## About The Pull Request
https://github.com/tgstation/tgstation/blob/0426f7ddbaa91439c7278189101f5db9c7f2ed95/code/game/objects/items/stacks/stack.dm#L449
Ok, but can we not?
This PR refactors sheet crafting to generalize all the cases that were
previously locked behind grille/window type checks and such. In their
stead there are bitflags that can be set to achieve certain behaviors.
All the behavior from before should be preserved, but now it can be
extended to other items. E.g. if you want a railing that can be crafted
underneath directional windows, or an item that behaves like a grille
does--it's just a matter of setting the right obj_flags for it now.
This makes it very simple and painless to add new recipes that use
directional crafting! It's all modular now.
<details><summary>Details</summary>
---
### What I've done:
-Eliminated all the type checks, instead it will now be handled by
object flags and recipe vars, making for a much more configurable
system.
-Added two new obj_flags: `BLOCKS_CONSTRUCTION_DIR` and
`IGNORE_DENSITY`.
-Additionally, I renamed the existing flag `NO_BUILD` to
`BLOCKS_CONSTRUCTION`.
-Changes the proc `valid_window_location` to `valid_build_direction`,
and makes it work for things other than windows.
-Removed a deprecated `window_checks` var from the stack_recipe datum.
-Added three more vars to the stack_recipe datum: `check_direction` and
`check_density`, `is_fulltile`
-Decoupled `on_solid_ground` from the object density check. Now you can
set those separately, allowing you to make recipes that forbid/allow
building things over other things while in space.
---
### What the new flags do:
`BLOCKS_CONSTRUCTION` works as before---prevents objects from being
built on the object. I felt that the previous name was not descriptive
enough, you should know exactly what it does just from looking at the
name.
_example: dna scanner_
`BLOCKS_CONSTRUCTION_DIR` -- setting this on an object will prevent
objects from being built on it when their directions are the same.
_example: directional windows, windoors, railings_
`IGNORE_DENSITY` -- setting this on an object will cause its density to
be ignored when performing the construction density check. This could
have other potential uses as well in the future.
_example: grilles, directional windows, tables_
These three flags cover all the bases for the types of items that are
currently craftable, so there is no more need for any type checking or
weird snowflake window checks. Simply set the appropriate flag and it'll
work as you would expect.
---
### What the recipe vars do:
`check_direction` tells the recipe to check if there's something in that
direction with the `BLOCKS_CONSTRUCTION_DIR` flag set.
`check_density` tells the recipe to run the density check when set. This
is true by default. There are very few items in the game that currently
have this set to false--namely grilles. Setting this to false will make
it so that the object can be constructed regardless of what is in that
tile (unless `one_per_turf` is also set, which will make it so that you
can't craft the same thing twice in the same turf).
`is_fulltile` is used for fulltile windows, but it doesn't necessarily
have to be--you can give this to any recipe and it will adopt the same
properties as that of the fulltile window. Basically they have a special
case where they shouldn't be able to be built over directional
constructions, where normally things would be able to be. Setting this
makes check_direction true as well.
---
### In summary:
Sheet crafting still works just as it did before. But the backend of it
has gotten a glow up and will be able to more easily support new
behaviors.
</details>
## Why It's Good For The Game
This makes the crafting system much more flexible to add recipes to, and
will prevent bad code practices of stacking more conditionals down the
line whenever someone wants to add an item that behaves like grilles or
directional windows in how they are constructed.
It had to be done. Those window checks were a mess.
## Changelog
🆑
qol: added fifty stack versions of remaining glass sheet stacks for ease
of debugging
refactor: refactored sheet crafting to better support directional
constructions that aren't windows
/🆑
---------
Co-authored-by: san7890 <the@san7890.com>
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
Refactors regenerate organs to be slightly more intelligent in handling
organ changes and replacements.
Noteably:
- We don't remove organs that were modified by the owner; such as
changing out your heart for a cybernetic
- We early break out of the for loop if they aren't supposed to have an
organ there and remove it
- We check for the organ already being correct, and just healing it and
continuing if it is
Also changes the names of some of the organ helpers into snake_case
### Mapping March
Ckey to receive rewards: N/A
## Why It's Good For The Game
## Changelog
---------
Co-authored-by: Jacquerel <hnevard@gmail.com>
## About The Pull Request
These changes fix how machines are pried open with crowbars. Currently,
most machines can be pried open, but many of them have no method for
being closed again. This means they can be pried once, and then never
again (as their internal logic has them stuck in an "open" state).
Additionally, the densities of these machines is also inconsistent, as
density is tied to the procs for opening/closing machines (open =
non-dense, closed = dense). Thus, these new changes allow desired
densities to be passed to `open_machine()` and `close_machine()`, as
well as `default_pry_open()`, meaning that atypical machine densities
can be maintained (e.g. machines that should remain dense when open, or
non-dense when closed).
I've also added a `close_after_pry` boolean parameter to the
`default_pry_open()` proc, which determines whether to immediately close
a machine after opening it. This is useful for machines that don't
really have a use case for remaining open, often lacking a sprite to
represent this state as well.
* Note: Opening and immediately closing machines with this boolean will
still drop their contents onto the floor, but will now immediately
"close" in their logic, allowing for further prying attempts in the
future.
It's worth noting that this implements default density values for these
procs, which match the existing behavior for machines, so as to
(hopefully) not disrupt existing or expected machine behavior.
Two caveats to these changes currently exist:
1. On machines that immediately close after prying, the prying action
can now be spammed to the chat with repeated clicking. I'm uncertain if
this needs some sort of spam protection or if it's fine as is.
2. I've only been able to manually test this code. I'd love to write
unit tests for it, as it affects a lot of different machines, but don't
know where to begin with DM Unit Testing (or which files would be good
examples to reference in the code base).
* Note: I did manually test each and every machine that calls
`default_pry_open()` and they all seem to be working correctly. (Except
for `obj/machinery/plumbing/sender`, but that doesn't seem to need
prying, as it has no contents to drop, only reagents.)
As always, let me know if any improvements/changes should be made.
This closes#26833.
## Why It's Good For The Game
These changes allow crowbar prying to correctly occur multiple times on
any machine, which is intended behavior. It prevents player confusion
that could occur when a machine couldn't be pried open a second time
during a shift, even though it had previously been pried before, forcing
players to question themselves. (Are they missing something? Did they
perform the action a different way last time? Is the machine actually
still powered on instead of off? Etc.)
These changes also maintain the correct density for machines after
prying, preventing scenarios where a machine might behave differently
once it had been pried open. (An example of this was being able to walk
through a smartfridge after prying it open.) Additionally, players are
no longer required to know/use workarounds (such as machine disassembly)
to retrieve a powered-off machine's contents.
Overall, these changes improve consistency around machines, creating
more scenarios where they behave as players would expect.
## Changelog
🆑
fix: machines can now be pried open more than once.
fix: machines now have the correct density when pried open.
/🆑
---------
Co-authored-by: san7890 <the@san7890.com>
## About The Pull Request
This PR adds a new unit test for all organs, a new unit test for lungs,
and includes improvements for the existing breath and organ_set_bonus
tests. Using the tests, I was able to root out bugs in the organs. This
PR includes an advanced refactor of several developer-facing functions.
This PR certainly represents a "quality pass" for organs which will make
them easier to develop from now on.
### Synopsis of changes:
1. Fixed many fundamental bugs in organ code, especially in
`Insert()`/`Remove()` and their overrides.
2. Added two new procs to `/obj/item/organ` named `on_insert` and
`on_remove`, each being called after `Insert()`/`Remove()`.
3. Added `organ_effects` lazylist to `/obj/item/organ`. Converted
`organ_traits` to lazylist. 2x less empty lists per organ.
4. Adding `SHOULD_CALL_PARENT(TRUE)` to `Insert()`/`Remove()` was very
beneficial to stability and overall code health.
5. Created unit test `organ_sanity` for all usable organs in the game.
Tests insertion and removal.
6. Created unit test `lungs_sanity` for
`/obj/item/organ/internal/lungs`.
7. Improved `breath_sanity` unit tests with additional tests and
conditions.
8. Improved `organ_set_bonus_sanity` unit tests with better
documentation and maintainable code.
---
### Granular bug/fix list:
- A lot of organs are overriding `Insert()` to apply unique
side-effects, but aren't checking the return value of the parent proc
which causes the activation of side-effects even if the insertion
technically fails. I noticed the use-case of applying "unique
side-effects" is repeated across a lot of organs in the game, and by
overriding `Insert()` the potential for bugs is very high; I solved this
problem with inversion-of-control by adding two new procs to
`/obj/item/organ` named `on_insert` and `on_remove`, each being called
after `Insert()` and `Remove()` succeed.
- Many organs, such as abductor "glands", cursed heart, demon heart,
alien hive-node, alien plasma-vessel, etc, were not returning their
parent's `Insert()` proc return value at all, and as a result those
organs `Insert()`s were always returning `null`. I have been mopping
those bugs up in my last few PRs, and now the unit test reveals it all.
Functions such as those in surgery expect a truthy value to be returned
from `Insert()` to represent insertion success, and otherwise it
force-moves the organ out of the mob.
- Fixed abductor "glands" which had a hard-del bug due to their
`Remove()` not calling the parent proc.
- Fixed cybernetic arm implants which had a hard-del bug due to
`Remove()` not resetting their `hand` variable to `null`.
- Fixed lungs gas exchange implementation, which was allowing exhaled
gases to feedback into the inhaled gases, which caused Humans to inhale
much more gas than intended and not exhale expected gases.
### Overview of the `organ_sanity` unit test:
- The new `organ_sanity` unit test gathers all "usable" organs in the
game and tests to see if their `Insert()` and `Remove()` functions
behave as we expect them to.
- Some organs, such as the Nightmare Brain, cause the mob's species to
change which subsequently swaps out all of their organs; the unit test
accounts for these organs via the typecache `species_changing_organs`.
- Some organs are not usable in-game and can't be unit tested, so the
unit test accounts for them via the typecache `test_organ_blacklist`.
### Overview of the `lungs_sanity` unit test:
- This unit test focuses on `/obj/item/organ/internal/lungs` including
Plasmaman and Ashwalker lungs. The test focuses on testing the lungs'
`check_breath()` proc.
- The tests are composed of calling `check_breath` with different gas
mixes to test breathing and suffocation.
- Includes gas exchange test for inhaled/exhaled gases, such as O2 to
CO2.
### Improvements to the `breath_sanity` unit tests:
- Added additional tests for suffocation with empty internals, pure
Nitrogen internals, and a gas-less turf.
- Includes slightly more reliable tests for internals tanks.
## Why It's Good For The Game
**Organs and Lungs were mostly untested. Too many refactors have been
submitted without the addition of unit tests to prove the code works at
all.** Time to stop. _Time to get some help_. Due to how bad the code
health is in organs, any time we've tried to work with them some sort of
bug caused them to blow up in our faces. I am trying to fix some of that
by establishing some standard testing for organs. These tests have
revealed and allowed me to fix lot of basic developer errors/oversights,
as well as a few severe bugs.
## Changelog
🆑 A.C.M.O.
fix: Fixed lungs gas exchange implementation, so you always inhale and
exhale the correct gases.
fix: Fixed a large quantity of hard-deletes which were being caused by
organs and cybernetic organs.
fix: Fixed many organs which were applying side-effects regardless of
whether or not the insertion failed.
code: Added unit tests for Organs.
code: Added unit tests for Lungs.
code: Improved unit tests for breathing.
code: Improved unit tests for DNA Infuser organs.
/🆑
## About The Pull Request
>_"I don't remember buying tickets to Mutants on Ice."_
>-Duke Nukem
This PR is (hopefully the final) part of a series of my continuing
refactors of the DNA Infuser. This PR represents a "quality pass" which
should also iron-out the rest of the most impactful bugs.
Granular list of changes:
- This PR adds unit tests for the DNA Infuser organs and
`/datum/status_effect/organ_set_bonus` as recommended by @AnturK
- I noticed that the base `/datum/infuser_entry` was being used in the
machine for the Fly and "rejected" infusions, whereas usually we would
expect it to be a base type used only as a development template. I
corrected this issue and created `/datum/infuser_entry/fly` to be used
for that use-case instead.
- Added `/mob/proc/can_mutate()` and `/mob/living/carbon/can_mutate()`
to replace a few copied lines across several files. The proc is normally
used in the context of mutating a Human via their DNA.
- I fixed a ton of typos in organ-related code, specifically where
"receiver" was typo'd as "reciever". There are far more of those typos,
but I limited the scope of my changes to organs.
- I noticed a bug in `/datum/species/proc/regenerate_organs` wherein a
race condition caused an organ to remove itself before it's done
inserting itself. This happens because the Fly organ set bonus runs
`regenerate_organs` which calls `Remove` on the organ while `Insert` is
still in the call-stack. I added `INVOKE_ASYNC` as a workaround, and
also changed the order the signals are emitted to prevent future bugs.
This bug primarily only impacted the flyperson species transformation,
which was part of the DNA Infuser's flyperson infusion organ set bonus.
- In my last refactor PR #72745 I also introduced a bug in
`/obj/machinery/dna_infuser/proc/infuse_organ` wherein I forgot to add
the usage of `new` when attempting to implant new organs, and this PR
fixes the erroneous code.
- Fxed a bug which causes the organ set bonus to activate when mixing
organs from different sources, which is caused by a developer oversight
wherein all `/datum/status_effect/organ_set_bonus` had identical IDs.
- Added a cleaner `replacetext`-based way of handling pronouns in
`/datum/element/noticable_organ/proc/on_receiver_examine`, using custom
macros `%PRONOUN_S` and `%PRONOUN_ES` as advised by @MrMelbert
- This PR also fixes#72767
## Why It's Good For The Game
With the changes in this PR the machine will finally work as we expect
it to. By adding unit tests we will also be able to ensure that it works
as expected from now on. I feel confident saying that the completeness,
algorithmic correctness, and code health of the DNA Infuser is much
better than it was before.
## Changelog
🆑 A.C.M.O.
fix: Fully fixed the DNA Infuser, which will now infuse organs as
expected.
fix: Fixed flyperson species transformation and organ set bonus, which
was throwing a runtime.
fix: Fixed many typos in organ-related source code.
/🆑
---------
Co-authored-by: Time-Green <timkoster1@hotmail.com>
## About The Pull Request
- Rewrites how action button icons are generated.
- Prior, generated an action button icon was fairly simplistic and
didn't allow for many changes. Someone recently added the option for
overlays to be generated over action buttons, but the framework was very
weak.
- Now, action button icon generation is split across multiple procs,
like atom icon updates.
- The background of action buttons are underlays
- The actual icon of the action button is the icon and icon state of the
action button movable
- The rim / border of the button is an overlay, layered overtop the
button.
- Allows observers to see what action buttons a mob has. They even
update in real time! And no, the observers cannot click on them.
## Why It's Good For The Game
- Runechat text of action buttons are no longer hidden behind the actual
icon. This was very ugly with cooldown actions, as the cooldown text was
hidden behind a lot of spell icons.
- Cuts down on a lot of icon duplication.
- Gives much finer control over action button icons
- Saves a bit of processing from generating full action button icons
when not necessary. Not implemented in many places, but is in some.
## Changelog
🆑 Melbert
add: Observers can now see what action buttons an observed mob has. No,
you can't click them. And no it doesn't show EVERY action.
refactor: Refactored how action button icons are generated. Some actions
will now use a colored border when active instead of just turning green.
Cooldown text will also appear on the top layer of actions too. If you
see any funky lookin' icons (namely their borders), let me know.
refactor: Bluespace Golem's teleport action is now a cooldown action.
fix: Construct actions go to the middle of the screen like expected.
/🆑
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## About The Pull Request
This PR adds a reagent injector component that's exclusive to BCIs.
(Requested to be integrated into BCIs by Mothblocks.)
When outside of a circuit, the component itself stores the reagents.
However, if it's inside of a BCI, the storage is moved to the BCI. The
storage can contain up to 15u of reagents and acts like an open
container. (However, it won't spill even if you throw it, it just acts
like an open container code-wise, don't worry about it.)
You can only have one reagent injector in a circuit. Trying to insert
multiple will give you an error message.
The entire dose is administered at once. (Requirement set by
Mothblocks.)
Please don't try to dispute any of the specific limitations in the
comments as they're out of my control. They're reasonable anyways.
Reagent Injector Input/Output:
Inject (Input Signal) - Administers all reagents currently stored inside
of the BCI into the user.
Injected (Output Signal) - Triggered when reagents are injected. Not
triggered if the reagent storage is empty.
New BCI Input:
Show Charge Meter (Number) - Toggles showing the charge meter action.
(Adds some capacity for stealth.)
Install Detector Outputs: (Added following a comment about having to use
weird workarounds for proper loops.)
Current State (Number) - Outputs 1 if the BCI is implanted and 0 if it's
not.
Installed (Signal) - Triggered when the BCI is implanted into it's user.
Removed (Signal) - Triggered when the BCI is removed from it's user.
This PR also adds BCI manipulation chambers to all currently present
circuit labs. (Solution proposed by Mothblocks.)
Yes I had to do some other mapping changes to allow for this. No I don't
have any mapping experience, why do you ask?
<!-- Describe The Pull Request. Please be sure every change is
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merging your PR! -->
## Why It's Good For The Game
One small step for BCIs, one giant leap for circuit kind. (First
"proper" circuit to human interaction in the entire game!)
This allows for some funky stuff and also makes it less of a pain in the
ass to use BCIs. What's not to love?
<!-- Argue for the merits of your changes and how they benefit the game,
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## Changelog
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🆑
add: Added a reagent injector component and BCI manipulators to all
circuit labs. (+ install detector component)
/🆑
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Co-authored-by: Mothblocks <35135081+Mothblocks@users.noreply.github.com>
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>
Fixes a bug where MMIs would be sent into the nullspace room when in an MMI component inside of a BCI that is inserted into a BCI manipulation chamber.
Stores the BCI in the chamber's contents, instead of nullspace, allowing the MMI to talk, the BCI to still act as it would normally and overall just solves the issue and maybe some others alongside it.
Fixes#70349
* Fix xeno hivemind talk causing hissing sound
* Fix dullahan speech arg
Add message_range and saymode to say arguments
Add new say args to other say procs
Add new say args to other say procs
* Revert "Fix dullahan speech arg"
This reverts commit abff2bec1a03c1270b2896faa547c465e046ad78.
* Fix speech_args to be list
* Refactor hulk speech signal handler
* Revert "Revert "Fix dullahan speech arg""
This reverts commit 58997930096ef6b7fa8a1c79395595e61db954c6.
* Change filterproof to be null like other say procs
* Remove unused COMSIG_MOB_SAY defines
* Readd defines for COMSIGH_MOB_SAY
* Fuck you (refactors ur tails)
* Errors
* Wow. Pain.
* Fixes up probably everything
* finish up here
* Fixes hard del maybe
* original owner hard del
* garbage collection runtime
* suck my peen byond
* Mapped tails
* motherfucker.
* motherrfucker. again.
* Whooopppppsie
* yeah bad idea
* Turns out external organs literally just sat in nullspace forever if their parent was deleted, and didnt Remove() themselves, causing harddels.
* So anyways I repathed all organs
* Fixes
* really.
* unit test... test
* unit test-test but it passes linters this time because im a moh-ron
* I've lost track of what im doing at this point
* Hopefully fixes hard del?
* meh
* Update code/datums/dna.dm
* things n stuff
* repath from master pull
About The Pull Request
I noticed a lot of strange and un-intuitive behavior in action buttons, and got stung by the bloat bug. Damn it hug #58027
I'll do my best to explain what I've changed and why, might get a bit long.
If you want a better idea, read the commits. Most of em are pretty solid, if long.
Whelp. Here we go.
How do action buttons currently work
All action buttons are draggable, to any place on the screen. They're held in an actions list on the player's mob.
Their location in this list determines their position on the top of the screen. If one is dragged away from the top, its position in the list is "saved". This looks really bad.
If two buttons are dragged over each other, their positions swap. (inside the actions list too)
If a button is shift clicked, it is brought back to the position it started at.
If the action collapse button that you likely just mentally edit out is alt clicked, it resets the position of all action buttons on the screen.
If an action is ctrl clicked, it is "locked". This prevents any future position changes, and also enables a saving feature. With this saving feature, locked button positions persist between rounds. So your first o2 canister will always start where you saved it, etc.
Actions and buttons are a one to one link. While there is functionality to share action buttons between two players, this means showing the same object to both. So one player can move a button on another's screen. Horrendous.
This also makes code that modifies properties of the screen object itself very clunky.
Why is this bad
A: None knew pretty much any of this information. It is actually documented, just in a horribly formatted screen tip on the collapse button, you know the one we all mentally delete from the hud.
B: None of this is intuitive. Dragging buttons makes the hud look much worse, and you get no feedback that you even can drag them. Depressing
C: We use actions to make new options clear to the player. This means players can have a lot of action buttons on the hud. This gets cluttery
D: The collapse button is useless. It lets you clear your screen if someone like me fucks up and gives you 2000 actions, but outside of that it just hides all information from you. You never want to see none of your action buttons, just a filtered list of them.
E: On a technical level, they're quite messy, and not fully functionally complete. This is depressing.
What I've done
Assuming the above to be true, how do we fix them?
Well first I'm going to go over everything I changed, including links to major commits. I'll then describe the finished product, and why I made the decisions I did.
Oh and I've moved some of the more niche or technical discussion to dropdowns. Hopefully this makes finding the major functional changes easier
Adds helper procs for turning screen_loc strings into more manageable arrays. This doesn't fully support all of the screen_loc spec, but it's enough for what I'm doing. (f54865f)
Uses these helper procs to improve existing code (6273b93)
Fixes an issue with tooltip code itself. If you tried to hold down a mouse button while dragging onto a tooltip enabled object, it would silently fail. The js made assumptions about the order args came in, which broke when buttons were held down (e0e42f6)
Adds a signal linked to /client/Click(). Surprised we didn't have this before honestly (c491a4a)
Makes /client/MouseDrag() return parent. If we don't do this, any overrides of MouseDrag will never actually be called (2190b2a)
Refactors how action buttons work under the hood (53ccce2)
Basically, rather then generating one button per action, we generate one button per viewer
Starts to change button behavior, more cleanup
Changes the mouse cursor when an action button is dragged. Hopefully
this makes moving things feel less like an accident, and makes you doing
it more clear
Removes the moved and locked vars. This will be more relevant later, but
for now:
Moved exists as a sort of budget "We've been dragged" variable. We can
handle this more cleanly, and the movable type doesn't care about it
Locked is a very old variable that is also not something that the
movable type "owns". It's more an action button thing that's been moved
down.
It exists so an action can be locked in place, and in that locking, be
treated as a "saved location"
(21e20fc)
Because I've nuked move, we don't need to directly set our button's
position. We can use the default_button_position var instead. This is
quite handy.
Please ignore position_action, I will explain that later
(83e265e)
Removes the buttons locked pref
It was another obscure part of action buttons, basically do buttons
start "locked" or not. See previous discussion of locked
(b58b1bd)
Major rework starts here
Alright. Sorry for this, this is where me not commiting regularly starts
to suck. I'll do my best though.
Rather then figuring out an action button's position via a combination
of the moved and ordered vars, we use a separate location var to store
one of a few defines. This makes life later much easier.
Adds tooltip support for dragging action buttons. The way the tooltip
just froze in place when dragging really bugged me, and lead to some
nasty visual artifacts.
This is a bit messy because the drag procs are horrible, but it's
workable
Dropping a button on another button will no longer swap their positions
Behavior instead depends on the target button.
If it's a part of a group (A concept I will explain later) the dragged
button is simply inserted before it in the group's list.
If it's floating on the general hud, we instead position the dragged
button to its right. There's extra logic here to ensure buttons will
never overflow the screen, but I'll get into that later.
Alright. That's most of the refactoring. Time for the larger behavior
changes.
Adds a button palette. This is a separate dropdown that renders
underneath buttons.
image
The idea is to allow for a conceptual separation between "important"
buttons and the ones that end up cluttering the screen.
You can click on the dropdown to open it, then any later clicks that
don't involve actions in some way will autoclose it.
My goal is to come up with an alternative for the action button that
just acted as a way to hide all buttons on screen. Not convinced it saw
much use.
As a side effect of removing that, I've moved its tooltip stuff to the
palette. I've properly formatted it, so hopefully it's easier to read
then the jumble that we used to have.
(You can alt click the palette button to reset all button positions)
Oh and the palette can scroll, since as you'll see later it has a
limited size.
image
Moving on from that, I've added what amounts to action landing buttons.
These allow buttons to rejoin groups, or be positioned at the end of a
line of buttons.
image
They've got a 32x32 hitbox, and only show up when dragging. Hopefully
this makes the system more clear just by dragging an action.
Oh and I've changed how button position updating works. The old system
of calling update_action_buttons on mob every time an action button
changes position is gone, mostly because I've setup more robust
grouping. Will discuss when I get to huds
(0d1e93f)
Adds the backbone behind action button position changes (94133bd)
Moves hud defines to the global folder, safer this way (7260117)
Adds color changing to the palette button, giving some heads up for buttons being inserted into the palette automatically
image
image
Ensures a landing button is always shown, even if it needs to break the
max row rule
Makes palettes auto contract if they have no buttons inside them
Prevents palettes from being opened if they have no buttons inside them
(f9417f3)
How it looks
2022-02-26.02-30-10.mp4
Why It's Good For The Game
Players have more control over the clutter on their screen.
Buttons are available, but not in the way,
Since any player move of a button saves it, any lack of clarity in the way buttons work will be forced out by buttons not just resetting when a new game starts.
We don't overlap any existing screen elements, unless the upper button list gets really long.
The code is much less crummy (I think, may have made it worse it's hard for me to judge my own work)
If it ends up not being as usable as I'd like, I'll rip out the existing changes and just implement the qol and backend stuff. I think it's worth doing though.
Changelog
cl
add: Expanded heavily on action buttons
add: Adds an action button dropdown that sits just under the normal list in the top left. You can drag new buttons onto it to insert them. Click on it to show its contents, do what you want to do, then click again anywhere to contract it. Alt click it to reset all button positions
add: Action buttons will now remember their position between rounds. So if you really like your flashlight right next to your player for some reason, we support that now
add: When you start to drag an action button, docking ports will appear in places that it can be inserted into. (Outside of just floating somewhere on your screen of course)
del: Removed action button locking, and the associated preference. I'm reasonably sure literally none uses this, but if you do hit me up
qol: Dragging an action button will now give you an outline of its size around your cursor
fix: You can no longer cause the screen to expand by putting an action button on the edge of widescreen, and then resizing to standard.
refactor: Refactors action and button code significantly. lots of little things.
/cl
This makes several small changes to the MODsuit circuit module:
Adds the MODsuit Action component. When selected, the circuit module opens a radial menu with which to select an action component to trigger.
Due to its similarity to the BCI Action component, both it and the BCI Action component have been made subtypes of an abstract equipment_action component that implements their shared functionality.
Renames the MOD component to the MOD circuit adapter core component.
Changes the "selected module" port on the MOD circuit adapter core to a string port, for consistency with the corresponding input port.
The circuit in the circuit module can be removed. Consequentually, the circuit module no longer comes with a pre-installed circuit.
The "Toggle Suit" signal port on the MOD circuit adapter core can now activate the modsuit.
Makes the circuit module printable in the component printer, for consistency.
Moves the circuit module's code to modules/wiremod, for consistency.
BCI action component properly typechecks the shell it's inserted in.
Co-authored-by: Watermelon914 <37270891+Watermelon914@users.noreply.github.com>
* Removes like 50% of the cost of using the ui, it turns out that the storage component is fucking moronic. Likely significantly reduces the overtime of typecacheof
* Reduces the cost of reloading the dummy by ~50%
Turns out just initializing and deleting organs was like half the cost of reloading a default dummy.
It occured to me (Mothblocks) that we don't actually care about any organs we can't see or that don't effect visuals. So almost all of our organ loading can just be skipped.
This saves a significant chunk of cpu time, items next!
Co-authored-by: Seth Scherer <supernovaa41@gmx.com>
Exactly what it says in the title. Implanters used to drop the BCI they contained when opened up. Now they don't. For good measure I made them drop their contained BCIs when deconstructed as well in case they already did that as a consequence of the BCI being located inside the implanter, which was the cause of the issue in the first place.
## 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`
* tgui bsod
* debug disconnections
* prelim
* recomment
* set_value -> put ._.
* DAMN IT
* reinsert subsystem
* prepare
* unditch signals
* remove combiner
* remove combiner some more
* how did router.dm get here? deleting.
* These two COMSIGS should be one.
* critical typo
* inline cast
* have your signals
* Have your set_input & set_output.
* make compile
* upgrade save/load to n-to-n-wires
* have your documentation
* have your unsafe proc
* pay no attention to the compile errors
* unlist the ref
* paste my for block back in ._.
* fix manual input
* oops pushed too soon
* Have your !port.connected_to?.length
Co-authored-by: Watermelon914 <37270891+Watermelon914@users.noreply.github.com>
Co-authored-by: Watermelon914 <37270891+Watermelon914@users.noreply.github.com>
Examining a mob with a BCI inside them will now give you the ability to look at it. Helpful for admins, but also keeps in line with every other circuit shell.
BCIs are a new shell that can be implanted in your brain through surgery or through a BCI Manipulation Chamber, which provide the ability to easily implant and remove BCIs. They are the same size as compact remotes and generally share the same limitations.
Also adds CIRCUIT_FLAG_HIDDEN, to hide components from the UI. I didn't end up needing this, but Watermelon said he had ideas for it, so eh.
Why It's Good For The Game
BCIs provide an interesting, stealthy input method for circuits. They are seen as a healthier alternative to nanites, and improve on them in several ways:
Circuits have limited manipulation of the world, and intentionally do not perform the ability to provide passive healing, revives, etc.
Circuits have a significantly better UI and UX than nanites.
Circuits regularly get content expansions, which means that as a side-effect, there'll often be new things to play with for BCIs.
Other point to make:
BCI implanters have no cloud, and instead require the BCI to be put inside the machine. This means it requires the attention of the scientist (or even just a box with them inside). With
Adds the ability to save/load circuits for admins. Adds the ability to duplicate modules in a round. #60222, which lets you reprint a circuit you made that round, this means you can print out lots of BCIs, rather than going through the tedium of constantly remaking it.
BCI implanters are not roundstart, but rather in the advanced shells node. This is essentially the same as nanites, except for the difference of nanites starting with all the machinery, but none of the powers.
Changelog
cl
add: Added brain-computer interface circuit shells.
/cl
Bloop
