public void TestAddSynapseMutator()
{
var mutator = new AddSynapseMutator(innovations);
var mutatedGenotype = new Genotype(genotype);
var mutationResults = new MutationResults();
mutator.Mutate(mutatedGenotype, mutationResults);
Assert.AreEqual(1, mutationResults.addedSynapses);
// Compare gene counts
Assert.AreEqual(mutatedGenotype.NeuronCount, genotype.NeuronCount);
Assert.AreEqual(1, mutatedGenotype.SynapseCount - genotype.SynapseCount);
// Compare innovation ids
var aN = new [] { 0, 1, 2 };
var bN = mutatedGenotype.NeuronGenes.Select(g => g.InnovationId);
Assert.That(aN.SequenceEqual(bN));
var aS = new [] { 3, 4, 5, 6 };
var bS = mutatedGenotype.SynapseGenes.Select(g => g.InnovationId);
Assert.That(aS.SequenceEqual(bS));
}
public void TestAddSynapseMutator()
{
var mutator = new AddSynapseMutator(innovations);
var mutatedGenotype = new Genotype(genotype);
var mutationResults = new MutationResults();
mutator.Mutate(mutatedGenotype, mutationResults);
Assert.AreEqual(1, mutationResults.addedSynapses);
// Compare gene counts
Assert.AreEqual(mutatedGenotype.NeuronCount, genotype.NeuronCount);
Assert.AreEqual(1, mutatedGenotype.SynapseCount - genotype.SynapseCount);
// Compare innovation ids
var aN = new []{0, 1, 2};
var bN = mutatedGenotype.NeuronGenes.Select(g => g.InnovationId);
Assert.That(aN.SequenceEqual(bN));
var aS = new []{3, 4, 5, 6};
var bS = mutatedGenotype.SynapseGenes.Select(g => g.InnovationId);
Assert.That(aS.SequenceEqual(bS));
}