private static int[][] SelectEfficiencyTable(GameManager.Player controllingPlayer, Ball.BallPosition ballPosition)
{
if ((controllingPlayer == GameManager.Player.B) && (ballPosition != Ball.BallPosition.PlayerAField))
{
return(case1);
}
else if ((controllingPlayer == GameManager.Player.B) && (ballPosition == Ball.BallPosition.PlayerAField))
{
return(case2);
}
else if ((controllingPlayer == GameManager.Player.A) && (ballPosition != Ball.BallPosition.PlayerBField))
{
return(case3);
}
else if ((controllingPlayer == GameManager.Player.A) && (ballPosition == Ball.BallPosition.PlayerBField))
{
return(case4);
}
else
{
Debug.LogWarning("No efficiency table was selected for he AI. Returning default table");
return(case1);
}
}
public static Card SelectCardToPlay(string AILevel, List <Card> AIhand, List <Card> deckPlayer, GameManager.Player controllingPlayer, Ball.BallPosition ballPosition)
{
if (AILevel == "Hard")
{
Card selectedCard = null;
int cardEfficiency;
int bestEfficiency = -1000;
int[][] efficiencyTable = SelectEfficiencyTable(controllingPlayer, ballPosition);
foreach (Card cardHand in AIhand)
{
// Rank one is a special case
if (cardHand.GetRank() == 1)
{
cardEfficiency = SelectRankOneEfficiency();
}
else
{
cardEfficiency = CalculateEfficiency(cardHand, deckPlayer, efficiencyTable);
}
if (cardEfficiency > bestEfficiency)
{
bestEfficiency = cardEfficiency;
selectedCard = cardHand;
}
}
return(selectedCard);
}
// On easy mode return a random card from the hand
return(AIhand [Random.Range(0, AIhand.Count)]);
}
