public SimulatedAnnealingSortAlgorithm(ITracksDistance distance, double stopTemperature, double beginTemperature, double decayFactor, int numberOfIteration) : base(distance)
{
_stopTemperature = stopTemperature;
_beginTemperature = beginTemperature;
_decayFactor = decayFactor;
_numberOfIteration = numberOfIteration;
}
public SimulatedAnnealingSortAlgorithm(ITracksDistance distance) : this(distance, 1, 45.0, 0.93, 75)
{
}
private readonly double _mutationProbability; // Probabilty of mutation out of 100
public GeneticSortAlgorithm(ITracksDistance distance) : this(distance, 175, 175, 85)
{
}
public GeneticSortAlgorithm(ITracksDistance distance, int numberOfIteration, int populationSize, double mutationProbabilty) : base(distance)
{
_numberOfIteration = numberOfIteration;
_populationSize = populationSize;
_mutationProbability = mutationProbabilty;
}
protected AbstractSortAlgorithm(ITracksDistance distance)
{
Distance = distance;
}
