public AppliedImportedManure(List <FieldAppliedManure> fieldAppliedManures, ImportedManure importedManure) :
base(fieldAppliedManures)
{
ImportedManure = importedManure;
}
private List <FieldAppliedManure> CalculateFieldAppliedImportedManure(YearData yearData,
FarmManure farmManure, ImportedManure importedManure)
{
var fieldAppliedManures = new List <FieldAppliedManure>();
var fieldsAppliedWithImportedManure = yearData
.GetFieldsAppliedWithManure(farmManure)
.Where(f => !fieldAppliedManures.Any(fam => fam.FieldId == f.Id)).ToList();
foreach (var field in fieldsAppliedWithImportedManure)
{
var nutrientManures = field?.Nutrients.nutrientManures
.Where(nm => Convert.ToInt32(nm.manureId) == farmManure.Id)
.ToList() ?? new List <NutrientManure>();
foreach (var nutrientManure in nutrientManures)
{
var fieldAppliedManure = new FieldAppliedManure()
{
FieldId = field.Id
};
if (importedManure.ManureType == ManureMaterialType.Liquid)
{
var convertedRate = _manureUnitConversionCalculator
.GetLiquidUSGallonsPerAcreApplicationRate(nutrientManure.rate,
(ApplicationRateUnits)Convert.ToInt32(nutrientManure.unitId));
fieldAppliedManure.USGallonsApplied =
field.Area * convertedRate;
}
else
{
var convertedRate = _manureUnitConversionCalculator
.GetSolidsTonsPerAcreApplicationRate(importedManure.Moisture.Value, nutrientManure.rate,
(ApplicationRateUnits)Convert.ToInt32(nutrientManure.unitId));
fieldAppliedManure.TonsApplied = field.Area * convertedRate;
}
fieldAppliedManures.Add(fieldAppliedManure);
}
}
return(fieldAppliedManures);
}
