public override void MoveVExact(int move)
{
//base.MoveVExact(move);
GetRiders();
HashSet <Actor> riders = new DynData <Solid>(this).Get <HashSet <Actor> >("riders");
Y += move;
MoveStaticMovers(Vector2.UnitY * move);
if (Collidable)
{
foreach (Actor entity in Scene.Tracker.GetEntities <Actor>())
{
if (entity.AllowPushing)
{
bool collidable = entity.Collidable;
entity.Collidable = true;
if (!entity.TreatNaive && CollideCheck(entity, Position))
{
foreach (Hitbox hitbox in Colliders)
{
if (hitbox.Collide(entity))
{
float top = Y + hitbox.Top;
float bottom = Y + hitbox.Bottom;
int moveV = (move <= 0) ? (int)(top - entity.Bottom) : (int)(bottom - entity.Top);
Collidable = false;
entity.MoveVExact(moveV, entity.SquishCallback, this);
entity.LiftSpeed = LiftSpeed;
Collidable = true;
}
}
}
else if (riders.Contains(entity))
{
Collidable = false;
if (entity.TreatNaive)
{
entity.NaiveMove(Vector2.UnitY * move);
}
else
{
entity.MoveVExact(move);
}
entity.LiftSpeed = LiftSpeed;
Collidable = true;
}
entity.Collidable = collidable;
}
}
}
riders.Clear();
}
/*
* Check for every Hitbox in base.Colliders, so that
* the player & other entities don't get sent to the ends of the group.
*/
public override void MoveHExact(int move)
{
//base.MoveHExact(move);
GetRiders();
Player player = Scene.Tracker.GetEntity <Player>();
HashSet <Actor> riders = new DynData <Solid>(this).Get <HashSet <Actor> >("riders");
if (player != null && Input.MoveX.Value == Math.Sign(move) && Math.Sign(player.Speed.X) == Math.Sign(move) && !riders.Contains(player) && CollideCheck(player, Position + Vector2.UnitX * move - Vector2.UnitY))
{
player.MoveV(1f);
}
X += move;
MoveStaticMovers(Vector2.UnitX * move);
if (Collidable)
{
foreach (Actor entity in Scene.Tracker.GetEntities <Actor>())
{
if (entity.AllowPushing)
{
bool collidable = entity.Collidable;
entity.Collidable = true;
if (!entity.TreatNaive && CollideCheck(entity, Position))
{
foreach (Hitbox hitbox in Colliders)
{
if (hitbox.Collide(entity))
{
float left = X + hitbox.Left;
float right = X + hitbox.Right;
int moveH = (move <= 0) ? (int)(left - entity.Right) : (int)(right - entity.Left);
Collidable = false;
entity.MoveHExact(moveH, entity.SquishCallback, this);
entity.LiftSpeed = LiftSpeed;
Collidable = true;
}
}
}
else if (riders.Contains(entity))
{
Collidable = false;
if (entity.TreatNaive)
{
entity.NaiveMove(Vector2.UnitX * move);
}
else
{
entity.MoveHExact(move);
}
entity.LiftSpeed = LiftSpeed;
Collidable = true;
}
entity.Collidable = collidable;
}
}
}
riders.Clear();
}