public override void Update(float dt)
{
foreach (Entity entity in _entities)
{
PaddleComponent paddleComp = entity.GetComponent <PaddleComponent>();
PlayerComponent playerComp = entity.GetComponent <PlayerComponent>();
TransformComponent transformComp = entity.GetComponent <TransformComponent>();
Vector2 delta = Vector2.Zero;
delta.Y += Constants.Pong.PADDLE_SPEED * playerComp.Input.GetAxis() * dt;
transformComp.Move(delta);
if (transformComp.Position.Y + paddleComp.Bounds.Y / 2 > Constants.Pong.PLAYFIELD_HEIGHT / 2)
{
transformComp.SetPosition(transformComp.Position.X,
Constants.Pong.PLAYFIELD_HEIGHT / 2 - paddleComp.Bounds.Y / 2);
}
if (transformComp.Position.Y - paddleComp.Bounds.Y / 2 < -Constants.Pong.PLAYFIELD_HEIGHT / 2)
{
transformComp.SetPosition(transformComp.Position.X,
-Constants.Pong.PLAYFIELD_HEIGHT / 2 + paddleComp.Bounds.Y / 2);
}
}
}
public void Init(PaddleComponent data)
{
this.data = data;
rb = GetComponent <Rigidbody2D>();
Message.AddListener("RestartLevel", Restart);
Message.AddListener("StartLevel", StartLevel);
}
///<summary>
/// Use this for initialization
///</summary>
override protected void Start ()
{
base.Start();
_paddleComponent = GetComponent<PaddleComponent>();
}
// PUBLIC
// PRIVATE
// PRIVATE STATIC
// PRIVATE COROUTINE
// PRIVATE INVOKE
//--------------------------------------
// Events
//--------------------------------------
/// <summary>
/// _ons the user interface collision enter2 D signal.
/// </summary>
/// <param name="aTag_string">A tag_string.</param>
private void _onUICollisionEnter2DSignal(GameObject aCollidedWith_gameobject)
{
//WHAT DID WE HIT?
switch (aCollidedWith_gameobject.tag)
{
case CPUPaddleUI.TAG:
case PlayerPaddleUI.TAG:
//
PaddleComponent paddleComponent = aCollidedWith_gameobject.GetComponent <PaddleComponent>();
view.doHandleCollisionWithPaddle(paddleComponent.velocity);
paddleComponent.doSpinOnce();
//
soundPlaySignal.Dispatch(new SoundPlayVO(SoundType.PADDLE_HIT));
break;
case BoundaryComponent.TAG:
//WHICH TYPE OF BOUNDARY WAS HIT?
BoundaryComponent boundaryComponent = aCollidedWith_gameobject.GetComponent <BoundaryComponent>();
//
switch (boundaryComponent.boundaryType)
{
case BoundaryType.LeftGoal:
//LEFT BOUND HIT? THEN REWARD RIGHT SCORE
rightPaddleScoreChangeSignal.Dispatch(1);
soundPlaySignal.Dispatch(new SoundPlayVO(SoundType.GOAL_LOSS));
break;
case BoundaryType.RightGoal:
//RIGHT BOUND HIT? THEN REWARD LEFT SCORE
leftPaddleScoreChangeSignal.Dispatch(1);
soundPlaySignal.Dispatch(new SoundPlayVO(SoundType.GOAL_WIN));
break;
case BoundaryType.None:
soundPlaySignal.Dispatch(new SoundPlayVO(SoundType.PADDLE_HIT));
break;
default:
#pragma warning disable 0162
throw new SwitchStatementException();
break;
#pragma warning restore 0162
}
break;
}
}
// PRIVATE STATIC
//--------------------------------------
// Methods
//--------------------------------------
///<summary>
/// Use this for initialization
///</summary>
override protected void Start()
{
base.Start();
//
cpuPaddleComponent = cpuPaddle_gameobject.GetComponent <PaddleComponent>();
playerPaddleComponent = playerPaddle_gameobject.GetComponent <PaddleComponent>();
//WE DISABLE THE INTRO TO EASE THE USE OF THE UNITY IDE
//HERE WE ENABLE IT
introUIGameObject.SetActive(true);
//
StartCoroutine(Wait_ThenAllViewsInitializedSignal());
}
public override void Update(float dt)
{
if (_ballEntities.Count > 0)
{
// TODO: Some sort of voting system if there are multiple balls
Entity ball = _ballEntities[0];
TransformComponent ballTransform = ball.GetComponent <TransformComponent>();
BallComponent ballComp = ball.GetComponent <BallComponent>();
for (int i = 0; i < _aiPaddleEntities.Count; i++)
{
Entity ai = _aiPaddleEntities[i];
AIComponent aiComp = ai.GetComponent <AIComponent>();
PaddleComponent aiPaddleComp = ai.GetComponent <PaddleComponent>();
TransformComponent aiTransform = ai.GetComponent <TransformComponent>();
aiComp.AIPlayer.AIInputMethod.Think(aiTransform.Position,
aiPaddleComp.Normal,
ballTransform.Position,
ballTransform.Position - ballTransform.LastPosition,
ball);
}
}
}
void processCollision(Entity ballEntity)
{
TransformComponent transformComp = ballEntity.GetComponent <TransformComponent>();
BallComponent ballComp = ballEntity.GetComponent <BallComponent>();
// Wrap ball angle
while (ballComp.Direction < 0)
{
ballComp.Direction += 2 * MathHelper.Pi;
}
while (ballComp.Direction > 2 * MathHelper.Pi)
{
ballComp.Direction -= 2 * MathHelper.Pi;
}
BoundingRect ballAABB = new BoundingRect(transformComp.Position - ballComp.Bounds / 2,
transformComp.Position + ballComp.Bounds / 2);
// Paddles
foreach (Entity paddleEntity in _paddleEntities)
{
PaddleComponent paddleComp = paddleEntity.GetComponent <PaddleComponent>();
TransformComponent paddleTransformComp = paddleEntity.GetComponent <TransformComponent>();
BoundingRect paddleAABB = new BoundingRect(paddleTransformComp.Position - paddleComp.Bounds / 2,
paddleTransformComp.Position + paddleComp.Bounds / 2);
if (ballAABB.Intersects(paddleAABB))
{
if (!paddleComp.IgnoreCollisions)
{
{
Vector2 ballEdge = transformComp.Position
+ ballComp.Bounds * -paddleComp.Normal;
Vector2 paddleEdge = paddleTransformComp.Position
+ paddleComp.Bounds * paddleComp.Normal;
Vector2 bouncePosition = (ballEdge + paddleEdge) / 2;
EventManager.Instance.QueueEvent(new BallBounceEvent(ballEntity, paddleEntity, bouncePosition));
}
// Determine alpha of ball relative to the paddle's heigh
float relativeY = transformComp.Position.Y - paddleTransformComp.Position.Y;
float alpha = (relativeY + (paddleComp.Bounds.Y / 2)) / paddleComp.Bounds.Y;
alpha = MathHelper.Clamp(alpha, 0, 1);
// Determine new direction
float newDir = MathHelper.Lerp(Constants.Pong.PADDLE_BOUNCE_MIN,
Constants.Pong.PADDLE_BOUNCE_MAX,
alpha);
newDir = MathHelper.ToRadians(newDir);
// Set ball direction
if (paddleComp.Normal.X > 0)
{
ballComp.Direction = newDir;
}
else if (paddleComp.Normal.X < 0)
{
ballComp.Direction = MathHelper.Pi - newDir;
}
// Make sure ball does not get stuck inside paddle
paddleComp.IgnoreCollisions = true;
}
}
else
{
paddleComp.IgnoreCollisions = false;
}
}
// Edges
foreach (Entity edgeEntity in _edgeEntities)
{
EdgeComponent edgeComp = edgeEntity.GetComponent <EdgeComponent>();
TransformComponent edgeTransformComp = edgeEntity.GetComponent <TransformComponent>();
BoundingRect edgeAABB = new BoundingRect(edgeTransformComp.Position.X - Constants.Pong.PLAYFIELD_WIDTH / 2,
edgeTransformComp.Position.Y - Constants.Pong.EDGE_HEIGHT / 2,
Constants.Pong.EDGE_WIDTH,
Constants.Pong.EDGE_HEIGHT);
if (ballAABB.Intersects(edgeAABB))
{
{
Vector2 ballEdge = transformComp.Position
+ ballComp.Bounds * -edgeComp.Normal;
Vector2 edgeEdge = edgeTransformComp.Position
+ new Vector2(Constants.Pong.EDGE_WIDTH,
Constants.Pong.EDGE_HEIGHT)
* edgeComp.Normal;
Vector2 bouncePosition = (ballEdge + edgeEdge) / 2;
EventManager.Instance.QueueEvent(new BallBounceEvent(ballEntity, edgeEntity, bouncePosition));
}
// Determine directional vector of ball
Vector2 ballDirection = new Vector2((float)Math.Cos(ballComp.Direction),
(float)Math.Sin(ballComp.Direction));
// Determine reflection vector of ball
Vector2 ballReflectionDir = getReflectionVector(ballDirection, edgeComp.Normal);
// Set angle of new directional vector
ballComp.Direction = (float)Math.Atan2(ballReflectionDir.Y,
ballReflectionDir.X);
}
}
}
