public Vector2 NextPosition(float scaleSpeed)
{
_position = Pong.Add(_position, Pong.Multiply(_velocity, scaleSpeed));
if (_position.X <= _topBounds.X) //Score
{
HitScoreEvent();
_position.X = _topBounds.X;
_velocity.X *= -1;
}
if (_position.Y <= _topBounds.Y)
{
HitWallEvent();
_position.Y = _topBounds.Y;
_velocity.Y *= -1;
}
if (_position.X >= _bottomBounds.X) //Score
{
HitScoreEvent();
_position.X = _bottomBounds.X;
_velocity.X *= -1;
}
if (_position.Y >= _bottomBounds.Y)
{
HitWallEvent();
_position.Y = _bottomBounds.Y;
_velocity.Y *= -1;
}
Random _rnd = new Random((int)DateTime.Now.Ticks);
_redPaddleVelocity = _rnd.Next(5, 10) * 100;
_redPaddleDirection = (_redPaddle.Y + (_currentGame.Sprites.RedPaddle.Size.Y / 2)) < _position.Y;
_redPaddle.Y += scaleSpeed * _redPaddleVelocity * (_redPaddleDirection ? 1 : -1);
if (_redPaddle.Y < 0)
{
_redPaddle.Y = 0;
}
else if (_redPaddle.Y + _currentGame.Sprites.RedPaddle.Size.Y > Pong.StandardDimentions.Y)
{
_redPaddle.Y = Pong.StandardDimentions.Y - _currentGame.Sprites.RedPaddle.Size.Y;
}
_bluePaddleVelocity = _rnd.Next(5, 10) * 100;
_bluePaddleDirection = (_bluePaddle.Y + (_currentGame.Sprites.BluePaddle.Size.Y / 2)) < _position.Y;
_bluePaddle.Y += scaleSpeed * _bluePaddleVelocity * (_bluePaddleDirection ? 1 : -1);
if (_bluePaddle.Y < 0)
{
_bluePaddle.Y = 0;
}
else if (_bluePaddle.Y + _currentGame.Sprites.BluePaddle.Size.Y > Pong.StandardDimentions.Y)
{
_bluePaddle.Y = Pong.StandardDimentions.Y - _currentGame.Sprites.BluePaddle.Size.Y;
}
BoundingBox _redPaddleBound = new BoundingBox(
new Vector3(_redPaddle, 0),
new Vector3(Pong.Add(_redPaddle, _currentGame.Sprites.RedPaddle.Size), 0)
);
BoundingBox _bluePaddleBound = new BoundingBox(
new Vector3(_bluePaddle, 0),
new Vector3(Pong.Add(_bluePaddle, _currentGame.Sprites.BluePaddle.Size), 0)
);
BoundingBox _ballBounds = new BoundingBox(
new Vector3(_position, 0),
new Vector3(Pong.Add(_position, _currentGame.Sprites.Ball.Size), 0)
);
if (_ballBounds.Intersects(_redPaddleBound))
{
HitPaddleEvent();
_position.X = _redPaddle.X + _currentGame.Sprites.RedPaddle.Size.X;
_velocity.X *= -1;
}
if (_ballBounds.Intersects(_bluePaddleBound))
{
HitPaddleEvent();
_position.X = _bluePaddle.X - _currentGame.Sprites.Ball.Size.X;
_velocity.X *= -1;
}
return(_position);
}
public Vector2 NextPosition(float scaleSpeed)
{
_position = Pong.Add(_position, Pong.Multiply(_velocity, scaleSpeed));
if (_position.X <= _topBounds.X) //Score
{
if (HitScoreEvent != null)
{
HitScoreEvent(PlayerIndex.Two);
}
_position.X = _topBounds.X;
_velocity.X *= -1;
}
if (_position.Y <= _topBounds.Y)
{
if (HitWallEvent != null)
{
HitWallEvent();
}
_position.Y = _topBounds.Y;
_velocity.Y *= -1;
}
if (_position.X >= _bottomBounds.X) //Score
{
if (HitScoreEvent != null)
{
HitScoreEvent(PlayerIndex.One);
}
_position.X = _bottomBounds.X;
_velocity.X *= -1;
}
if (_position.Y >= _bottomBounds.Y)
{
if (HitWallEvent != null)
{
HitWallEvent();
}
_position.Y = _bottomBounds.Y;
_velocity.Y *= -1;
}
_redPaddleVelocity = 1000;
_redPaddle.Y += scaleSpeed * _redPaddleVelocity * (int)_redPaddleDirection;
if (_redPaddle.Y < 0)
{
_redPaddle.Y = 0;
}
else if (_redPaddle.Y + _currentGame.Sprites.RedPaddle.Size.Y > Pong.StandardDimentions.Y)
{
_redPaddle.Y = Pong.StandardDimentions.Y - _currentGame.Sprites.RedPaddle.Size.Y;
}
if (GameMode == GameMode.SinglePlayer)
{
_bluePaddleVelocity = new Random((int)DateTime.Now.Ticks).Next(5, 10) * 100;
_bluePaddleDirection = ((_bluePaddle.Y + (_currentGame.Sprites.BluePaddle.Size.Y / 2)) < _position.Y) ?
PaddleDirection.Down :
PaddleDirection.Up;
}
else
{
_bluePaddleVelocity = 1000;
}
_bluePaddle.Y += scaleSpeed * _bluePaddleVelocity * (int)_bluePaddleDirection;
if (_bluePaddle.Y < 0)
{
_bluePaddle.Y = 0;
}
else if (_bluePaddle.Y + _currentGame.Sprites.BluePaddle.Size.Y > Pong.StandardDimentions.Y)
{
_bluePaddle.Y = Pong.StandardDimentions.Y - _currentGame.Sprites.BluePaddle.Size.Y;
}
BoundingBox _redPaddleBound = new BoundingBox(
new Vector3(_redPaddle, 0),
new Vector3(Pong.Add(_redPaddle, _currentGame.Sprites.RedPaddle.Size), 0)
);
BoundingBox _bluePaddleBound = new BoundingBox(
new Vector3(_bluePaddle, 0),
new Vector3(Pong.Add(_bluePaddle, _currentGame.Sprites.BluePaddle.Size), 0)
);
BoundingBox _ballBounds = new BoundingBox(
new Vector3(_position, 0),
new Vector3(Pong.Add(_position, _currentGame.Sprites.Ball.Size), 0)
);
if (_ballBounds.Intersects(_redPaddleBound))
{
//switch (_redPaddleDirection)
//{
// case PaddleDirection.Up:
// if (_velocity.Y <= 0)
// _velocity.Y /= _velocityMultiplier;
// else
// _velocity.Y *= _velocityMultiplier;
// break;
// case PaddleDirection.Down:
// if (_velocity.Y >= 0)
// _velocity.Y /= _velocityMultiplier;
// else
// _velocity.Y *= _velocityMultiplier;
// break;
//}
if (HitPaddleEvent != null)
{
HitPaddleEvent();
}
_position.X = _redPaddle.X + _currentGame.Sprites.RedPaddle.Size.X;
_velocity.X *= -1;
}
if (_ballBounds.Intersects(_bluePaddleBound))
{
//switch (_bluePaddleDirection)
//{
// case PaddleDirection.Up:
// if (_velocity.Y <= 0)
// _velocity.Y /= _velocityMultiplier;
// else
// _velocity.Y *= _velocityMultiplier;
// break;
// case PaddleDirection.Down:
// if (_velocity.Y >= 0)
// _velocity.Y /= _velocityMultiplier;
// else
// _velocity.Y *= _velocityMultiplier;
// break;
//}
if (HitPaddleEvent != null)
{
HitPaddleEvent();
}
_position.X = _bluePaddle.X - _currentGame.Sprites.Ball.Size.X;
_velocity.X *= -1;
}
return(_position);
}