private PointF getAreaScaling()
{
if (_drawable?.IgnoreScalingArea ?? false)
{
return(NoScaling);
}
var room = _room?.Room;
if (room == null)
{
return(NoScaling);
}
//Problem: we'd like to always use the world position when checking if the entity is standing
//in a scaling area. However, the world position is calculated from the bounding box, which
//in itself is calculated from the matrix, which is calculated here...
//So at best this will always be in one frame delay, and at worst can cause real scaling jittering issues.
//So this is why we're checking and in cases the entity doesn't have a parent (which is the vast majority of scenarios)
//we'll continue using the local coordinates, at least until a better solution is found.
var position = _tree.TreeNode.Parent == null ? _translate.Position.XY : _worldPosition.WorldXY;
foreach (IArea area in room.GetMatchingAreas(position, Entity.ID))
{
IScalingArea scaleArea = area.GetComponent <IScalingArea>();
if (scaleArea == null || (!scaleArea.ScaleObjectsX && !scaleArea.ScaleObjectsY))
{
continue;
}
float scale = scaleArea.GetScaling(scaleArea.Axis == ScalingAxis.X ? position.X : position.Y);
return(new PointF(scaleArea.ScaleObjectsX ? scale : 1f, scaleArea.ScaleObjectsY ? scale : 1f));
}
return(NoScaling);
}
private PointF getAreaScaling()
{
if (_drawable.IgnoreScalingArea)
{
return(NoScaling);
}
foreach (IArea area in _room.Room.GetMatchingAreas(_translate.Location.XY, _entity.ID))
{
IScalingArea scaleArea = area.GetComponent <IScalingArea>();
if (scaleArea == null || (!scaleArea.ScaleObjectsX && !scaleArea.ScaleObjectsY))
{
continue;
}
float scale = scaleArea.GetScaling(scaleArea.Axis == ScalingAxis.X ? _translate.X : _translate.Y);
return(new PointF(scaleArea.ScaleObjectsX ? scale : 1f, scaleArea.ScaleObjectsY ? scale : 1f));
}
return(NoScaling);
}