private void Copy(object obj)
{
if (SelectedSequence != null)
{
var copy = SelectedSequence.Copy();
var index = Sequences.IndexOf(SelectedSequence);
Sequences.Insert(index + 1, copy);
ReorderSequenceNumbers();
SelectedSequence = copy;
}
}
//AC2, PU3, PU05, PU002R, PU02R.
public void ComputeAlgorithm()
{
double widthCovered = double.MaxValue;
double areaCovered = double.MaxValue;
IList <string> itemAllocationMethods = new List <string>
{
"AC1",
//"AC2"
};
IList <string> pricingRules = new List <string>
{
"IP1",
"IP2",
"IP3",
"IP4"
};
IList <string> priceUpdatingRules = new List <string>
{
"PU1",
"PU2",
//"PU3",
//"PU001",
"PU002",
"PU005",
"PU02",
//"PU05",
//"PU001R",
//"PU002R",
"PU005R",
//"PU02R",
"PU05R"
};
Sequences.Add(new Sequence());
Sequences.Add(new Sequence());
int counter = 0;
foreach (string itemAllocationMethod in itemAllocationMethods)
{
foreach (string pricingRule in pricingRules)
{
foreach (string priceUpdatingRule in priceUpdatingRules)
{
//ogni volta mi arrivano da hsolve due sequenze, la prima e l'ultima
IList <Sequence> sequences = HSolve.ComputeHeuristic(Configuration, itemAllocationMethod,
pricingRule, priceUpdatingRule);
//controllo se la lunghezza coperta dall'ultimo bin della soluzione è
//minore rispetto alla lunghezza trovata nelle sequenze precedentementi
if (sequences[0].WidthCovered < widthCovered)
{
widthCovered = sequences[0].WidthCovered;
Console.WriteLine("LUNGHEZZA UPDATE -> widthCovered " + widthCovered + ", " + itemAllocationMethod + " " +
pricingRule + " " + priceUpdatingRule);
Sequences.RemoveAt(0);
Sequences.Insert(0, sequences[0]);
}
//controllo se l'area coperta dall'ultimo bin della soluzione è
//minore rispetto all'area trovata nelle sequenze precedentementi
if (sequences[1].AreaCovered < areaCovered)
{
areaCovered = sequences[1].AreaCovered;
Console.WriteLine("AREA UPDATE -> areaCovered " + areaCovered + ", " + itemAllocationMethod + " " +
pricingRule + " " + priceUpdatingRule);
Sequences.RemoveAt(1);
Sequences.Insert(1, sequences[1]);
}
Console.WriteLine("check " + counter);
counter += 1;
}
}
}
Console.WriteLine("\n SEQUENZA W// MIN LUNGHEZZA");
Console.WriteLine("numero bin " + Sequences[0].Bins.Count);
Console.WriteLine("lunghezza coperta ultimo bin " + Sequences[0].WidthCovered);
Console.WriteLine("area usata ultimo bin - valore assoluto " + Sequences[0].UsedAreaAbsoluteValue);
Console.WriteLine("area usata ultimo bin - percentuale " + Sequences[0].UsedAreaPercentageValue + "%");
Console.WriteLine("\n SEQUENZA W// MIN AREA");
Console.WriteLine("numero bin " + Sequences[1].Bins.Count);
Console.WriteLine("Area coperta ultimo bin " + Sequences[1].AreaCovered);
Console.WriteLine("lunghezza coperta ultimo bin " + Sequences[1].WidthCovered);
Console.WriteLine("area usata ultimo bin - valore assoluto " + Sequences[1].UsedAreaAbsoluteValue);
Console.WriteLine("area usata ultimo bin - percentuale " + Sequences[1].UsedAreaPercentageValue + "%");
}
