public void AddGenomesToSpeciesTest()
{
UnitTests.RandomStub randomStub = new UnitTests.RandomStub();
Simulation sim = new Simulation(randomStub, gen, 10);
// Create some fake species and genomes
Species species1 = new Species(randomStub);
// Two genomes are matching, one is not so we should get 2 species (with 2 and 1 Genomes respectively)
Genome gen1 = new Genome(randomStub);
Genome gen2 = new Genome(randomStub);
Genome gen3 = new Genome(randomStub);
gen3.ParentSimulation = sim;
gen3.AddNode(new Node(Node.ENodeType.SENSOR, 1));
gen3.AddNode(new Node(Node.ENodeType.SENSOR, 2));
gen3.AddNode(new Node(Node.ENodeType.OUTPUT, 3));
gen3.AddNode(new Node(Node.ENodeType.OUTPUT, 4));
gen3.AddConnectionGene(1, 2, true);
gen3.AddConnectionGene(1, 3, true);
gen3.AddConnectionGene(1, 4, true);
sim.Species.Clear();
sim.AddGenomesToSpecies(new List <Genome> {
gen1, gen2, gen3
});
Assert.AreEqual(2, sim.Species.Count);
Assert.AreEqual(2, sim.Species[0].Genomes.Count);
Assert.AreEqual(1, sim.Species[1].Genomes.Count);
}
public void AddGenomesToSpeciesTest_NullGenomes_Expected_Exception()
{
UnitTests.RandomStub randomStub = new UnitTests.RandomStub();
Simulation sim = new Simulation(randomStub, gen, 21);
sim.AddGenomesToSpecies(null);
}
public void AddGenomesToSpeciesTest_NoSpecies_Expected_CreateNewSpecies()
{
UnitTests.RandomStub randomStub = new UnitTests.RandomStub();
Simulation sim = new Simulation(randomStub, gen, 10);
sim.Species.Clear();
Genome gen1 = new Genome(randomStub);
gen1.OriginalFitness = 5;
gen1.Fitness = 5;
Assert.AreEqual(0, sim.Species.Count);
sim.AddGenomesToSpecies(new List <Genome> {
gen1
});
Assert.AreEqual(1, sim.Species.Count);
}
