private AI_Guess_Decision MakeDecision_Using_Board(AI_Guess_Decision previousState)
{
AI_Guess_Decision bestDecision = new AI_Guess_Decision(previousState.GetBoard(), previousState.GetBoardValue());
PlayerBoardState playerState = previousState.GetBoard().GetPlayer(playerNr);
List <ICard> myUnitOptions = previousState.GetPlayerState(playerNr).GetValidBoardOptions();
for (int i = 0; i < previousState.GetPlayerState(playerNr).GetValidBoardOptions().Count; i++)
{
ICard actionCard = playerState.GetValidBoardOptions()[i];
if (playerState.opponent.GetTauntBoard().Count > 0 || IsDyingFirst(playerState)) //Trade
{
List <ITarget> originalTargetOptions = actionCard.GetAttackTargetOptions(previousState.GetBoard());
for (int y = 0; y < originalTargetOptions.Count; y++)
{
ITarget target = originalTargetOptions[y];
if (target == playerState.opponent.Hero)
{
continue;
}
if (target.GetOwner() == actionCard.GetOwner())
{
throw new Exception("ATTACKING MY OWN UNITS!?");
}
double val = evalutator.TradeOnBoard(actionCard, target, playerState, previousState.GetBoard());
if (bestDecision.GetBoardValue() < (previousState.GetBoardValue() + val))
{
bestDecision.SetBoardValue(previousState.GetBoardValue() + val);
bestDecision.SetDecision(new AI_Guess_Decision_Trade(actionCard, target));
}
}
}
else //Face
{
var val = evalutator.FaceAttackOnBoard(actionCard, playerState.opponent.Hero, playerState, previousState.GetBoard());
if (bestDecision.GetBoardValue() < (previousState.GetBoardValue() + val))
{
bestDecision.SetBoardValue(previousState.GetBoardValue() + val);
bestDecision.SetDecision(new AI_Guess_Decision_Face(actionCard));
return(bestDecision);
}
}
}
return(bestDecision);
//List<ICard> options = playerState.GetValidBoardOptions();
//ICard actionCard = options[random.Next(0, options.Count)];
//List<ITarget> targetOptions = actionCard.GetAttackTargetOptions(state);
//ITarget target = targetOptions[random.Next(0, targetOptions.Count)];
//Singletons.GetPrinter().AttackCard(actionCard, target);
//if (target.GetOwner() == actionCard.GetOwner())
// throw new Exception("ATTACKING MY OWN UNITS!?");
//actionCard.Attack(target);
}
private AI_Guess_Decision MakeDecision_Using_Hand(AI_Guess_Decision previousState)
{
AI_Guess_Decision bestDecision = new AI_Guess_Decision(previousState.GetBoard(), previousState.GetBoardValue());
PlayerBoardState playerState = previousState.GetBoard().GetPlayer(playerNr);
List <ICard> options = playerState.GetValidHandOptions();
for (int i = 0; i < options.Count; i++)
{
double val = evalutator.CardPlayOnBoard(options[i], playerState, previousState.GetBoard());
if (bestDecision.GetBoardValue() < (previousState.GetBoardValue() + val))
{
bestDecision.SetBoardValue(previousState.GetBoardValue() + val);
bestDecision.SetDecision(new AI_Guess_Decision_Play(options[i]));
}
}
return(bestDecision);
}
private AI_Guess_Decision MakeDecision(AI_Guess_Decision decision)
{
PlayerBoardState playerBoardState = decision.GetBoard().GetPlayer(playerNr);
if (playerBoardState.GetValidHandOptions().Count > 0)
{
var newDecision = MakeDecision_Using_Hand(decision);
if (newDecision.GetBoardValue() >= decision.GetBoardValue())
{
decision = newDecision;
}
}
if (playerBoardState.GetValidBoardOptions().Count > 0)
{
var newDecision = MakeDecision_Using_Board(decision);
if (newDecision.GetBoardValue() >= decision.GetBoardValue())
{
decision = newDecision;
}
}
return(decision);
}