public void Setup()
{
_board = new CheckerBoard();
_constants = new CheckersConstants();
_strategy = new ComputerStrategy();
ClearBoard();
}
public void DrawBoard(Graphics formGraphics, Size boardSize, CheckerBoard board)
{
SetImages();
Image backBuffer = DrawToBuffer(board, boardSize);
TransferDrawingToScreen(backBuffer, formGraphics);
}
public bool Move(CheckerBoard board, int checker)
{
bool moved = false;
_board = board;
_checkerColor = checker;
moved = MakeJump();
if (!moved)
{
moved = MakeNonJump();
}
return moved;
}
private void DrawCheckers(Graphics graphics, CheckerBoard board, Image blackCheckerImage, Image redCheckerImage)
{
for (int row = 0; row < _checkerConstants.SquaresInBoard; row++)
{
for (int column = 0; column < _checkerConstants.SquaresInBoard; column++)
{
if(board.IsRedChecker(row, column))
DrawChecker(row, column, graphics, redCheckerImage);
if (board.IsBlackChecker(row, column))
DrawChecker(row, column, graphics, blackCheckerImage);
if(board.IsSquareSelected(row, column))
DrawSelectedSquare(row, column, graphics);
}
}
}
public void Setup()
{
_board = new CheckerBoard();
}
private Image DrawToBuffer(CheckerBoard board, Size boardSize)
{
//To allow doublebuffering
var backbuffer = new Bitmap(boardSize.Width, boardSize.Height);
using(Graphics graphicsBuffer = Graphics.FromImage(backbuffer))
{
DrawBoard(graphicsBuffer);
DrawCheckers(graphicsBuffer, board, _blackCheckerImage, _redCheckerImage);
graphicsBuffer.Dispose();
}
return backbuffer;
}