public void PmxOperatorShouldReturnCorrectChildren()
{
IGene[] parent1 = new IGene[]
{
new UintGene(1), new UintGene(2), new UintGene(3),
new UintGene(5), new UintGene(4), new UintGene(6),
new UintGene(7), new UintGene(8), new UintGene(9)
};
IGene[] parent2 = new IGene[]
{
new UintGene(4), new UintGene(5), new UintGene(2),
new UintGene(1), new UintGene(8), new UintGene(7),
new UintGene(6), new UintGene(9), new UintGene(3)
};
IGene[] expectedChild1 = new IGene[]
{
new UintGene(8), new UintGene(1), new UintGene(2),
new UintGene(5), new UintGene(4), new UintGene(6),
new UintGene(7), new UintGene(9), new UintGene(3)
};
IGene[] expectedChild2 = new IGene[]
{
new UintGene(5), new UintGene(2), new UintGene(3),
new UintGene(1), new UintGene(8), new UintGene(7),
new UintGene(6), new UintGene(4), new UintGene(9)
};
int cutPoint1 = 2, cutPoint2 = 6;
IGene[] child1, child2;
var pmx = new PartiallyMatchedCrossover();
pmx.Run(parent1, parent2, out child1, out child2, cutPoint1, cutPoint2);
bool areFirstChildrenEqual = true, areSecondChildrenEqual = true;
for (int i = 0; i < expectedChild1.Length; ++i)
{
areFirstChildrenEqual &= expectedChild1[i].Equals(child1[i]);
}
for (int i = 0; i < expectedChild2.Length; ++i)
{
areSecondChildrenEqual &= expectedChild2[i].Equals(child2[i]);
}
Assert.AreEqual(true, areFirstChildrenEqual);
Assert.AreEqual(true, areSecondChildrenEqual);
}
