/// <summary>
/// Calculate how much to irrigate in a Date.
/// Use both ways to calculate: by available water and by acumulated evapotranspirationCrop
/// </summary>
/// <param name="pName">new name</param>
public Pair <double, Utils.WaterInputType> HowMuchToIrrigate(CropIrrigationWeather pCropIrrigationWeather)
{
Pair <double, Utils.WaterInputType> lReturn;
bool lIrrigationByEvapotranspiration;
bool lIrrigationByHydricBalance;
double lPercentageAvailableWater;
lReturn = new Pair <double, Utils.WaterInputType>();
lIrrigationByEvapotranspiration = CalculusEvapotranspiration.IrrigateByEvapotranspiration(pCropIrrigationWeather);
lIrrigationByHydricBalance = CalculusAvailableWater.IrrigateByHydricBalance(pCropIrrigationWeather);
lPercentageAvailableWater = pCropIrrigationWeather.GetPercentageOfAvailableWaterTakingIntoAccointPermanentWiltingPoint();
//If we need to irrigate by Evapotranspiraton, then Available water has to be lower than 60%
if (lIrrigationByEvapotranspiration && lPercentageAvailableWater < InitialTables.PERCENTAGE_OF_AVAILABE_WATER_TO_IRRIGATE)
{
lReturn.First = pCropIrrigationWeather.PredeterminatedIrrigationQuantity;
lReturn.Second = Utils.WaterInputType.IrrigationByETCAcumulated;
}
else if (lIrrigationByHydricBalance)
{
lReturn.First = pCropIrrigationWeather.PredeterminatedIrrigationQuantity;
lReturn.Second = Utils.WaterInputType.IrrigationByHydricBalance;
}
return(lReturn);
}
/// <summary>
/// Constructor of ClassTemplate
/// </summary>
public IrrigationCalculus()
{
this.calculusAvailableWater = new CalculusAvailableWater();
this.calculusEvapotranspiration = new CalculusEvapotranspiration();
}