void CreateIntermediateTree_OnNodeBegin(ChanceTree tree, CreateIntermediateTreeContext[] stack, int depth)
{
CreateIntermediateTreeContext context = stack[depth];
Int64 n = context.NodeIdx;
int round = (depth - 1) / _gameDef.MinPlayers;
if (depth == 0)
{
_intRoot = context.IntNode = new IntermediateNode();
_intRoot.Position = tree.Nodes[0].Position;
_intRoot.Card = tree.Nodes[0].Card;
_intRoot.Probab = tree.Nodes[0].Probab;
return;
}
int curPlayer = tree.Nodes[n].Position;
int curCard = tree.Nodes[n].Card;
_hands[curPlayer][round] = curCard;
int abstrCard = _abstractions[curPlayer].GetAbstractCard(_hands[curPlayer], round + 1);
context.IntNode = stack[depth - 1].IntNode.FindOrCreateChild(abstrCard, ref _nodesCount);
// Set or update properties of the intermediate node.
context.IntNode.Position = curPlayer;
context.IntNode.Card = abstrCard;
double [] potShare = new double[_gameDef.MinPlayers];
UInt16 [] activePlayers = depth == _maxDepth ? _activePlayersAll : _activePlayersOne;
foreach (UInt16 ap in activePlayers)
{
tree.Nodes[n].GetPotShare(ap, potShare);
context.IntNode.AddPotShare(ap, potShare, tree.Nodes[n].Probab);
}
context.IntNode.Probab += tree.Nodes[n].Probab;
}
void CreateIntermediateTree_OnNodeEnd(ChanceTree tree, CreateIntermediateTreeContext[] stack, int depth)
{
CreateIntermediateTreeContext context = stack[depth];
}
