void NewPlayingField(bool logAction = true)
{
if (deck.Count == 0)
{
Debug.Log("Trying to make a new playing field, but the deck is empty");
return;
}
if (ActivePlayField != null)
{
// For now, we're going to just... jettison the PlayedCards to space.
// Need to figure out something more, ah, elegant than that
Debug.Log("Moving the existing playing field far out of the way");
ActivePlayField.transform.position = (Vector3.right * 1000 + Vector3.up * 500);
CameraManagerInstance.ResetCamera();
}
CardData seedCard = DrawCard();
if (logAction && ActivePlayField != null)
{
GameActions.Push(GameAction.FromNewPlayingField(seedCard, ActivePlayField));
previousPlayfieldIncompleteCards += ActivePlayField.GetIncompleteCards().Count;
previousPlayfieldTotalFaceValue += ActivePlayField.GetIncompleteCards().Sum(card => card.RepresentingCard.FaceValue);
previousPlayfieldSatisfiedCount += ActivePlayField.GetHappyCards().Count;
previousPlayfieldSatisfiedFaceValue += ActivePlayField.GetHappyCards().Sum(card => card.RepresentingCard.FaceValue);
}
ActivePlayField = ObjectPooler.GetObject <PlayFieldRuntime>(PlayFieldRuntimePF, transform);
ActivePlayField.SeedInitialCard(seedCard);
ActivePlayField.UpdateCardVisuals();
ActivePlayField.SetPlayableSpaces();
UpdateScoreLabels();
}
void UpdateScoreLabels()
{
TotalCardFaceValue.text = (previousPlayfieldTotalFaceValue + ActivePlayField.GetIncompleteCards().Sum(card => card.RepresentingCard.FaceValue)).ToString();
IncompleteCardsValue.text = (previousPlayfieldIncompleteCards + ActivePlayField.GetIncompleteCards().Count).ToString();
SatisfiedCountValue.text = ((float)(previousPlayfieldSatisfiedCount + ActivePlayField.GetHappyCards().Count) / (float)totalDeckSize).ToString("P0");
SatisfiedFaceValue.text = ((float)(previousPlayfieldSatisfiedFaceValue + ActivePlayField.GetHappyCards().Sum(card => card.RepresentingCard.FaceValue)) / (float)totalDeckFaceValue).ToString("P0");
}
void UndoAction(GameAction action)
{
if (action.CardPlayed.HasValue)
{
PlayingCard foundCard;
if (!ActivePlayField.TryRemoveCardAtCoordinate(action.CoordinatePlayedOn.Value, out foundCard))
{
Debug.LogError("Tried to remove a card from the active field, but it doesn't exist");
}
else
{
cardsInHand.Add(foundCard);
foundCard.Reset();
ResetCardsInHandPosition();
}
}
if (action.CardDrawn.HasValue)
{
PlayingCard matchingCardInHand = cardsInHand.FirstOrDefault(card => card.RepresentingCard == action.CardDrawn.Value);
if (matchingCardInHand == null)
{
Debug.LogError("Tried to remove a card from hand, but it doesn't exist");
}
else
{
cardsInHand.Remove(matchingCardInHand);
ObjectPooler.ReturnObject(matchingCardInHand);
deck.Push(action.CardDrawn.Value);
DeckCountLabel.text = $"x{deck.Count}";
ResetCardsInHandPosition();
}
}
if (action.SeedCard.HasValue)
{
PlayingCard foundCard;
if (!ActivePlayField.TryRemoveCardAtCoordinate(action.CoordinatePlayedOn.Value, out foundCard))
{
Debug.LogError("Tried to remove a card from the active field, but it doesn't exist");
}
else
{
ObjectPooler.ReturnObject(foundCard);
deck.Push(action.SeedCard.Value);
DeckCountLabel.text = $"x{deck.Count}";
}
}
if (action.PreviousPlayfield != null)
{
ObjectPooler.ReturnObject(ActivePlayField);
ActivePlayField = action.PreviousPlayfield;
ActivePlayField.transform.position = Vector3.zero;
previousPlayfieldIncompleteCards -= ActivePlayField.GetIncompleteCards().Count;
previousPlayfieldTotalFaceValue -= ActivePlayField.GetIncompleteCards().Sum(card => card.RepresentingCard.FaceValue);
previousPlayfieldSatisfiedCount -= ActivePlayField.GetHappyCards().Count;
previousPlayfieldSatisfiedFaceValue -= ActivePlayField.GetHappyCards().Sum(card => card.RepresentingCard.FaceValue);
}
}
