private void CalculateDistancesAndCreateAreasThread()
{
if (_nrOfSalesman <= 1)
{
annealingForOne = new SimulatedAnnealing();
List<int> order = annealingForOne.CalculateInit(_slEdges,distances, _alpha, _temp, _epsilon);
}
else
{
foreach (Cluster clust in Clusters)
{
List<int> order = clust.Annealing.CalculateInit(clust.Edges,distances, _alpha, _temp, _epsilon);
}
}
}
public Cluster(Point center)
{
Edges = new List<SilverlightEdge>();
ClusterCenter = center;
Annealing = new SimulatedAnnealing();
}
private void CalculateDistancesAndCreateAreas()
{
if (NrOfSalesmans <= 1)
{
foreach (SilverlightEdge edge in _slEdges)
{
foreach (SilverlightEdge edge1 in _slEdges)
{
edge.PolarCords.Center(new Point(300,400));
}
}
annealingForOne = new SimulatedAnnealing();
List<int> order = annealingForOne.CalculateInit(_slEdges,distances,Alpha,Temp,Epsilon);
DrawLines(order);
}
else
{
Clusters = CreateAreas(NrOfSalesmans);
foreach (Cluster clust in Clusters)
{
foreach (SilverlightEdge edge in clust.Edges)
{
foreach (SilverlightEdge edge1 in clust.Edges)
{
edge.PolarCords.Center(clust.ClusterCenter);
}
}
clust.Color = Common.ColorPallete.GetColor();
List<int> order = clust.Annealing.CalculateInit(clust.Edges,distances, Alpha, Temp, Epsilon);
DrawLines(order);
}
}
}
public Cluster(Point center)
{
Edges = new List <SilverlightEdge>();
ClusterCenter = center;
Annealing = new SimulatedAnnealing();
}
