public void draw(GameBoardData data)
{
canvas.Children.Clear();
MinoDrawSize = canvas.Width / data.Width;
Rectangle rect = new Rectangle { Stroke = Brushes.Black, StrokeThickness = 2, Height = canvas.Height, Width = canvas.ActualWidth, Fill = Brushes.Black };
Canvas.SetLeft(rect, 0);
Canvas.SetTop(rect, 0);
canvas.Children.Add(rect);
data.FallingPolyomino.drawPolyomino(canvas, data.FallingPolyominoLocation, MinoDrawSize, false);
data.FallingPolyomino.drawPolyomino(canvas, data.getGhostPieceLocation(), minoDrawSize, true);
//todo remove
Ellipse e = new Ellipse { Fill = Brushes.Red, Height = 10, Width = 10 };
double x = data.FallingPolyominoLocation.X * minoDrawSize + minoDrawSize / 2 -5;
double y = canvas.Height - minoDrawSize / 2 - 5;
y -= minoDrawSize * data.FallingPolyominoLocation.Y;
Canvas.SetLeft(e, x);
Canvas.SetTop(e, y);
canvas.Children.Add(e);
foreach (Mino m in data.SettledMinos)
{
Vector2 v = m.v;
m.drawMino(canvas, MinoDrawSize, false);
}
drawGridLines(canvas);
}
internal void drawRight(Canvas accessoryCanvas, GameBoardData e)
{
accessoryCanvas.Children.Clear();
double holdCellWidth = 2 * accessoryCanvas.ActualWidth / 3;
List<Polyomino> nexts = e.MyPieceDealer.peekNextPolyominos(5);
double startNextsY = 0;
for (int i = 0; i < 5; i++)
{
double x = (accessoryCanvas.ActualWidth - holdCellWidth) / 2;
double y = startNextsY + i * holdCellWidth;
Rectangle fill = new Rectangle { Stroke = Brushes.Black, StrokeThickness = 2, Height = holdCellWidth, Width = holdCellWidth, Fill = Brushes.Black };
Canvas.SetLeft(fill, x);
Canvas.SetTop(fill, y);
accessoryCanvas.Children.Add(fill);
Polyomino p = nexts[i].Clone();
p.SRSNormalize();
Rect r = new Rect(x, y, holdCellWidth, holdCellWidth);
p.drawPolyomino(accessoryCanvas, r, false);
}
}
internal void draw(Canvas accessoryCanvas, GameBoardData e)
{
accessoryCanvas.Children.Clear();
double holdCellWidth = 2 * accessoryCanvas.ActualWidth / 3;
Rectangle rect = new Rectangle { Stroke = Brushes.Black, StrokeThickness = 2, Height = holdCellWidth, Width = holdCellWidth, Fill = Brushes.Black };
Canvas.SetLeft(rect, ( accessoryCanvas.ActualWidth - holdCellWidth ) / 2 );
Canvas.SetTop(rect, 0);
accessoryCanvas.Children.Add(rect);
if (e.HeldPolyomino != null)
{
Polyomino p = e.HeldPolyomino.Clone();
p.SRSNormalize();
Rect r = new Rect((accessoryCanvas.ActualWidth - holdCellWidth) / 2, 0, holdCellWidth, holdCellWidth);
p.drawPolyomino(accessoryCanvas, r, false);
}
//List<Polyomino> nexts = e.MyPieceDealer.peekNextPolyominos(5);
//double startNextsY = holdCellWidth * 1.5;
//for (int i = 0; i < 5; i++)
//{
// double x = (accessoryCanvas.ActualWidth - holdCellWidth) / 2;
// double y = startNextsY + i * holdCellWidth;
// Rectangle fill = new Rectangle { Stroke = Brushes.Black, StrokeThickness = 2, Height = holdCellWidth, Width = holdCellWidth, Fill = Brushes.Black };
// Canvas.SetLeft(fill, x);
// Canvas.SetTop(fill, y);
// accessoryCanvas.Children.Add(fill);
// Polyomino p = nexts[i].Clone();
// p.SRSNormalize();
// Rect r = new Rect(x,y, holdCellWidth, holdCellWidth);
// p.drawPolyomino(accessoryCanvas, r, false);
//}
}
private void BoardChangedEvent_boardChanged(object sender, GameBoardData e)
{
accessoryDrawer.drawRight(AccessoryCanvas, e );
}
private void boardChangeFired(object sender, GameBoardData e)
{
drawer.draw(e);
}
public static void fire(Object s, GameBoardData payload)
{
boardChanged(s, payload);
}
