Additionally, internally renamed VisualBounds to SelectionOverlayBounds to avoid confusion with RenderBounds.
This step was necessary to prevent actors with selectable area smaller than their graphics to be removed too early from ScreenMap even though part of the graphics should still be visible.
RA cruisers were a prime example, but to a lesser extent several other actors were affected as well.
This separation also serves as preparation to determine the final RenderBounds from multiple source bounds later, to fix the remaining ScreenMap issues (building 'bibs', aircraft shadows).
Reduce code duplication by extracting a common class to deal with spatial partitioning of actors, and use some (cached) delegates to reduce duplication further without affecting performance too much.
Speed up updates and removal of actors by caching their location so we only need to update or remove them from bins they are actually in (typically very few), compared to having to check every bin for removals which is much more work in comparison.
Speed up checking for actors inside a region by checking if items are located entirely within the bin they are located in. If so, we don't need to add them to the hash-set for de-duplication purposes which is fairly expensive.
Following the same layout as ActorsInBox, this streams the enumerable internally making it cheaper to call if only part of it is required, and also avoids building an intermediate list.
- Avoid calling string.Split twice in SprintFont.Measure.
- Change ActorsInBox method of ActorMap and ScreenMap to avoid allocating and intermediate list. As a bonus this allows the sequence to be lazily consumed. Also avoid LINQ in these methods.
- In FrozenUnderFog.TickRender, the method exits early if no players are visible so the attempt at lazy generation was not needed.
- Unwrap a LINQ Any call in ClassicProductionQueue.Tick.
- Merge some successive Where calls in ProximityCapturable into single predicates.
