/// <summary>
/// freestanding Vertex with cluster Kernel
/// </summary>
/// <returns></returns>
public Vertex CreateClusterVertex()
{
ClusterKernel k = new ClusterKernel();
Vertex v = new Vertex(k);
return(v);
}
/// <summary>
/// addition of a vertex
/// </summary>
/// <returns>Vertex added</returns>
public Vertex AddClusterVertex()
{
// material
ClusterKernel k = new ClusterKernel();
Vertex v = new Vertex(k);
// holographic association
v.G = this;
k.V = v;
// register
AllVertices.Add(v);
RegisterKey(v);
size++;
// dependent on new size:
MatrixEntry(v);
// this little relicis from the first recursive run. There could be a case where each vertex added would be spun up automatically.
// I think this might apply if multithreading allowed vertices to operate with distributed stack capacities?
//v.K.Run();
return(v);
}
