protected override void Dispose(bool disposing)
{
if (disposed)
{
return;
}
if (disposing)
{
this.aaResult = null;
this.abResult = null;
this.AxACollision = null;
this.AxBCollision = null;
this.caResult = null;
this.cbResult = null;
this.ccResult = null;
this.CxACollision = null;
this.CxBCollision = null;
this.CxCCollision = null;
this.entity = null;
this.Screen = null;
}
disposed = true;
base.Dispose(disposing);
}
public Result(AnimatedActor source, AnimatedActor collided, GameTime gameTime, Tuple <T1, T2> boxes, RectangleCollisionResult result)
{
Source = source;
CollidedEntity = collided;
GameTime = gameTime;
Boxes = boxes;
CollisionResult = result;
}
/// <summary>
/// Inicializa uma nova instância da classe BoxCollisionComponent como uma cópia de outro BoxCollisionComponent.
/// </summary>
/// <param name="destination">O ator a ser associado esse componente.</param>
/// <param name="source">A origem para cópia.</param>
public BoxCollisionComponent(AnimatedActor destination, BoxCollisionComponent source) : base(destination, source)
{
AxACollision = source.AxACollision;
AxBCollision = source.AxBCollision;
CxACollision = source.CxACollision;
CxBCollision = source.CxBCollision;
CxCCollision = source.CxCCollision;
Screen = source.Screen;
Entities = source.Entities;
}
private void Check(AnimatedActor e, AnimatedActor o, GameTime gameTime)
{
RectangleCollisionResult result = new RectangleCollisionResult();
//Procura todos os CollisionBox da entidade
for (int i = 0; i < e.CollisionBoxes.Count; i++)
{
CollisionBox ecb = e.CollisionBoxes[i];
for (int j = 0; j < o.CollisionBoxes.Count; j++)
{
CollisionBox ocb = o.CollisionBoxes[j];
if (Collision.BoundsCollision(ecb.Bounds, ocb.Bounds))
{
result.Intersection = Rectangle.Intersect(ecb.Bounds, ocb.Bounds);
result.Subtract = Collision.Subtract(ecb.Bounds, ocb.Bounds);
ccResult.Source = entity;
ccResult.CollidedEntity = o;
ccResult.GameTime = gameTime;
ccResult.Boxes = new Tuple <CollisionBox, CollisionBox>(ecb, ocb);
ccResult.CollisionResult = result;
CxCCollision?.Invoke(ccResult);
}
}
for (int j = 0; j < o.AttackBoxes.Count; j++)
{
AttackBox oab = o.AttackBoxes[j];
if (Collision.BoundsCollision(ecb.Bounds, oab.Bounds))
{
result.Intersection = Rectangle.Intersect(ecb.Bounds, oab.Bounds);
result.Subtract = Collision.Subtract(ecb.Bounds, oab.Bounds);
caResult.Source = entity;
caResult.CollidedEntity = o;
caResult.GameTime = gameTime;
caResult.Boxes = new Tuple <CollisionBox, AttackBox>(ecb, oab);
caResult.CollisionResult = result;
CxACollision?.Invoke(caResult);
}
}
if (Collision.BoundsCollision(e.CollisionBoxes[i].Bounds, o.Bounds))
{
result.Intersection = Rectangle.Intersect(ecb.Bounds, o.Bounds);
result.Subtract = Collision.Subtract(ecb.Bounds, o.Bounds);
cbResult.Source = entity;
cbResult.CollidedEntity = o;
cbResult.GameTime = gameTime;
cbResult.Boxes = new Tuple <CollisionBox, Rectangle>(ecb, o.Bounds);
cbResult.CollisionResult = result;
CxBCollision?.Invoke(cbResult);
}
}
//Procura todos os AttackBox da entidade
for (int i = 0; i < e.AttackBoxes.Count; i++)
{
AttackBox eab = e.AttackBoxes[i];
for (int j = 0; j < o.CollisionBoxes.Count; j++)
{
CollisionBox ocb = o.CollisionBoxes[j];
if (Collision.BoundsCollision(eab.Bounds, ocb.Bounds))
{
result.Intersection = Rectangle.Intersect(eab.Bounds, ocb.Bounds);
result.Subtract = Collision.Subtract(eab.Bounds, ocb.Bounds);
caResult.Source = entity;
caResult.CollidedEntity = o;
caResult.GameTime = gameTime;
caResult.Boxes = new Tuple <CollisionBox, AttackBox>(ocb, eab);
caResult.CollisionResult = result;
CxACollision?.Invoke(caResult);
}
}
for (int j = 0; j < o.AttackBoxes.Count; j++)
{
AttackBox oab = o.AttackBoxes[j];
if (Collision.BoundsCollision(eab.Bounds, oab.Bounds))
{
result.Intersection = Rectangle.Intersect(eab.Bounds, oab.Bounds);
result.Subtract = Collision.Subtract(eab.Bounds, oab.Bounds);
aaResult.Source = entity;
aaResult.CollidedEntity = o;
aaResult.GameTime = gameTime;
aaResult.Boxes = new Tuple <AttackBox, AttackBox>(eab, oab);
aaResult.CollisionResult = result;
AxACollision?.Invoke(aaResult);
}
}
if (Collision.BoundsCollision(e.AttackBoxes[i].Bounds, o.Bounds))
{
result.Intersection = Rectangle.Intersect(eab.Bounds, o.Bounds);
result.Subtract = Collision.Subtract(eab.Bounds, o.Bounds);
abResult.Source = entity;
abResult.CollidedEntity = o;
abResult.GameTime = gameTime;
abResult.Boxes = new Tuple <AttackBox, Rectangle>(eab, o.Bounds);
abResult.CollisionResult = result;
AxBCollision?.Invoke(abResult);
}
}
}
//---------------------------------------//
//----- CONSTRUTOR -----//
//---------------------------------------//
/// <summary>
/// Inicializa uma nova instância de BoxCollisionComponent.
/// </summary>
/// <param name="animatedEntity">Define o AnimatedEntity o qual esse componente será associado.</param>
public BoxCollisionComponent(AnimatedActor animatedEntity) : base(animatedEntity)
{
Name = nameof(BoxCollisionComponent);
entity = animatedEntity;
}
//----------------------------------------//
//----- CONSTRUTOR -----//
//----------------------------------------//
/// <summary>
/// Inicializa uma nova instância de GhostComponent.
/// </summary>
/// <param name="actor">O ator associado a esse component.</param>
public GhostComponent(AnimatedActor actor) : base(actor)
{
entity = actor;
}
/// <summary>
/// Inicializa uma nova instância de GhostComponent como cópia de outra instâcia
/// </summary>
/// <param name="destination">O ator a ser associado.</param>
/// <param name="source">O componente a ser copiado.</param>
public GhostComponent(AnimatedActor destination, ActorComponent source) : base(destination, source)
{
entity = destination;
}