public void TestGeneticSimulation()
{
simulation = new GeneticSimulation <BoolGene>(100, 5, new BoolGrowthLimitedFitness(), new AsymmetricCrossoverRecombinator(), new AlphaSelector(), new PieCakeSelector());
//simulation.GeneDuplicationRate = 0.00001;
simulation.SimulationTurn += new OnSimulationTurn(TestDelegate);
simulation.RunSimulation();
Assert.IsTrue(delegateRun);
delegateRunCount = 0;
simulation.RunSimulation(1000);
Assert.AreEqual(1000, delegateRunCount, "Did not run 1000 times!");
/* Assert.AreEqual(5.0, simulation.AverageFitness, 0.5, "This may occur, rerun Test and see if it keeps happening!");
* Assert.AreEqual(5.0, simulation.MostSuccessfullIndividual.Fitness, "This may occur, rerun Test and see if it keeps happening!");*/
simulation.ResetSimulation();
delegateRunCount = 0;
delegateRun = false;
simulation.GeneDuplicationRate = 0.01;
simulation.RunSimulation();
Assert.IsTrue(delegateRun);
delegateRunCount = 0;
simulation.RunSimulation(10);
/* Assert.AreEqual(10, delegateRunCount, "Did not run 10 times!");
* Assert.IsTrue(simulation.AverageChromosomeLength > 5, "Average Chromosome Lengtrh not > 5"); */
}
public void TestGeneticSimulation()
{
simulation = new GeneticSimulation<BoolGene>(100, 5, new BoolGrowthLimitedFitness(), new AsymmetricCrossoverRecombinator(), new AlphaSelector() ,new PieCakeSelector());
//simulation.GeneDuplicationRate = 0.00001;
simulation.SimulationTurn += new OnSimulationTurn(TestDelegate);
simulation.RunSimulation();
Assert.IsTrue(delegateRun);
delegateRunCount = 0;
simulation.RunSimulation(1000);
Assert.AreEqual(1000, delegateRunCount, "Did not run 1000 times!");
/* Assert.AreEqual(5.0, simulation.AverageFitness, 0.5, "This may occur, rerun Test and see if it keeps happening!");
Assert.AreEqual(5.0, simulation.MostSuccessfullIndividual.Fitness, "This may occur, rerun Test and see if it keeps happening!");*/
simulation.ResetSimulation();
delegateRunCount = 0;
delegateRun = false;
simulation.GeneDuplicationRate = 0.01;
simulation.RunSimulation();
Assert.IsTrue(delegateRun);
delegateRunCount = 0;
simulation.RunSimulation(10);
/* Assert.AreEqual(10, delegateRunCount, "Did not run 10 times!");
Assert.IsTrue(simulation.AverageChromosomeLength > 5, "Average Chromosome Lengtrh not > 5"); */
}
/// <summary>
/// Simulation start
/// </summary>
/// <param name="sender">Sender Object</param>
/// <param name="e">Event Object</param>
private void btn_Simuliere_Click(object sender, EventArgs e)
{
Cursor = Cursors.WaitCursor;
btn_Simulate.Enabled = false;
btn_Reset.Enabled = false;
btn_AutoSim.Enabled = false;
btn_SimAbort.Focus();
//erster Durchlauf der Simulation
if (GenSim == null)
{
btn_Play.Enabled = true;
txt_ChromosomeLength.Enabled = false;
cmb_Recombinator.Enabled = false;
cmb_Selector.Enabled = false;
txt_Weight.Enabled = false;
txt_Height.Enabled = false;
txt_Engine.Enabled = false;
txt_MutationsRate.Enabled = false;
txt_LossRate.Enabled = false;
txt_DuplicationsRate.Enabled = false;
IntGene.MaxValue = Convert.ToInt32(txt_Engine.Text);
MoonSim = new MondlandungsSimulation(Convert.ToInt32(txt_Height.Text), Convert.ToInt32(txt_Engine.Text), Convert.ToInt32(txt_Weight.Text), tsmi_SpacemanHeight.Checked);
GenSim = new GeneticSimulation <IntGene>(100, Convert.ToInt32(txt_ChromosomeLength.Text), MoonSim, recombinationProvider, selectionProvider);
GenSim.SimulationTurn += OnSimulationTurn;
GenSim.GeneMutationRate = Convert.ToDouble(txt_MutationsRate.Text);
GenSim.GeneDuplicationRate = Convert.ToDouble(txt_DuplicationsRate.Text);
GenSim.GeneDropRate = Convert.ToDouble(txt_LossRate.Text);
}
//automatisierte Simulation bis Erreichen der Delta-Fitness
if (sender == btn_AutoSim)
{
btn_SimAbort.Focus();
float fitnessGrenze = Convert.ToSingle(txt_Fitness.Text);
float startFitness = GenSim.AverageFitness;
while (fitnessGrenze + startFitness > GenSim.AverageFitness && !simulationAbort)
{
Application.DoEvents();
GenSim.RunSimulation();
}
simulationAbort = false;
btn_Simulate.Enabled = true;
btn_Reset.Enabled = true;
btn_AutoSim.Enabled = true;
}
//einfache Simulation mit angegebener Rundenzahl
else
{
GenSim.RunSimulation(Convert.ToInt32(txt_RoundNumber.Text));
}
if (!closingApplication)
{
dgv_Population.Rows.Clear();
dgv_Population.Rows.Add(GenSim.PoppulationSize);
for (int i = 0; i < GenSim.PoppulationSize; i++)
{
dgv_Population.Rows[i].Cells[0].Value = GenSim[i].GeneCount.ToString();
dgv_Population.Rows[i].Cells[1].Value = GenSim[i].ToString();
dgv_Population.Rows[i].Cells[2].Value = GenSim[i].Fitness.ToString();
dgv_Population.Rows[i].Tag = GenSim[i];
}
zgc_Simulationsgraph.AxisChange();
zgc_Simulationsgraph.Invalidate();
Cursor = Cursors.Default;
btn_Simulate.Enabled = true;
btn_Reset.Enabled = true;
btn_AutoSim.Enabled = true;
}
}
