// List<chromosome> -> One Generation
public static List <Generation> ProducerGenerations(GeneticCreater geneticCreater)
{
List <Generation> generations = new List <Generation>(geneticCreater.numberOfGeneration);
for (int i = 0; i < geneticCreater.numberOfGeneration; i++)
{
TurningWheelRoulette(geneticCreater);
CrossingOperation(geneticCreater);
// Last generation mustn't mutation operation.
if (i != (geneticCreater.numberOfGeneration - 1))
{
MutationOperation(geneticCreater);
}
geneticCreater.NewGenerationCalculater();
AddNewGeneration(generations, geneticCreater, i);
geneticCreater.chromosomesWriter(true);
}
geneticCreater.chromosomesWriter(true);
return(generations);
}
/*
* Random values are generated as much as the population size. Chromosomes are matched according to these values.
*/
private static void TurningWheelRoulette(GeneticCreater geneticCreater)
{
if (GeneticCreater.writeActive)
{
Console.WriteLine("\n***********Turning Wheel Roulette***********\n");
}
List <double> rndDoubles = GetRandomDoubles(geneticCreater.popopulationSize);
List <int> matchList = GetMatchList(geneticCreater.chromosomes, rndDoubles);
geneticCreater.chromosomes = chromosomesMatch(geneticCreater.chromosomes, matchList);
geneticCreater.chromosomesWriter(false);
}
