protected override void UpdateTotals()
{
if (ItemsShowing.Count == 0)
{
AveragePreference = 0;
AverageProfitMargin = 0;
return;
}
AveragePreference = ItemsShowing.Average(x => x.Preference);
AverageProfitMargin = ItemsShowing.Average(x => x.ProfitMargin);
}
protected override void UpdateTotals()
{
if (ItemsShowing.Count() == 0)
{
Minimum = Maximum = Average = 0;
return;
}
Minimum = ItemsShowing.Min(x => x.MinimumQuantity * x.MinimumUnitMeasure.ToBaseConversion);
Maximum = ItemsShowing.Max(x => x.MaximumQuantity * x.MaximumUnitMeasure.ToBaseConversion);
Average = Math.Round(ItemsShowing.Average(x => x.AverageQuantity * x.AverageUnitMeasure.ToBaseConversion));
//fit qtties
var invSvc = base.GetService <IInventoryService>();
using (var unitOfWork = base.GetNewUnitOfWork())
{
Product selectedProduct = Products.Single(x => x.Id == SelectedProductId);
UMFamily umf = unitOfWork.UMFamilyRepository.GetById(selectedProduct.UMFamilyId);
UnitMeasure bestUM = invSvc.GetBestUM(umf, Minimum);
MinUnitMeasure = bestUM;
Minimum = Minimum / bestUM.ToBaseConversion;
bestUM = invSvc.GetBestUM(umf, Maximum);
MaxUnitMeasure = bestUM;
Maximum = Maximum / bestUM.ToBaseConversion;
bestUM = invSvc.GetBestUM(umf, Average);
AveUnitMeasure = bestUM;
int decimalPlaces = umf.Id == 1 ? 0 : 2;
Average = Math.Round(Average / bestUM.ToBaseConversion, decimalPlaces);
}
}