public override IPlayedCard Play(int memberId, BattleState battleState, AIStrategy strategy)
{
var me = battleState.Members[memberId];
var playableCards = battleState.GetPlayableCards(memberId);
var allies = battleState.GetConsciousAllies(me);
var enemies = battleState.GetConsciousEnemies(me);
var maybeCard = new Maybe <CardTypeData>();
IEnumerable <CardTypeData> cardOptions = playableCards;
// Go Ham if Alone
if (allies.Count() == 1 && cardOptions.Any(c => c.Tags.Contains(CardTag.Attack)))
{
maybeCard = new Maybe <CardTypeData>(cardOptions.Where(c => c.Tags.Contains(CardTag.Attack)).MostExpensive());
}
// Play Ultimate
else if (cardOptions.Any(c => c.Tags.Contains(CardTag.Ultimate)))
{
maybeCard = new Maybe <CardTypeData>(cardOptions.Where(c => c.Tags.Contains(CardTag.Ultimate)).MostExpensive());
}
// Don't Hit Enemy Shields if the play isn't very effective
if (enemies.Sum(e => e.CurrentShield()) < 15)
{
cardOptions = cardOptions.Where(c => !c.Tags.Contains(CardTag.Shield));
}
// Pick any other highest-cost card
var card = maybeCard.IsPresent
? maybeCard.Value
: cardOptions
.ToArray()
.Shuffled()
.OrderByDescending(c => c.Cost.Amount)
.First();
var targets = card.ActionSequences.Select(action =>
{
var possibleTargets = battleState.GetPossibleConsciousTargets(me, action.Group, action.Scope);
if (card.Tags.Contains(CardTag.Stun))
{
return(possibleTargets.MostPowerful());
}
if (card.Tags.Contains(CardTag.Attack))
{
return(strategy.AttackTargetFor(action));
}
return(possibleTargets.Random());
});
var cardInstance = card.CreateInstance(battleState.GetNextCardId(), me);
return(new PlayedCardV2(me, targets.ToArray(), cardInstance));
}