Converts most spans into span procs. Mostly used regex for this and sorted out any compile time errors afterwards so there could be some bugs.
Was initially going to do defines, but ninja said to make it into a proc, and if there's any overhead, they can easily be changed to defines.
Makes it easier to control the formatting and prevents typos when creating spans as it'll runtime if you misspell instead of silently failing.
Reduces the code you need to write when writing spans, as you don't need to close the span as that's automatically handled by the proc.
(Note from Lemon: This should be converted to defines once we update the minimum version to 514. Didn't do it now because byond pain and such)
Having things updating integrity directly is just going to cause more problems down the line as more elements and components depend on being notified of integrity changes. It's an easy mistake to make so making it private should deal with the problem.
get_integrity() might be useful in the future but is mainly a side effect of making obj_integrity private as that also disallows reads.
* Fixes modular computer runtimes
- Adds a proc to eat the source arg of the update icon signal.
* Fixes a couple things not passing the right args
- Fixes the alien leap hallucination passing a string as the first arg to updat_icon
- Fixes the roulette machine passing the payout as the first arg to update_icon.
Creates update_name and update_desc
Creates the wrapper proc update_appearance to batch update_name, update_desc, and update_icon together
Less non-icon handling code in update_icon and friends
Signal hooks for things that want to change names and descriptions
99%+ of the changes in this are just from switching everything over to update_appearance from update_icon
Allows modPC programs to send alerts, and adds a proc in the computer object to handle playing the sound effect and sending a message to visible users. These notifications can be muted on a per-program basis. Programs can also set themselves to highlighted in the NTOS Main menu; this is intended to be used along side alerts, but really can be used any time a program wishes to tell the user there is new information.
NT CIMS (SM monitor) now plays an alert during SM delaminations if the app is closed. The app must have had an SM selected before closing, or it will not send alerts. Notifications are sent when the SM makes a radio alert. If the app is currently the active program, the app will instead send a notification just once, when the SM begins delamination, so as to not annoy engineers that are already aware of the issue.
Replaces like 70-80% of 0 and such, as a side effect cleaned up a bunch of returns
Edit: Most left out ones are in mecha which should be done in mecha refactor already
Oh my look how clean it is
Co-authored-by: TiviPlus <TiviPlus>
Co-authored-by: Couls <coul422@gmail.com>
* Support for expansion-class modPC hardware
* end of the line
* As requested
Did anyone know that the tablet vendor was attaching the wrong ModPC printer? I bet no one knew that.
* update
* Clean up a bunch of undefined arg runtimes
Ensure subtypes have the appropriate arguments, do a bit of code cleanup
and remove some uneeded emote procs that also caused runtimes
* Fix up all calls to canUseTopic, add the dexterity flag
* Runtime with missing force argument in borg unbuckle mob
* Ports AI restorer to modular computars
* mostly done. working on qdel improvments
* undoes testing flag
* undoes gc stuff
* Fixes id card module name
* memes
Please refer to #20867 and #20870 for a easier view of the changes. Those two PRs show all meaningful changes (hopefully) and doesn't show the files changed with just 3 lines changed.
This PR does three things:
It makes all children of /obj/ use the same damage system.
Previously to make your new machine/structure be destroyable you needed to give it a var/health, and its own version of many damage related proc such as bullet_act(), take_damage(), attacked_by(), attack_animal(), attack_hulk(), ex_act(), etc... But now, all /obj/ use the same version of those procs at the /obj/ level in code/game/obj_defense.dm. All these obj share the same necessary vars: obj_integrity (health), max_integrity, integrity_failure (optional, below that health level failure happens), and the armor list var which was previously only for items, as well as the resistance_flags bitfield. When you want your new object to be destroyable, you only have to give it a value for those vars and maybe override one proc if you want a special behavior but that's it. This reorganization removes a lot of copypasta (most bullet_act() version for each obj were nearly identical). Two new elements are added to the armor list var: fire and acid armor values.
How much damage an obj take depends on the armor value for each damage category. But some objects are INDESTRUCTIBLE and simply never take any damage no matter the type.
The armor categories are:
-melee(punches, item attacks, xeno/animal/hulk attacks, blob attacks, thrown weapons)
-bullet
-laser
-energy (used by projectiles like ionrifle, taser, and also by EMPs)
-bio (unused for this, only here because clothes use them when worn)
-rad (same)
-bomb (self-explanatory)
-fire (for fire damage, not for heat damage though)
-acid
For machines and structures, when their health reaches zero the object is not just deleted but gets somewhat forcedeconstructed (the proc used is shared with the actual deconstruction system) which can drops things. To not frustrates players most of these objects drop most of the elements necessary to rebuild them (think window dropping shards). Machines drop a machine frame and all components for example (but the frame can then be itself smashed to pieces).
For clothes, when they are damaged, they get a "damaged" overlay, which can also be seen when worn, similar to the "bloody" overlay.
It refactors acid. See #20537.
Some objects are ACID_PROOF and take no damage from acid, while others take varying amounts
of damage depending on their acid armor value. Some objects are even UNACIDABLE, no acid effect can even land on them. Acid on objects can be washed off using water.
It changes some aspect of damage from fires.
All /obj/ can now take fire damage and be flammable, instead of just items. And instead of having just FLAMMABLE objs that become ON_FIRE as soon as some fire touch them (paper), we now have objects that are non flammable but do take damage from fire and become ashes if their health reaches zero (only for items). The damage taken varies depending on the obj's fire armor value and total health. There's also still obj and items that are FIRE_PROOF (although some might still be melted by lava if they're not LAVA_PROOF).
When a mob is on fire, its clothes now take fire damage and can turn to ashes. Similarly, when a mob takes melee damages, its clothes gets damaged a bit and can turn to shreds. You can repair clothes with cloth that is produceable by botany's biogenerator.
It also does many minor things:
Clicking a structure/machine with an item on help intent never results in an attack (so you don't destroy a structure while trying to figure out which tool to use).
I moved a lot of objects away from /obj/effect, it should only be used for visual effects, decals and stuff, not for things you can hit and destroy.
I tweaked a bit how clothes shredding from bombs work.
I made a machine or structure un/anchorable with the wrench, I don't remember which object...
Since I changed the meaning of the FIRE_PROOF bitflag to actually mean fire immune, I'm buffing the slime extract that you apply on items to make them fire proof. well now they're really 100% fire proof!
animals with environment_smash = 1 no longer one-hit destroy tables and stuff, we give them a decent obj_damage value so they can destroy most obj relatively fast depending on the animal.
Probably a million things I forgot.
If you want to know how the damage system works all you need is the three obj vars "obj_integrity", "max_integrity", "integrity_failure", as well as the armor list var and the resistance_flags bitfield, and read the file obj_defense.dm
* Bringing computers to the light side
Bringing computers to the light side
* Lighter and lighter
Lighter and lighter
* Missed some lists
Missed some lists
* Text to defines
Text to defines
* Last commit
Last commit
* How did this even get here
How did this even get here
* Removing bad stuff
Removing bad stuff
* Fixes verb adding and idle check
Fixes verb adding and idle check
* Modular computers rework, part A
* tweaks&fixes
* Adds component-side compatibility checks
* Moves computers to SSobj
* Fixes stationary computers not using power usage vars
* Changes icon generation a bit, adds icons to broken computers
* Moves UI into it's own file
* Laptop refactor + sprite replacement
* Modular console's keyboard now lights up when powered
* minor fixes
* fixes
* bonus: wired connector, new type of recharger
* Modular computers are now devices
* code quality ocd
