public override IHierarchy Generate()
{
GroupHierarchy result = new GroupHierarchy()
{
Rank = this.Rank + 1
};
foreach (var SubCluster in Clusters)
{
Cluster similar = SubCluster.GetMostSimilar(GetNeighbours(SubCluster)).First();
if (similar != null)
{
result.AddCluster(Cluster.Combine(SubCluster, similar));
}
}
return(result);
}
public override IHierarchy Generate()
{
float rate = 2.0F;
float newSize = this.Size * rate;
GridHierarchy result = new GridHierarchy(System.Convert.ToInt32(Math.Ceiling(this.Width / (double)rate) + 1), System.Convert.ToInt32(Math.Ceiling(this.Height / (double)rate) + 1), newSize)
{
Rank = this.Rank + 1
};
// Combine to a new cluster
foreach (var SubCluster in Clusters)
{
Cluster similar = SubCluster.GetMostSimilar(GetNeighbours(SubCluster)).FirstOrDefault();
if (similar != null)
{
if (SubCluster.Parent == null && similar.Parent == null)
{
result.Clusters.Add(Cluster.Combine(SubCluster, similar));
}
else
{
Cluster.Combine(SubCluster, similar);
}
}
}
// Initialize properties
foreach (var SubCluster in result.Clusters)
{
SubCluster.Position = SubCluster.GetAveragePosition();
SubCluster.Color = SubCluster.GetAverageColor();
}
// Locate to cell
foreach (var SubCluster in result.Clusters)
{
Vector2 p = SubCluster.Position;
int x = System.Convert.ToInt32(p.X / (double)result.Size);
int y = System.Convert.ToInt32(p.Y / (double)result.Size);
result.Grid[x, y].Add(SubCluster);
}
return(result);
}
public override IHierarchy Generate()
{
GroupHierarchy result = new GroupHierarchy()
{
Rank = this.Rank + 1
};
foreach (var SubCluster in Clusters)
{
Cluster similar = SubCluster.GetMostSimilar(GetNeighbours(SubCluster)).First();
if (similar != null)
{
result.AddCluster(Cluster.Combine(SubCluster, similar));
}
float progress = System.Convert.ToSingle((Clusters.IndexOf(SubCluster) + 1) / (double)Clusters.Count);
Debug.WriteLine($"{progress}");
}
return(result);
}
