## About The Pull Request
Subsystems currently come in two different flavors:
1. Systems that process at intervals with the master controller
2. Global data containers that do not fire
And I think they should be split up...
This moves 4 non firing, non init subsytems -> datasystem
## Why It's Good For The Game
Clarity in code
## About The Pull Request
I have received feedback that after the prior changes in #81971, the
gulag is still a little bit too subject to RNG.
The main culprit (as in my previous PR) is Iron being kind of cheap and
the fact that unlike the old Gulag you no longer have any way of
headhunting more valuable materials (everything appears as boulders on
your ore scanner).
My solution to this is wider than the last one of tweaking point values,
but also much simpler:
Just make every boulder you mine be worth the same amount of points
regardless of what is inside of it.
On the average test I made I could comfortably mine about 40-45 boulders
in ten minutes.
We'll make some adjustments to that rather than leaving 40 as the target
number;
Most players upon being teleported to the gulag are going to spend a few
minutes whining and bemoaning their fate instead of getting straight to
work. I had the benefit of being able to make sure my run started as
soon as a storm ended so I wouldn't need any kind of midpoint break. I
was also always the only person playing on my local instance, there
hadn't been any other pesky prisoners before me who had already mined
out all the nearest available deposits. And of course, let us not
forget, I am an MLG master league ss13 player who was surely performing
well above average.
So we'll round that down to: Each boulder is worth 33 points, meaning
you need to collect 31 boulders to complete a 1000 point (roughly ten
minute) sentence.
How do I ensure that every boulder is worth the same amount of points?
Well it's pretty easy.
One boulder = one material sheet. One material sheet = 33 points.
Simple.
"Now Jacquerel", I hear you not saying because you don't want me to know
about this thing you would prefer to do instead of hitting rocks
outside; "if I simply smash all of the tables and microwaves and botany
trays and bed in the gulag I can easily get like 65 sheets of Iron,
which is almost enough to buy the freedom for two entire people!"
Unfortunately I knew you were going to try and do that and the prisoner
point machine will only give you points for material sheets which have
been printed from the material smelter (well, any material smelter
actually but you should probably use the one in the gulag). You'll be
able to tell because if you examine a valid material sheet it will
mention a little maker's mark on it, which is absent in the beat-up iron
that you get from smashing furniture to bits.
Also glass is worth 0 points. Don't waste time digging up that shit.
As glass has had all of its point value removed, I have added a "work
pit" to the gulag to compensate. You can pull boulders out of this
indefinitely via effort, however it also stamcrits you every time.
It's not very fun to do this, but that's because I would prefer you to
go find the rocks out in the field instead. This is a last resort.
You can do this if there's no boulders left to mine or if you really
really really hate mining and would rather very slowly click on one tile
repeatedly to get your boulders instead.
As a tiny bonus doing this gives workout experience.
This isn't a totally ideal solution but I think it'll do for now.
## Why It's Good For The Game
What we want out of the gulag is:
- Something where officers can vaguely approximate an expected sentence
duration.
- A task that requires players to actually be spending that time doing
something to get out of here.
- Produces at least some amount of useful materials.
In I think roughly that order.
I hope this change accomplishes all three of these in a way that is
somewhat predictable rather than throwing darts at a board.
## Changelog
🆑
balance: Gulag mining has been rebalanced so that every boulder is worth
the same amount of points to mine for a prisoner regardless of what it
contains, and should be more consistent.
add: A vent which boulders can be hauled out of by hand has been added
to the gulag which you can use if there's nothing left to mine. It is
very slow, but at least it gives you a workout...
/🆑
## About The Pull Request
This list containing the same material values was copy pasted all over.
It's already cached in the subsystem so let's just use that.
Renamed ore category into silo category.
## Changelog
🆑
code: Use a common list for acceptable silo materials for some stuff.
Renamed ore category into silo category.
/🆑
## About The Pull Request
1. Removes material breakdown flags i.e. all flags with the format
`BREAKDOWN_XXX`. These flags do nothing, there are no special checks to
transform materials based on these flags, they are passed around just
because certain procs require them for syntax purposes only.
Apparently there were plans to make these flags do something special
from the comment
302247c0d1/code/__DEFINES/construction/material.dm (L43)
But nobody got any ideas for years now. The only special thing we can do
with them now is remove them and reduce code clutter, so let's do that
The only flag that ever did something was the
`BREAKDOWN_INCLUDE_ALCHEMY` flag. This only worked when coupled together
with `TRAIT_MAT_TRANSMUTED` trait(which is only used by the reagent
metalgen) and when both this trait & flag are combined together... they
still do nothing
302247c0d1/code/game/atom/atom_materials.dm (L41-L42)
Yup they cancel out each other to prevent returning an empty list, the
traits only job was to prevent materials from being recycled (like why?
what's the benefit of that? nothing) and the flag was meant to bypass
this restriction so both the trait & the flag cancel out each other
therefore doing nothing meaningful. Best remove them both and call it a
day.
2. Fixes an error in displaying number of sheets inserted into a mat
container when that sheet is made up of alloy materials. it would count
as 2 or more because it would take the sum of total material amount
inserted and not the actual sheets. That's fixed now.
3. Remote materials now properly respect the `MATCONTAINER_NO_INSERT`
flag
4. Adds helper proc to insert materials via the remote material
component with proper context
## Changelog
🆑
fix: mat container displays correct number of sheets inserted for alloy
materials.
fix: remote materials now properly respect the `MATCONTAINER_NO_INSERT`
flag.
code: removes material breakdown flags and related traits.
code: adds helper proc to insert materials via the remote material
component with proper context.
/🆑
## About The Pull Request
Removes INTERACT_MACHINE_SET_MACHINE on machines that don't use a
non-TGUI UI.
Removes set_machine from TGUI things that forgot to remove them
previously.
Decouples advanced camera consoles from UI procs since it doesn't
actually use one.
## Why It's Good For The Game
TGUI machines don't need to be using these procs and vars, and this
makes it more clear what does and doesn't use a TGUI menu from a glance.
I explain it a bit better
[here](https://hackmd.io/XLt5MoRvRxuhFbwtk4VAUA) if you're interested.
## Changelog
No player-facing changes.
## About The Pull Request
**1. Material container clean-up & refactor**
- Replaced `total_amount` var with `total_amount()` proc, this var can
be easily computed by summing up all material amounts rather than
storing it as a var which is tedious to update & keep track of when
materials are added/removed
- Removed unused procs `transer_amt_to()`, `can_insert_amount_mat()`,
and `get_categories()`. These procs are not used anywhere in the
codebase so let's remove them & make some space.
- Callbacks are replaced with signals, the callbacks don't need to be
explicitly garbage collected & having macros & procs marked with
`SIGNAL_HANDLER` makes your intentions more readable & explicit.
- Fixes#76151
All material adding, removal, checking operations are "Integer"
operations, i.e. the final value is rounded & them made 1 if the final
value is 0 using the macro `OPTIMIZE_COST`[coudn't come up with a better
name]. No more dealing with decimal value materials
The problem was after the protolathe was upgraded with better parts all
the design costs were multiplied with a decimal `efficiency_coeff`
value, this means even though in the UI the cost was displayed as 60
bluespace crystals its actual cost was `60.0001` something in the
backend causing this check for materials to fail & print the error
message.
- Replaced `GetComponent(/datum/component_material_container)` with just
a simple ref to the material container when adding the component, so we
can save some overhead from calling this proc
- Gave all procs a ton of documentation with documentation having
documentation
- Fixes#76506 RCD and other devices that uses the silo link upgrade now
have the correct material usages
- Fixes#72096. It wasn't just a problem with ancient protolathe but
with all machines that used `datum/component/remote_materials` the
problem was remote materials would add an instance of
`datum/remote/material_container` if it wanted to use local storage but
this component would get added before `datum/component/remote_materials`
could be registered i.e. it comes before remote_materials in the
component list. So when the machine is destroyed it will first destroy
`material_container` & then `remote_materials` therefore destroying the
materials before they could get ejected
- Silo link is established when parent is registered with remote
materials raher than adding an external timer which is faster
- Everything that uses a material container will auto eject their sheets
when destroyed
- Moved this & remote materials into its own folder for better
organization
**2. Material UI Changes**
- Removed the x25 & x50 print buttons from the autolathe, now they just
have x5 & x10 buttons like the protolathe, These buttons were of no use
since you could just type the exact amount you want to print in the
`[Max: <some amount>]` side bar. The code to compute these buttons was
just plain right nasty & some of it unused in the UI.
- The material eject button in the material bar does not gray out when
you can eject exactly one sheet
- All material cost are integer values rounded
- Fixes#76253 Exosuit Fabricator sends the material container static
data to the UI so its material bar is not greyed out when there are
sufficient materials to eject
- Component printer material bar sends the material container static
data to the UI so its material bar is not greyed out when there are
sufficient materials to eject
- Autolathe Material bars now display number of sheets available
- Max printable amount of items are now computed & updated correctly in
the UI. They were displaying wrong values & now get updated when items
are printed, materials are removed
- Silo hold actually works now. When a machine is put on hold it calls
this proc
e929cf39cd/code/datums/components/remote_materials.dm (L78-L87)
Notice how the key is `src` so we should be consistent during checking
if a machine is on hold using the same `src` var. But for some reason we
did dumb shit like this
e929cf39cd/code/datums/components/remote_materials.dm (L150-L153)
What is category? Why do we care for the area the machine is in? None of
it made sense so i removed all that junk and just made it check for
`src` like it should
- Removed redundant `removable` & `sheets` var from the material
container ui_data. These vars are unused in the UI
- If an item does not have the required materials then upon clicking
that item you will not get any error message but instead nothing happens
## Changelog
🆑
fix: items can be printed from autolathe & protolathe when the exact
material amounts are present in them after upgrading
fix: max printable amount now shows the correct value & updates when
items are printed, materials are removed in the autolathe & protolathe
fix: component printer material bar is not greyed out when there are
sufficient materials to eject
fix: rcd and other devices that uses the silo link upgrade now have the
correct material usages
fix: silo hold actually works
fix: machines using local storage to hold materials will eject it's
materials as sheets when deconstructed/destroyed
refactor: Autolathe Material bars now display number of sheets available
refactor: printing an item that does not have enough materials will fail
silently with no error messages
refactor: Drone dispenser will eject sheets upon deconstruction
refactor: all things that store materials will auto ejects its sheets(if
there is sufficient material) when destroyed
refactor: inserting an item into the material container will display the
units consumed as sheets not absolute units
refactor: removed x25 & x50 print buttons from the autolathe
## About The Pull Request
This adds a new element for movables that grants turfs they're in
traits, changes lava and the chasm component to check for traits
instead, ditto for turf slowdown. It also implements another trait that
prevents wet floor from slipping people, as well as some other changes
(feel free to opine on them really):
- Tables and conveyor belts now stop turf slowdown, much like catwalks,
as I imagine people walking on them are not really touching the floor.
(I'd include protection against lava too... until they melt, but that'd
mean finding a way to have these objects burn in the first place, and
lava code is still stupid despite a years old refactor I did)
- Tables also stop slippery turfs from slipping (bananas, soaps etc.
still apply). I wish there were a way to make some objects slippery by
coating them in water vapor or splashing water/lube, but that's outside
the scope of this PR.
- Fixed an edge case in which a mob standing on a lava turf would be
left permanently visually on fire if the lava is changed to another kind
of turf.
- Removed unused code from stone tiles.
I'm going to include these traits in that global list for admin-added
traits... tomorrow perhaps. 💤
## Why It's Good For The Game
Replacing some hard-coded mechanics with easier to use traits and an
element, which I also need for the submerge element PR.
## Changelog
🆑
refactor: Replaced hardcoded "safeties" for lava, chasms and ignoring
turf slowdowns on catwalks with traits.
balance: much like catwalks, tables and conveyors also disable turf
slowdowns.
balance: slippery turfs won't slip you when walking on a table.
fix: Fixed an edge case in which a mob standing on a lava turf would be
left visually but permanently on fire if the lava is changed to another
kind of turf.
/🆑
**1. Material Container Refactors**
a. `/datum/component/material_container/proc/insert_item()`
- Will now do stack spliting i.e. it will consume as many sheets from a
stack as possible and leave out the rest, It was moved from a player
interaction feature in `user_insert()` to this low level allowing many
things to take advantage of it
- Will now delete the item for you if it could salvage any materials
from it, you don't have to do it explicitly anymore if insertion was
successfull (i.e. this proc returns an non zero value) If you inserted a
stack and not all of it's sheets were inserted from the above point then
you still have to check it explicitly
- Will now invoke `after_insert` if any materials were salvaged
b. `datum/component/material_container/proc/user_insert() `
- Will now split the stack by the requested amount making precise
insertion work again & Fixes#72288
- will now consume all contents inside of the object reccursively, this
means items like ammo boxes will no longer have to adjust their custom
materials based on how much ammo they contain because `user_insert()`
will loop through all its contents and salvage the metal of every bullet
inside the box contents so this means
9686971c76/code/modules/projectiles/boxes_magazines/_box_magazine.dm (L206)
has been removed.
**The Problem with this proc**
take `/obj/item/ammo_box/foambox/riot` for example. it has 40 darts each
having 1125 worth of iron, this proc will add the total iron of all the
bullets to the box custom material so the box custom materials would
become
`5000(base iron of box. see the definition of
/obj/item/ammo_box/foambox/riot) + 45000(40 bullets each having 1125
worth of iron) = 50000 iron`
What happens when you throw this ammo box in an recycler? The recycler
will recycle this box(Now 50000 worth of iron) AND the iron of each of
it's 40 bullets thus yielding
`50000(iron from box because of update_custom_materials()) + 45000(40
bullets each having 1125 worth of iron) = 95000 iron` `
because of this single proc we got `95000 - 50000 = 45000 extra iron`
from thin air
**The Solution?**
Remove this proc and set a constant custom material value for the ammo
box(it's now 5000 computed see code) AND allow the material container to
loop through every bullet in the box and salvage iron from them. This
would yield
`5000(base iron of box. see the definition of
/obj/item/ammo_box/foambox/riot) + 45000(40 bullets each having 1125
worth of iron) = 50000 iron`
From both box & bullets combined and not just from the box alone
Fixes#43570Fixes#57548
This also allows you to do cool stuff like fill your bag with iron,
glass, whatever and dump them in the autolathe/ore silo by attacking the
machine with your bag rather than pulling out & inserting each item
individually so hey convinience
**2. Recycler patches**
- Recycler will stop consuming items when it runs out of power mid
recycling(which can happen if it recycles a large amount of items). It
used to previously run through the list of items without breaking so
even when power was lost, it still did it's job
- Recycler will now Properly recycle all the contents inside an atom.
**The Problem**
Say we have 2 Items
- Backpack
- Glass sheet inside Backpack
If we process the items in the following order while deleting each item
that is processed first "Backpack" then "Glass Sheet" then when
"Backpack" is fully recycled and "Deleted" since the "Glass Sheet" is
inside the "Backpack" it get's deleted as well, so when we actually try
to recycle the "Glass Sheet" next, nothing happens because it was
deleted when we deleted the "Backpack".
**The Solution**
Recycle the items in the reverse order first recycle the "Glass Sheet"
delete it & then the "Back Pack" so we don't deal with deleted items. So
you should see more materials come out when you put stuff inside storage
mediums & throw them in the recycler
- Recycler will consume only half the power when it's deleting items
that can't be recycled(no material was salvaged). just for convinience
Ladies, Gentlemen, Gamers. You're probably wondering why I've called you
all here (through the automatic reviewer request system). So, mineral
balance! Mineral balance is less a balance and more of a nervous white
dude juggling spinning plates on a high-wire on his first day. The fact
it hasn't failed after going on this long is a miracle in and of itself.
This PR does not change mineral balance. What this does is moves over
every individual cost, both in crafting recipes attached to an object
over to a define based system. We have 3 defines:
`sheet_material_amount=2000` . Stock standard mineral sheet. This being
our central mineral unit, this is used for all costs 2000+.
`half_sheet_material_amount=1000` . Same as above, but using iron rods
as our inbetween for costs of 1000-1999.
`small_material_amount=100` . This hits 1-999. This covers... a
startlingly large amount of the codebase. It's feast or famine out here
in terms of mineral costs as a result, items are either sheets upon
sheets, or some fraction of small mats.
Shout out to riot darts for being the worst material cost in the game. I
will not elaborate.
Regardless, this has no functional change, but it sets the groundwork
for making future changes to material costs much, MUCH easier, and moves
over to a single, standardized set of units to help enforce coding
standards on new items, and will bring up lots of uncomfortable balance
questions down the line.
For now though, this serves as some rough boundaries on how items costs
are related, and will make adjusting these values easier going forward.
Except for foam darts.
I did round up foam darts.
Adjusting mineral balance on the macro scale will be as simple as
changing the aforementioned mineral defines, where the alternative is a
rats nest of magic number defines. ~~No seriously, 11.25 iron for a foam
dart are you kidding me what is the POINT WHY NOT JUST MAKE IT 11~~
Items individual numbers have not been adjusted yet, but we can
standardize how the conversation can be held and actually GET SOMEWHERE
on material balance as opposed to throwing our hands up or ignoring it
for another 10 years.
This tracks the seconds per tick of a subsystem, however note that it is
not completely accurate, as subsystems can be delayed, however it's
useful to have this number as a multiplier or ratio, so that if in
future someone changes the subsystem wait time code correctly adjusts
how fast it applies effects
regexes used
git grep --files-with-matches --name-only 'DT_PROB' | xargs -l sed -i
's/DT_PROB/SPT_PROB/g'
git grep --files-with-matches --name-only 'delta_time' | xargs -l sed -i
's/delta_time/seconds_per_tick/g'
## About The Pull Request
Did you know that for every Autolathe, Limbgrower, Biogenerator, ORM,
and Smelter that was built, an entire new techweb was made? The average
round has 2 ORMs (smelters count) if not more from ORM deconstruction
objective, 2 biogenerators, several autolathes and generally 0-1
limbgrower, I think there's more techwebs being created than we need.
Creating a whole techweb was a pretty terrible way to optimize this, so
I made a global list that stores these techwebs. Created on demand,
these autounlocking techwebs now share between the machines that use
them. It also generate all hacked nodes which will be visible if the
machine is hacked, instead of 'researching' them for each hacked
individual machine.
The 'specialized' techweb subtype was removed because its sole purpose
was to allow autounlocking to be a subtype of it. Now autounlocking is
just the direct subtype. I also removed mechfab autounlocking type
because it wasn't used, mechfabs use techwebs directly.
Autolathes and Limbgrowers now locally store 'imported designs' which
are things uploaded from technology disks. Outside of this, the
autounlocking techweb subtype now stores 'hacked designs' which unlocks
when the machine is emagged.
While doing this, I saw ORMs and Biogenerators had disks you can insert
into them, but I did not find anything that can actually be uploaded to
them (I saw Alien Alloys as a possibility, but there's no such disk to
allow uploading this alloy to the machine, and I didn't think an entire
system for 1 single alloy was worth keeping around), so I removed this
unused feature from both machines.
I merged 'Hacked' and 'Emagged' categories because they served the same
purpose, 'hacked' being on hacked autolathes and 'emagged' being on
hacked (emagged) limbgrowers.
Tech disk techwebs (which is created every time a disk is made, however
I hope to change this in the future) into it's own subtype, so admins
understand where its from when looking in VV panel (because I was
confused when I saw them at first).
``autolathe_crafted`` proc was removed because it was entirely unused
too.
Now it looks like this, which I consider an improvement:
## Why It's Good For The Game
We no longer initialize a brand new techweb for no reason whatsoever.
Each techweb made is making entire lists of experiments and research
papers, all of which is never to be seen in-game and is completely
useless to the player. Cutting down on these techwebs is a good first
step to this needless initializing.
## Changelog
🆑
qol: Removed the tech disk part of the ORM's UI as it was entirely
unused, now it's a little more compact with less scrolling needed.
refactor: Autolathes, Limb growers, Biogenerators, ORMs and Smelters now
share techwebs with other machines of their types, rather than all make
new techwebs each time. This means they only build their nodes once,
including hacked ones. Instead of researching nodes on hacking the
machine, they now show hacked ones depending on if it's hacked.
/🆑
Co-authored-by: Zephyr <12817816+ZephyrTFA@users.noreply.github.com>
## About The Pull Request
With the new crafting menu some reagents now have default container
assigned.
I applied these to visualize reagents in biogen UI too.
<img alt="060ybChTkI"
src="https://user-images.githubusercontent.com/3625094/209483256-e4159a05-46ae-47b8-bc42-9d003cf6c303.png">
## Why It's Good For The Game
Better representation of a reagent.
## Changelog
🆑
qol: Biogenerator shows default reagent containers instead of beakers
/🆑
- Makes QDELETED use isnull(x) instead of !x, giving about 0.2 to 0.25s
of speed.
- Make disposal constructs only update icon state rather than go through
expensive overlay code. Unfortunately did not have much effect, but is
something they should've been doing nonetheless.
- Makes RegisterSignal only take signals directly as opposed to
allocating a fresh list of signals. Very few consumers actually used
this and it costs about 0.4s. Also I think this is just a bad API anyway
and that separate procs are important
`\bRegisterSignal\((.*)list\(` replaced with `RegisterSignals($1list(`
Makes the code compatible with 515.1594+
Few simple changes and one very painful one.
Let's start with the easy:
* puts call behind `LIBCALL` define, so call_ext is properly used in 515
* Adds `NAMEOF_STATIC(_,X)` macro for nameof in static definitions since
src is now invalid there.
* Fixes tgui and devserver. From 515 onward the tmp3333{procid} cache
directory is not appened to base path in browser controls so we don't
check for it in base js and put the dev server dummy window file in
actual directory not the byond root.
* Renames the few things that had /final/ in typepath to ultimate since
final is a new keyword
And the very painful change:
`.proc/whatever` format is no longer valid, so we're replacing it with
new nameof() function. All this wrapped in three new macros.
`PROC_REF(X)`,`TYPE_PROC_REF(TYPE,X)`,`GLOBAL_PROC_REF(X)`. Global is
not actually necessary but if we get nameof that does not allow globals
it would be nice validation.
This is pretty unwieldy but there's no real alternative.
If you notice anything weird in the commits let me know because majority
was done with regex replace.
@tgstation/commit-access Since the .proc/stuff is pretty big change.
Co-authored-by: san7890 <the@san7890.com>
Co-authored-by: Mothblocks <35135081+Mothblocks@users.noreply.github.com>
About The Pull Request
Visible changes (all the fixes):
Labor point checkers now says the prisoner ID's stats rather than being a to_chat, it also displays their info much better.
Labor stacker no longer duplicates your points at no cost by attacking the machine with materials, instead it processes it just like it would when sucking materials up.
Labor stackers additionally now update their input/outputs when they are rotated through shuttles, as it doesn't work on the current version of Lavaland (there's no issue report up on this yet though, oddly).
Adds a check if you actually have a goal before checking if you can send the shuttle up, preventing prisoners who were sent without a point goal (permanently) from being able to go up whenever they wanted by simply clicking on the button before it greyed out.
The rest (code improvement):
Added more early returns
Removed single letter vars
Renamed terribly named vars and added comments to some of them.
Removed machinedir in favor of checking their view() when syncing machines, as I didn't find checking an entire side of the map next to an object to be very intuitive.
Lets Lavaland use labor camp machines again
Closes#67764
Just cool general fixes +1
Changelog
cl
fix: Labor camp Prisoners without a sentence can no longer send themselves back up whenever they wanted by clicking the button fast enough.
fix: Prisoners can no longer get infinite labor camp points by clicking the stacking machine with ores.
fix: All ore machines now properly change their direction when they dock a shuttle in a separate direction, fixing Lavaland's labor camp stacking machine.
qol: Labor camp's point checker now states all the information you need, rather than being a paragraph of text that just appears in chat.
/cl
I'm refactoring proximity monitors and fields, removing lots of bloat from both that's hardly even used. Proximity monitors no longer generate effect objects to track the surrounding area, should be less cpu expensive and easier to maintain (or phase out), read and use.
This PR also adds a couple components which may be needed for future stuff (for starters, the mirror reflection PR #62638 could use the connect_range comp)
Improving old old, ugly old code and adding some useful backend components. Tested and working.
## About The Pull Request
stop forgetting to include mapload, if you don't include it then every single subtype past it by default doesn't include it
for example, `obj/item` didn't include mapload so every single item by default didn't fill in mapload
## Regex used:
procs without args, not even regex
`/Initialize()`
procs with args
`\/Initialize\((?!mapload)((.)*\w)?`
cleanup of things i didn't want to mapload:
`\/datum\/(.)*\/Initialize\(mapload`
Enter(), Entered(), Exit() and Exited() all passed the old loc forward, but everything except a single a case cared about the direction of the movement more than about the specific source.
Since moving multi-tile objects will have multiple sources of movement but a single direction, this change makes it easier to track their movement.
Cleaned up a lot of code around and made proc inputs compatible.
I'll add opacity support for multi-tile objects in a different PR after this is merged, as this has grown large enough and I don't want to compromise the reviewability.
Tested this locally and as expected it didn't impair movement nor produced any runtimes.
* Bespoke Material Backend
- Adds support for bespoke materials:
- Reimplements [/datum/material/var/id]
- Ports GetIdFromArguments from SSdcs
- Adds a wrapper define for GetMaterialRef
- Adds [MATERIAL_INIT_BESPOKE]
- Adds [/datum/material/proc/Initialize]
- Does not actually add any bespoke materials
- [ ] TODO: Code docs
- [ ] TODO: Actually adding bespoke materials
* Some has_material procs and cleaning up some spaghetti
- Adds a pair of has_material procs for use in checking whether a given atom has a given material
* Adds meat
- Adds bespoke meat variants
- Does not make them accessible
- Shuts up the linter
* Implements bespoke meat
- Makes the material container preserve bespoke materials
- Makes the sheetifier accept bespoke materials
- Makes the autolathe accept bespoke materials
- Makes the gibber produce bespoke meats
* Makes butchering produce bespoke meats
This is jank and really needs to be folded into a unified butchering and gibbing system
* Material documentation
- Adds, fixes, and touches up some documentation
* Material container insertion callback
- Changes the proc used to expand the material container's material list ot a proc used to check whether a material fits into a material container
- Instantiating new materials is no longer O(n) relative to the number of autolathes in existence.
* Makes processing meat conserve materials
- Makes bespoke meat carry over into meatballs
* Makes preserving custom materials an option
- Implements the ability to turn preserving custom materials _off_ for processor recipes
* Fixes all bespoke materials of the same type using the same singleton
- We use ids now, not just types.
* Makes the fat sucker produce bespoke meats
- Because consistency is good.
* Fixes autolathes merging bespoke stacks into normal stacks.
* Makes the callback to test materials for holdibility optional
- @Floyd
* GetMaterialRef -> GET_MATERIAL_REF
- We capitalize macros.
* Removes an extraneous callback
- Makes the sheetifier use functionality I didn't notice I implemented a few commits ago.
* Makes mob and species meat null compatible
* Fixes the ore silo
- The ore silo had really snowflake material handling that has been brought in line with the rest.
- The materials should show up in the correct order.
* Fixes minor lathe bugs
- Fixes stack_traces caused when lathes tried to fetch materials using reagent typepaths
- Fixed the selective reagent disposal topic. I have no idea how long this has been broken.
* Various documentation fixes
- Clarified a couple comments
- Removes an extraneous ?. operator
- Fixed mat floor tiles having bugged reagent temperatures
* More fixes
-/datum/material/meat/mob -> /datum/material/meat/mob_meat
- Adds atom typecheck to material containers.
* Fixes old typepaths
My original intention was just fixing an issue with the Mk-honk banana shoes but, considering I didn't want to add two new variables to a component with already lot of args and lengthy AddComponent() calls in term of text, I had to merge some TRUE/FALSE variable/args into the breakdown_flags bitfield (now named mat_container_flags) in the process.
Adds and implements alloy materials
Takes several materials that were mostly fluff and converts them into actual usable materials.
Messes with material code a bit to make alloys recycle back into their component materials.
Adds the alloy materials to their in-game stacks.
Materials added:
Plasteel
Plastitanium
Plasmaglass
Titaniumglass
Plastitanium Glass
Alien Alloy
Makes plasteel/plastitanium/plasmaglass and the rest able to have separate properties from their component materials. It doesn't make much sense that the materials used to seal off the supermatter chamber from the rest of the station would be prone to exploding when heated.
Allows for further expansion of materials, possibly including actual functional metallurgy and smelting at some point in the very distant future.
(Lemons note: Adds a regeneration component, used for alien alloy)
* Process procs now properly use deltatime when implementing rates, timers and probabilities
* Review fixes
* Geiger counters cleanup
Made hardsuit geiger code more similar to geiger counter code
Geiger counters are more responsive now
* Moved SS*_DT defines to subsystems.dm
* Rebase fix
* Redefined the SS*_DT defines to use the subsystem wait vars
* Implemented suggested changes by @AnturK
* Commented /datum/proc/process about the deltatime stuff
* Send delta_time as a process parameter instead of the defines
Also DTfied acid_processing
* Dtfied new acid component
Adds SIGNAL_HANDLER, a macro that sets SHOULD_NOT_SLEEP(TRUE). This should ideally be required on all new signal callbacks.
Adds BLOCKING_SIGNAL_HANDLER, a macro that does nothing except symbolize "this is an older signal that didn't necessitate a code rewrite". It should not be allowed for new work.
This comes from discussion around #52735, which yields by calling input, and (though it sets the return type beforehand) will not properly return the flag to prevent attack from slapping.
To fix 60% of the yielding cases, WrapAdminProcCall no longer waits for another admin's proc call to finish. I'm not an admin, so I don't know how many behinds this has saved, but if this is problematic for admins I can just make it so that it lets you do it anyway. I'm not sure what the point of this babysitting was anyway.
Requested by @optimumtact.
Changelog
cl
admin: Calling a proc while another admin is calling one will no longer wait for the first to finish. You will simply just have to call it again.
/cl
* initial
small thing
* improvements
1. Removes loops for picking up items. its now an item by item basis unless there is an ore box involved
2. Removed pickup_rate and ore_buffer var for the ORM, they aren't needed anymore
3. Fixed conveyors not moving items that get created on top of them (New / Initialize), by sending signals when atoms are created.
* renames the registered signal proc name so travis doesn't throw a fit
* signal improvement
* forgot to update other proc names
* ninjanomnom review changes
replace NEVER_PROCESS with START_PROCESSING_MANUALLY
default_unfasten_wrench override for ORM
50 -> 5 SECONDS
I totally didn't mispell anything
* makes a new signal: COMSIG_ATOM_CREATED
* more review changes
* duh
* even more review improvements
* switch >= to >
* reverts conveyors back to using process() for moving stuff
* various touch ups, adds documentation
* rebase to fix map conflicts with forgottenship.dmm
Co-authored-by: SteelSlayer <SteelSlayer@users.noreply.github.com>
Yeah yeah I know no opening too many WIP PRs but this one's [ready] and I want to make sure any furthur techweb development doesn't keep using the old reference system which will make refactoring it harder, and this makes it easier for coders to do stuff in theory (at least for me), standardizes getting a node/design, and makes stuff actually GC properly.
* Ore Stacking
* honk
* honk
* component memes
* honk2
* fix overlay off-by-1, sheet singular names
* Give the ores more descriptive names since sheets also have
* whoops debug memes
* atom editor memes
* fixes
* snowdin fix
