public StartGameData(string loginQuery, string loginReply, GameColor colorQuery, ChessDirection directionQuery)
{
LoginQuery = loginQuery;
LoginReply = loginReply;
ColorQuery = colorQuery;
DirectionQuery = directionQuery;
}
private void DrawCoords(Graphics g, ChessDirection direction)
{
for (int i = 0; i < 8; ++i)
{
int textNumer = i + 1;
if (direction == ChessDirection.Down)
{
textNumer = 9 - textNumer;
}
g.DrawString(
textNumer.ToString()
, font
, Brushes.Black
, (indent * 0.2F)
, indent + (cellSize.Height * i) + (cellSize.Height / 2) - (font.Height / 2)
);
g.DrawString(
char.ConvertFromUtf32('A' + i)
, font
, Brushes.Black
, indent + (cellSize.Width * i) + (cellSize.Width * 0.3F)
, (indent / 2) - (font.Height / 2)
);
}
}
private List <Coordinate> GetBlockableTiles(ChessPiece attacker, ChessPiece target)
{
var tiles = new List <Coordinate>();
if (attacker.Piece.EqualsAny(ChessRank.Pawn, ChessRank.Knight, ChessRank.King))
{
return(tiles);
}
ChessDirection direction = GetAttackDirection(attacker, target);
Move(ref tiles, direction, attacker.Rank, attacker.File, false);
return(tiles);
}
private void Move(ref List <Coordinate> moves, ChessDirection direction, int x, int y, bool includeTarget = true)
{
switch (direction)
{
case ChessDirection.Northwest:
MoveNorthWest(ref moves, x, y, includeTarget);
break;
case ChessDirection.North:
MoveNorth(ref moves, x, y, includeTarget);
break;
case ChessDirection.Northeast:
MoveNorthEast(ref moves, x, y, includeTarget);
break;
case ChessDirection.East:
MoveEast(ref moves, x, y, includeTarget);
break;
case ChessDirection.Southeast:
MoveSouthEast(ref moves, x, y, includeTarget);
break;
case ChessDirection.South:
MoveSouth(ref moves, x, y, includeTarget);
break;
case ChessDirection.Southwest:
MoveSouthWest(ref moves, x, y, includeTarget);
break;
case ChessDirection.West:
MoveWest(ref moves, x, y, includeTarget);
break;
}
}
public Player(string name, GameColor color, ChessDirection direction)
{
Name = name;
Color = color;
Direction = direction;
}
