void TakeAction(GameAction toTake, PlayFieldData startingPlayField, Stack <CardData> startingDeck, List <CardData> startingHand,
out PlayFieldData resultPlayField, out Stack <CardData> resultDeck, out List <CardData> resultHand, out bool resultsInIncompleteness)
{
resultPlayField = startingPlayField.CloneData();
// Frustratingly, creating a new stack creates that stack upsidedown! Reverse it, again
resultDeck = new Stack <CardData>(new Stack <CardData>(startingDeck));
resultHand = new List <CardData>(startingHand);
resultHand.Remove(toTake.CardPlayed.Value);
if (resultDeck.Count > 0)
{
resultHand.Add(resultDeck.Pop());
}
resultPlayField.SetCard(toTake.CardPlayed.Value, toTake.CoordinatePlayedOn.Value);
if (resultPlayField.AreAnyCoordinatesAreIncompleteable())
{
resultsInIncompleteness = true;
}
else
{
resultsInIncompleteness = false;
}
if (resultDeck.Count > 0 && resultHand.Count > 0 && !resultPlayField.AreAnyMovesPossible(resultHand))
{
resultPlayField = new PlayFieldData();
resultPlayField.SetCard(resultDeck.Pop(), new Coordinate(0, 0));
}
}
public List <GameAction> FindSolution(PlayFieldData activePlayField, Stack <CardData> deck, List <CardData> hand)
{
solution = null;
if (activePlayField.AreAnyCoordinatesAreIncompleteable())
{
Debug.Log("The current playing field already has incompleteable cards.");
return(null);
}
SolutionTimeStopwatch = System.Diagnostics.Stopwatch.StartNew();
StringBuilder deckString = new StringBuilder();
Debug.Log("The deck is:");
foreach (CardData cards in deck.ToList())
{
deckString.Append(cards.FaceValue);
deckString.Append(", ");
}
Debug.Log(deckString.ToString().TrimEnd(' ').TrimEnd(','));
SolutionIteration(activePlayField, deck, hand, new List <GameAction>());
if (solution == null)
{
Debug.Log("No solutions found.");
}
else
{
Debug.Log($"Solution found in {solution.Count} moves");
foreach (GameAction actionsTaken in solution)
{
Debug.Log(actionsTaken.GetActionText());
}
}
SolutionTimeStopwatch.Stop();
return(solution);
}