public virtual TUpdate AddUpdatable <TUpdate>(TUpdate updatable) where TUpdate : IUpdate
{
lock (Updatables)
{
Updatables.Add(updatable);
}
return(updatable);
}
// *** Updated in Assignment 3: Section2 ******************************
public void Add <T>(T component) where T : Component
{
Remove <T>();
component.GameObject = this;
component.Transform = Transform;
Components.Add(typeof(T), component);
if (component is IUpdateable)
{
Updatables.Add(component as IUpdateable);
}
if (component is IRenderable)
{
Renderables.Add(component as IRenderable);
}
if (component is IDrawable)
{
Drawables.Add(component as IDrawable);
}
}
//**********************************************************
public T Add <T>() where T : Component, new()
{
Remove <T>();
T component = new T();
component.GameObject = this;
component.Transform = Transform;
Components.Add(typeof(T), component);
if (component is IUpdateable)
{
Updatables.Add(component as IUpdateable);
}
if (component is IRenderable)
{
Renderables.Add(component as IRenderable);
}
if (component is IDrawable)
{
Drawables.Add(component as IDrawable);
}
return(component);
}
public GameplayState()
{
World = new World(10, 16);
Score = 0;
PointsForLine = 10;
Name = ToString().Split(".").Last();
_droppingScheduler = new RecurrentScheduler()
.Schedule()
.Every(Sfs.Time.FromSeconds(0.5f))
.Execute(() => World.CurrentPiece.Drop(World.Matrix));
var endGameScheduler = new ConditionScheduler()
.Schedule()
.When(() => World.WorldEnded)
.Execute(() => SwitchState(new SummaryState(Score)));
_scoreResolver = new LaneScourer(PointsForLine);
Updatables.Add(World);
Updatables.Add(_droppingScheduler);
Updatables.Add(endGameScheduler);
}
public Updatable() : base()
{
Updatables.Add(this);
}