protected override void PopulateChild <T> (ObviousCode.Alchemy.Library.Populous.Individual <T> child, ObviousCode.Alchemy.Library.Populous.Individual <T> parent1, ObviousCode.Alchemy.Library.Populous.Individual <T> parent2)
{
CrossoverProvider.Log.GetNextEntry(CrossoverType.Random);
Array.Copy(parent1.Code, child.Code, parent1.GenomeLength);
parent2.Code.For((item, i) => {
if (ConfigurationProvider.Rnd.NextDouble() <= ConfigurationProvider.Crossover.ChanceOfRandomGeneCrossover)
{
child[i] = parent2[i];
}
});
}
protected override void PopulateChild <T> (ObviousCode.Alchemy.Library.Populous.Individual <T> child, ObviousCode.Alchemy.Library.Populous.Individual <T> parent1, ObviousCode.Alchemy.Library.Populous.Individual <T> parent2)
{
var logEntry = CrossoverProvider.Log.GetNextEntry(CrossoverType.TwoPoint).As <TwoPointCrossoverLogEntry>();
int crossoverPoint1 = ConfigurationProvider.Rnd.Next(child.GenomeLength);
int crossoverPoint2 = crossoverPoint1;
while (crossoverPoint1 == crossoverPoint2)
{
crossoverPoint2 = ConfigurationProvider.Rnd.Next(child.GenomeLength);
}
logEntry.CrossoverPointStart = Math.Min(crossoverPoint1, crossoverPoint2);
logEntry.CrossoverPointFinish = Math.Max(crossoverPoint1, crossoverPoint2);
Array.Copy(parent1.Code, child.Code, parent1.Code.Length);
Array.Copy(parent2.Code, logEntry.CrossoverPointStart, child.Code, logEntry.CrossoverPointStart, logEntry.CrossoverPointFinish - logEntry.CrossoverPointStart + 1);
}
