public Planner(
params City[] cities
)
{
_cities = cities;
CurrentTemperature = 100000d;
CoolingRate = 0.0005;
Generation = 0;
CurrentSolution = new Tour(_cities);
BestSolution = CurrentSolution;
picker = new Random();
}
public bool IsBestThan(Tour other)
{
return TotalDistance < other.TotalDistance;
}
private bool ShouldUse(Tour tour)
{
return ComputeAcceptanceProbability(tour) > picker.NextDouble();
}
private double ComputeAcceptanceProbability(Tour tour)
{
return tour.IsBestThan(CurrentSolution) ?
1.0 :
Math.Exp((CurrentSolution.TotalDistance - tour.TotalDistance) / CurrentTemperature);
}
public bool IsBestThan(Tour other)
{
return(TotalDistance < other.TotalDistance);
}
private double ComputeAcceptanceProbability(Tour tour)
{
return(tour.IsBestThan(CurrentSolution) ?
1.0 :
Math.Exp((CurrentSolution.TotalDistance - tour.TotalDistance) / CurrentTemperature));
}
private bool ShouldUse(Tour tour)
{
return(ComputeAcceptanceProbability(tour) > picker.NextDouble());
}
