//Converts the PlayerColours enum to actual colours you can initialize the players with
private Color ColourConverter(PlayerColours c)
{
if (c == PlayerColours.Red)
{
return(Color.Red);
}
else if (c == PlayerColours.Orange)
{
return(Color.Orange);
}
else if (c == PlayerColours.Yellow)
{
return(Color.Yellow);
}
else if (c == PlayerColours.Green)
{
return(Color.Green);
}
else if (c == PlayerColours.Blue)
{
return(Color.Blue);
}
else if (c == PlayerColours.Indigo)
{
return(Color.Indigo);
}
else if (c == PlayerColours.Violet)
{
return(Color.Violet);
}
else
{
return(Color.White);
}
}
public DraughtPiece(PlayerColours pieceColour, int horizontalPostion, int verticalPostion)
{
isKing = false;
PieceColour = pieceColour;
HorizontalPostion = horizontalPostion;
VerticalPostion = verticalPostion;
}
public void HandleInput()
{
if (SwinGame.MouseClicked(MouseButton.LeftButton))
{
//1p Survival
if (MouseRegion(30, 180, 350, 60))
{
_gameHandler.GameState = EnumState.Survival;
_gameHandler.Multiplayer = false;
}
//1p Score Attack
if (MouseRegion(30, 270, 350, 60))
{
_gameHandler.GameState = EnumState.Timed;
_gameHandler.Multiplayer = false;
}
//2p Survival
if (MouseRegion(30, 460, 350, 60))
{
_gameHandler.GameState = EnumState.Survival;
_gameHandler.Multiplayer = true;
}
//2p Score Attack
if (MouseRegion(30, 540, 350, 60))
{
_gameHandler.GameState = EnumState.Timed;
_gameHandler.Multiplayer = true;
}
//2p Battle
if (MouseRegion(30, 630, 350, 60))
{
_gameHandler.GameState = EnumState.Battle;
_gameHandler.Multiplayer = true;
}
//P1 Colour Left
if (MouseRegion(660, 620, 135, 60))
{
_p1Colour = ColourDecrement(_p1Colour, _p2Colour);
}
//P1 Colour Right
if (MouseRegion(805, 620, 135, 60))
{
_p1Colour = ColourIncrement(_p1Colour, _p2Colour);
}
//P2 Colour Left
if (MouseRegion(960, 620, 135, 60))
{
_p2Colour = ColourDecrement(_p2Colour, _p1Colour);
}
//P2 Colour Right
if (MouseRegion(1105, 620, 135, 60))
{
_p2Colour = ColourIncrement(_p2Colour, _p1Colour);
}
}
}
private PlayerColours ColourDecrement(PlayerColours c1, PlayerColours c2)
{
c1--;
if (c1 < PlayerColours.Red)
{
c1 = PlayerColours.Violet;
}
if (c1 == c2)
{
c1 = ColourDecrement(c1, c2);
}
return(c1);
}
private PlayerColours ColourIncrement(PlayerColours c1, PlayerColours c2)
{
c1++;
if (c1 > PlayerColours.Violet)
{
c1 = PlayerColours.Red;
}
if (c1 == c2)
{
c1 = ColourIncrement(c1, c2);
}
return(c1);
}
public void ShowWinner(List <Vector2Int> winningLine, PlayerColours winnerColours)
{
foreach (Transform piece in _piecesRoot)
{
if (piece.GetComponent <Piece>().PlayerColours == winnerColours)
{
piece.GetComponent <Animator>().SetTrigger(FlashPiecesHash);
}
}
foreach (var location in winningLine)
{
_tiles[_board.GetBoardIndexFromLocation(location)].GetComponent <MeshRenderer>().material =
(winnerColours == PlayerColours.White) ? _whiteTileBorderMaterial : _blackTileBorderMaterial;
}
}
public int EvaluateBoard(PlayerColours playerColour)
{
const int MAXIMUMNUMBEROFOPPONENTPIECES = 12;
int normalPieces = 0, kingPieces = 0, opponentPieces = 0;
for (int i = 0; i <= GAMEBOARDWIDTH - 1; i++)
for (int j = 0; j <= GAMEBOARDHEIGHT - 1; j++)
{
if (gameBoardSpaces[i, j] != null)
if (gameBoardSpaces[i, j].PieceColour == playerColour)
{
if (gameBoardSpaces[i, j].IsKing == true)
kingPieces++;
else
normalPieces++;
}
else
opponentPieces++;
}
return normalPieces + (kingPieces * 3) + (MAXIMUMNUMBEROFOPPONENTPIECES - opponentPieces);
}
private void HandleAdditionalJumps(PlayerColours colour)
{
if (gameState == GameStates.NextJump)
{
Point jumpAbleSquare = new Point(selectedPiece.HorizontalPostion, selectedPiece.VerticalPostion);
XNAGameBoardPostion selectedSquare = new XNAGameBoardPostion(jumpAbleSquare);
HighLightPossibleJumps(selectedPiece, colour);
}
}
private void CompleteCurrentTurn(PlayerColours currentPlayerColour)
{
if (IsGameOver())
{
gameState = GameStates.GameOver;
winner = currentPlayerColour;
}
else
{
gameTurn = GetWhosTurnIsIt(gameTurn);
UnSelectPiece();
gameState = GameStates.Playing;
}
}
private void DrawWinningLabel(SpriteBatch spriteBatch, PlayerColours winningColour)
{
spriteBatch.Begin();
if (winningColour == PlayerColours.Black)
spriteBatch.Draw(blackWins, new Rectangle(0, 0, 480, 100), Color.White);
else
spriteBatch.Draw(whiteWins, new Rectangle(0, 0, 480, 100), Color.White);
spriteBatch.End();
}
public readonly static string clear_board = "clear_board"; public static string play(PlayerColours colour, Move move)
{
return(string.Format("play {0} {1}", BenzeneUtil.PlayerColourToStr(colour), BenzeneUtil.MoveToHexPoint(move)));
}
public void ForcePlayerToPlay(PlayerColours player)
{
IsLeftPlayerMove = (player == PlayerColours.Black);
}
private void HighLightPossibleMoves(DraughtPiece selectedPiece, PlayerColours colour)
{
List<GamePieceMove> moves;
squaresMovableTo = new List<Rectangle>();
moves = gameBoard.GetAllPossibleMovesForThisPiece(selectedPiece);
foreach (GamePieceMove move in moves)
{
Rectangle rect = xnaGameBoard.BoardSpaces[move.NewHorizontalPostion, move.NewVerticalPostion];
squaresMovableTo.Add(rect);
}
}
public List<GamePieceMove> GetAllPossibleMoves(PlayerColours colour)
{
List<GamePieceMove> allPossibleMoves = new List<GamePieceMove>();
allPossibleMoves.AddRange(GetAllPossibleJumps(colour));
if(forcedJumpsOn && allPossibleMoves.Count == 0)
allPossibleMoves.AddRange(GetAllPossibleNormalMoves(colour));
else if(!forcedJumpsOn)
allPossibleMoves.AddRange(GetAllPossibleNormalMoves(colour));
return allPossibleMoves;
}
private void HandleBlackTurnForAIPlayer()
{
List<GamePieceMove> aiMoves = ai.GetAIMoves(gameBoard.CloneBoard());
foreach(GamePieceMove move in aiMoves)
gameBoard.ApplyMove(move);
gameTurn = PlayerTurn.WhiteTurn;
if (IsGameOver())
{
gameState = GameStates.GameOver;
winner = PlayerColours.Black;
}
}
public List<GameBoard> GetPossibleBoards(PlayerColours colour)
{
List<GameBoard> allPossibleBoards = new List<GameBoard>();
foreach (GamePieceMove move in GetAllPossibleMoves(colour))
{
GameBoard newBoard = this.CloneBoard();
newBoard.ApplyMove(move);
allPossibleBoards.Add(newBoard);
}
return allPossibleBoards;
}
private void HandleTurnForHumanPlayer(PlayerColours currentPlayerColour, XNAGameBoardPostion selectedPoint)
{
switch (gameState)
{
case GameStates.Playing:
GetSelectedPiece(selectedPoint);
if(selectedPiece!=null)
if (gameBoard.IsMovablePieceSelected(selectedPiece, currentPlayerColour))
{
HighLightPossibleMoves(selectedPiece, currentPlayerColour);
gameState = GameStates.PieceSelected;
}
break;
case GameStates.PieceSelected:
if (IsNextClickAMove())
{
if (MakeMove(selectedPoint))
CompleteCurrentTurn(currentPlayerColour);
else
gameState = GameStates.NextJump;
}
else
{
UnSelectPiece();
gameState = GameStates.Playing;
}
break;
case GameStates.NextJump:
if (IsNextClickAMove())
{
if (MakeMove(selectedPoint))
CompleteCurrentTurn(currentPlayerColour);
}
break;
}
HandleAdditionalJumps(currentPlayerColour);
}
public Boolean IsMovablePieceSelected(DraughtPiece selectedPiece, PlayerColours colour)
{
bool allMovesFound = true;
List<GamePieceMove> allPossibleMove = GetAllPossibleMoves(colour);
List<GamePieceMove> allPossibleMoveForThisPiece = GetAllPossibleMovesForThisPiece(selectedPiece);
foreach (GamePieceMove move in allPossibleMoveForThisPiece)
{
if (!allPossibleMove.Contains(move))
allMovesFound = false;
}
return allMovesFound;
}
public static string PlayerColourToStr(PlayerColours colour)
{
return((colour == PlayerColours.Black) ? "b" : "w");
}
private List<GamePieceMove> GetAllPossibleNormalMoves(PlayerColours colour)
{
List<GamePieceMove> allPossibleNormalMoves = new List<GamePieceMove>();
for (int i = 0; i <= GAMEBOARDWIDTH - 1; i++)
for (int j = 0; j <= GAMEBOARDHEIGHT - 1; j++)
{
if (gameBoardSpaces[i, j] != null)
if (gameBoardSpaces[i, j].PieceColour == colour)
allPossibleNormalMoves.AddRange(GetAllPossibleNormalMovesForThisPiece(gameBoardSpaces[i, j]));
}
return allPossibleNormalMoves;
}
public Player(PlayerTypes playerType, PlayerColours colour)
{
CurrentNoOfPieces = maximumNoOfPieces;
PlayerColour = colour;
this.PlayerType = playerType;
}
private PlayerColours GetOpponentColour(PlayerColours playerColour)
{
if (playerColour == PlayerColours.White)
return PlayerColours.Black;
else
return PlayerColours.White;
}
public static string genmove(PlayerColours colour)
{
return(string.Format("genmove {0}", BenzeneUtil.PlayerColourToStr(colour)));
}
public void DrawWinner(SpriteBatch spriteBatch, PlayerColours winningColour)
{
DrawWinningCrown(spriteBatch);
DrawWinningLabel(spriteBatch, winningColour);
}
