public Board.Decision makeMove(Board board)
{
numMovesCalled++;
long startTime = nanoTime();
Move m = minimaxStart(board, depth, getSide(), true);
totalTimeElapsed += nanoTime() - startTime;
//System.out.println("m is: " + m);
//Move move = board.getAllValidMoves(getSide()).get(m);
Main.println("::::::::" + m.getEnd() + " " + m.getStart());
Board.Decision decision = board.makeMove(m, getSide());
if (decision == Board.Decision.ADDITIONAL_MOVE)
{
skippingPoint = m.getEnd();
checkVec = true;
}
//System.out.println("Pruned tree: " + pruned + " times");
return(decision);
}
// Use this for initialization
void Start()
{
multipleRoundsTest = total > 1;
//Player one = new Player("Player 1", Player.Side.BLACK);
//Player two = new Player("Player 2", Player.Side.WHITE);
MinimaxAI one = new MinimaxAI(Player.Side.BLACK, 3);
MinimaxAI two = new MinimaxAI(Player.Side.WHITE, 4);
//RandomAI one = new RandomAI(Player.Side.BLACK);
//RandomAI two = new RandomAI(Player.Side.WHITE);
//one goes first if true;
bool turn = true;
//System.out.println(board.toString());
//Scanner sc = new Scanner(System.in);
int blackWin = 0;
int whiteWin = 0;
int c = 0;
for (int t = 0; t < total; t++)
{
Board board = new Board();
Player current = one;
if (!turn)
{
current = two;
}
c = 0;
println(board.toString());
while (c < 10)
{
//Thread.sleep(500);
c++;
print(current.toString() + "'s turn: ");
//Board.Decision decision = null;
Board.Decision decision = Board.Decision.FAILED_INVALID_DESTINATION;
//current instanceof AI
if (current.GetType() == typeof(MinimaxAI))
{
// decision = ((AI)current).makeMove(board);
decision = ((MinimaxAI)current).makeMove(board); //------------*
}
else
{
/*string text = sc.nextLine();
* if (text.equals("board"))
* {
* println(board.toString());
* }
* if (text.equals("rand"))
* {
* decision = current.makeRandomMove(board);
* }
* else
* {
* string[] split = text.split(" ");
* Move m;
* if (split.Length == 1)
* {
* m = new Move(Integer.parseInt(text.charAt(0) + ""), Integer.parseInt(text.charAt(1) + ""),
* Integer.parseInt(text.charAt(2) + ""), Integer.parseInt(text.charAt(3) + ""));
* }
* else
* {
* int[] s = new int[split.length];
* for (int i = 0; i < split.length; i++)
* {
* s[i] = Integer.parseInt(split[i]);
* }
* m = new Move(s[0], s[1], s[2], s[3]);
*
*
* }
* decision = current.makeMove(m, board);
* }*/
}
//System.out.println("Decision: " + decision);
if (decision == Board.Decision.FAILED_INVALID_DESTINATION || decision == Board.Decision.FAILED_MOVING_INVALID_PIECE)
{
println("Move Failed");
// don't update anything
}
else if (decision == Board.Decision.COMPLETED)
{
println(board.toString());
if (board.getNumBlackPieces() == 0)
{
println("White wins with " + board.getNumWhitePieces() + " pieces left");
whiteWin++;
break;
}
if (board.getNumWhitePieces() == 0)
{
println("Black wins with " + board.getNumBlackPieces() + " pieces left");
blackWin++;
break;
}
if (turn)
{
current = two;
}
else
{
current = one;
}
turn = !turn;
}
else if (decision == Board.Decision.ADDITIONAL_MOVE)
{
println("Additional Move");
}
else if (decision == Board.Decision.GAME_ENDED)
{
//current player cannot move
if (current.getSide() == Player.Side.BLACK)
{
println("White wins");
whiteWin++;
}
else
{
println("Black wins");
blackWin++;
}
break;
}
}
Debug.Log("Game finished after: " + c + " rounds");
//one instanceof MinimaxAI
if (one.GetType() == typeof(MinimaxAI))
{
Debug.Log("Avg time per move: " + ((MinimaxAI)one).getAverageTimePerMove());
}
}
Debug.Log("Black won " + (blackWin / total * 100) + "%" + ", White won " + (whiteWin / total * 100) + "%");
Debug.Log("Count move = " + c);
}
