// nastavenie metody krizenia
public override void Crossover(IChromosome pair)
{
TSPChromosome p = (TSPChromosome)pair;
// kontrola spravnosti paru
if ((p != null) && (p.length == length))
{
ushort[] child1 = new ushort[length];
ushort[] child2 = new ushort[length];
// vytvorenie dvoch potomkov
CreateChildUsingCrossover(this.val, p.val, child1);
CreateChildUsingCrossover(p.val, this.val, child2);
// nahradenie rodicov potomkami
this.val = child1;
p.val = child2;
}
}
//Оператор схрещування
public override void Crossover(IChromosome pair)
{
TSPChromosome p = (TSPChromosome)pair;
// перевірка правильності пари
if ((p != null) && (p.length == length))
{
ushort[] child1 = new ushort[length];
ushort[] child2 = new ushort[length];
// створення двох дітей
CreateChildUsingCrossover(this.val, p.val, child1);
CreateChildUsingCrossover(p.val, this.val, child2);
// заміна батьків дітьми
this.val = child1;
p.val = child2;
}
}
/// <summary>
/// Crossover operator
/// </summary>
public override void Crossover(IChromosome pair)
{
TSPChromosome p = (TSPChromosome)pair;
// check for correct pair
if ((p != null) && (p.length == length))
{
ushort[] child1 = new ushort[length];
ushort[] child2 = new ushort[length];
// create two children
CreateChildUsingCrossover(this.val, p.val, child1);
CreateChildUsingCrossover(p.val, this.val, child2);
// replace parents with children
this.val = child1;
p.val = child2;
}
}
/// <summary>
/// Copy Constructor
/// </summary>
protected TSPChromosome(TSPChromosome source) : base(source)
{
this.map = source.map;
}
/// <summary>
/// Copy Constructor
/// </summary>
protected TSPChromosome( TSPChromosome source ) : base( source )
{
this.map = source.map;
}
