private static void RecordBest(IRegularGrid2D targetGrid, Population population, int generation, RectangularDomain domain)
{
List <Individual> best = population.Best;
for (int j = 0; j < best.Count; ++j)
{
Console.Write("best[{0}] = [", j);
foreach (double f in best[j].Fitness)
{
Console.Write(f);
Console.Write(" ");
}
Console.WriteLine("] with {0} genes", best[j].Genome.Count);
// Express the genome to create a grid
Individual bestIndividual = (Individual)best[j].Clone();
Grid2DPhenotype bestPhenotype = (Grid2DPhenotype)bestIndividual.Phenome;
bestPhenotype.Grid.MaskFrom(targetGrid);
StringBuilder gridFileName = new StringBuilder();
gridFileName.AppendFormat("evolved_{0}_{1}.grd", generation + 1, j);
bestPhenotype.Grid.WriteSurfer6BinaryFile(gridFileName.ToString());
ReportLogger.Instance.Writer.WriteStartElement("Grid");
ReportLogger.Instance.Writer.WriteStartAttribute("file");
ReportLogger.Instance.Writer.WriteValue(gridFileName.ToString());
ReportLogger.Instance.Writer.WriteEndAttribute();
ReportLogger.Instance.Writer.WriteEndElement();
// Express the genome to create a fault polygon map
OutlineMapDomain mapDomain = new OutlineMapDomain(domain);
OutlineMapPhenotype mapPhenotype = (OutlineMapPhenotype)bestIndividual.Genome.Express(mapDomain);
StringBuilder polygonFileName = new StringBuilder();
polygonFileName.AppendFormat("evolved_{0}_{1}.poly", generation + 1, j);
using (StreamWriter writer = File.CreateText(polygonFileName.ToString()))
{
writer.Write(mapPhenotype.ToString());
}
ReportLogger.Instance.Writer.WriteStartElement("Polygons");
ReportLogger.Instance.Writer.WriteStartAttribute("file");
ReportLogger.Instance.Writer.WriteValue(polygonFileName.ToString());
ReportLogger.Instance.Writer.WriteEndAttribute();
ReportLogger.Instance.Writer.WriteEndElement();
}
}
protected RectangularDomain(RectangularDomain domain) :
this(domain.min, domain.max)
{
}
public OutlineMapDomain(RectangularDomain domain) :
base(domain)
{
}
