VPForest.VPF_Leaf.SetValues C# (CSharp) Method

        public void SetValues(int elem_id,double dist_2_center,int index)
        {
            this.IDs[index]=elem_id;
            this.dist2center[index]=dist_2_center;
        }

        // Constructor
        // _m must be a value in [0,1]
        public VP_Forest(MetricDB _DB, double _m=0,double _tau=0)
        {
            this.DB=_DB;

            this.Remaining=new List<int>(this.DB.Count);
            this.Persist=new bool[this.DB.Count];
            this.Tau=double.MaxValue;
            int[] perm;
            if (_m!=0)
                this.m=_m;
            if (_tau!=0)
            {
                BuildingWithTau=true;
                this.wanted_Tau=2*_tau;
            }

            this.Forest=new List<VPF_Tree>();

            int N=this.DB.Count;

            for (int i=0;i<N;i++)
                this.Remaining.Add(i);

            do
            {
                int a,w,center;
                double[] Distances=new double[N];
                this.Persist=new bool[N];
                this.Forest.Add ( new VPF_Tree() );
                perm=new int[N];
                for (int i=0;i<N;i++) {perm[i]=i;}

                //Console.WriteLine("Building tree number: {0}",Forest.Count);
                //Console.WriteLine("Remaining: {0}",Remaining.Count);
                if (Divide_Interval(N,out a,out w,out center,out Distances,perm))
                {
                    this.Forest[this.Forest.Count-1].Root=new VPF_Node(center);
                    BuildTree((VPF_Node)this.Forest[this.Forest.Count-1].Root,Distances,perm,a,w);
                }
                else // The root is a leaf
                {
                    leafs+=N;
                    VPF_Leaf L=new VPF_Leaf(N);
                    L.center=center;
                    for (int i=0;i<N;i++)
                        L.SetValues(this.Remaining[perm[i]],Distances[i],i);
                    this.Forest[this.Forest.Count-1].Root=L;
                    Console.WriteLine("Tau very big. Remaining:{0}",Remaining.Count);
                }

                RemoveMarkedOnes();
                N=Remaining.Count;

            }while(Remaining.Count>0);

            this.Tau/=2;

            Console.WriteLine("Total trees: {0}",this.Forest.Count);
            Console.WriteLine("Tau: {0}",this.Tau);
            Console.WriteLine("Leafs:{0}",leafs);
        }