public TripPool(int poolSize, IChromosomeFactory <Trip, LocationIndex> factory) : base(poolSize, factory)
{
_cities = new List <City>();
_cities.Add(new City()
{
Name = "A1", X = -0.5, Y = 2.0
});
_cities.Add(new City()
{
Name = "A2", X = 0.0, Y = 2.0
});
_cities.Add(new City()
{
Name = "A3", X = 0.5, Y = 2.0
});
_cities.Add(new City()
{
Name = "B1", X = 2.0, Y = 0.5
});
_cities.Add(new City()
{
Name = "B2", X = 2.0, Y = 0.0
});
_cities.Add(new City()
{
Name = "B3", X = 2.0, Y = -0.5
});
_cities.Add(new City()
{
Name = "C1", X = -0.5, Y = -2.0
});
_cities.Add(new City()
{
Name = "C2", X = 0.0, Y = -2.0
});
_cities.Add(new City()
{
Name = "C3", X = 0.5, Y = -2.0
});
_cities.Add(new City()
{
Name = "D1", X = -2.0, Y = -0.5
});
_cities.Add(new City()
{
Name = "D2", X = -2.0, Y = 0.0
});
_cities.Add(new City()
{
Name = "D3", X = -2.0, Y = 0.5
});
}
public Evolution(IRandomNumberGenerator random,
IChromosomeFactory chromosomeFactory,
IPopulationStrategy populationStrategy,
IMutationStrategy mutationStrategy,
ICrossoverStrategy crossoverStrategy,
ISelectionStrategy selectionStrategy)
{
// TODO: Complete member initialization
this.random = random;
this.chromosomeFactory = chromosomeFactory;
this.populationStrategy = populationStrategy;
this.mutationStrategy = mutationStrategy;
this.crossoverStrategy = crossoverStrategy;
this.selectionStrategy = selectionStrategy;
}
public ChromosomePool(int poolSize, IChromosomeFactory <C, G> factory)
{
this.ChromosomeFactory = factory;
Initialize(poolSize);
}
public TripPool(int poolSize, IChromosomeFactory <Trip, LocationIndex> factory, List <City> cities) : base(poolSize, factory)
{
_cities = cities;
}
