public void TestGenerateGenericGenotypesForAGenotype()
{
var f = new GenoTypeTestFixture();
f.SetUp();
var expected = new List <Genotype>();
Genotype tDom = new Genotype("T", Dominance.Dominant, Dominance.Dominant);
Genotype tHet = new Genotype("T", Dominance.Dominant, Dominance.Recessive);
Genotype tRec = new Genotype("T", Dominance.Recessive, Dominance.Recessive);
Genotype tHet2 = new Genotype("T", Dominance.Recessive, Dominance.Dominant);
expected.Add(tHet);
expected.Add(tDom);
expected.Add(tRec);
expected.Add(tHet2);
Genotype tgenotype = new Genotype("T", Dominance.Recessive, Dominance.Recessive);
List <Genotype> genericGenotypes = tgenotype.CreateGenericGenotypes();
Assert.AreEqual(expected[0].ToString(), genericGenotypes[0].ToString());
Assert.AreEqual(expected[1].ToString(), genericGenotypes[1].ToString());
Assert.AreEqual(expected[2].ToString(), genericGenotypes[2].ToString());
Assert.AreEqual(expected[3].ToString(), genericGenotypes[3].ToString());
}
public void TestCombineGenotypes()
{
var f = new GenoTypeTestFixture();
f.SetUp();
var a = new Genotype("A", Dominance.Dominant, Dominance.Recessive);
var a2 = new Genotype("A", Dominance.Dominant, Dominance.Dominant);
var expected = new Genotype("A", Dominance.Dominant, Dominance.Dominant);
var result = a.MostLikelyGenotype(a2, f.genotypeRepository, f.rng);
Assert.AreEqual(expected.ToString(), result.ToString());
}