public override void Rotate()
{
afterRotate = new Cubes[4];
if (rotation == 2 || rotation == 4)
{
afterRotate[1] = new Cubes(currentPos, color);
afterRotate[0] = new Cubes(new Point(currentPos.X, currentPos.Y + gridSize), color);
afterRotate[2] = new Cubes(new Point(currentPos.X - gridSize, currentPos.Y), color);
afterRotate[3] = new Cubes(new Point(currentPos.X - gridSize, currentPos.Y - gridSize), color);
}
if (rotation == 1 || rotation == 3)
{
afterRotate[1] = new Cubes(currentPos, color);
afterRotate[0] = new Cubes(new Point(currentPos.X - gridSize, currentPos.Y), color);
afterRotate[2] = new Cubes(new Point(currentPos.X, currentPos.Y - gridSize), color);
afterRotate[3] = new Cubes(new Point(currentPos.X + gridSize, currentPos.Y - gridSize), color);
}
if (RotationCheck())
{
rotation++;
if (rotation == 5)
{
rotation = 1;
}
activeCubes = afterRotate;
}
}
public Square(Point point)
{
this.currentPos = point;
activeCubes[0] = new Cubes(point, Color.Yellow);
activeCubes[1] = new Cubes(new Point(point.X + gridSize, point.Y), Color.Yellow);
activeCubes[2] = new Cubes(new Point(point.X, point.Y - gridSize), Color.Yellow);
activeCubes[3] = new Cubes(new Point(point.X + gridSize, point.Y - gridSize), Color.Yellow);
}
public TSymbol(Point point)
{
color = Color.Purple;
this.currentPos = point;
activeCubes[1] = new Cubes(point, Color.Purple);
activeCubes[0] = new Cubes(new Point(point.X - gridSize, point.Y), Color.Purple);
activeCubes[2] = new Cubes(new Point(point.X + gridSize, point.Y), Color.Purple);
activeCubes[3] = new Cubes(new Point(point.X, point.Y - gridSize), Color.Purple);
}
public S2(Point point)
{
this.currentPos = point;
color = Color.Green;
activeCubes[1] = new Cubes(point, color);
activeCubes[0] = new Cubes(new Point(point.X, point.Y + gridSize), color);
activeCubes[2] = new Cubes(new Point(point.X - gridSize, point.Y), color);
activeCubes[3] = new Cubes(new Point(point.X - gridSize, point.Y - gridSize), color);
}
public Stick(Point point)
{
color = Color.Cyan;
this.currentPos = point;
activeCubes[0] = new Cubes(new Point(currentPos.X, currentPos.Y - gridSize), color);
activeCubes[1] = new Cubes(new Point(currentPos.X - gridSize, currentPos.Y - gridSize), color);
activeCubes[2] = new Cubes(new Point(currentPos.X + gridSize, currentPos.Y - gridSize), color);
activeCubes[3] = new Cubes(new Point(currentPos.X + gridSize * 2, currentPos.Y - gridSize), color);
}
public L2(Point point)
{
color = Color.Blue;
currentPos = point;
activeCubes[1] = new Cubes(point, color);
activeCubes[0] = new Cubes(new Point(point.X - gridSize, point.Y), color);
activeCubes[2] = new Cubes(new Point(point.X + gridSize, point.Y), color);
activeCubes[3] = new Cubes(new Point(point.X - gridSize, point.Y - gridSize), color);
}
public L1(Point point)
{
base.currentPos = point;
color = Color.Orange;
activeCubes[1] = new Cubes(point, color);
activeCubes[0] = new Cubes(new Point(point.X + gridSize, point.Y), color);
activeCubes[2] = new Cubes(new Point(point.X - gridSize, point.Y), color);
activeCubes[3] = new Cubes(new Point(point.X + gridSize, point.Y - gridSize), color);
}
/// <summary>
/// Return the column of the cube
/// </summary>
/// <param name="cube"></param>
/// <returns></returns>
public static int ColumnNumber(Cubes cube)
{
return(((cube.point.X - (maxLeftPos - gridSize)) / gridSize) - 1);
}
} //End ClearRows()
/// <summary>
/// Return the row of the cube
/// </summary>
/// <param name="cube"></param>
/// <returns></returns>
public static int RowNumber(Cubes cube)
{
return((cube.point.Y - startPos.Y) / gridSize);
}
