public RiverCommunity(TurnCommunity Parent, Flop flop, int turn, int river)
: base(Parent)
{
#if DEBUG
InstanceCount++;
#endif
MyFlop = flop;
MyTurn = turn;
MyRiver = river;
ClassifyAvailability();
Weight = ((number)1) / (Card.N - 4 - 3 - 1);
Phase = BettingPhase.River;
InitiallyActivePlayer = Player.Dealer;
// Get all pocket values
PocketValue = new uint[Pocket.N];
for (int p = 0; p < Pocket.N; p++)
{
//if (Collision(p))
// PocketValue[p] = 0;//uint.MaxValue;
//else
// PocketValue[p] = Value.Eval(MyFlop, MyTurn, MyRiver, Pocket.Pockets[p]);
if (AvailablePocket[p])
PocketValue[p] = Value.Eval(MyFlop, MyTurn, MyRiver, Pocket.Pockets[p]);
else
PocketValue[p] = 0;//uint.MaxValue;
}
// Sort pockets
SortedPockets = new int[Pocket.N];
for (int i = 0; i < Pocket.N; i++) SortedPockets[i] = i;
SortedPocketValue = new uint[Pocket.N];
PocketValue.CopyTo(SortedPocketValue, 0);
Array.Sort(SortedPocketValue, SortedPockets);
MakeScratchSpace();
}
protected override void CreateBranches()
{
Branches = new List<CommunityNode>(Card.N - 3);
BranchesByIndex = new List<CommunityNode>(Card.N);
for (int turn = 0; turn < Card.N; turn++)
{
CommunityNode NewBranch;
if (AvailableCard[turn])
{
if (DerivedSetup.SuitReduce)
{
if (MyFlop.IsRepresentative())
NewBranch = new TurnCommunity(this, MyFlop, turn);
else
NewBranch = null;
}
else
{
NewBranch = new TurnCommunity(this, MyFlop, turn);
}
Branches.Add(NewBranch);
}
else
NewBranch = null;
BranchesByIndex.Add(NewBranch);
}
}
