public EvaluatedHand evaluateHand(List <Card> cards)
{
if (cards.Count <= 2)
{
return(null);
}
assert(cards);
string goal = "X:evaluate(X).";
string result = UnityExtensionMethods.SolveForParsed(kB, goal).ToString();
List <Card> EvaluatedCards = new List <Card> ();
for (int i = 1; i < 6; i++)
{
string cardValue = "X:cardValue(X," + i.ToString() + ").";
string cardSuit = "Y:cardSuit(Y," + i.ToString() + ").";
int v = int.Parse(UnityExtensionMethods.SolveForParsed(kB, cardValue).ToString());
var s = UnityExtensionMethods.SolveForParsed(kB, cardSuit);
EvaluatedCards.Add(new Card(v, s.ToString()));
}
string straightPotentialCase = "Y:straightPotential(Y).";
int straightPotential = int.Parse(UnityExtensionMethods.SolveForParsed(kB, straightPotentialCase).ToString());
string flushPotentialCase = "Y:flushPotential(Y).";
int flushPotential = int.Parse(UnityExtensionMethods.SolveForParsed(kB, flushPotentialCase).ToString());
EvaluatedHand evaluatedhand = new EvaluatedHand(result, EvaluatedCards, straightPotential, flushPotential);
retract();
return(evaluatedhand);
}
public int compareTwoHands(PlayerImplementation player1, PlayerImplementation player2)
{
int rank1 = HandStrengthEvaluater.rank(player1.evaluatedCards.name);
int rank2 = HandStrengthEvaluater.rank(player2.evaluatedCards.name);
string cardsEvaluated1 = "[";
for (int i = 0; i < player1.evaluatedCards.Cards.Count; i++)
{
if (i < player1.evaluatedCards.Cards.Count - 1)
{
cardsEvaluated1 += player1.evaluatedCards.Cards [i].CardValue + ",";
}
else
{
cardsEvaluated1 += player1.evaluatedCards.Cards [i].CardValue + "]";
}
}
string cardsEvaluated2 = "[";
for (int i = 0; i < player2.evaluatedCards.Cards.Count; i++)
{
if (i < player2.evaluatedCards.Cards.Count - 1)
{
cardsEvaluated2 += player2.evaluatedCards.Cards [i].CardValue + ",";
}
else
{
cardsEvaluated2 += player2.evaluatedCards.Cards [i].CardValue + "]";
}
}
string query = "X:result(" + rank1 + "," + rank2 + "," + cardsEvaluated1 + "," + cardsEvaluated2 + ",X).";
int result = int.Parse(UnityExtensionMethods.SolveForParsed(kB, query).ToString());
return(result);
}
public PlayerAction MakeDecision(PlayerImplementation Player, Context context)
{
PlayerAction playerAction = new PlayerAction();
assert(Player, context);
bool raised = false;
int raiseAmount;
string decision = "Y:finalDecision(Y).";
string result = UnityExtensionMethods.SolveForParsed(kB, decision).ToString();
if (result.Equals("fold"))
{
playerAction.set(PlayerAction.Action.Fold);
}
if (result.Equals("call"))
{
playerAction.set(PlayerAction.Action.Call);
}
if (result.Equals("raise"))
{
raised = true;
string raiseAmountQuery = "X:raiseAmount(X).";
raiseAmount = int.Parse(UnityExtensionMethods.SolveForParsed(kB, raiseAmountQuery).ToString());
if (raiseAmount == 0)
{
playerAction.set(PlayerAction.Action.Check);
}
else
{
playerAction.raise(new PlayerAction.Raise(raiseAmount));
}
}
retract(raised);
return(playerAction);
}