private static Card GiveRandomBasedCard(Player player, Deck deck, Card playedFromOther = null)
{
var rand = new Random();
if (playedFromOther != null)
{
if ((deck.Cards.Count() == 0 || deck.IsClosed) && SixtySixUtil.HasAnsweringCard(player, playedFromOther))
{
var answeringCards = SixtySixUtil.GetHandAnsweringCards(player, playedFromOther);
return(answeringCards[rand.Next(0, answeringCards.Count)]);
}
else
{
if (player.Cards.Count != 0)
{
return(player.Cards [rand.Next(player.Cards.Count)]);
}
else
{
return(SixtySixUtil.DrawCard(player, deck));
}
}
}
else
{
return(player.Cards[rand.Next(0, player.Cards.Count)]);
}
}
public static Card MakeTurn(Player player, Player opp, Deck deck, Card playedFromOther = null)
{
if (playedFromOther == null && player.HasWonLastHand)
{
//check for swapping opened card and swap if is allowed
if (SixtySixUtil.CanSwap(player.Cards, deck))
{
SixtySixUtil.SwapOpenedCard(player, deck);
}
}
Card card = GetAITurn(player, opp, deck, playedFromOther);;
//need to andswer
if (playedFromOther != null && SixtySixUtil.HasToAnswerWithMatching(deck))
{
if (!card.Suit.Equals(playedFromOther.Suit) && SixtySixUtil.HasAnsweringCard(player, playedFromOther))
{
do
{
Console.WriteLine("Wrong card to answer. The algorithm is trying again");
card = GetAITurn(player, opp, deck, playedFromOther);
} while (!card.Suit.Equals(playedFromOther.Suit));
}
}
if (!player.IsSilent)
{
Console.WriteLine("AI Hand: " + player.ToStringPlayerCards());
Console.WriteLine("AI has played: {0}", card);
}
player.GiveCard(card);
return(card);
}