public void AfterAllDetection()
{
if (CollidedList.Count > 0)
{
foreach (Entity one in CollidedList)
{
Intersection = Rectangle.Intersect(FutureBox, one.BoundBox);
if (one.EntityCollision.FirstContact < min.EntityCollision.FirstContact)
{
third = two;
two = min;
min = one;
}
one.EntityCollision.Response(this);
CurrentSprite.CollisionResponse(true); //tint sprite
one.Sprite.CollisionResponse(true); //tint sprite
}
Intersection = Rectangle.Intersect(FutureBox, min.BoundBox);
Response(min.EntityCollision);
if (two != null && FutureBox.Intersects(two.BoundBox) && two != min)
{
Intersection = Rectangle.Intersect(FutureBox, two.BoundBox);
Response(two.EntityCollision);
}
if (third != null && FutureBox.Intersects(third.BoundBox) && third != two && third != min)
{
Intersection = Rectangle.Intersect(FutureBox, third.BoundBox);
Response(third.EntityCollision);
}
CollidedList.Clear();
}
}
public async Task <FutureBoxDto> Handle(CreateUserFutureBoxCommand request, CancellationToken cancellationToken)
{
var user = await _userRepository.GetUserByIdAsync(request.UserId);
var futureBox = new FutureBox(Guid.NewGuid(), request.Name);
user.CreateFutureBox(futureBox);
var result = await _userRepository.CommitAsync();
return(new FutureBoxDto {
Id = futureBox.Id, Name = futureBox.Name
});
}
public virtual void Detection(GameTime gameTime, ICollision collideObject) //detect IF it will collide.
{
if (FutureBox.Intersects(collideObject.CurrentEntity.BoundBox) && !collideObject.CurrentEntity.Dead)
{
third = two;
two = min;
collideObject.FirstContact = gameTime.ElapsedGameTime.Milliseconds;
min = collideObject.CurrentEntity;
CollidedList.Add(min);
Intersection = Rectangle.Intersect(FutureBox, collideObject.CurrentSprite.BoundBox);
}
_elapsed += gameTime.ElapsedGameTime.Milliseconds;
if (_elapsed >= Delay)//To show a black color for collision response.
{
CurrentSprite.CollisionResponse(false);
collideObject.CurrentSprite.CollisionResponse(false);
_elapsed = 0;
}
}
public void CreateFutureBox(FutureBox box)
{
_futureBoxes.Add(box);
}
