public void OnPosSyncTest()
{
Paddle paddle = new NormalPaddle(0, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
float a = paddle.AngularPosition;
paddle.OnPosSync(0);
Assert.IsTrue(paddle.AngularPosition == a);
}
public void AddLifeTest()
{
Paddle paddle = new NormalPaddle(0, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
paddle.SetLife(0);
paddle.AddLife(1);
Assert.IsTrue(paddle.Life == 1);
}
public void MoveTest()
{
Paddle paddle = new NormalPaddle(0, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
float a = paddle.AngularPosition;
paddle.AddClampAngles(0, 100);
paddle.Move(1);
Assert.IsFalse(paddle.AngularPosition == a);
}
public void IsAliveTest()
{
Paddle paddle = new NormalPaddle(0, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
paddle.SetLife(0);
Paddle paddle1 = new NormalPaddle(0, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
paddle1.SetLife(1);
Assert.IsTrue(paddle.IsAlive() == false && paddle1.IsAlive() == true);
}
public void ReboundPositionTest()
{
PassableObstacleStrategy strategy = new PassableObstacleStrategy();
Vector2 vector = new Vector2(10, 10);
Ball b = Ball.CreateBall(0, BallType.Normal, vector, 10, vector, 10);
Paddle p = new NormalPaddle(10, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
Obstacles.Obstacle obstacle = new Obstacles.Obstacle(10, 10, 10, 5, 5);
Vector2 result = strategy.ReboundPosition(b, vector, p, obstacle);
Assert.AreEqual(vector, result);
}
public void ReboundDirectionTest()
{
PaddleMovingRight strategy = new PaddleMovingRight();
Vector2 vector = new Vector2(10, 10);
Ball b = Ball.CreateBall(0, BallType.Normal, vector, 10, vector, 10);
Paddle p = new NormalPaddle(10, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
Obstacles.Obstacle obstacle = new Obstacles.Obstacle(10, 10, 10, 5, 5);
Vector2 result = strategy.ReboundDirection(b, vector, p, obstacle);
Assert.IsFalse(vector == result);
}
public void ReboundDirectionTest1()
{
Assert.ThrowsException <NullReferenceException>(() =>
{
NonPassablePowerupStrategy strategy = new NonPassablePowerupStrategy();
Vector2 vector = new Vector2(10, 10);
Ball b = Ball.CreateBall(0, BallType.Normal, vector, 10, vector, 10);
Obstacles.Obstacle obstacle = new Obstacles.Obstacle(10, 10, 10, 5, 5);
Paddle p = new NormalPaddle(10, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
Vector2 result = strategy.ReboundDirection(b, vector, p, obstacle);
});
}
public void MoveTest1()
{
Paddle paddle = new NormalPaddle(0, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
float a = paddle.AngularPosition;
paddle.AddClampAngles(0, 100);
paddle.TransferPowerUp(new PoweredUpData()
{
ChangePaddleSpeed = true
});
paddle.Move(1);
Assert.IsFalse(paddle.AngularPosition == a);
}
public void ReboundPositionTest()
{
NonPassableObstacleStrategy strategy = new NonPassableObstacleStrategy();
Paddle paddle = new NormalPaddle(10, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
Vector2 vector = new Vector2(10, 10);
Vector2 normalised = new Vector2(1, 0);
Ball b = Ball.CreateBall(0, BallType.Deadly, vector, 10, vector, 10);
NonPassableArenaObjectFactory factory = new NonPassableArenaObjectFactory();
ObstacleBuilder objBuilder = new ObstacleBuilder().AddDuration(10).AddHeigth(10).AddPosX(5).AddWidth(10).AddPosY(5);
Obstacle obstacle = factory.CreateObstacle(objBuilder);
Vector2 result = strategy.ReboundPosition(b, normalised, paddle, obstacle);
Assert.IsFalse(vector == result);
}
public void GetCenterAngleTest()
{
Paddle paddle = new NormalPaddle(0, PaddleDataFactory.GetPaddleData(PaddleType.Normal));
Assert.IsTrue(SharedUtilities.DegToRad(paddle.AngularPosition + paddle.AngularSize / 2f) == paddle.GetCenterAngle());
}
