public async Task RunAsync()
{
var population = new List <Chromosome <T> >();
foreach (var _ in Enumerable.Range(0, geneticOptions.PopulationSize))
{
var chromosome = await geneticAlgorithm.CreateChromosomeAsync();
population.Add(chromosome);
}
var sortedPopulation = population.OrderByDescending(c => c.Fitness);
var generations = 1;
while (sortedPopulation.First().Fitness < geneticOptions.SatisfactoryFitnessValue)
{
var elitesToTake = (int)Math.Floor(
geneticOptions.PopulationSize * (geneticOptions.ElitismPercentage / 100));
var newPopulation = sortedPopulation.Take(elitesToTake).ToList();
ApplyCrossover(sortedPopulation, newPopulation);
await ApplyMutationAsync(newPopulation);
sortedPopulation = newPopulation.OrderByDescending(c => c.Fitness);
generations += 1;
}
var bestChromosome = sortedPopulation.First();
Console.WriteLine($"Кількість поколінь: {generations}\n");
Console.WriteLine(outputManager.GetOutput(bestChromosome.Genes));
}
public async Task RunAsync()
{
await backtrackingAlgorithm.GenerateBasicSolutionAsync();
var items = new List <T>();
if (!backtrackingAlgorithm.BacktrackingSearch(items))
{
Console.WriteLine("Розв\'язків немає");
}
Console.WriteLine(outputManager.GetOutput(items));
}