virtual public void ResetSimulation()
{
population = new ArrayList(this.populationSize);
while (this.population.Count < this.populationSize)
{
Chromosome <Gene> chromosome = new Chromosome <Gene>(this.defaultChromosomeLength);
chromosome.computeFitness(this.fitnessComputer);
this.population.Add(chromosome);
}
populateStatistics();
}
virtual public void RunSimulation()
{
ArrayList newPopulation = new ArrayList(populationSize);
Chromosome <Gene> newChromosome = null;
while (newPopulation.Count < this.populationSize)
{
try
{
newChromosome = this.selectMaleChromosome().Recombine(this.selectFemaleChromosome(), this.recombinator);
for (int i = 0; i < newChromosome.GeneCount; i++)
{
if (this.randomizer.NextDouble() < this.geneMutationRate)
{
newChromosome[i].Mutate();
}
if (this.randomizer.NextDouble() < this.geneDuplicationRate)
{
newChromosome.DuplicateGene(i);
}
if (newChromosome.GeneCount > 1 && this.randomizer.NextDouble() < this.geneDropRate)
{
newChromosome.DropGene(i);
}
}
newChromosome.computeFitness(this.fitnessComputer);
newPopulation.Add(newChromosome);
}
catch (GenesIncompatibleException ignore)
{
}
}
this.population = newPopulation;
this.populateStatistics();
if (SimulationTurn != null)
{
SimulationTurn(this, EventArgs.Empty);
}
}
