/// <summary>
/// Performs Best Fit with "Best" Defined as the fit which will result in the lowest remaining length in the Bin being fitted into.
/// </summary>
/// <param name="Bins"></param>
/// <param name="Items"></param>
static void BestFitMinRemainingLength(ref List <Bin> Bins, ref List <Item> Items)
{
double MaximumBinLength = FittingResultComputer.ComputeMaximumBinLength(Bins);
for (int i = 0; i < Items.Count; i++) // For each Item, in the order they appear:
{
Item Item = Items[i];
Boolean AnyFitFound = false;
double MinimumWastedLengthRemaining = MaximumBinLength;
int IndexOfBestFitBin = -1;
for (int j = 0; j < Bins.Count; j++) // For each Bin, in the order they appear:
{
Bin Bin = Bins[j];
if (Item.Length <= Bin.RemainingLength && Item.Effect <= Bin.Resistance)
{
if (Bin.RemainingLength - Item.Length < MinimumWastedLengthRemaining)
{
MinimumWastedLengthRemaining = Bin.RemainingLength - Item.Length;
IndexOfBestFitBin = j;
AnyFitFound = true;
}
}
}
if (AnyFitFound == false)
{
//Console.WriteLine("Failed to fit Item " + i);
}
else
{
AddItemToBin(Bins[IndexOfBestFitBin], Item);
}
}
}
public FittingResult(List <Bin> Bins, List <Item> Items, FitStrategy FitStrategy, TimeSpan TimeElapsed)
{
this.FitStrategy = FitStrategy;
this.Bins = Bins;
this.Items = Items;
this.TimeElapsedInTicks = TimeElapsed.Ticks;
NumberOfBinsUsed = FittingResultComputer.ComputeNumberOfBinsUsed(Bins);
NumberOfItemsNotFitted = FittingResultComputer.ComputeNumberOfItemsNotFitted(Items);
TotalWastedLength = FittingResultComputer.ComputeTotalWastedLength(Bins);
TotalRemainingLength = FittingResultComputer.ComputeTotalRemainingLength(Bins);
}