private static DistanceBetweenCutpoints ShortestDistanceBetweenCutPoints(List <Point> CuttingPoints)
{
List <DistanceBetweenCutpoints> Distances = new List <DistanceBetweenCutpoints>();
DistanceBetweenCutpoints ShortestDistance = new DistanceBetweenCutpoints();
DistanceBetweenCutpoints Distance = new DistanceBetweenCutpoints();
ShortestDistance.distance = 100000;
for (int i = 0; i < CuttingPoints.Count - 1; i++)
{
for (int j = i + 1; j < CuttingPoints.Count; j++)
{
Distance.point1 = CuttingPoints[i];
Distance.point2 = CuttingPoints[j];
Distance.distance = Math.Pow((Math.Pow((CuttingPoints[i].x - CuttingPoints[j].x), 2) + Math.Pow((CuttingPoints[i].y - CuttingPoints[j].y), 2)), 0.5);
Distances.Add(Distance);
}
}
foreach (DistanceBetweenCutpoints dist in Distances)
{
if (dist.distance < ShortestDistance.distance)
{
ShortestDistance.distance = dist.distance;
ShortestDistance.point1 = dist.point1;
ShortestDistance.point2 = dist.point2;
}
}
return(ShortestDistance);
}
private static Point Cluster(List <Point> CuttingPoints, int anchors)
{
//List<DistanceBetweenCutpoints> ListOfDistance = new List<DistanceBetweenCutpoints>();
//DistanceBetweenCutpoints cuts = new DistanceBetweenCutpoints();
Point centroid = new Point();
DistanceBetweenCutpoints shortest = new DistanceBetweenCutpoints();
//shortest.distance = 100000;
while (CuttingPoints.Count != 0)
{
shortest = ShortestDistanceBetweenCutPoints(CuttingPoints); // get struct back
centroid.x = (shortest.point1.x - shortest.point2.x) / 2;
centroid.y = (shortest.point1.y - shortest.point2.y) / 2;
CuttingPoints.Remove(shortest.point1);
CuttingPoints.Remove(shortest.point2);
CuttingPoints.Add(centroid);
}
return(centroid);
}
private static Point Cluster(List<Point> CuttingPoints, int anchors)
{
//List<DistanceBetweenCutpoints> ListOfDistance = new List<DistanceBetweenCutpoints>();
//DistanceBetweenCutpoints cuts = new DistanceBetweenCutpoints();
Point centroid = new Point();
DistanceBetweenCutpoints shortest = new DistanceBetweenCutpoints();
//shortest.distance = 100000;
while (CuttingPoints.Count != 0)
{
shortest = ShortestDistanceBetweenCutPoints(CuttingPoints); // get struct back
centroid.x = (shortest.point1.x - shortest.point2.x) / 2;
centroid.y = (shortest.point1.y - shortest.point2.y) / 2;
CuttingPoints.Remove(shortest.point1);
CuttingPoints.Remove(shortest.point2);
CuttingPoints.Add(centroid);
}
return centroid;
}
private static DistanceBetweenCutpoints ShortestDistanceBetweenCutPoints(List<Point> CuttingPoints)
{
List<DistanceBetweenCutpoints> Distances = new List<DistanceBetweenCutpoints>();
DistanceBetweenCutpoints ShortestDistance = new DistanceBetweenCutpoints();
DistanceBetweenCutpoints Distance = new DistanceBetweenCutpoints();
ShortestDistance.distance = 100000;
for (int i = 0; i < CuttingPoints.Count - 1; i++)
{
for (int j = i + 1; j < CuttingPoints.Count; j++)
{
Distance.point1 = CuttingPoints[i];
Distance.point2 = CuttingPoints[j];
Distance.distance = Math.Pow((Math.Pow((CuttingPoints[i].x - CuttingPoints[j].x), 2) + Math.Pow((CuttingPoints[i].y - CuttingPoints[j].y), 2)), 0.5);
Distances.Add(Distance);
}
}
foreach (DistanceBetweenCutpoints dist in Distances)
{
if (dist.distance < ShortestDistance.distance)
{
ShortestDistance.distance = dist.distance;
ShortestDistance.point1 = dist.point1;
ShortestDistance.point2 = dist.point2;
}
}
return ShortestDistance;
}
