public void makeNewDecision(Base_ACO algorithm, DecisionArchive archive, Random rand, double xi)
{
double [] sigma = calcSigma(archive, xi);
decision = new Decision(algorithm);
decision.TermOrWeghtClassParams.AddRange(archive[l].TermOrWeghtClassParams);
for (int j = 0; j < archive[l].TermOrWeghtClassParams.Count; j++)
{
decision.TermOrWeghtClassParams[j] = Base_ACO.BoxMullerTransform(sigma[j], decision.TermOrWeghtClassParams[j], rand);
}
}
public Colony(int antCount, int decisionArchiveCount, int numTerm, Term Term, Base_ACO algorithm)
{
for (int i = 0; i < antCount; i++)
{
Ant the_Ant = new Ant();
theAnts.Add(the_Ant);
}
theArchive = new DecisionArchive(decisionArchiveCount, algorithm);
theTerm = Term;
parrent = algorithm;
}
private double[] calcSigma(DecisionArchive archive, double xi)
{
double [] sigma = new double [archive[l].TermOrWeghtClassParams.Count];
for (int j = 0; j < archive[l].TermOrWeghtClassParams.Count; j++)
{
sigma[j] = 0;
for (int i = 0; i < archive.Count; i++)
{
sigma[j] += (Math.Abs(archive[i].TermOrWeghtClassParams[j] - archive[l].TermOrWeghtClassParams[j])) / archive.Count;
}
sigma[j] *= xi;
}
return(sigma);
}
public void getL(DecisionArchive archive, Random rand)
{
double[] propability = archive.Propability;
l = getOneOfArchive(propability, rand);
}
