public Genome AddNewGenome(Genome genomeToAdd = null)
{
Genome genome = null;
if (genomeToAdd == null)
{
OrderGenomeByFitness();
genome = Breed();
}
else
{
genome = Genome.GenomeRandomWeights(genomeToAdd, _r);
}
AddGenomeToList(genome);
return(genome);
}
private string _mutationLogs = ""; // Mutation Logs
public EvaluatorRT(RTNEATConfig config, Genome startingGenome, InnovationCounter nodeInnovation, InnovationCounter connectionInnovation)
{
_config = config;
_nodeInnovation = nodeInnovation;
_connectionInnovation = connectionInnovation;
_currentPop = 0;
_genomes = new List <Genome>();
for (int i = 0; i < _config.startPopulation; ++i)
{
AddGenomeToList(Genome.GenomeRandomWeights(startingGenome, _r));
}
BestFitness = -1f;
BestGenome = null;
}
private string _mutationLogs = ""; // Mutation Logs
public Evaluator(NEATConfig config, Genome startingGenome, InnovationCounter nodeInnovation, InnovationCounter connectionInnovation)
{
_config = config;
GenerationNumber = 0;
_nodeInnovation = nodeInnovation;
_connectionInnovation = connectionInnovation;
_genomes = new List <Genome>();
for (int i = 0; i < _config.populationSize; ++i)
{
_genomes.Add(Genome.GenomeRandomWeights(startingGenome, _r));
}
_nextEvaluationGenomes = new List <Genome>();
_species = new List <Species>();
_genomesSpecies = new Dictionary <Genome, Species>();
BestFitness = -1f;
BestGenome = null;
}