public virtual void OnGenerateEnd(IClusterNode root)
{
if (IsVerbose)
{
int estimatedMaxNodeCount = CalculateEstimatedNodeCount(MaxBucketCounts);
int estimatedMinNodeCount = CalculateEstimatedNodeCount(MinBucketCounts);
int actualNodeCount = CountNodes <int> .Count <ClusterTree, IClusterNode>(null, root);
Console.WriteLine("Nodes: estimated min: {0:#,#}, estimated max: {1:#,#}, actual: {2:#,#}",
estimatedMinNodeCount, estimatedMaxNodeCount, actualNodeCount);
}
}
public void OnGenerateEnd(IClusterNode root)
{
if (IsVerbose)
{
int estimatedNodeCount = 1;
int power = 1;
for (int r = 0; r < 4; ++r)
{
power *= BucketCounts[r];
estimatedNodeCount += power;
}
int actualNodeCount = CountNodes <int> .Count <ClusterTree, IClusterNode>(null, root);
Console.WriteLine("Nodes: estimated: {0:#,#}, actual: {1:#,#}",
estimatedNodeCount, actualNodeCount);
}
}
public ChanceTree ConvertToChanceTree()
{
int depth = PlayersCount * RoundsCount;
int nodesCount = CountNodes <int> .Count(Root, Root as object);
ChanceTree ct = new ChanceTree(nodesCount);
ct.SetNodesMemory(0); // To clear results.
SyncUniAndUF <int> .Sync(Root, Root as object, ct, SyncNodes);
WalkUFTreePP <ChanceTree, WalkUFTreePPContext> wt = new WalkUFTreePP <ChanceTree, WalkUFTreePPContext>();
wt.OnNodeEnd = FinalizeChanceTree_OnNodeEnd;
wt.Walk(ct);
ct.PlayersCount = PlayersCount;
ct.Version.Description = String.Format("Chance tree (MC:{0:0,0}, {1})", SamplesCount, SourceInfo);
return(ct);
}
