public void CrossoverAll1()
{
var chars = CharSeq.Of("a-zA-Z");
var g1 = new CharacterChromosome(chars, 20).ToSeq();
var g2 = new CharacterChromosome(chars, 20).ToSeq();
var crossover = new MultiPointCrossover <CharacterGene, double>(2000);
var points = new int[g1.Length];
for (var i = 0; i < points.Length; ++i)
{
points[i] = i;
}
var ms1 = g1.Copy();
var ms2 = g2.Copy();
crossover.Crossover(ms1, ms2);
}
public void ReverseCrossover(int npoints)
{
for (var i = 1; i < 500; ++i)
{
var chars = CharSeq.Of("a-zA-Z");
var a = new CharacterChromosome(chars, i).ToSeq().Select(g => g.Allele).ToImmutableSeq();
var b = new CharacterChromosome(chars, i).ToSeq().Select(g => g.Allele).ToImmutableSeq();
var ma1 = a.Copy();
var mb1 = b.Copy();
var points = Base.Subset(
a.Length + 1,
Math.Min(npoints, a.Length + 1),
new Random(1234)
);
MultiPointCrossover.Crossover(ma1, mb1, points);
MultiPointCrossover.Crossover(ma1, mb1, points);
Assert.Equal(a, ma1);
Assert.Equal(b, mb1);
}
}