//判断城堡当前是否有单位存在 false没有 true有
public bool JudgeCastleHaveUnit(CastleType castleType)
{
if (castleType == CastleType.ThePlayerCastle)
{
if (castlePlayer.itemBrick.rolePlayer == null)
{
return(false);
}
else
{
return(true);
}
}
else if (castleType == CastleType.TheEnemyCastle)
{
if (castleEnemy.itemBrick.rolePlayer == null)
{
return(false);
}
else
{
return(true);
}
}
return(false);
}
private static bool CastlingNoPiecesInBetween(King king, Board board, CastleType type)
{
foreach (var square in king.GetCastleInBetweenPositions(type))
{
if (board.IsAnyPieceInSquare(square))
{
return(false);
}
}
return(true);
}
private static bool CastlePiecesHaveNotBeenMoved(King king, Board board, CastleType castleType)
{
if (king.HasBeenMoved)
{
return(false);
}
var rookSquare = board[king.GetCastleRookStartingSquare(castleType)];
return(rookSquare.Piece != null &&
!rookSquare.Piece.HasBeenMoved);
}
public Castle(King king, Rook rook, Board board, CastleType type)
: base(true,
king,
null,
board[king.GetCastleStartingPosition()],
board[king.GetCastleEndingPosition(type)],
null)
{
_type = type;
_board = board;
_rook = rook;
_rookStartingPosition = board[King.GetCastleRookStartingSquare(type)];
_rookEndingPosition = board[King.GetCastleRookEndingPosition(type)];
}
internal SquareCoordinate GetCastleEndingPosition(CastleType type)
{
switch (type)
{
case CastleType.KingSide:
return(new SquareCoordinate(Color.FirstRank, 7));
case CastleType.QueenSide:
return(new SquareCoordinate(Color.FirstRank, 3));
default:
throw new NotImplementedException();
}
}
private bool CanCastle(CastleType castleType)
{
var castle = this.Board.GetCastleAvailabity(this.Player);
if (!castle.HasFlag(castleType))
return false;
if (this.Board.IsInCheck())
return false;
var testSquare = castleType.GetRookSquare(this.Player);
for (int i = 0; i < castleType.GetRookDistance(); i++)
{
testSquare = testSquare.Move(castleType.GetRookMoveDirection()).Value;
if (this.Board[testSquare] != null || this.Board.IsUnderAttack(testSquare, this.Player.Opponent()))
return false;
}
return true;
}
internal IEnumerable <SquareCoordinate> GetCastleInBetweenPositions(CastleType type)
{
switch (type)
{
case CastleType.KingSide:
yield return(new SquareCoordinate(Color.FirstRank, 6));
yield return(new SquareCoordinate(Color.FirstRank, 7));
break;
case CastleType.QueenSide:
yield return(new SquareCoordinate(Color.FirstRank, 4));
yield return(new SquareCoordinate(Color.FirstRank, 3));
break;
default:
throw new NotImplementedException();
}
}
public static object ConvertType(CastleType type, object value)
{
switch (type)
{
case CastleType.UniqueIdentifier:
case CastleType.Text:
return(value.ToString());
case CastleType.Integer:
return(int.Parse(value.ToString()));
case CastleType.Float:
return(float.Parse(value.ToString()));
case CastleType.Boolean:
return(bool.Parse(value.ToString()));
case CastleType.Flags:
return(uint.Parse(value.ToString()));
case CastleType.Enum:
return(int.Parse(value.ToString()));
case CastleType.Image:
return(value.ToString());
case CastleType.Color:
return(uint.Parse(value.ToString()));
case CastleType.Ref:
CastleRef refObj = value as CastleRef;
if (refObj == null)
{
return(null);
}
return(refObj.Referencedstring);
}
return(null);
}
internal ISet <SquareCoordinate> GetCastlingSquares(CastleType type)
{
switch (type)
{
case CastleType.KingSide:
return(new HashSet <SquareCoordinate>
{
new SquareCoordinate(Color.FirstRank, 5),
new SquareCoordinate(Color.FirstRank, 6),
new SquareCoordinate(Color.FirstRank, 7)
});
case CastleType.QueenSide:
return(new HashSet <SquareCoordinate>
{
new SquareCoordinate(Color.FirstRank, 5),
new SquareCoordinate(Color.FirstRank, 4),
new SquareCoordinate(Color.FirstRank, 3)
});
default:
throw new NotImplementedException();
}
}
private static bool CastlingSquaresAreNotControlledByOpponent(King king, Board board, CastleType castleType)
{
foreach (var square in king.GetCastlingSquares(castleType))
{
if (board.IsInOpponentControl(board[square], king.Color))
{
return(false);
}
}
return(true);
}
public CastleMove(Player actorPlayer, CastleType castleType)
{
ActorPlayer_ = actorPlayer;
CastleType_ = castleType;
}
public KingCastleMove(Piece piece, Square target, CastleType castle)
: base(piece, target)
{
this.Castle = castle;
}
internal static bool CanCastle(King king, Board board, CastleType castleType)
{
return(CastlePiecesHaveNotBeenMoved(king, board, castleType) &&
CastlingNoPiecesInBetween(king, board, castleType) &&
CastlingSquaresAreNotControlledByOpponent(king, board, castleType));
}
public bool castle(ChessSide side, ColorType color,
CastleType castle)
{
if (!side.King.CanCastle)
{
debug (Catalog.GetString("Cant castle (") + side.King);
return false;
}
if (side.King.File !=
ChessBoardConstants.FILE_E)
{
debug (Catalog.GetString("King not available ") +
side.King);
return false;
}
int file;
if (castle == CastleType.LONG_CASTLE)
{
file = ChessBoardConstants.FILE_A;
}
else
{
file = ChessBoardConstants.FILE_H;
}
int rank;
if (color == ColorType.WHITE)
rank = 0;
else
rank = 7;
if (positions[rank, file] == null)
{
debug (Catalog.GetString("Rook not available"));
return false;
}
int i1, i2;
if (castle == CastleType.LONG_CASTLE)
{
i1 = ChessBoardConstants.FILE_B;
i2 = ChessBoardConstants.FILE_E;
}
else
{
i1 = ChessBoardConstants.FILE_F;
i2 = ChessBoardConstants.FILE_H;
}
for (int i = i1; i < i2; i++)
{
if (positions[rank, i] != null)
{ // some pieces blocking.. cannot castle
return false;
}
}
IList attackers = new ArrayList ();
ChessPiece.
getAttackers ((color ==
ColorType.
WHITE ? whites :
blacks),
(color ==
ColorType.
WHITE ? blacks :
whites), rank,
ChessBoardConstants.
FILE_E, positions, null,
attackers);
// check if king is under attack.
// cannot castle in that case
if (attackers.Count > 0)
{
return false;
}
if (castle == CastleType.LONG_CASTLE)
i1 = ChessBoardConstants.FILE_C;
for (int i = i1; i < i2; i++)
{
attackers.Clear ();
ChessPiece.
getAttackers ((color ==
ColorType.
WHITE ?
whites :
blacks),
(color ==
ColorType.
WHITE ?
blacks :
whites),
rank, i,
positions,
null,
attackers);
if (attackers.Count > 0)
{ // king will be under attack in this case
return false;
}
}
if (castle == CastleType.SHORT_CASTLE)
{
setPiece (side.King, rank,
ChessBoardConstants.
FILE_G);
setPiece (positions
[rank,
ChessBoardConstants.
FILE_H], rank,
ChessBoardConstants.
FILE_F);
removePiece (rank,
ChessBoardConstants.
FILE_E);
removePiece (rank,
ChessBoardConstants.
FILE_H);
lastMoveInfo.movedPiece = side.King;
lastMoveInfo.SetInfo (rank,
ChessBoardConstants.
FILE_E, rank,
ChessBoardConstants.
FILE_G, true);
}
else
{
setPiece (side.King, rank,
ChessBoardConstants.
FILE_C);
setPiece (positions
[rank,
ChessBoardConstants.
FILE_A], rank,
ChessBoardConstants.
FILE_D);
removePiece (rank,
ChessBoardConstants.
FILE_E);
removePiece (rank,
ChessBoardConstants.
FILE_A);
lastMoveInfo.movedPiece = side.King;
lastMoveInfo.SetInfo (rank,
ChessBoardConstants.
FILE_E, rank,
ChessBoardConstants.
FILE_C, true);
}
FlipTurn ();
return true;
}
private void SetCastleAvailability(string text)
{
CastleType black = (CastleType)0;
CastleType white = (CastleType)0;
foreach (char c in text)
{
switch (c)
{
case 'K': white = white | CastleType.KingSide; break;
case 'Q': white = white | CastleType.QueenSide; break;
case 'k': black = black | CastleType.KingSide; break;
case 'q': black = black | CastleType.QueenSide; break;
}
}
this.BlackCastleAvailability = black;
this.WhiteCastleAvailability = white;
}
private static string GetNotation(CastleType castleType, PlayerColor color)
{
string notation = "";
switch (castleType)
{
case CastleType.KingSide: notation = "k"; break;
case CastleType.QueenSide: notation = "q"; break;
case CastleType.QueenOrKingSide: notation = "kq"; break;
}
return color == PlayerColor.White ? notation.ToUpper() : notation.ToLower();
}
private Move GetCastleMove(Board board, King king, CastleType castleType)
{
var rook = board[king.GetCastleRookStartingSquare(castleType)].Piece as Rook;
return(new Castle(king, rook, board, castleType));
}
