コード例 #1
0
    // Somewhat naive approach to implement a Tic Tac Toe A.I.
    // I honestly don't know much about the strategy involved in the game, but i'm assuming
    // the steps described below make sense and work as a base for a somewhat decent A.I. that can play this sort of games
    public Vector2Int MakeMove(Board gameplayBoard, TurnTracker turnTracker, GameplayBotDifficulty difficulty = GameplayBotDifficulty.EASY)
    {
        // Get available spaces
        var boardFreePositions = gameplayBoard.GetAvailableLocations();

        // if the game is set to easy difficulty
        if (difficulty == GameplayBotDifficulty.EASY)
        {
            // Just pick something at random
            return(boardFreePositions[Mathf.FloorToInt(Random.Range(0, boardFreePositions.Count))]);
        }

        // Else make a move using a better strategy

        // Get the play pieces for each player
        GameplayPieceTypes ownedPieces = turnTracker.GetCurrentTurnPieceType();
        GameplayPieceTypes rivalPieces = turnTracker.GetRivalTurnPieceType();

        //if first move, or the center has not been taken, take center (assuming this is the best possible position to take, as this is the case in most board games)
        var bestMove = new Vector2Int(1, 1);

        if (difficulty == GameplayBotDifficulty.MEDIUM)
        {
            if (boardFreePositions.Contains((bestMove)))
            {
                // Just pick something at random
                return(boardFreePositions[Mathf.FloorToInt(Random.Range(0, boardFreePositions.Count))]);
            }



            var scoresMedium = this.AlphaBetaMax(gameplayBoard, 0, Mathf.Infinity, -Mathf.Infinity, ownedPieces);

            // return bestMove;
            return(new Vector2Int(scoresMedium[0], scoresMedium[1]));
        }

        //if first move, or the center has not been taken, take center (assuming this is the best possible position to take, as this is the case in most board games)
        if (boardFreePositions.Contains((bestMove)))
        {
            return(bestMove);
        }

        // higher depth means, even further analisis of deeper brancher of the possible plays
        var scoresHard = this.AlphaBetaMax(gameplayBoard, 3, Mathf.Infinity, -Mathf.Infinity, ownedPieces);

        // return bestMove;
        return(new Vector2Int(scoresHard[0], scoresHard[1]));
    }
コード例 #2
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 private void initializeTurnTracker()
 {
     TurnTracker = new TurnTracker((List <BaseUnit>)Allies.Concat(Enemies));
 }
コード例 #3
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 void Start()
 {
     turnTracker   = FindObjectOfType <TurnTracker>();
     sliceAnimator = FindObjectOfType <SliceAnimator>();
     audioSource   = GetComponent <AudioSource>();
 }
コード例 #4
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ファイル: CharacterSelect.cs プロジェクト: ocknon/GAM24Final
 public void pTwoSelectButton()
 {
     playerTurn = TurnTracker.playerTwo;
 }
コード例 #5
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ファイル: CharacterSelect.cs プロジェクト: ocknon/GAM24Final
 public void pThreeSelectButton()
 {
     playerTurn = TurnTracker.playerThree;
 }
コード例 #6
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ファイル: CharacterSelect.cs プロジェクト: ocknon/GAM24Final
 //Changes the player who is selecting their character
 public void pOneSelectButton()
 {
     playerTurn = TurnTracker.playerOne;
 }
コード例 #7
0
ファイル: CharacterSelect.cs プロジェクト: ocknon/GAM24Final
 public void pFourSelectButton()
 {
     playerTurn = TurnTracker.playerFour;
 }