protected void OnBtnStart10Clicked(object sender, System.EventArgs e)
{
//Mal ne Exception, will ich eh alles anders machen
statusbar.Push(1,"Ditt jeht noch nich, keule.");
Problem bin = new Griewank();
bin.countIndividuals = (int)txt_countIndividuals.Value;
Genome a = new GenomeReal(5,-50,50);
Genome b = new GenomeReal(5,-50,50);
List<Genome> childs = new List<Genome>(2);
childs.Add(a);
childs.Add(b);
Console.WriteLine(a.AsString());
Console.WriteLine(b.AsString());
bin.MutateBinary(childs);
}
protected void OnBtnStartClicked(object sender, EventArgs e)
{
btn_Start.Sensitive = false;
txt_Output.Buffer.Clear();
try
{
Problem problem = null;
switch (cbo_Problem.Active)
{
case 0 : problem = new TravelingSalesMan(); break;
case 1 : problem = new Griewank(); break;
case 2 : problem = new Ackley(); break;
case 3 : problem = new Nullstelle(); break;
}
if (problem == null)
throw new NullReferenceException();
problem.countGene = (int)txt_countGenes.Value;
problem.maxGenerations = (int)txt_maxGeneration.Value;
problem.countIndividuals = (int)txt_countIndividuals.Value;
problem.countChilds = (int)txt_countChilds.Value;
problem.recombinationProbability = txt_recombProb.Value;
if (cbo_Encryption.Active == 1)
{
problem.RecombBinaryIsSinglePoint = (cbo_recombBinary.Active == 0)? true : (cbo_recombBinary.Active == 1)? false : (bool?)null;
}
if (cbo_Encryption.Active == 2)
{
problem.RecombRealIsIntermidiate = cbo_recombReal.Active == 0;
}
problem.InvertOnMutate = rb_Invert.Active ? true : false;
problem.minAllelValue = problem.minAllelValue == 0 ? 1 : problem.minAllelValue;
problem.maxAllelValue = problem.maxAllelValue == 0 ? problem.countGene + 1 : problem.maxAllelValue;
problem.SelPropType = rb_Fitness.Active ? main.Helper.Enums.SelPropType.Fitness : main.Helper.Enums.SelPropType.Ranking;
problem.SelType = (main.Helper.Enums.SelType)cbo_SelType.Active;
problem.Encryption = (main.Helper.Enums.Encryption)cbo_Encryption.Active;
problem.TournamentMemberCount = (int)txt_TournamentMemberCount.Value;
Evolution evol = new Evolution(problem);
//Methode zum behandeln des Fortschritt-Events zuweisen
evol.OnProgress += new Evolution.OnProgressEvent(OnEvolutionProgressChanged);
// Laufzeitmessung
watch.Start();
evol.Compute();
//Laufzeitauswertung
watch.Reset();
txt_Output.Buffer.Text = problem.Output.ToString();
btn_Start.Sensitive = true;
}
catch (Exception ex)
{
txt_Output.Buffer.Text += "\r\n\r\nFehler: " + ex.Message + "\r\n\r\n" + ex.StackTrace;
btn_Start.Sensitive = true;
}
}
