public RicochetIndividual(RicochetIndividual father)
{
this.genome = new List <IGene>();
foreach (GeneRicochet g in father.genome)
{
this.genome.Add(new GeneRicochet(g));
}
Mutate();
}
public Individual getIndividual(String type)
{
Individual ind = null;
switch (type)
{
case "Ricochet":
ind = new RicochetIndividual();
break;
}
return(ind);
}
public Individual getIndividual(String type, Individual father,
Individual mother)
{
Individual ind = null;
switch (type)
{
case "Ricochet":
ind = new RicochetIndividual((RicochetIndividual)father,
(RicochetIndividual)mother);
break;
}
return(ind);
}
public RicochetIndividual(RicochetIndividual father, RicochetIndividual mother)
{
this.genome = new List <IGene>();
int cuttingPoint =
Parameters.randomGenerator.Next(father.genome.Count);
foreach (GeneRicochet g in father.genome.Take(cuttingPoint))
{
this.genome.Add(new GeneRicochet(g));
}
foreach (GeneRicochet g in mother.genome.Skip(cuttingPoint))
{
this.genome.Add(new GeneRicochet(g));
}
Mutate();
}
internal static double Evaluate(RicochetIndividual individual)
{
var xOlds = new List <int>();
var yOlds = new List <int>();
bool end = false;
var listRem = new List <GeneRicochet>();
foreach (GeneRicochet g in individual.genome)
{
if (!end)
{
xOlds.Add(g.Pawn.X);
yOlds.Add(g.Pawn.Y);
Board.MovePawn(g.Direction, (PawnModel)g.Pawn);
end = g.Pawn.X == Board.Target.X && g.Pawn.Y == Board.Target.Y;
}
else
{
listRem.Add(g);
}
}
foreach (var g in listRem)
{
individual.genome.Remove(g);
}
int distance = Math.Abs(Board.Target.X - Board.Target.Pawn.X) +
Math.Abs(Board.Target.Y - Board.Target.Pawn.Y);
for (var i = individual.genome.Count - 1; i >= 0; i--)
{
GeneRicochet genome = (GeneRicochet)individual.genome[i];
genome.Pawn.X = xOlds[i];
genome.Pawn.Y = yOlds[i];
}
return(distance * 100);
}
