public void SolveAll()
{
SolverUtilities.PrintBoard(board);
while (board.CheckVictory() != true)
{
SingleStep();
Console.ReadKey();
SolverUtilities.PrintBoard(board);
}
}
public void SingleStep()
{
if (possibleMoves.Count == 0)
{
possibleMoves.Push(SolverUtilities.GetPossibleMoves(board));
}
List <GameMove> moves = possibleMoves.Peek();
while (moves.Count == 0)
{
possibleMoves.Pop();
board.UndoMove();
boardStates.Pop();
moves = possibleMoves.Peek();
stepCount--;
}
GameMove move = moves[moves.Count - 1];
moves.Remove(move);
boardStates.Push(board.GetBoardState());
board.DoMove(move);
BoardState newState = board.GetBoardState();
if (boardStates.Contains(newState, BoardStateCompare.Comparer))
{
board.UndoMove();
boardStates.Pop();
stepCount--;
return;
}
List <GameMove> newPossibleMoves = SolverUtilities.GetPossibleMoves(board);
possibleMoves.Push(newPossibleMoves);
stepCount++;
return;
}
