// to be implemented by each subclass public abstract Tuple<WeightVectorChromosome, WeightVectorChromosome> Crossover(WeightVectorChromosome parent2, Random random);
// Crossover two chromosomes
public override Tuple<WeightVectorChromosome, WeightVectorChromosome> Crossover(WeightVectorChromosome otherChromosome, Random random)
{
int crossoverPoint = random.Next(1, CHROMOSOME_LENGTH);
if (crossoverPoint == 1)
{
WeightVectorChromosomeAll child1 = new WeightVectorChromosomeAll(((WeightVectorAll)this.chromosome).Corner, ((WeightVectorAll)otherChromosome.chromosome).Empty_cells,
((WeightVectorAll)otherChromosome.chromosome).Highest_tile, ((WeightVectorAll)otherChromosome.chromosome).Monotonicity, ((WeightVectorAll)otherChromosome.chromosome).Points,
((WeightVectorAll)otherChromosome.chromosome).Smoothness, ((WeightVectorAll)otherChromosome.chromosome).Snake, ((WeightVectorAll)otherChromosome.chromosome).Trapped_penalty);
WeightVectorChromosomeAll child2 = new WeightVectorChromosomeAll(((WeightVectorAll)otherChromosome.chromosome).Corner, ((WeightVectorAll)this.chromosome).Empty_cells,
((WeightVectorAll)this.chromosome).Highest_tile, ((WeightVectorAll)this.chromosome).Monotonicity, ((WeightVectorAll)this.chromosome).Points,
((WeightVectorAll)this.chromosome).Smoothness, ((WeightVectorAll)this.chromosome).Snake, ((WeightVectorAll)this.chromosome).Trapped_penalty);
return new Tuple<WeightVectorChromosome, WeightVectorChromosome>(child1, child2);
}
else if (crossoverPoint == 2)
{
WeightVectorChromosomeAll child1 = new WeightVectorChromosomeAll(((WeightVectorAll)this.chromosome).Corner, ((WeightVectorAll)this.chromosome).Empty_cells,
((WeightVectorAll)otherChromosome.chromosome).Highest_tile, ((WeightVectorAll)otherChromosome.chromosome).Monotonicity, ((WeightVectorAll)otherChromosome.chromosome).Points,
((WeightVectorAll)otherChromosome.chromosome).Smoothness, ((WeightVectorAll)otherChromosome.chromosome).Snake, ((WeightVectorAll)otherChromosome.chromosome).Trapped_penalty);
WeightVectorChromosomeAll child2 = new WeightVectorChromosomeAll(((WeightVectorAll)otherChromosome.chromosome).Corner, ((WeightVectorAll)otherChromosome.chromosome).Empty_cells,
((WeightVectorAll)this.chromosome).Highest_tile, ((WeightVectorAll)this.chromosome).Monotonicity, ((WeightVectorAll)this.chromosome).Points,
((WeightVectorAll)this.chromosome).Smoothness, ((WeightVectorAll)this.chromosome).Snake, ((WeightVectorAll)this.chromosome).Trapped_penalty);
return new Tuple<WeightVectorChromosome, WeightVectorChromosome>(child1, child2);
}
else if (crossoverPoint == 3)
{
WeightVectorChromosomeAll child1 = new WeightVectorChromosomeAll(((WeightVectorAll)this.chromosome).Corner, ((WeightVectorAll)this.chromosome).Empty_cells,
((WeightVectorAll)this.chromosome).Highest_tile, ((WeightVectorAll)otherChromosome.chromosome).Monotonicity, ((WeightVectorAll)otherChromosome.chromosome).Points,
((WeightVectorAll)otherChromosome.chromosome).Smoothness, ((WeightVectorAll)otherChromosome.chromosome).Snake, ((WeightVectorAll)otherChromosome.chromosome).Trapped_penalty);
WeightVectorChromosomeAll child2 = new WeightVectorChromosomeAll(((WeightVectorAll)otherChromosome.chromosome).Corner, ((WeightVectorAll)otherChromosome.chromosome).Empty_cells,
((WeightVectorAll)otherChromosome.chromosome).Highest_tile, ((WeightVectorAll)this.chromosome).Monotonicity, ((WeightVectorAll)this.chromosome).Points,
((WeightVectorAll)this.chromosome).Smoothness, ((WeightVectorAll)this.chromosome).Snake, ((WeightVectorAll)this.chromosome).Trapped_penalty);
return new Tuple<WeightVectorChromosome, WeightVectorChromosome>(child1, child2);
}
else if (crossoverPoint == 4)
{
WeightVectorChromosomeAll child1 = new WeightVectorChromosomeAll(((WeightVectorAll)this.chromosome).Corner, ((WeightVectorAll)this.chromosome).Empty_cells,
((WeightVectorAll)this.chromosome).Highest_tile, ((WeightVectorAll)this.chromosome).Monotonicity, ((WeightVectorAll)otherChromosome.chromosome).Points,
((WeightVectorAll)otherChromosome.chromosome).Smoothness, ((WeightVectorAll)otherChromosome.chromosome).Snake, ((WeightVectorAll)otherChromosome.chromosome).Trapped_penalty);
WeightVectorChromosomeAll child2 = new WeightVectorChromosomeAll(((WeightVectorAll)otherChromosome.chromosome).Corner, ((WeightVectorAll)otherChromosome.chromosome).Empty_cells,
((WeightVectorAll)otherChromosome.chromosome).Highest_tile, ((WeightVectorAll)otherChromosome.chromosome).Monotonicity, ((WeightVectorAll)this.chromosome).Points,
((WeightVectorAll)this.chromosome).Smoothness, ((WeightVectorAll)this.chromosome).Snake, ((WeightVectorAll)this.chromosome).Trapped_penalty);
return new Tuple<WeightVectorChromosome, WeightVectorChromosome>(child1, child2);
}
else if (crossoverPoint == 5)
{
WeightVectorChromosomeAll child1 = new WeightVectorChromosomeAll(((WeightVectorAll)this.chromosome).Corner, ((WeightVectorAll)this.chromosome).Empty_cells,
((WeightVectorAll)this.chromosome).Highest_tile, ((WeightVectorAll)this.chromosome).Monotonicity, ((WeightVectorAll)this.chromosome).Points,
((WeightVectorAll)otherChromosome.chromosome).Smoothness, ((WeightVectorAll)otherChromosome.chromosome).Snake, ((WeightVectorAll)otherChromosome.chromosome).Trapped_penalty);
WeightVectorChromosomeAll child2 = new WeightVectorChromosomeAll(((WeightVectorAll)otherChromosome.chromosome).Corner, ((WeightVectorAll)otherChromosome.chromosome).Empty_cells,
((WeightVectorAll)otherChromosome.chromosome).Highest_tile, ((WeightVectorAll)otherChromosome.chromosome).Monotonicity, ((WeightVectorAll)otherChromosome.chromosome).Points,
((WeightVectorAll)this.chromosome).Smoothness, ((WeightVectorAll)this.chromosome).Snake, ((WeightVectorAll)this.chromosome).Trapped_penalty);
return new Tuple<WeightVectorChromosome, WeightVectorChromosome>(child1, child2);
}
else if (crossoverPoint == 6)
{
WeightVectorChromosomeAll child1 = new WeightVectorChromosomeAll(((WeightVectorAll)this.chromosome).Corner, ((WeightVectorAll)this.chromosome).Empty_cells,
((WeightVectorAll)this.chromosome).Highest_tile, ((WeightVectorAll)this.chromosome).Monotonicity, ((WeightVectorAll)this.chromosome).Points,
((WeightVectorAll)this.chromosome).Smoothness, ((WeightVectorAll)otherChromosome.chromosome).Snake, ((WeightVectorAll)otherChromosome.chromosome).Trapped_penalty);
WeightVectorChromosomeAll child2 = new WeightVectorChromosomeAll(((WeightVectorAll)otherChromosome.chromosome).Corner, ((WeightVectorAll)otherChromosome.chromosome).Empty_cells,
((WeightVectorAll)otherChromosome.chromosome).Highest_tile, ((WeightVectorAll)otherChromosome.chromosome).Monotonicity, ((WeightVectorAll)otherChromosome.chromosome).Points,
((WeightVectorAll)otherChromosome.chromosome).Smoothness, ((WeightVectorAll)this.chromosome).Snake, ((WeightVectorAll)this.chromosome).Trapped_penalty);
return new Tuple<WeightVectorChromosome, WeightVectorChromosome>(child1, child2);
}
else if (crossoverPoint == 7)
{
WeightVectorChromosomeAll child1 = new WeightVectorChromosomeAll(((WeightVectorAll)this.chromosome).Corner, ((WeightVectorAll)this.chromosome).Empty_cells,
((WeightVectorAll)this.chromosome).Highest_tile, ((WeightVectorAll)this.chromosome).Monotonicity, ((WeightVectorAll)this.chromosome).Points,
((WeightVectorAll)this.chromosome).Smoothness, ((WeightVectorAll)this.chromosome).Snake, ((WeightVectorAll)otherChromosome.chromosome).Trapped_penalty);
WeightVectorChromosomeAll child2 = new WeightVectorChromosomeAll(((WeightVectorAll)otherChromosome.chromosome).Corner, ((WeightVectorAll)otherChromosome.chromosome).Empty_cells,
((WeightVectorAll)otherChromosome.chromosome).Highest_tile, ((WeightVectorAll)otherChromosome.chromosome).Monotonicity, ((WeightVectorAll)otherChromosome.chromosome).Points,
((WeightVectorAll)otherChromosome.chromosome).Smoothness, ((WeightVectorAll)otherChromosome.chromosome).Snake, ((WeightVectorAll)this.chromosome).Trapped_penalty);
return new Tuple<WeightVectorChromosome, WeightVectorChromosome>(child1, child2);
}
else throw new Exception();
}
