public void DeselectPlayerCard()
{
if (SelectedCard != null)
{
SelectedCard.Unselected();
SelectedCard = null;
}
}
private void PlayAITurn()
{
Board.ResetSpaceColors();
SelectedCard = AIPlayer.SelectCardToPlay();
BoardCardSpace boardSpace = AIPlayer.SelectSpaceToPlayOn(SelectedCard);
PlayCard(boardSpace);
}
public void SelectPlayerCard(string clickedCardName)
{
DeselectPlayerCard();
PlayerCardSpace clickedCard;
try
{
clickedCard = ActivePlayer.Hand.Single(x => x.Name == clickedCardName);
if (clickedCard.CanBeSelected())
{
SelectedCard = clickedCard;
SelectedCard.Selected();
Board.ResetSpaceColors();
}
}
catch (Exception)
{
return;
}
}
public void TestAIPlayerCreation()
{
//arrange
Deck deck = new Deck();
Board board = new Board(deck);
Player player = new Player(deck, 2);
AIPlayer aiPlayer = new Aziraphale(board, player);
player.DrawNewHand();
PlayerCardSpace highestCard = player.Hand.OrderByDescending(x => x.Card.Value).First();
//act
PlayerCardSpace cardSpaceToPlayFrom = aiPlayer.SelectCardToPlay();
Card cardToPlay = cardSpaceToPlayFrom.TakeCard();
//assert
Assert.AreEqual(4, aiPlayer.Player.Hand.Where(x => x.Card != null).Count());
Assert.IsTrue(aiPlayer.Player.Hand.Contains(highestCard));
}
public override BoardCardSpace SelectSpaceToPlayOn(PlayerCardSpace selectedCard)
{
//The AI will always take the highest card it can on the board where possible
List <BoardCardSpace> spacesThatCanBeTaken = Board.Spaces.Where(x =>
x.Card != null &&
x.Card.Value < selectedCard.Card.Value &&
x.Owner != 2)
.OrderByDescending(x => x.Card.Value)
.ToList();
if (spacesThatCanBeTaken != null)
{
foreach (BoardCardSpace boardSpace in spacesThatCanBeTaken)
{
BoardCardSpace emptyNeighbouringSpace = FindRandomEmptyNeighbouringSpace(boardSpace);
if (emptyNeighbouringSpace != null)
{
return(emptyNeighbouringSpace);
}
}
}
return(Board.RandomEmptySpace());
}
abstract public BoardCardSpace SelectSpaceToPlayOn(PlayerCardSpace selectedCard);
