rate of leaf expansion equals zer";
v1.Id = 0;
v1.MaxValue = 0;
v1.MinValue = 0;
v1.Name = "LowerFPAWexp";
v1.Size = 1;
v1.Units = "dimensionless";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 0;
v2.Description = "Fraction of plant available water threshold below which the rate of leaf expansion starts to decrease";
v2.Id = 0;
v2.MaxValue = 0;
v2.MinValue = 0;
v2.Name = "UpperFPAWexp";
v2.Size = 1;
v2.Units = "dimensionless";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
VarInfo v3 = new VarInfo();
v3.DefaultValue = 0;
v3.Description = "Maximum rate of acceleration of leaf senescence in response to soil water deficit";
v3.Id = 0;
v3.MaxValue = 0;
v3.MinValue = 0;
v3.Name = "MaxDSF";
v3.Size = 1;
v3.Units = "dimensionless";
v3.URL = "";
v3.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v3.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v3);
VarInfo v4 = new VarInfo();
v4.DefaultValue = 0;
v4.Description = "Fraction of plant available water value below which DSFmax is reached";
v4.Id = 0;
v4.MaxValue = 0;
v4.MinValue = 0;
v4.Name = "LowerFPAWsen";
v4.Size = 1;
v4.Units = "dimensionless";
v4.URL = "";
v4.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v4.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v4);
VarInfo v5 = new VarInfo();
v5.DefaultValue = 0;
v5.Description = "Fraction of plant available water threshold below which the rate of leaf senescence starts to accelerate";
v5.Id = 0;
v5.MaxValue = 0;
v5.MinValue = 0;
v5.Name = "UpperFPAWsen";
v5.Size = 1;
v5.Units = "dimensionless";
v5.URL = "";
v5.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v5.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v5);
VarInfo v6 = new VarInfo();
v6.DefaultValue = 0;
v6.Description = "Canopy-to-air VPD below which the rate of leaf expansion equals zero and the rate of leaf senescence is maximum";
v6.Id = 0;
v6.MaxValue = 0;
v6.MinValue = 0;
v6.Name = "UpperVPD";
v6.Size = 1;
v6.Units = "hPa";
v6.URL = "";
v6.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v6.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v6);
VarInfo v7 = new VarInfo();
v7.DefaultValue = 0;
v7.Description = "Canopy-to-air VPD threshold above which the rate of leaf expansion strats to decreaseand the rate of leaf senescence starts to increase";
v7.Id = 0;
v7.MaxValue = 0;
v7.MinValue = 0;
v7.Name = "LowerVPD";
v7.Size = 1;
v7.Units = "hPa";
v7.URL = "";
v7.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v7.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v7);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd1.PropertyName = "FPAW";
pd1.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.FPAW)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.FPAW);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd2.PropertyName = "isPotentialLAI";
pd2.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.isPotentialLAI)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.isPotentialLAI);
_inputs0_0.Add(pd2);
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd3.PropertyName = "VPDairCanopy";
pd3.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.VPDairCanopy)).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.VPDairCanopy);
_inputs0_0.Add(pd3);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd4 = new PropertyDescription();
pd4.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd4.PropertyName = "DSF";
pd4.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.DSF)).ValueType.TypeForCurrentValue;
pd4.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.DSF);
_outputs0_0.Add(pd4);
PropertyDescription pd5 = new PropertyDescription();
pd5.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd5.PropertyName = "DEF";
pd5.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.DEF)).ValueType.TypeForCurrentValue;
pd5.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.DEF);
_outputs0_0.Add(pd5);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
public EnergyBalance()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0;
v1.Description = "true if maize false if wheat";
v1.Id = 0;
v1.MaxValue = 1;
v1.MinValue = 0;
v1.Name = "SwitchMaize";
v1.Size = 1;
v1.Units = "NA";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Integer");
_parameters0_0.Add(v1);
VarInfo v2 = new CompositeStrategyVarInfo(_calculatenetradiation, "albedoCoefficient");
_parameters0_0.Add(v2);
VarInfo v3 = new CompositeStrategyVarInfo(_calculatenetradiation, "stefanBoltzman");
_parameters0_0.Add(v3);
VarInfo v4 = new CompositeStrategyVarInfo(_calculatenetradiation, "elevation");
_parameters0_0.Add(v4);
VarInfo v5 = new CompositeStrategyVarInfo(_calculatediffusionlimitedevaporation, "soilDiffusionConstant");
_parameters0_0.Add(v5);
VarInfo v6 = new CompositeStrategyVarInfo(_calculatepriestlytaylor, "lambda");
_parameters0_0.Add(v6);
VarInfo v7 = new CompositeStrategyVarInfo(_calculatepriestlytaylor, "psychrometricConstant");
_parameters0_0.Add(v7);
VarInfo v8 = new CompositeStrategyVarInfo(_calculatepriestlytaylor, "Alpha");
_parameters0_0.Add(v8);
VarInfo v9 = new CompositeStrategyVarInfo(_calculateptsoil, "Alpha");
_parameters0_0.Add(v9);
VarInfo v10 = new CompositeStrategyVarInfo(_calculateptsoil, "tauAlpha");
_parameters0_0.Add(v10);
VarInfo v11 = new CompositeStrategyVarInfo(_calculateconductance, "vonKarman");
_parameters0_0.Add(v11);
VarInfo v12 = new CompositeStrategyVarInfo(_calculateconductance, "heightWeatherMeasurements");
_parameters0_0.Add(v12);
VarInfo v13 = new CompositeStrategyVarInfo(_calculateconductance, "zm");
_parameters0_0.Add(v13);
VarInfo v14 = new CompositeStrategyVarInfo(_calculateconductance, "zh");
_parameters0_0.Add(v14);
VarInfo v15 = new CompositeStrategyVarInfo(_calculateconductance, "d");
_parameters0_0.Add(v15);
VarInfo v16 = new CompositeStrategyVarInfo(_calculatepenman, "psychrometricConstant");
_parameters0_0.Add(v16);
VarInfo v17 = new CompositeStrategyVarInfo(_calculatepenman, "rhoDensityAir");
_parameters0_0.Add(v17);
VarInfo v18 = new CompositeStrategyVarInfo(_calculatepenman, "specificHeatCapacityAir");
_parameters0_0.Add(v18);
VarInfo v19 = new CompositeStrategyVarInfo(_calculatepenman, "lambda");
_parameters0_0.Add(v19);
VarInfo v20 = new CompositeStrategyVarInfo(_calculatepenman, "Alpha");
_parameters0_0.Add(v20);
VarInfo v21 = new CompositeStrategyVarInfo(_calculatecanopytemperature, "lambda");
_parameters0_0.Add(v21);
VarInfo v22 = new CompositeStrategyVarInfo(_calculatecanopytemperature, "rhoDensityAir");
_parameters0_0.Add(v22);
VarInfo v23 = new CompositeStrategyVarInfo(_calculatecanopytemperature, "specificHeatCapacityAir");
_parameters0_0.Add(v23);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergyBalance.EnergyBalanceState);
pd1.PropertyName = "isWindVpDefined";
pd1.PropertyType = ((SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.isWindVpDefined)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.isWindVpDefined);
_inputs0_0.Add(pd1);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculateNetRadiation).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculateDiffusionLimitedEvaporation).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculatePriestlyTaylor).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculatePtSoil).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculateConductance).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculatePenman).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculatePotTranspiration).FullName);
lAssStrat0_0.Add(typeof(SiriusQuailtyEnergyBalance.CalculateSoilEvaporation).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculateSoilHeatFlux).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculateCropHeatFlux).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculateCanopyTemperature).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculateCanopyTemperatureMaize).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.Calculatevpdairleaf).FullName);
lAssStrat0_0.Add(typeof(SiriusQualityEnergyBalance.CalculateVPDeq).FullName);
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
//Creating the modeling options manager of the strategy
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
public PriestlyTaylor()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0.66;
v1.Description = "psychrometric constant";
v1.Id = 0;
v1.MaxValue = 1;
v1.MinValue = 0;
v1.Name = "psychrometricConstant";
v1.Size = 1;
v1.Units = "";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 1.5;
v2.Description = "Priestley-Taylor evapotranspiration proportionality constant";
v2.Id = 0;
v2.MaxValue = 100;
v2.MinValue = 0;
v2.Name = "Alpha";
v2.Size = 1;
v2.Units = "";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergyBalance.DomainClass.EnergyBalanceState);
pd1.PropertyName = "netRadiationEquivalentEvaporation";
pd1.PropertyType = (SiriusQualityEnergyBalance.DomainClass.EnergyBalanceStateVarInfo.netRadiationEquivalentEvaporation).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergyBalance.DomainClass.EnergyBalanceStateVarInfo.netRadiationEquivalentEvaporation);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityEnergyBalance.DomainClass.EnergyBalanceAuxiliary);
pd2.PropertyName = "hslope";
pd2.PropertyType = (SiriusQualityEnergyBalance.DomainClass.EnergyBalanceAuxiliaryVarInfo.hslope).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityEnergyBalance.DomainClass.EnergyBalanceAuxiliaryVarInfo.hslope);
_inputs0_0.Add(pd2);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityEnergyBalance.DomainClass.EnergyBalanceRate);
pd3.PropertyName = "evapoTranspirationPriestlyTaylor";
pd3.PropertyType = (SiriusQualityEnergyBalance.DomainClass.EnergyBalanceRateVarInfo.evapoTranspirationPriestlyTaylor).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityEnergyBalance.DomainClass.EnergyBalanceRateVarInfo.evapoTranspirationPriestlyTaylor);
_outputs0_0.Add(pd3);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
public CalculateDiffReflectanceCoef()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 1;
v1.Description = "1:Spherical leaf angle Distribution; 0 Ellipsoidal";
v1.Id = 0;
v1.MaxValue = 1;
v1.MinValue = 0;
v1.Name = "useSphericalLeafDistrib";
v1.Size = 1;
v1.Units = "-";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Integer");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 1;
v2.Description = "Clumping Index";
v2.Id = 0;
v2.MaxValue = 1;
v2.MinValue = 0;
v2.Name = "CI";
v2.Size = 1;
v2.Units = "-";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(INRA.SiriusQualityIrradiance.Interfaces.States);
pd1.PropertyName = "rhoLeaf";
pd1.PropertyType = ((INRA.SiriusQualityIrradiance.Interfaces.StatesVarInfo.rhoLeaf)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (INRA.SiriusQualityIrradiance.Interfaces.StatesVarInfo.rhoLeaf);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(INRA.SiriusQualityIrradiance.Interfaces.States);
pd2.PropertyName = "tauLeaf";
pd2.PropertyType = ((INRA.SiriusQualityIrradiance.Interfaces.StatesVarInfo.tauLeaf)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (INRA.SiriusQualityIrradiance.Interfaces.StatesVarInfo.tauLeaf);
_inputs0_0.Add(pd2);
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(INRA.SiriusQualityIrradiance.Interfaces.States);
pd3.PropertyName = "ala";
pd3.PropertyType = ((INRA.SiriusQualityIrradiance.Interfaces.StatesVarInfo.ala)).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (INRA.SiriusQualityIrradiance.Interfaces.StatesVarInfo.ala);
_inputs0_0.Add(pd3);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd4 = new PropertyDescription();
pd4.DomainClassType = typeof(INRA.SiriusQualityIrradiance.Interfaces.States);
pd4.PropertyName = "rhoCanopyDiff";
pd4.PropertyType = ((INRA.SiriusQualityIrradiance.Interfaces.StatesVarInfo.rhoCanopyDiff)).ValueType.TypeForCurrentValue;
pd4.PropertyVarInfo = (INRA.SiriusQualityIrradiance.Interfaces.StatesVarInfo.rhoCanopyDiff);
_outputs0_0.Add(pd4);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
public Netradiation()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0.23;
v1.Description = "albedo Coefficient";
v1.Id = 0;
v1.MaxValue = 1;
v1.MinValue = 0;
v1.Name = "albedoCoefficient";
v1.Size = 1;
v1.Units = "";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 4.903E-09;
v2.Description = "stefan Boltzman constant";
v2.Id = 0;
v2.MaxValue = 1;
v2.MinValue = 0;
v2.Name = "stefanBoltzman";
v2.Size = 1;
v2.Units = "";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
VarInfo v3 = new VarInfo();
v3.DefaultValue = 0;
v3.Description = "elevation";
v3.Id = 0;
v3.MaxValue = 10000;
v3.MinValue = -500;
v3.Name = "elevation";
v3.Size = 1;
v3.Units = "m";
v3.URL = "";
v3.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v3.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v3);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliary);
pd1.PropertyName = "minTair";
pd1.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.minTair).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.minTair);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliary);
pd2.PropertyName = "maxTair";
pd2.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.maxTair).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.maxTair);
_inputs0_0.Add(pd2);
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliary);
pd3.PropertyName = "solarRadiation";
pd3.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.solarRadiation).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.solarRadiation);
_inputs0_0.Add(pd3);
PropertyDescription pd4 = new PropertyDescription();
pd4.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliary);
pd4.PropertyName = "vaporPressure";
pd4.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.vaporPressure).ValueType.TypeForCurrentValue;
pd4.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.vaporPressure);
_inputs0_0.Add(pd4);
PropertyDescription pd5 = new PropertyDescription();
pd5.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliary);
pd5.PropertyName = "extraSolarRadiation";
pd5.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.extraSolarRadiation).ValueType.TypeForCurrentValue;
pd5.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.extraSolarRadiation);
_inputs0_0.Add(pd5);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd6 = new PropertyDescription();
pd6.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliary);
pd6.PropertyName = "netRadiation";
pd6.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.netRadiation).ValueType.TypeForCurrentValue;
pd6.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.netRadiation);
_outputs0_0.Add(pd6);
mo0_0.Outputs = _outputs0_0; PropertyDescription pd7 = new PropertyDescription();
pd7.DomainClassType = typeof(SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliary);
pd7.PropertyName = "netOutGoingLongWaveRadiation";
pd7.PropertyType = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.netOutGoingLongWaveRadiation).ValueType.TypeForCurrentValue;
pd7.PropertyVarInfo = (SiriusQualityEnergybalance.DomainClass.EnergybalanceAuxiliaryVarInfo.netOutGoingLongWaveRadiation);
_outputs0_0.Add(pd7);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
static void DescribeVariables()
{
_Sdry.Name = "Sdry";
_Sdry.Description = "water in solid state in the snow cover in previous day";
_Sdry.MaxValue = 500.0;
_Sdry.MinValue = 0.0;
_Sdry.DefaultValue = 0.0;
_Sdry.Units = "mmW";
_Sdry.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_Sdepth.Name = "Sdepth";
_Sdepth.Description = "snow cover depth Calculation in previous day";
_Sdepth.MaxValue = 5000.0;
_Sdepth.MinValue = 0.0;
_Sdepth.DefaultValue = 0.0;
_Sdepth.Units = "m";
_Sdepth.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_Swet.Name = "Swet";
_Swet.Description = "water in liquid state in the snow cover in previous day";
_Swet.MaxValue = 100.0;
_Swet.MinValue = 0.0;
_Swet.DefaultValue = 0.0;
_Swet.Units = "mmW";
_Swet.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_ps.Name = "ps";
_ps.Description = "density of snow cover in previous day";
_ps.MaxValue = 100.0;
_ps.MinValue = 0.0;
_ps.DefaultValue = 0.0;
_ps.Units = "kg/m**3";
_ps.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_tmaxrec.Name = "tmaxrec";
_tmaxrec.Description = "recalculated maximum temperature";
_tmaxrec.MaxValue = 500.0;
_tmaxrec.MinValue = 0.0;
_tmaxrec.DefaultValue = -1D;
_tmaxrec.Units = "degC";
_tmaxrec.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_Snowmelt.Name = "Snowmelt";
_Snowmelt.Description = "Snow melt";
_Snowmelt.MaxValue = 500.0;
_Snowmelt.MinValue = 0.0;
_Snowmelt.DefaultValue = -1D;
_Snowmelt.Units = "m";
_Snowmelt.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_tminrec.Name = "tminrec";
_tminrec.Description = "recalculated minimum temperature";
_tminrec.MaxValue = 500.0;
_tminrec.MinValue = 0.0;
_tminrec.DefaultValue = -1D;
_tminrec.Units = "degC";
_tminrec.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_preciprec.Name = "preciprec";
_preciprec.Description = "precipitation recalculation";
_preciprec.MaxValue = 500.0;
_preciprec.MinValue = 0.0;
_preciprec.DefaultValue = -1D;
_preciprec.Units = "mmW";
_preciprec.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_Sdepth_cm.Name = "Sdepth_cm";
_Sdepth_cm.Description = "snow cover depth in cm";
_Sdepth_cm.MaxValue = 500.0;
_Sdepth_cm.MinValue = 0.0;
_Sdepth_cm.DefaultValue = -1D;
_Sdepth_cm.Units = "cm";
_Sdepth_cm.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
public Netradiation()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0.23;
v1.Description = "albedo Coefficient";
v1.Id = 0;
v1.MaxValue = 1;
v1.MinValue = 0;
v1.Name = "albedoCoefficient";
v1.Size = 1;
v1.Units = "";
v1.URL = "";
v % s.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("DOUBLE");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 4.903E-09;
v2.Description = "stefan Boltzman constant";
v2.Id = 0;
v2.MaxValue = 1;
v2.MinValue = 0;
v2.Name = "stefanBoltzman";
v2.Size = 1;
v2.Units = "";
v2.URL = "";
v % s.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("DOUBLE");
_parameters0_0.Add(v2);
VarInfo v3 = new VarInfo();
v3.DefaultValue = 0;
v3.Description = "elevation";
v3.Id = 0;
v3.MaxValue = 10000;
v3.MinValue = -500;
v3.Name = "elevation";
v3.Size = 1;
v3.Units = "m";
v3.URL = "";
v % s.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v3.ValueType = VarInfoValueTypes.GetInstanceForName("DOUBLE");
_parameters0_0.Add(v3);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceAuxiliary);
pd1.PropertyName = "minTair";
pd1.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.minTair)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.minTair);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceAuxiliary);
pd2.PropertyName = "maxTair";
pd2.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.maxTair)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.maxTair);
_inputs0_0.Add(pd2);
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceAuxiliary);
pd3.PropertyName = "solarRadiation";
pd3.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.solarRadiation)).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.solarRadiation);
_inputs0_0.Add(pd3);
PropertyDescription pd4 = new PropertyDescription();
pd4.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceAuxiliary);
pd4.PropertyName = "vaporPressure";
pd4.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.vaporPressure)).ValueType.TypeForCurrentValue;
pd4.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.vaporPressure);
_inputs0_0.Add(pd4);
PropertyDescription pd5 = new PropertyDescription();
pd5.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceAuxiliary);
pd5.PropertyName = "extraSolarRadiation";
pd5.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.extraSolarRadiation)).ValueType.TypeForCurrentValue;
pd5.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.extraSolarRadiation);
_inputs0_0.Add(pd5);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd6 = new PropertyDescription();
pd6.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceAuxiliary);
pd6.PropertyName = "netRadiation";
pd6.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.netRadiation)).ValueType.TypeForCurrentValue;
pd6.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.netRadiation);
_outputs0_0.Add(pd6);
mo0_0.Outputs = _outputs0_0; PropertyDescription pd7 = new PropertyDescription();
pd7.DomainClassType = typeof(SiriusQualityEnergybalance.EnergybalanceAuxiliary);
pd7.PropertyName = "netOutGoingLongWaveRadiation";
pd7.PropertyType = ((SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.netOutGoingLongWaveRadiation)).ValueType.TypeForCurrentValue;
pd7.PropertyVarInfo = (SiriusQualityEnergybalance.EnergybalanceAuxiliaryVarInfo.netOutGoingLongWaveRadiation);
_outputs0_0.Add(pd7);
mo0_0.Outputs = _outputs0_0;
}
public WaterLimitedLeafExpansion()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0;
v1.Description = "Phyllochronic duration of leaf lamina expansion";
v1.Id = 0;
v1.MaxValue = 0;
v1.MinValue = 0;
v1.Name = "PexpL";
v1.Size = 1;
v1.Units = "dimensionless";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 0;
v2.Description = "Specific leaf N at which LUE is null";
v2.Id = 0;
v2.MaxValue = 0;
v2.MinValue = 0;
v2.Name = "SLNmin";
v2.Size = 1;
v2.Units = "g(N)/m²(leaf)";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd1.PropertyName = "cumulTTShoot";
pd1.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.cumulTTShoot)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.cumulTTShoot);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd2.PropertyName = "deltaTTShoot";
pd2.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.deltaTTShoot)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.deltaTTShoot);
_inputs0_0.Add(pd2);
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd3.PropertyName = "deltaTTSenescence";
pd3.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.deltaTTSenescence)).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.deltaTTSenescence);
_inputs0_0.Add(pd3);
PropertyDescription pd4 = new PropertyDescription();
pd4.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd4.PropertyName = "DSF";
pd4.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.DSF)).ValueType.TypeForCurrentValue;
pd4.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.DSF);
_inputs0_0.Add(pd4);
PropertyDescription pd5 = new PropertyDescription();
pd5.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd5.PropertyName = "DEF";
pd5.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.DEF)).ValueType.TypeForCurrentValue;
pd5.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.DEF);
_inputs0_0.Add(pd5);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd6 = new PropertyDescription();
pd6.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd6.PropertyName = "incDeltaAreaLimitSF";
pd6.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.incDeltaAreaLimitSF)).ValueType.TypeForCurrentValue;
pd6.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.incDeltaAreaLimitSF);
_outputs0_0.Add(pd6);
PropertyDescription pd7 = new PropertyDescription();
pd7.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd7.PropertyName = "WaterLimitedPotDeltaAIList";
pd7.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.WaterLimitedPotDeltaAIList)).ValueType.TypeForCurrentValue;
pd7.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.WaterLimitedPotDeltaAIList);
_outputs0_0.Add(pd7);
PropertyDescription pd8 = new PropertyDescription();
pd8.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
pd8.PropertyName = "potentialIncDeltaArea";
pd8.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.potentialIncDeltaArea)).ValueType.TypeForCurrentValue;
pd8.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.potentialIncDeltaArea);
_outputs0_0.Add(pd8);
PropertyDescription pd9 = new PropertyDescription();
/*pd9.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
* pd9.PropertyName = "leafLayerState";
* pd9.PropertyType = ((SiriusQualityWheatLAI.WheatLAIStateVarInfo.leafStateList)).ValueType.TypeForCurrentValue;
* pd9.PropertyVarInfo = (SiriusQualityWheatLAI.WheatLAIStateVarInfo.leafStateList);
* _outputs0_0.Add(pd9);
* PropertyDescription pd10 = new PropertyDescription();
* pd10.DomainClassType = typeof(SiriusQualityWheatLAI.WheatLAIState);
* pd10.PropertyName = "isPrematurelyDying";
* pd10.PropertyType = (( SiriusQualityWheatLAI.WheatLAIStateVarInfo.isPrematurelyDying)).ValueType.TypeForCurrentValue;
* pd10.PropertyVarInfo =( SiriusQualityWheatLAI.WheatLAIStateVarInfo.isPrematurelyDying);
* _outputs0_0.Add(pd10);
* mo0_0.Outputs=_outputs0_0;
* //Associated strategies
* List<string> lAssStrat0_0 = new List<string>();
* mo0_0.AssociatedStrategies = lAssStrat0_0;
* //Adding the modeling options to the modeling options manager*/
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
public ShootNumber()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 288.0;
v1.Description = "number of plant /m²";
v1.Id = 0;
v1.MaxValue = 500;
v1.MinValue = 0;
v1.Name = "sowingDensity";
v1.Size = 1;
v1.Units = "plant m-2";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 600.0;
v2.Description = "max value of shoot number for the canopy";
v2.Id = 0;
v2.MaxValue = 1000;
v2.MinValue = 280;
v2.Name = "targetFertileShoot";
v2.Size = 1;
v2.Units = "shoot";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.PARAMETER;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd1.PropertyName = "canopyShootNumber";
pd1.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.canopyShootNumber).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.canopyShootNumber);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd2.PropertyName = "leafNumber";
pd2.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.leafNumber).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.leafNumber);
_inputs0_0.Add(pd2);
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd3.PropertyName = "tilleringProfile";
pd3.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.tilleringProfile).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.tilleringProfile);
_inputs0_0.Add(pd3);
PropertyDescription pd4 = new PropertyDescription();
pd4.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd4.PropertyName = "leafTillerNumberArray";
pd4.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.leafTillerNumberArray).ValueType.TypeForCurrentValue;
pd4.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.leafTillerNumberArray);
_inputs0_0.Add(pd4);
PropertyDescription pd5 = new PropertyDescription();
pd5.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd5.PropertyName = "numberTillerCohort";
pd5.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.numberTillerCohort).ValueType.TypeForCurrentValue;
pd5.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.numberTillerCohort);
_inputs0_0.Add(pd5);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd6 = new PropertyDescription();
pd6.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd6.PropertyName = "averageShootNumberPerPlant";
pd6.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.averageShootNumberPerPlant).ValueType.TypeForCurrentValue;
pd6.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.averageShootNumberPerPlant);
_outputs0_0.Add(pd6);
mo0_0.Outputs = _outputs0_0; PropertyDescription pd7 = new PropertyDescription();
pd7.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd7.PropertyName = "canopyShootNumber";
pd7.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.canopyShootNumber).ValueType.TypeForCurrentValue;
pd7.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.canopyShootNumber);
_outputs0_0.Add(pd7);
mo0_0.Outputs = _outputs0_0; PropertyDescription pd8 = new PropertyDescription();
pd8.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd8.PropertyName = "leafTillerNumberArray";
pd8.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.leafTillerNumberArray).ValueType.TypeForCurrentValue;
pd8.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.leafTillerNumberArray);
_outputs0_0.Add(pd8);
mo0_0.Outputs = _outputs0_0; PropertyDescription pd9 = new PropertyDescription();
pd9.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd9.PropertyName = "tilleringProfile";
pd9.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.tilleringProfile).ValueType.TypeForCurrentValue;
pd9.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.tilleringProfile);
_outputs0_0.Add(pd9);
mo0_0.Outputs = _outputs0_0; PropertyDescription pd10 = new PropertyDescription();
pd10.DomainClassType = typeof(SiriusQualityPhenology.DomainClass.PhenologyState);
pd10.PropertyName = "numberTillerCohort";
pd10.PropertyType = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.numberTillerCohort).ValueType.TypeForCurrentValue;
pd10.PropertyVarInfo = (SiriusQualityPhenology.DomainClass.PhenologyStateVarInfo.numberTillerCohort);
_outputs0_0.Add(pd10);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
public CalculatePenman()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0.66;
v1.Description = "psychrometric constant";
v1.Id = 0;
v1.MaxValue = 1;
v1.MinValue = 0;
v1.Name = "psychrometricConstant";
v1.Size = 1;
v1.Units = "?";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
VarInfo v2 = new VarInfo();
v2.DefaultValue = 1.225;
v2.Description = "Density of air";
v2.Id = 0;
v2.MaxValue = 10;
v2.MinValue = 0;
v2.Name = "rhoDensityAir";
v2.Size = 1;
v2.Units = "?";
v2.URL = "";
v2.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v2.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v2);
VarInfo v3 = new VarInfo();
v3.DefaultValue = 0.00101;
v3.Description = "Specific heat capacity of dry air";
v3.Id = 0;
v3.MaxValue = 1;
v3.MinValue = 0;
v3.Name = "specificHeatCapacityAir";
v3.Size = 1;
v3.Units = "?";
v3.URL = "";
v3.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v3.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v3);
VarInfo v4 = new VarInfo();
v4.DefaultValue = 2.454;
v4.Description = "latent heat of vaporization of water";
v4.Id = 0;
v4.MaxValue = 10;
v4.MinValue = 0;
v4.Name = "lambda";
v4.Size = 1;
v4.Units = "?";
v4.URL = "";
v4.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v4.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v4);
VarInfo v5 = new VarInfo();
v5.DefaultValue = 1;
v5.Description = "Priestley-Taylor evapotranspiration proportionality constant";
v5.Id = 0;
v5.MaxValue = 10;
v5.MinValue = 0;
v5.Name = "Alpha";
v5.Size = 1;
v5.Units = "dimensionless";
v5.URL = "";
v5.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v5.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v5);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityEnergyBalance.EnergyBalanceState);
pd1.PropertyName = "evapoTranspirationPriestlyTaylor";
pd1.PropertyType = ((SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.evapoTranspirationPriestlyTaylor)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.evapoTranspirationPriestlyTaylor);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityEnergyBalance.EnergyBalanceState);
pd2.PropertyName = "hslope";
pd2.PropertyType = ((SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.hslope)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.hslope);
_inputs0_0.Add(pd2);
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityEnergyBalance.EnergyBalanceState);
pd3.PropertyName = "VPDair";
pd3.PropertyType = ((SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.VPDair)).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.VPDair);
_inputs0_0.Add(pd3);
PropertyDescription pd4 = new PropertyDescription();
pd4.DomainClassType = typeof(SiriusQualityEnergyBalance.EnergyBalanceState);
pd4.PropertyName = "conductance";
pd4.PropertyType = ((SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.conductance)).ValueType.TypeForCurrentValue;
pd4.PropertyVarInfo = (SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.conductance);
_inputs0_0.Add(pd4);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd5 = new PropertyDescription();
pd5.DomainClassType = typeof(SiriusQualityEnergyBalance.EnergyBalanceState);
pd5.PropertyName = "evapoTranspirationPenman";
pd5.PropertyType = ((SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.evapoTranspirationPenman)).ValueType.TypeForCurrentValue;
pd5.PropertyVarInfo = (SiriusQualityEnergyBalance.EnergyBalanceStateVarInfo.evapoTranspirationPenman);
_outputs0_0.Add(pd5);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}
/// <summary>Set VarInfo values</summary>
static void DescribeVariables()
{
//
_rhoLeaf.Name = "rhoLeaf";
_rhoLeaf.Description = "Leaf reflectance coefficient";
_rhoLeaf.MaxValue = 1D;
_rhoLeaf.MinValue = 0D;
_rhoLeaf.DefaultValue = 0.07D;
_rhoLeaf.Units = "-";
_rhoLeaf.URL = "http://";
_rhoLeaf.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_tauLeaf.Name = "tauLeaf";
_tauLeaf.Description = "Leaf transmittance coefficient";
_tauLeaf.MaxValue = 1D;
_tauLeaf.MinValue = 0D;
_tauLeaf.DefaultValue = 0.07D;
_tauLeaf.Units = "-";
_tauLeaf.URL = "http://";
_tauLeaf.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_rhoCanopyDiff.Name = "rhoCanopyDiff";
_rhoCanopyDiff.Description = "Reflectance coefficient of a canopy having non horizontal leaves";
_rhoCanopyDiff.MaxValue = 1D;
_rhoCanopyDiff.MinValue = 0D;
_rhoCanopyDiff.DefaultValue = 0.5D;
_rhoCanopyDiff.Units = "-";
_rhoCanopyDiff.URL = "http://";
_rhoCanopyDiff.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_rhoCanopyDir.Name = "rhoCanopyDir";
_rhoCanopyDir.Description = "Canopy reflectance coefficient to diffuse irradiance";
_rhoCanopyDir.MaxValue = 1D;
_rhoCanopyDir.MinValue = 0D;
_rhoCanopyDir.DefaultValue = 0.5D;
_rhoCanopyDir.Units = "-";
_rhoCanopyDir.URL = "http://";
_rhoCanopyDir.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_k1_dir.Name = "k1_dir";
_k1_dir.Description = "Coefficient of extinction of beam irradiance";
_k1_dir.MaxValue = 10D;
_k1_dir.MinValue = 0D;
_k1_dir.DefaultValue = 1D;
_k1_dir.Units = "-";
_k1_dir.URL = "http://";
_k1_dir.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_k_dir.Name = "k_dir";
_k_dir.Description = "Coefficient of extinction of beam and scatter irradiances";
_k_dir.MaxValue = 10D;
_k_dir.MinValue = 0D;
_k_dir.DefaultValue = 1D;
_k_dir.Units = "-";
_k_dir.URL = "http://";
_k_dir.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_k_dif.Name = "k_dif";
_k_dif.Description = "Extinction coefficient of diffuse and scatter irradiance from the entire sky";
_k_dif.MaxValue = 10D;
_k_dif.MinValue = 0D;
_k_dif.DefaultValue = 0.5D;
_k_dif.Units = "-";
_k_dif.URL = "http://";
_k_dif.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_layersGAI.Name = "layersGAI";
_layersGAI.Description = "Leaf area index per layer";
_layersGAI.MaxValue = 10D;
_layersGAI.MinValue = 0D;
_layersGAI.DefaultValue = 5D;
_layersGAI.Units = "m²leaf/m²ground";
_layersGAI.URL = "http://";
_layersGAI.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_sunlitFraction.Name = "sunlitFraction";
_sunlitFraction.Description = "Sunlit leaves surface fraction (generic variable)";
_sunlitFraction.MaxValue = 1D;
_sunlitFraction.MinValue = 0D;
_sunlitFraction.DefaultValue = 1D;
_sunlitFraction.Units = "-";
_sunlitFraction.URL = "http://";
_sunlitFraction.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_shadeFraction.Name = "shadeFraction";
_shadeFraction.Description = "Shade leaves surface fraction (generic variable)";
_shadeFraction.MaxValue = 1D;
_shadeFraction.MinValue = 0D;
_shadeFraction.DefaultValue = 0D;
_shadeFraction.Units = "-";
_shadeFraction.URL = "http://";
_shadeFraction.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_sunlitShadedFraction.Name = "sunlitShadedFraction";
_sunlitShadedFraction.Description = "Summary of fraction of shaded and sunlit leaves";
_sunlitShadedFraction.MaxValue = 1D;
_sunlitShadedFraction.MinValue = 0D;
_sunlitShadedFraction.DefaultValue = 1D;
_sunlitShadedFraction.Units = "-";
_sunlitShadedFraction.URL = "http://";
_sunlitShadedFraction.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_sunlitShadedFractionNIR.Name = "sunlitShadedFractionNIR";
_sunlitShadedFractionNIR.Description = "Summary of fraction of shaded and sunlit leaves for Near Infrared Radiations";
_sunlitShadedFractionNIR.MaxValue = 1D;
_sunlitShadedFractionNIR.MinValue = 0D;
_sunlitShadedFractionNIR.DefaultValue = 1D;
_sunlitShadedFractionNIR.Units = "-";
_sunlitShadedFractionNIR.URL = "http://";
_sunlitShadedFractionNIR.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_sunlitShadedFractionPAR.Name = "sunlitShadedFractionPAR";
_sunlitShadedFractionPAR.Description = "Summary of fraction of shaded and sunlit leaves for Photosynthetically Active rad" +
"iations";
_sunlitShadedFractionPAR.MaxValue = 1D;
_sunlitShadedFractionPAR.MinValue = 0D;
_sunlitShadedFractionPAR.DefaultValue = 1D;
_sunlitShadedFractionPAR.Units = "-";
_sunlitShadedFractionPAR.URL = "http://";
_sunlitShadedFractionPAR.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_k_dirNIR.Name = "k_dirNIR";
_k_dirNIR.Description = "Coefficient of extinction of beam and scatter irradiances for Near Infrared Radia" +
"tion";
_k_dirNIR.MaxValue = 10D;
_k_dirNIR.MinValue = 0D;
_k_dirNIR.DefaultValue = 1D;
_k_dirNIR.Units = "-";
_k_dirNIR.URL = "http://";
_k_dirNIR.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_k_dirPAR.Name = "k_dirPAR";
_k_dirPAR.Description = "Coefficient of extinction of beam and scatter irradiances for Photosynthetically " +
"Active Radiaitions";
_k_dirPAR.MaxValue = 10D;
_k_dirPAR.MinValue = 0D;
_k_dirPAR.DefaultValue = 1D;
_k_dirPAR.Units = "-";
_k_dirPAR.URL = "http://";
_k_dirPAR.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_k_difNIR.Name = "k_difNIR";
_k_difNIR.Description = "Extinction coefficient of diffuse and scatter irradiance from the entire sky for " +
"Near Infrared Radaiations";
_k_difNIR.MaxValue = 10D;
_k_difNIR.MinValue = 0D;
_k_difNIR.DefaultValue = 0.5D;
_k_difNIR.Units = "-";
_k_difNIR.URL = "http://";
_k_difNIR.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_k_difPAR.Name = "k_difPAR";
_k_difPAR.Description = "Extinction coefficient of diffuse and scatter irradiance from the entire sky for " +
"Photosynthetically Active Radiations";
_k_difPAR.MaxValue = 10D;
_k_difPAR.MinValue = 0D;
_k_difPAR.DefaultValue = 0.5D;
_k_difPAR.Units = "-";
_k_difPAR.URL = "http://";
_k_difPAR.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_rhoCanopyDirNIR.Name = "rhoCanopyDirNIR";
_rhoCanopyDirNIR.Description = "Canopy reflectance coefficient to diffuse irradiance for Near Infrared Radiaition" +
"s";
_rhoCanopyDirNIR.MaxValue = 1D;
_rhoCanopyDirNIR.MinValue = 0D;
_rhoCanopyDirNIR.DefaultValue = 0.5D;
_rhoCanopyDirNIR.Units = "-";
_rhoCanopyDirNIR.URL = "http://";
_rhoCanopyDirNIR.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_rhoCanopyDirPAR.Name = "rhoCanopyDirPAR";
_rhoCanopyDirPAR.Description = "Canopy reflectance coefficient to diffuse irradiance for Photosyntheti cally Acti" +
"ve Radiaitions";
_rhoCanopyDirPAR.MaxValue = 1D;
_rhoCanopyDirPAR.MinValue = 0D;
_rhoCanopyDirPAR.DefaultValue = 0.5D;
_rhoCanopyDirPAR.Units = "-";
_rhoCanopyDirPAR.URL = "http://";
_rhoCanopyDirPAR.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryIntDouble");
//
_k_difBlack.Name = "k_difBlack";
_k_difBlack.Description = "Extinction coefficient of diffuse and scatter irradiance from the entire sky for " +
"black leaves";
_k_difBlack.MaxValue = 10D;
_k_difBlack.MinValue = 0D;
_k_difBlack.DefaultValue = 0.5D;
_k_difBlack.Units = "-";
_k_difBlack.URL = "http://";
_k_difBlack.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_ala.Name = "ala";
_ala.Description = "Average leaf angle";
_ala.MaxValue = 0.78D;
_ala.MinValue = 0D;
_ala.DefaultValue = 3.141592D;
_ala.Units = "radians";
_ala.URL = "http://";
_ala.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_cumulTT.Name = "cumulTT";
_cumulTT.Description = "Cumulative physiological Thermal Time";
_cumulTT.MaxValue = 20000D;
_cumulTT.MinValue = 0D;
_cumulTT.DefaultValue = 0D;
_cumulTT.Units = "°Cd";
_cumulTT.URL = "http://";
_cumulTT.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_termSpikletTT.Name = "termSpikletTT";
_termSpikletTT.Description = "Cumulative physiological Thermal Time at terrminal spiklet growth stage ";
_termSpikletTT.MaxValue = 20000D;
_termSpikletTT.MinValue = 0D;
_termSpikletTT.DefaultValue = 0D;
_termSpikletTT.Units = "°Cd";
_termSpikletTT.URL = "http://";
_termSpikletTT.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_flagLeafLiguleTT.Name = "flagLeafLiguleTT";
_flagLeafLiguleTT.Description = "Cumulative physiological Thermal Time at Flag Leaf Ligulation";
_flagLeafLiguleTT.MaxValue = 20000D;
_flagLeafLiguleTT.MinValue = 0D;
_flagLeafLiguleTT.DefaultValue = 0D;
_flagLeafLiguleTT.Units = "°Cd";
_flagLeafLiguleTT.URL = "http://";
_flagLeafLiguleTT.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_fiPARb.Name = "fiPARb";
_fiPARb.Description = "Fraction of direct intercepted light";
_fiPARb.MaxValue = 1D;
_fiPARb.MinValue = 0D;
_fiPARb.DefaultValue = 0D;
_fiPARb.Units = "-";
_fiPARb.URL = "http://";
_fiPARb.ValueType = VarInfoValueTypes.GetInstanceForName("DictionaryDoubleDouble");
//
_FLN.Name = "FLN";
_FLN.Description = "Final Leaf Number";
_FLN.MaxValue = 100D;
_FLN.MinValue = 0D;
_FLN.DefaultValue = 15D;
_FLN.Units = "leaf";
_FLN.URL = "http://";
_FLN.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_HS.Name = "HS";
_HS.Description = "Haun Stage";
_HS.MaxValue = 100D;
_HS.MinValue = 0D;
_HS.DefaultValue = 5D;
_HS.Units = "leaf";
_HS.URL = "http://";
_HS.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_Phyll.Name = "Phyll";
_Phyll.Description = "Phyllochron";
_Phyll.MaxValue = 1000D;
_Phyll.MinValue = 0D;
_Phyll.DefaultValue = 120D;
_Phyll.Units = "°Cd/leaf";
_Phyll.URL = "http://";
_Phyll.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_rhoCanopyDiffNIR.Name = "rhoCanopyDiffNIR";
_rhoCanopyDiffNIR.Description = "eflectance coefficeintfo diffuse NIR";
_rhoCanopyDiffNIR.MaxValue = 1D;
_rhoCanopyDiffNIR.MinValue = 0D;
_rhoCanopyDiffNIR.DefaultValue = 1D;
_rhoCanopyDiffNIR.Units = "-";
_rhoCanopyDiffNIR.URL = "http://";
_rhoCanopyDiffNIR.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
//
_rhoCanopyDiffPAR.Name = "rhoCanopyDiffPAR";
_rhoCanopyDiffPAR.Description = "Reflectance Coefficient for Diffuse PAR";
_rhoCanopyDiffPAR.MaxValue = 1D;
_rhoCanopyDiffPAR.MinValue = 0D;
_rhoCanopyDiffPAR.DefaultValue = 1D;
_rhoCanopyDiffPAR.Units = "-";
_rhoCanopyDiffPAR.URL = "http://";
_rhoCanopyDiffPAR.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
}
public CalculateHourlyRadiation()
{
ModellingOptions mo0_0 = new ModellingOptions();
//Parameters
List <VarInfo> _parameters0_0 = new List <VarInfo>();
VarInfo v1 = new VarInfo();
v1.DefaultValue = 0;
v1.Description = "latitude";
v1.Id = 0;
v1.MaxValue = 90;
v1.MinValue = -90;
v1.Name = "latitude";
v1.Size = 1;
v1.Units = "°";
v1.URL = "";
v1.VarType = CRA.ModelLayer.Core.VarInfo.Type.STATE;
v1.ValueType = VarInfoValueTypes.GetInstanceForName("Double");
_parameters0_0.Add(v1);
mo0_0.Parameters = _parameters0_0;
//Inputs
List <PropertyDescription> _inputs0_0 = new List <PropertyDescription>();
PropertyDescription pd1 = new PropertyDescription();
pd1.DomainClassType = typeof(SiriusQualityMeteo.MeteoState);
pd1.PropertyName = "dayOfYear";
pd1.PropertyType = ((SiriusQualityMeteo.MeteoStateVarInfo.dayOfYear)).ValueType.TypeForCurrentValue;
pd1.PropertyVarInfo = (SiriusQualityMeteo.MeteoStateVarInfo.dayOfYear);
_inputs0_0.Add(pd1);
PropertyDescription pd2 = new PropertyDescription();
pd2.DomainClassType = typeof(SiriusQualityMeteo.MeteoState);
pd2.PropertyName = "solarRadiation";
pd2.PropertyType = ((SiriusQualityMeteo.MeteoStateVarInfo.solarRadiation)).ValueType.TypeForCurrentValue;
pd2.PropertyVarInfo = (SiriusQualityMeteo.MeteoStateVarInfo.solarRadiation);
_inputs0_0.Add(pd2);
PropertyDescription pd3 = new PropertyDescription();
pd3.DomainClassType = typeof(SiriusQualityMeteo.MeteoState);
pd3.PropertyName = "dayLength";
pd3.PropertyType = ((SiriusQualityMeteo.MeteoStateVarInfo.dayLength)).ValueType.TypeForCurrentValue;
pd3.PropertyVarInfo = (SiriusQualityMeteo.MeteoStateVarInfo.dayLength);
_inputs0_0.Add(pd3);
PropertyDescription pd4 = new PropertyDescription();
pd4.DomainClassType = typeof(SiriusQualityMeteo.MeteoState);
pd4.PropertyName = "solarDeclination";
pd4.PropertyType = ((SiriusQualityMeteo.MeteoStateVarInfo.solarDeclination)).ValueType.TypeForCurrentValue;
pd4.PropertyVarInfo = (SiriusQualityMeteo.MeteoStateVarInfo.solarDeclination);
_inputs0_0.Add(pd4);
PropertyDescription pd5 = new PropertyDescription();
pd5.DomainClassType = typeof(SiriusQualityMeteo.MeteoState);
pd5.PropertyName = "radTopAtm";
pd5.PropertyType = ((SiriusQualityMeteo.MeteoStateVarInfo.radTopAtm)).ValueType.TypeForCurrentValue;
pd5.PropertyVarInfo = (SiriusQualityMeteo.MeteoStateVarInfo.radTopAtm);
_inputs0_0.Add(pd5);
mo0_0.Inputs = _inputs0_0;
//Outputs
List <PropertyDescription> _outputs0_0 = new List <PropertyDescription>();
PropertyDescription pd6 = new PropertyDescription();
pd6.DomainClassType = typeof(SiriusQualityMeteo.MeteoState);
pd6.PropertyName = "hourlyRadiation";
pd6.PropertyType = ((SiriusQualityMeteo.MeteoStateVarInfo.hourlyRadiation)).ValueType.TypeForCurrentValue;
pd6.PropertyVarInfo = (SiriusQualityMeteo.MeteoStateVarInfo.hourlyRadiation);
_outputs0_0.Add(pd6);
PropertyDescription pd7 = new PropertyDescription();
pd7.DomainClassType = typeof(SiriusQualityMeteo.MeteoState);
pd7.PropertyName = "hourlySolarElevation";
pd7.PropertyType = ((SiriusQualityMeteo.MeteoStateVarInfo.hourlySolarElevation)).ValueType.TypeForCurrentValue;
pd7.PropertyVarInfo = (SiriusQualityMeteo.MeteoStateVarInfo.hourlySolarElevation);
_outputs0_0.Add(pd7);
mo0_0.Outputs = _outputs0_0;
//Associated strategies
List <string> lAssStrat0_0 = new List <string>();
mo0_0.AssociatedStrategies = lAssStrat0_0;
//Adding the modeling options to the modeling options manager
_modellingOptionsManager = new ModellingOptionsManager(mo0_0);
SetStaticParametersVarInfoDefinitions();
SetPublisherData();
}