private void checkMove(ref List<Coor> coors, Coor coor)
{
if (hasPiece(coor))
{
if (!isFriendly(coor))
{
coors.Add(coor);
}
}
else
{
coors.Add(coor);
}
}
public MoveBlockOpption(Piece piece, Coor coor, Canvas canvas)
{
this._coor = coor;
this._piece = piece;
_rect.Width = BoardGame.INCREMENT;
_rect.Height = BoardGame.INCREMENT;
_rect.Opacity = .5;
_rect.Fill = (SolidColorBrush)(new BrushConverter().ConvertFrom("#A82129"));
canvas.Children.Add(_rect);
Canvas.SetLeft(_rect, coor.x * BoardGame.INCREMENT);
Canvas.SetTop(_rect, coor.y * BoardGame.INCREMENT);
}
public override void move(Coor coor)
{
BoardGame boardGame = BoardGame.getInstance();
base.move(coor);
hasMove = true;
if (_side == Side.black)
{
if (coor.y == BoardGame.BOARDSIZE - 1)
boardGame.mainWindow.MainGrid.Children.Add(new PieceSelection(this));
}
else
{
if (coor.y == 0)
boardGame.mainWindow.MainGrid.Children.Add(new PieceSelection(this));
}
}
/// <summary> Using the current Piece location as origin, checks if a single spot has a piece and is unfriendly</summary>
protected Boolean isSpotTaken(Direction direction, int NumberOfSpacesOut)
{
int xMod = angleMods[(int)direction, 0];
int yMod = angleMods[(int)direction, 1];
Coor currentCoor = getCurrentCoor();
Coor coor = new Coor(currentCoor.x + NumberOfSpacesOut * xMod, currentCoor.y + NumberOfSpacesOut * yMod);
if (!coor.isValid)
return false;
if (hasPiece(coor) && !isFriendly(coor))
return true;
else
return false;
}
protected Boolean isFriendly(Coor coor)
{
if (coor.isValid)
{
BoardGame boardGame = BoardGame.getInstance();
Piece target = boardGame.board[coor.y, coor.x];
if (target == null)
return true;
if (this._side == target._side)
return true;
else
return false;
}
else
{
return false;
}
}
protected Boolean hasPiece(Coor coor)
{
if (coor.isValid)
{
BoardGame boardGame = BoardGame.getInstance();
Piece target = boardGame.board[coor.y, coor.x];
if (target == null)
{
return false;
}
else
{
return true;
}
}
else
{
return false;
}
}
/// <summary>Checks a single angle starting from Piece location</summary>
/// <param name="coors">Populates reference list with all found spots</param>
/// <param name="NumberOfSpaces">How far out it checks</param>
protected void checkAngle(ref List<Coor> coors, int NumberOfSpaces, Direction direction)
{
int xMod = angleMods[(int)direction, 0];
int yMod = angleMods[(int)direction, 1];
Coor currentCoor = getCurrentCoor();
for (int i = 0; i < NumberOfSpaces; i++)
{
Coor coor = new Coor(currentCoor.x + (i + 1) * xMod, currentCoor.y + (i + 1) * yMod); /*+1 because zero is the piece itself*/
if (!coor.isValid) /*So i dont add any unnessary movements*/
break;
if (hasPiece(coor))
{
if (!isFriendly(coor))
coors.Add(coor);
break;
}
coors.Add(coor);
}
}
/// <summary>Postions Piece on its current canvas</summary>
public void setCoorOnCanvas(Coor coor)
{
Canvas.SetLeft(rect, coor.x * BoardGame.INCREMENT);
Canvas.SetTop(rect, coor.y * BoardGame.INCREMENT);
}
public virtual void move(Coor coor)
{
Coor currentLocation = getCurrentCoor();
BoardGame boardGame = BoardGame.getInstance();
Piece PieceInSpot = boardGame.board[coor.y, coor.x];
if (PieceInSpot != null)
{
boardGame.gameBoard.Children.Remove(PieceInSpot.rect);
}
setCoorOnCanvas(coor);
boardGame.board[currentLocation.y, currentLocation.x] = null;
boardGame.board[coor.y, coor.x] = this;
boardGame.moves.Children.Clear();
}