//Count outs for player ONLY at the moment
private int countOuts(Table t, Hand h)
{
// List of outs
List <Card> out_list = new List <Card>();
List <Hand.strength> out_strength = new List <Hand.strength>();
// Deck of cards
List <Card> cards = t.getDeck().getCards();
// Hands in play
List <Hand> hands = t.getHands();
Hand[] temp = new Hand[t.getHands().Count];
Array.Copy(t.getHands().ToArray(), temp, t.getHands().Count);
hands = temp.ToList();
Hand opposing = hands.First() == h ? hands[1] : hands[0];
// Community cards
Card[] commu_cards = new Card[5];// = t.getCommunityCards();
Array.Copy(t.getCommunityCards(), commu_cards, t.getCommunityCards().Count());
Hand.strength current = h.evaluateHand(commu_cards);
//Hand.strength opponent_current = hands[1].evaluateHand(commu_cards);
int outs = 0;
bool turn = commu_cards[3] == null ? true:false;
for (int i = 0; i < cards.Count; i++)
{
if (turn)
{
commu_cards[3] = cards[i];
}
else
{
commu_cards[4] = cards[i];
}
Hand.strength newStrength = h.evaluateHand(commu_cards);
Hand.strength opponentNewStrength = opposing.evaluateHand(commu_cards);
//TEST
hands[0].setHandStrenght(hands[0].evaluateHand(commu_cards));
hands[1].setHandStrenght(hands[1].evaluateHand(commu_cards));
/*
* if (newStrength == Hand.strength.Flush)
* {
* bool opp = newStrength>opponentNewStrength?true:false;
* Console.WriteLine("Considering flush with "+cards[i].ToString()+" Opponent hand has: "+opponentNewStrength.ToString()+ " and "+ opp);
* }
*/
//if (newStrength > current && newStrength > opponentNewStrength)
if (newStrength > current && h.compareHand(opposing) == 1)
{
outs++;
out_list.Add(cards[i]);
out_strength.Add(newStrength);
}
}
Console.WriteLine("List OF OUTS!!!");
for (int i = 0; i < out_list.Count; i++)
{
Console.WriteLine(out_list[i].ToString() + " (" + out_strength[i].ToString() + ")");
}
outs_list = out_list;
outs_strength_list = out_strength;
/*
* foreach (Card c in out_list)
* {
* Console.WriteLine(c.ToString()+" ("+out);
* }
*/
return(outs);
}
private List <Card> getOutList(Hand h)
{
// List of outs
List <Card> out_list = new List <Card>();
List <Hand.strength> out_strength = new List <Hand.strength>();
// Deck of cards
List <Card> cards = deck.getCards();
// Hands in play
List <Hand> hands = getHands();
Hand[] temp = new Hand[hands.Count];
Array.Copy(hands.ToArray(), temp, hands.Count);
hands = temp.ToList();
// Community cards
Card[] commu_cards = new Card[5];// = t.getCommunityCards();
Array.Copy(getCommunityCards(), commu_cards, getCommunityCards().Count());
// TEST THIS
Hand opposing = hands.First() == h ? hands[1] : hands[0];
Hand.strength current = h.evaluateHand(commu_cards);
int outs = 0;
bool turn = commu_cards[3] == null ? true : false;
for (int i = 0; i < cards.Count; i++)
{
if (turn)
{
commu_cards[3] = cards[i];
}
else
{
commu_cards[4] = cards[i];
}
Hand.strength newStrength = h.evaluateHand(commu_cards);
//Hand.strength opponentNewStrength = hands[1].evaluateHand(commu_cards);
//TEST
hands[0].setHandStrenght(hands[0].evaluateHand(commu_cards));
hands[1].setHandStrenght(hands[1].evaluateHand(commu_cards));
if (newStrength > current && h.compareHand(opposing) == 1)
{
outs++;
out_list.Add(cards[i]);
out_strength.Add(newStrength);
}
}
return(out_list);
/*
* Console.WriteLine("List OF OUTS!!!");
*
* for (int i = 0; i < out_list.Count; i++)
* {
* Console.WriteLine(out_list[i].ToString() + " (" + out_strength[i].ToString() + ")");
* }
* /*
* foreach (Card c in out_list)
* {
* Console.WriteLine(c.ToString()+" ("+out);
* }
*
* return outs;
* */
}
