static void Main(string[] args)
{
Logger logger = new Logger();
logger.Log("Simulation, initialization");
Console.WriteLine("initialize Simulation using following values:");
GeneticParameters options = new GeneticParameters()
{
MaxPopulation = 200,
MaxGeneration = 100,
MutationChance = 0.7,
StartAcceptanceRatio = 0.2
};
/*{
* maxPopulation = 200,
* maxGeneration = 30,
* startAcceptanceRatio = 0.6,
* gridSize = 20,
* mutationChance = 0.2
* }*/
logger.Log(options.ToString());
var startTime = DateTimeOffset.UtcNow;
try
{
GeneticTerrainGenerator generator = new GeneticTerrainGenerator(options, logger);
logger.Log("Begin Simulation");
//THAR BE DRAGONZ
Algorithm best = generator.RunSimulation();
logger.Log("End Simulation");
logger.Log(best.ToString());
/*
* logger.Log("Rendering...");
* Source.Render(
* Source.CreatePictureFromGraph(20, 20, best.RootNode)
* , 20, 20);
*/
}
finally
{
var elapsedTime = DateTimeOffset.UtcNow.Subtract(startTime);
logger.Log($"{nameof(elapsedTime)}:{elapsedTime}");
logger.Print();
}
Console.Read();
}
public void geneticTerrain_exception(int generation, int maxPopulation, double startAcceptanceRatio)
{
//arrange
var sut = new GeneticTerrainGenerator(new GeneticParameters());
//act
//assert
sut.Invoking(a => a.NaturalSelection(list, generation))
.Should().Throw <DivideByZeroException>();
}
public void naturalselection_startup(int generation, int maxPopulation, double startAcceptanceRatio)
{
//arrange
int incubatorSize = Convert.ToInt32(1.0 / generation * maxPopulation * startAcceptanceRatio);
var sut = new GeneticTerrainGenerator(new GeneticParameters()
{
MaxPopulation = maxPopulation, StartAcceptanceRatio = startAcceptanceRatio
});
//act
sut.NaturalSelection(list, generation);
//assert
sut.Incubator.MaxCount.Should().Be(incubatorSize);
}
