private void Update_TwoBallGame(GameTime gameTime)
{
ball_1.Update(gameTime);
Collisions.Check_Border_colision(graphics, ball_1);
Collisions.upperWallHit_shrink(graphics, ball_1, paddle);
Collisions.Check_Sprite_colision(ball_1, paddle, false);
paddle.Rebound_from_Paddle(ball_1);
theBrick_Manager.check_Collisions(ball_1, true);
if (Collisions.ballCollided)
{
ball_2.Update(gameTime);
Collisions.Check_Border_colision(graphics, ball_2);
Collisions.upperWallHit_shrink(graphics, ball_2, paddle);
Collisions.Check_Sprite_colision(ball_2, paddle, false);
paddle.Rebound_from_Paddle(ball_2);
theBrick_Manager.check_Collisions(ball_2, true);
Collisions.Check_Sprite_colision(ball_1, ball_2, false);
}
paddle.Update();
Collisions.Check_Border_colision(graphics, paddle);
}
public void check_Collisions(Ball ball, bool killable)
{
for (int r = 0; r < rows; r++)
{
for (int u = 0; u < bricks_per_row; u++)
{
Collisions.Check_Sprite_colision(ball, brick_layout[r, u], killable);
}
}
} // END check_Colisions();
public void Update_OneBallGame(GameTime gameTime)
{
if (ball_1.Position.Y <= paddle.Position.Y) // Game stops is ball is beyond paddle Y coordinates
{
ball_1.Update(gameTime);
Collisions.Check_Border_colision(graphics, ball_1);
Collisions.upperWallHit_shrink(graphics, ball_1, paddle);
}
paddle.Update();
Collisions.Check_Border_colision(graphics, paddle);
Collisions.Check_Sprite_colision(ball_1, paddle, false);
paddle.Rebound_from_Paddle(ball_1);
theBrick_Manager.check_Collisions(ball_1, true);
}