override public bool decideOnPlayer(CardDecision decision, RpsAgent otherPlayer)
{
Card opponentsCard = decisionToCard(decision);
//Only accept requests we know we can win
return(parentAI.IndexOfCardInHand(counterCard(opponentsCard)) != -1);
}
override public bool decideOnPlayer(CardDecision decision, RpsAgent otherPlayer)
{
Card opponentsCard = decisionToCard(decision);
Dictionary <Card, int> totalCardCounts = GameObject.FindObjectOfType <ChallengeLobbyManager>().getTotalCardCounts();
Card highestCardInPlay = totalCardCounts.Keys.Aggregate(Card.Rock, (x, y) => totalCardCounts[x] > totalCardCounts[y] ? x : y);
if (parentAI.IndexOfCardInHand(counterCard(opponentsCard)) != -1)
{
return(highestCardInPlay == opponentsCard);
}
return(highestCardInPlay != opponentsCard);
}
override public bool decideOnPlayer(CardDecision decision, RpsAgent otherPlayer)
{
Card opponentsCard = decisionToCard(decision);
//Only accept requests which can leave our hand balanced
Dictionary <Card, int> cardCounts = parentAI.getCardCounts();
if (parentAI.IndexOfCardInHand(counterCard(opponentsCard)) != -1)
{
return(cardCounts.Values.Aggregate(0, Mathf.Max) - cardCounts[counterCard(opponentsCard)] <= 1);
}
else if (parentAI.IndexOfCardInHand(opponentsCard) != -1)
{
return(cardCounts.Values.Aggregate(0, Mathf.Max) - cardCounts[opponentsCard] <= 1);
}
else
{
//If we can't beat the card, we'll challenge if our hand is sufficiently out of whack in terms of balance
return(isProbable(decision) && (cardCounts.Values.Aggregate(0, Mathf.Max) - cardCounts.Values.Aggregate(cardCounts.Count, Mathf.Max)) > 1);
}
}
override public Card decideOnCard(CardDecision decision, RpsAgent otherPlayer)
{
Card opponentsCard = decisionToCard(decision);
//The AI blindly decides to counter the player decision or match it if possible
if (parentAI.IndexOfCardInHand(counterCard(opponentsCard)) != -1)
{
return(counterCard(opponentsCard));
}
else
{
return(opponentsCard);
}
}
