public Modelo build()
{
AdapterModelo adapter = AdapterModelo.Instance;
return(new Modelo(
adapter.getModelo(indice_modelo),
adapter.getColor(binario_color),
adapter.getPosicion(binario_posicion),
adapter.getPertenencia(binario_pertenencia)));
}
private void loguearCromosoma(Chromosome cromosoma)
{
appendText(Color.CadetBlue, "Aptitud: " + cromosoma.Fitness, true);
appendText(Color.Blue, cromosoma.ToBinaryString(), true);
var particiones = Acertijo.particionar(cromosoma.Genes, 9);
Chromosome cromo = new Chromosome();
int i = 0;
foreach (var particion in particiones)
{
cromo.Genes.Clear();
List <Gene> genes = particion.ToList <Gene>();
cromo.Genes.AddRange(genes);
appendText(Color.DarkMagenta, cromo.ToBinaryString());
appendText(Color.Black, " ---> " + adapter.getModelo(i));
var genesAuxiliares = Acertijo.particionar(genes, 3);
int t = 0;
foreach (var genAuxiliar in genesAuxiliares)
{
cromo.Genes.Clear();
cromo.Genes.AddRange(genAuxiliar);
string cadenaBits = cromo.ToBinaryString();
if (cadenaBits == "111")
{
appendText(Color.YellowGreen, ", INVALIDO");
}
else
{
switch (t)
{
case 0:
appendText(Color.Black, ", " + adapter.getColor(cadenaBits));
break;
case 1:
appendText(Color.Black, ", " + adapter.getPertenencia(cadenaBits));
break;
case 2:
appendText(Color.Black, ", " + adapter.getPosicion(cadenaBits));
break;
default:
appendText(Color.White, ", INVALIDO");
break;
}
}
t++;
}
i++;
appendText(Color.Black, " ", true);
}
}
