For SPEEDYNESS
It probably works. I mean it's hard to sit there for 8 hours and test it. But it seems to work okay. At worst if it doesn't you'll have weather that doesn't make sense. ;v
Removes a very large amount of world loops.
Adds a macro to painlessly generate a global list, and the needed code to modify the list when an object is made or deleted automatically.
Cleans up some commented out code.
* Added "Display Initialize() Log" admin debug command so you can see it mid-round.
* Ported the core of the overlays management subsystem from /tg
- Added SSoverlays subsystem for compiling overlay lists and applying them to atoms in a controlled anti-lag subsystem.
- Added vars and procs to atom which should eventually replace all direct interaction with BYOND's /atom/overlays var outside the subsystem.
- Added OVERLAY_QUEUED flag to var/atom/flags bitfield.
- Added small framework for subsystem performance tracking. So far used only by SSoverlays
- Added admin debug command "Display overlay Log" to see performance stats mid-round.
* Fix runtime on universal pipe adaptor update_icons
* Workaround for appearance_bro not initialized
Unfortuantely BYOND's initialization order is strange, and the appearance_bro var is only half initialized when map starts to load, causing errors. We temporarily fix by moving it to be a global-scoped global.
* Convert fire alarms to use add_overlay() A good first test.
* Convert turfs to use add_overlays(), eliminating the turf_overlay_holder!
- Converted as much as I could find about turf overlays to use add_overlay().
- This should be enough to stop BYOND from crashing, so we can eliminate the turf_overlay_holder hack.
- This also lets us remove the anti-corruption hacks from walls and open space.
- ZAS gas overlays can use priority overlays, so this also fixes the gas-goes-away-when-crowbarring-plating issue.
- Stuff like that
* Convert turf overlay interactions to use add_overlay.
Note: This is a plain and simple conversion of existing code to use SSoverlays. However I look at the line changed, and note that that line likely never fully worked as intended, as it has no way of re-applying itself.
I would make it use a priority overlay, but there is no code present for *removing* said overlay from neighbors when it is no longer required. That code should be implemented by original author.
- Added SSoverlays subsystem for compiling overlay lists and applying them to atoms in a controlled anti-lag subsystem.
- Added vars and procs to atom which should eventually replace all direct interaction with BYOND's /atom/overlays var outside the subsystem.
- Added OVERLAY_QUEUED flag to var/atom/flags bitfield.
- Added small framework for subsystem performance tracking. So far used only by SSoverlays
- Added admin debug command "Display overlay Log" to see performance stats mid-round.
* Adds "typecache" utility functions. A fast way to filter lists by type.
Ported from TG
* Ports the "orbit" feature and subsystem from TG
* Adds a feature that allows mobs and objs to "orbit" around some atom. They literally are moved around in circles. See the `orbit` proc in orbit.dm.
* Adds a subsystem that processes the actual movement of orbiting items.
* Adds utility methods for common machinery behavior.
* Adds default_unfasten_wrench which handles the standard anchor/unanchor behavior of wrenches being used on machines. Together with the other default_x_tool machinery procs we can eliminate having that code duplicated in dozens of places!
* Adds is_wire_tool proc to easily detect when a machine is hit with a tool that should open its wires UI (if it has one).
Based on ideas from Paradise, with improvements for us.
* Implements the Tesla Engine
Ported from a mixture of TG and Paradise code and assets: Edison's Bane
Includes the tesla energy ball itself, the generator that makes it, tesla coils, grounding rods, the circuits and frames to build them.
* Switch dusting to zapping on impact and spin better
Ported /tg SpinAnimation which supports more than triangles.
* Make Singulo Stable Again
* Prevents emitter beam effects from being pulled by singulo. Now watch them hit the field gens.
* Prevent singulo from consuming the PA particle effects. It already gets fed by impact, don't try to eat them.
* Improve the Setup Singularity debug verb to do more better setup (including PA)
* Fix the energy dissipation values so that singularity does not just keep on growing even when setup properly.
* Enhance singularity proc/eat()
* Use `var/simulated` as a more generic way to ignore lighting overlays etc
* Remove redundant code in the rest of the proc body.
* Slight optimization: avoiding typecheck in loop over return from orange()
