// Starts the algorithm
public int[] Run()
{
_parentGenoms = new int[CountEntitiesInGeneration][];
_childrenGenoms = new int[CountEntitiesInGeneration][];
_timeCheck?.Start();
CreateFirstGeneration();
for (int currGen = 0; currGen < CountGenerations; ++currGen)
{
DoSelection();
CrossGeneration();
if (UseMutation)
{
MutateGeneration();
}
var tmp = _parentGenoms;
_parentGenoms = _childrenGenoms;
_childrenGenoms = tmp;
}
// choose the best genom
int bestFitness = 0;
int[] bestGenom = null;
foreach (var genom in _parentGenoms)
{
int fitRes = _fintness.Fit(genom);
if (fitRes > bestFitness)
{
bestFitness = fitRes;
bestGenom = genom;
}
}
_timeCheck?.Stop();
return(bestGenom);
}
// Gets optimal permutation
public T[] GetOptimal()
{
T[] result = null;
int maxK = 0;
_time?.Start();
_perm.Generate(_exh.GetSet(), perm =>
{
int k = _exh.OptimalСoef(perm);
if (k > maxK)
{
maxK = k;
result = (T[])perm.Clone();
}
});
_time?.Stop();
return(result);
}
