private List <PhenotypeView> solve()
{
List <PhenotypeView> bestPhenotypesViews = new List <PhenotypeView>();
// Tworzenie solvera
Solver.getInstance().Configure(this.sudoku, (int)populationSizeBox.Value, (int)iterationCountBox.Value, (float)crossingProbabilityBox.Value, (float)mutationProbabilityBox.Value);
List <List <Phenotype> > populations = new List <List <Phenotype> >();
populations = Solver.getInstance().Solve();
bestPhenotype = populations[populations.Count - 1][0];
int i = 1;
foreach (List <Phenotype> population in populations)
{
bestPhenotypesViews.Add(new PhenotypeView(population[0], i));
i++;
}
return(bestPhenotypesViews);
}
public static int Compare(Phenotype a, Phenotype b)
{
return(a.Fitness - b.Fitness < 0 ? -1 : 1);
}
public PhenotypeView(Phenotype phenotype, int iterationNumber)
{
this.Iteration = iterationNumber;
this.Fitness = phenotype.Fitness;
this.Sudoku = phenotype.Sudoku;
}
public Genotype(Phenotype phenotype)
{
this.ConstIndexes = new List <int>(phenotype.Genotype.ConstIndexes);
this.GeneSequence = new List <int>(phenotype.Genotype.GeneSequence);
this.Puzzle = phenotype.Genotype.Puzzle;
}
public FitnessEvaluator(Phenotype phenotype)
{
this.Phenotype = phenotype;
}
