## About The Pull Request
movement subsystem now has the SS_BACKGROUND flag removed
excuse me if this isnt any correct like i know daedalus did this for
some reason at best
## Why It's Good For The Game
(stuff controlled by) movement ss is not actually THAT costly (compared
to Throwing)
(when i nuked metastation on local)
and i think being able to move when you slip on oil or whatever eg
jetpacks during lotsa lag is pretty important
this does not actually make it immune to lag it just seems to mitigate
the issue by a slight margin
## Changelog
🆑
code: Movement Subsystem no longer is a background subsystem. This means
that you should no longer get stuck after slipping on oil during
instances of high usage.
/🆑
## About The Pull Request
This PR significantly enhances how zero-g movement works. Its no longer
locked to one of 8 directions, everything now has inertia and is
affected by weight. This means that throwing a piece of wire will no
longer completely reverse your movement direction, and that being thrown
out of mass driver no longer will slow you down to a halt at some point.
This leads to following gameplay changes:
* Guns now accelerate you. Ballistics have higher acceleration than
lasers, and higher calibers have higher acceleration than smaller ones.
This means that firing full-auto weapons in zero-g will make you drift
and accelerate significantly. While this can be a hilarious way to
travel in space, it makes using them trickier.
* Impacting a wall or an object while moving at high speeds will cause
you to violently crash into it as if you were thrown. Careful when
exploring!
* Jetpacks now have inertia. Changes introduced in #84712 have been
mostly reverted, although speed buff has been reduced to 0.3 instead of
0.5 (although this is compensated by new movement mechanics, so overall
speed should be roughly equal). All MODsuit jetpacks now possess the
speed boost. Advanced MODsuit jets (which has also been added back) and
captain's jetpack instead have higher acceleration and stabilization
power, providing much more precise control over your movement.
* Firing guns while moving on a jetpack will partially negate your
pack's acceleration, slowing you down. Non-advanced jetpacks'
stabilization is not enough to compensate for heavy caliber weaponry as
sniper rifles, shotguns or rocket launchers.
* You no longer instantly decelerate upon sliding along a wall. Instead,
it may take a few tiles if you are moving at extreme speeds. Passing
over lattices still allows you to grab onto them!
As space movement is angle-based instead of dir-based now, its much more
smooth than before due to using new movement logic.
Example of jetpack stabilization in action:
https://github.com/tgstation/tgstation/assets/44720187/6761a4fd-b7de-4523-97ea-38144b8aab41
And, of course, you can do this now.
**This pull request requires extensive gameplay testing before
merging**, as a large amount of numbers have been picked arbitrarily in
an attempt to keep consistency with previous behavior (guns and
normal-sized items applying 1 drift force, which is equal to what
everything applied before this PR). Jetpacks and impacts may also
require adjustments as to not be frustrating to use.
Closes#85165
## Why It's Good For The Game
Zero-G refactor - currently our zero-g movement is rather ugly and can
be uncomfortable to work with. A piece of cable being able to accelerate
you the same as a duffelbag full of items when thrown makes no sense,
and so does instantly changing directions. Inertia-based version is
smoother and more intuitive. This also makes being thrown into space
more of a hazard (possibly opening the door for explosive
decompressions?)
Jetpack inertia and gun changes - this is mostly a consequence of
inertia-based movement. However, zero-g combat being preferred during
modes like warops was an issue due to it negatively affecting everyone
without jetpacks which are in limited supply onboard. This reverts the
mobility changes which severely impacted space exploration, while making
zero-g combat more dangerous and having it require more skill to be a
viable option.
## What's left
- [x] Refactor moth wings to use jetpack code
- [x] Refactor functional wings to use jetpack code
- [x] Locate and fix a recursion runtime that sometimes occurs upon
splattering against a wall
- [x] Add craftable tethers and modify engineering MOD tethers to use
the same system
## Changelog
🆑
add: You can now craft tether anchors, which can be secured with a
wrench and attached to with right click. They won't let you drift into
space and you can adjust tether length/cut it via lmb/rmb/ctrl click on
the wire.
add: MOD tethers now remotely place and connect to tether anchors
instead of throwing you at where they landed.
balance: MOD tethers can now be used in gravity
balance: Jetpacks are now inertia-based.
balance: Guns can accelerate you significantly in zero-g.
balance: All jetpacks now give you equal speed buff, however advanced
MOD ion jets and captain's jetpack have higher acceleration/deceleration
values.
refactor: Refactored zero-g movement to be inertia-based and utilize
angles instead of directions.
/🆑
## About The Pull Request
it's - conjunction of "it" and "is"
its - possessive form of "it"
grammar is hard, and there were a lot of places where "it's" was used
where it shouldn't have been. i went and painstakingly searched the
entire repository for these instances, spending a few hours on it. i
completely ignored the changelog archive, and i may have missed some
outliers. most player-facing ones should be corrected, though
## Why It's Good For The Game
proper grammar is good
## Changelog
🆑
spellcheck: Numerous instances of "it's" have been properly replaced
with "its"
/🆑
## 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
this pr integrates the bot path huds to ai controllers and move loops to
allow basic bots to display their paths in the hud.
also closes#80280 and closes#80330
## Why It's Good For The Game
basic bots now can display their path on huds
## Changelog
🆑
add: basic bots can now display their paths on huds
fix: medbots can research healing again
/🆑
## About The Pull Request
Sets up moveloops to better catch issues with duplicated loops
Letting people modify the timer var AND have it track what bucket we're
in was a bad idea.
So instead let's store the queued time separate. Also makes
allowed_to_move return true/false instead of flags
This fixed? the null loop issue locally, I honestly have no damn idea
why. I'm gonna be working on the rest of ci here, left trackers so if it
pops up between now and merge I'll know what the issue is.
---------
Co-authored-by: John Willard <53777086+JohnFulpWillard@users.noreply.github.com>
Co-authored-by: Emmett Gaines <ninjanomnom@gmail.com>
## About The Pull Request
The on_finish_callbacks list in `/datum/move_loop/has_target/jps` was
not initialized. Usually, when you add something to an uninitialized
list, it gets initialized and the item gets added to it. However, the
`CALLBACK` wrapper is around `new /datum/callback`, this fails.
This meant on_finish_callback was not a list, therefore at the end of
pathfinding, its contents could not be iterated and invoked. This PR
fixes this problem by initializing the list.
## Why It's Good For The Game
Closes#79383
Blob minions rally and punch again.
## Changelog
🆑
fix: Basic mobs using JPS can move again
/🆑
## About The Pull Request
Implements /datum/pathfind/sssp, which generates /datum/path_map
/datum/path_maps allow us to very efficently generate paths to any turf
they contain from their central point.
We're effectively running the single source shortest paths algorithm.
We expand from the center turf, adding turfs as they're found, and then
processing them in order of addition.
As we go, we remember what turf "found" us first. Reversing this chain
gives us the shortest possible path from the center turf to any turf in
its range (or the inverse).
This isn't all that useful on its own, outside of a few niche cases
(Like if we wanted to get the farthest reachable turf from the center)
but if we could reuse the map more then once, we'd be able to swarm
to/from a point very easily.
Reuse is a bit troublesome, reqiures a timeout system and a way to
compare different movables trying to get paths.
I've implemented it tho. I've refactored CanAStarPass to take a datum,
/datum/can_pass_info. This is built from a movable and a list of access,
and copies all the properties that would impact pathfinding over onto
itself.
There is one case where we don't do this, pathing over openspace
requires checking if we'd fall through the openspace, and the proc for
that takes an atom.
So instead we use the weakref to the owner that we hold onto, and hold
copies of all the values that would impact the check on the datum.
When someone requests a swarmed path their pass info is compared with
the pass info of all other path_maps centered on their target turf. If
it matches and their requested timeout isn't too short, we just reuse
the map.
Timeout is a tricky thing because the longer a map exists the more out
of date it gets.
I've added a few age defines that let you modulate your level of risk
here. We default to only allowing maps that are currently
being generated, or finished generating in our tick.
Hopefully this prevents falling into trouble, but consumers will need to
allow "failed" movements.
As a part of this datumized pass info, I've refactored pathfinding to
use access lists, rather then id cards directly. This also avoids some
dumbass harddel oppertunities, and prevents an idcard from changing mid
path.
Did a few things to the zPass procs, they took args that they did NOT
need, and I thought it'd be better to yeet em.
If you'd all like I could undo the caching/can_pass_info stuff if you'd
all like. I think it's useful generally because it avoids stuff changing
mid pathfind attempt, but if it's too clunky I could nuke it.
Oh also I added optional args to jps that constricts how it handles
diagonals. I've used this to fix bot paths.
## Why It's Good For The Game
Much of this is redundant currently. I'm adding it because it could have
saved hugglebippers, and because I get the feeling it'll be useful for
"grouping" mobs like bees and such.
We're doing more basic mob work currently and I want to provide extra
tools for that work.
https://github.com/tgstation/tgstation/assets/58055496/66aca1f9-c6e7-4173-9c38-c40516d6d853
## Changelog
🆑
add: Adds swarmed pathfinding, trading accuracy for potential
optimization of used correctly
fix: Bots will no longer take diagonal paths, preventing weirdo looking
path visuals
refactor: Refactored bits of pathfinding code, hopefully easier to add
new pathfinding strategies now
/🆑
## About The Pull Request
I remembered today that blob code is ass, especially blob spores.
There's still a lot to improve but I cleaned up _some_ of it by
converting these mobs.
Now they use a newer framework and more signal handling as compared to
circular references.
I _expect_ the behaviour here to largely be the same as it was or
similar. I haven't added anything fancy or new.
This is a reasonably big PR but at least all of the files are small?
Everything here touched every other thing enough that it didnt make
sense to split up sorry.
Other things I did in code:
- Experimented with replacing the `mob/blob` subtype with a component.
Don't know if this is genius or stupid.
- AI subtree which just walks somewhere. We've used this behaviour a lot
but never given it its own subtree.
- Blob Spores and Zombies are two different mobs now instead of being
one mob which just changes every single one of its properties.
- Made a few living defence procs call super, because the only thing
super does was send a signal and we weren't doing that for no reason.
Also added a couple extra signals for intercepts we did not have.
## Changelog
🆑
fix: Blob spores will respond to rallies more reliably (it won't runtime
every time they try and pathfind).
fix: Blobbernaut pain animation overlays should align with the direction
the mob is facing instead of always facing South
refactor: Blob spores, zombies, and blobbernauts now all use the basic
mob framework. They should work the same, but please report any issues.
/🆑
---------
Co-authored-by: MrMelbert <51863163+MrMelbert@users.noreply.github.com>
Co-authored-by: san7890 <the@san7890.com>
## About The Pull Request
Continuing the work of
https://github.com/tgstation/tgstation/pull/77850.
it started with finding one that was being missed and causing a
runtime...then I noticed a whole lot more. While I was doing this I
found callbacks that weren't being nulled in `Destroy()`, so I added
that wherever I found these spots as well as some general code cleanup.
There were a lot more of these than I initially hoped to encounter so
I'm labeling it as a refactor.
## Why It's Good For The Game
Fixes lots of runtimes, improves code resiliency.
## Changelog
🆑
refactor: fixed a bunch of instances of callbacks being qdeleted and
cleaned up related code
/🆑
## About The Pull Request
Exactly what it reads on the tin. As a bonus, they will flee from
attacking targets, hunt tiny critters (crabs are now small-sized) and
actually move sideways (it's an element that covers both client and
basic movement)
## Why It's Good For The Game
Another simple to basic mob refactor.
## Changelog
🆑
refactor: Crabs refactored into basic mobs. They now hunt tiny critters
and flee from attackers.
fix: Fixed crabs not crab-walking.
/🆑
## About The Pull Request
Signals were initially only usable with component listeners, which while
no longer the case has lead to outdated documentation, names, and a
similar location in code.
This pr pulls the two apart. Partially because mso thinks we should, but
also because they really aren't directly linked anymore, and having them
in this midstate just confuses people.
[Renames comp_lookup to listen_lookup, since that's what it
does](102b79694f)
[Moves signal procs over to their own
file](33d07d01fd)
[Renames the PREQDELETING and QDELETING comsigs to drop the parent bit
since they can hook to more then just comps
now](335ea4ad08)
[Does something similar to the attackby comsigs (PARENT ->
ATOM)](210e57051d)
[And finally passes over the examine
signals](65917658fb)
## Why It's Good For The Game
Code makes more sense, things are better teased apart, s just good imo
## Changelog
🆑
refactor: Pulled apart the last vestiges of names/docs directly linking
signals to components
/🆑
## About The Pull Request
Lemon guy was a bit too late in reviewing #75732 because it got already
merged by someone else, and I too hadn't managed to make some adjustment
to that PR in time.
This PR applies suggested changes, turns a simple proc into a macro, and
makes it so that also waddling, squeaky shoes and swivel chair sounds
don't running when moved by conveyor belt.
This doesn't stop squeaking from happening when other
conveyor-belt-moved objects or mobs cross its tile. That'd be hacky and
I'm not here to fight sfx-spamming machines.
## Why It's Good For The Game
These are changes that should have been included in #75732 but couldn't.
See that PR for the general idea.
## Changelog
🆑
fix: waddling, squeaky shoes and swivel chair sound effects no longer
run when moved by conveyor belt.
/🆑
---------
Co-authored-by: LemonInTheDark <58055496+LemonInTheDark@users.noreply.github.com>
## About The Pull Request
More or less a triviality, currently footstep/wheelchai sounds are
played even when the mob is moved by a conveyor belt, or riding the
tram. This PR puts an end to that.
To clarify, this doesn't stop these sounds from being played if you're
walking/running/rolling along or against a belt, or inside the tram.
But more than that, I made this PR because, afaik, we don't have a good
way to tell if a given movement proc chain was caused by a move loop or
not, and I need one for something I'm working on. This is more of an
implementation and reason for this PR to be made.
Tested, no issue. Waiting for a review, specially from @LemonInTheDark,
since they're the mind behind the movement loop code. Hopefully I'm
right saying what I said.
## Why It's Good For The Game
This fixes a consistency issue (if it can be called such) and the lack
of a simple way to tell if a movable is being moved by a move loop
outside of its own code.
## Changelog
🆑
fix: Being moved around by conveyor belt or tram no longer play
footsteps and wheelchair sounds.
/🆑
## About The Pull Request
I was using the step_x procs when I should have been using get_step_x
and Move()
This was causing some mob behavior to not properly respect things like
gravity or potentially entered/exited signals.
Also ensures we pass direction into Move consistently, and deletes a
function that was meant to like, use step_to but with directions? Was
never actually used properly
I forgot to properly respect the "don't change dir" flag
Closes#75673🆑
fix: Mobs will fly around space... less
/🆑
## About The Pull Request
deers only show up in the BEPIS but i decided that they would be easy
enough to turn into a basic mob (they were). it was so easy in fact that
i decided to dip my toes into coding AI behavior, and made them freeze
up whenever they see a vehicle. this required a lot of code in a bunch
of places that i was quite unfamiliar with before starting this project,
so do let me know if i glonked up anywhere and i can work on smoothing
it out.
## Why It's Good For The Game
one less simple animal on the list. deers staring at headlights is
pretty cool i think, neato interaction for when you do get them beyond
the joke the bepis makes
i'm also amenable to dropping the whole "deer in headlights" code if you
don't like that for w/e reason- just wanted to make them basic at the
very least
## Changelog
🆑
add: If you ever happen upon a wild deer, try not to ride your fancy
vehicles too close to it as it'll freeze up like a... you know where I'm
going with this.
/🆑
---------
Co-authored-by: Mothblocks <35135081+Mothblocks@users.noreply.github.com>
## About The Pull Request
This PR makes some changes to how JPS is used in movement loops, as it
was causing a variety of issues:
- Fixed some code where JPS would fail because the path is still being
made. Instead, the movement loop will now wait.
- Reduced the subsystem wait for the pathfinder subsystem from 2 seconds
to 0.1 seconds. @LemonInTheDark told me that this is better, I'll update
this with a better explanation once I squeeze it out of him :D
- Allows you to provide an initial path to the movement loop, in case
you pre-calculated one while making a plan.
## Why It's Good For The Game
Makes working with JPS a bit easier when making AI.
---------
Co-authored-by: Capybara <Capybara@CapybaraMailingServices.com>
Co-authored-by: Jeremiah <42397676+jlsnow301@users.noreply.github.com>
Co-authored-by: LemonInTheDark <58055496+LemonInTheDark@users.noreply.github.com>
You can move around shuttles during transport now! Instead of them
teleporting you instantly into deepspace, you can move around somewhat
depending on your space-mobility and grip-strength.
**Please watch the demonstration aswell, it should answer most
questions:**
https://www.youtube.com/watch?v=Os77qDOVSXE
Interactions:
- Being within armsreach of a wall or solid object means you 'cling',
where the shuttle pull is very weak and you can basically run around the
shutt;e (but dont fuck up or you're gone)
- Being in range of nothing gives you a very heavy pull, you can barely
resist if you have a decent jetpack
- Objects are instantly power-yeeted
- Being pulled or riding something excempts you from hyperspace pull
- Touching a space tile while being on hyperspace dumps you in
deepspace, you either go back to the shuttle or enjoy deepspace
- On shuttle hyperspace tiles are a lot less dangerous, and will instead
launch and freeze you instead of teleporting you into deepspace
- In-case it wasn't obvious, you can rest outside the shuttle as long as
something is blocking your path. I think it's funny but I might nerf it
🆑
add: You can now fly around the shuttle during transit! Woohoo! You can
either cling to the side or grab a jetpack and try and keep up with the
shuttle! Carps can move around freely in hyperspace
qol: Increased shuttle hyperspace size from 8 tiles to 16
/🆑
- [x] Find a way to detect when a shuttle arrives and do something with
the shit left in hyperspace
Things I will do in another PR:
- Engines spit fire and hurt (almost finished but I want to keep this
small)
- Random shuttle events. You might run into dust meteors or migrating
carps OR A CHANGELING INFILTRATOR
- Hyperspace turfs on the shuttle pull you under the shuttle
### Why it's good for the game
It's so much more immersive than being instantly teleported into
deepspace. It gives you a chance to recover if you get spaced or for
daredevils to look cool
It's also just very cool idk
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>
This is a port of my PR from the beestation downstream BeeStation/BeeStation-Hornet#6845.
This basically adds a proc that will check if the arguments forwarded to generate the new moveloop are identical with the ones on maybe an old loop before it allows it to overwrite it that way we won't endlessly make new loops and destroy old ones even trough there is no reason to.
closes#64510 (Goliaths don't move after you shoot them)
Now the reason why this fixes goliaths chasing others is because goliaths have a movement delay of like 4 seconds enough time for the proc adding the moveloop to chase the target to fire again and add a new moveloop with the same arguments basically overwriting the old moveloop before that one could move the goliath even once this then basically resets the timer for the goliath to move and this goes on pretty much forever the only times the goliath can move is if lag somehow allows the moveloop to move the parent atom before it can get overwritten again (very rare but happened like once during testing).
Now my PR simply stops new identical moveloops (identical in terms of arguments) to get created and to overwrite old moveloops and thus allows the moveloop to continue normally and actually fire for goliaths.
stops unnecessary moveloop datums from beeing created and also fixes a bug as a bonus
* Jetpack and spacedrift: Fixes and niceties
Ok so when I ported spacemovement onto movement loop,
I neglected to port this behavior that existed to support jetpacks.
Basically, if something that lets you move while spacedrifing
completes a move while you're spacedrifting, the
drift should "disable" to let it complete, and then later restart.
I neglected to add support for that, so that's what this does.
There's some other stuff going on here, mostly things to let jetpacks
ignore some of drift's extra behavior, since when a jetpack is not on
stablized, we want both to coexist.
It's a bit of a mess, I'm sorry about that.
Oh and at temporal's suggestion I've moved the visual_delay set from
newtonian move to an istype on the drift component, that was a good
idea, thanks quiet
* Makes dropping a pull while drifting carry the momentum into the pulled thing\
* Adds some extra context to Process_Spacemove, fixes a bunch of stupid
space bugs
It used to be, if you called Process_Spacemove with a direction, it
assumed you were an "action", so a client or mob trying to move in a
direction.
Unfortuantely for it, I needed to be able to use direction to make mob
pull drifting work. So we now actually pass in a second variable
called continuous_move, which tracks if this Process_Spacemove is on
behalf of a continuous move or not
In addition to this, I've added logic to bumping "off" someone to
prevent backbumping if that makes sense, since the bump is in the form
of a newtonian move that's run before the thing that's bumping actually
moves, we need some way to exclude it from holding the other object in
place.
* Adds a jetpack component, uses it to unify all three versions of
jetpacking
I hate you fikou
There were three copies of the same behavior, which made it hard to fix
stuff. Let's just componentize it
* Fixes jetpacks stabalizing even without fuel
This is mildly hacky. The real fix is to do this with events, but I
really don't wanna bend my brain like that. This'll do
* Ensures turn_off always has a user)
* Shut pu
* Bulky drags no longer effect your movespeed in space, fixing a consistency issue between them and all other forms of drags
* Removes some redundant code, cleans up some messy stuff
* Removes redundant safety checking from jetpack code
* see above
* Removes redundant signals
Two things going on here.
First, a stupid clerical error I made in the dequeue_loop proc that
prevented loops from removing themselves from a queue.
This was easy to resolve.
Second and more complex.
pour_bucket makes this assumption that when it's done with a bucket, it
can just pop the first one that's sitting in the queue.
This is unfortunately not always true, because the bucket can be already
cleared by a dequeue_loop called under loop.process().
The fix for this is to do some sanity checking on the index and
bucket_time arguments.
It's not perfect, but a second assoc lookup and a length check isn't
that bad.
The alternative would be merging buckets and sorted_buckets into one
list, but that requires doing quite a few text2num calls on insertion,
which I am not a fan of.
Thank you to DamianX and MNarath1 for mentioning this issue, and discussing it with me
You guys are real cool
Adds a basic bucketing system to move loops.
This should hopefully save a lot of cpu time, and allow for more load while gaining better smoothness.
The idea is very similar to SStimer, but my implementation is much more simple, since I have to worry less about long delays and redundant buckets.
Insertion needs to be cheaper too, since I'm making a system that by design holds a lot of looping things
It comes with some minor tradeoffs, we can't have constant rechecking of loops if a move "fails", not that we really want that anyway
We also lose direct control over the timer var, but I think that's better, don't want people manipulating that directly
Not that it even really worked very well back when we did have it
Removes the sleep from singularity code
Rather then using sleep to store the state of our iteration, we instead queue the iteration in a list.
We then use a custom singulo processing subsystem to call our "digest" proc several times per full eat, with the hope of staying on top of
our queue
This rarely happens because the queue is too large, god why is a sm powered singulo 24x24 tiles.
I've also A: cached our dist checks, and B: Added dist checks to prevent attempting to pull things out of range
This might look a bit worse, but it saves a lot of work
Oh right and I made the singulo unable to eat while it still has tiles to digest. The hope is to prevent
overwork and list explosion.
Hopefully this will prevent singulo server stoppage, though I've seen some other worrying things in testing.
* Revert " Properly speeds up a lot of things, mostly mobs (#64270)"
This reverts commit a836574388.
THE BYOND REF WAS A LIE, THE PLAYERS ARE FOOLS, HELP, HELPPPPPPP
It turns out that despite what the byond ref says, the walk proc's delays were not in fact in ticks, but in deciseconds.
This means when I "fixed" mob movement by doubling all walk delays, what I actually did was double the speed of anything that used walk()
I have a feeling that the actual issue players were seeing was just move_to having fucked up distance logic, and the movement of slow mobs being smoothed out. I've changed that, so hopefully this puts a seal on the whole problem
I've had a request put in to make beepsky faster, but I think that's best done in a seperate pr
* Adds a flag to disable smooth moveloop movement
Applies it to hostile mob's Goto()
Backports the fixes to move_to and move_away from the previous pr
When I made my move loop changes (815bb8a) 62567, I converted a few walk() procs to
the new system
What I didn't know when I did that conversion is that walk() operates on ticks, when move loops operate on
deciseconds
So when I converted say, mob movement over, I accidentially halved the attack movespeed of all of our mobs
This resolves that, alongside a few other misteps
Of note: There are old comments implying that walk()'s delay is not actually linear, or simply as the reference says "in ticks"
I don't have a good idea of how fast things actually should be though, which makes this tricky
In light of this, I've decreased the move speed of legion slightly, in hopes that it will feel more "normal"
I've also fixed a bug with move_to and move_away, they were treating their distance parameters as move to this and one more, rather then move to this. This lead to mobs attempting to overlap with your sprite. s cringe, and also fixed
Fixes misc moveloop runtimes souced by mid move deletes and disposal loop traps, this was caused by a misunderstood bit of logic. current_pipe needs to be set to the actual return value of transfer() rather then our current location
Space drifting "listened" for moves outside of its expected range, and if it saw them it would self delete
The problem is it registered for this behavior in drifting_start(), which was intended to be called by the MOVELOOP_START signal
But because that signal was fired as a consequence of move() being called, we never registered the signal
So if you took an item out of your pack, when it hit the ground it would get the drifting component
Next tick it would be drift moved to its intended location, the move would "fail", and then it would stop
This lead to items being visually in your inventory, but not functionally
Which leads to a lot of really weird behavior
Oh and I added a var to moveloops that's just "are we running" to make solving this class of issue easier
* Adds a subsystem to handle automated directional movement, replaces all instances of walk_towards with it. Makes meteors and immovable rods not drift in space, and makes immovable rods more destructive. Note, I've opted not to use byond's method of moving towards something, which is effectively Move(src, get_step(src, get_dir(src, target))) as it's cringe and doesn't make a smooth line. I've replaced it with a autoupdating rise over run setup, read the code for more details
* woop forgot the subsystem
* Documentation, contributing.md entry, and some cleanup
* Makes the moveloop datum more oop friendly, sets us up for a lot of conversions
* Converts the curseblob and walk_away() to the subsystem
* Changes the default for override from FALSE to TRUE
* converts walk() over, still need to add a replacement proc for it, but we didn't actually have anything that used the raw proc
* converts the rest of walk_to() over, nearing the end now
* cleans up some errors
* Fully documents everything, fills in some missing movement types, uses the power of oop to make things cleaner, and typepaths longer
* Finishes the contributing.md stuff
* Done
* Fefaults -> Defaults, can you tell I wrote this at 1AM?
* resolves bubblegum issues
* Roh's suggestions
Co-authored-by: Rohesie <rohesie@gmail.com>
* Cleanup
* Hey lemon, did you know that Destroy() lives on datums? ahhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh
* Converts over the discrepencies created in my absense
* HAHA FUCK YOU I PAY MY DUES
* Whoops lost some stuff in the merge
* Converts the system from seconds to deciseconds to make dealing with the api more sane
* Some stuff I missed
* Makes movement an inheritable subsystem type, splits the moveloop file into two, one for the subsystem, and one for the datums
* Makes a subsystem that handles directing movers out to other subsystems. It's a bit bad right now, but it's a
good first step. I think I'll move the move loop datum to a lazy var on mobs instead of an assoc list, don't
like lists.
Also makes the movement procs global, I'll move em to the /movement subsystem at some point or something like
that
* Converts the existing uses of the procs over to the new format
* Adds support for subsystem precedence, so a type of A can override type B.
General cleanup, still kinda in debug mode but it's getting better
* I'll admit I'm not too familiar with this, but I think it will work
* Adds starting logic so movement types "pausing" makes any sense
Redoes how waiting is handled to make it based on world.time directly. I don't remember why. I think it's better
this way.
Adds a drifting movement type, moves space drift over to it.
Needs severe work before it's ready, too much info stored and modified on the moving object, see comment
Starts work on making drifting smooth
* Moves almost all space drifting vars over to signals on the movement datum
Properly implements glide size stuff for both the subsystem and the loops. Space drift will be smoother now.
It's not perfect, but it'll work just fine for now
Adds a way to override a client'd mob's glide size mid move, uses it to make entering a spacedrift look right
Adds a way to delay a client move outside of just move_delay, meant to be used for long periods, and setup such
that it doesn't make inputs persist
Adds flags to movement loops, alongside MOVELOOP_OVERRIDE_CLIENT_CONTROL, which blocks client movements while
the loop is firing, and for it's visual delay after
This means you can't exit a space drift until you hit the actual wall. This feels a lot better
Some general logic stuff, move() will return true/false if it succeeded or failed
Adds a stop_loop() proc that's called when a move loop is no longer active
Suck my nuts
* Moves precedence to the loop instead of the subsystem
* Moves drifting into a component, this lets me explictly block input after the move loop ends, so people can't
move the moment they functionally move onto a new tile
This is a bit underdeveloped currently, but that's a problem for another day
Cleans up some uses of move procs, fixes runtimes in metoer and curseblob code
Adds signals for stopping/starting a move loop, sending one for destroy is redundant.
Moves existing event signals from the movable being acted on to the loop itself, makes more sense this way
Makes the move handler return the created loop up the chain so we can register to it
Fixes a logic error in loop contesting code that lead to loops never actually being removed from subsystems
because they didn't know they should be.
Properly changes lifetime from a time to stop, to functionally an amount of moves to complete before stopping
Adds some new signals for pre/post loop process. This is to better tie into components.
I decided I didn't like the idea of tying all functionality to the loops themselves
The loop decides functionally how to move, components or just tied in signals can decide when/when not to move
and can modify properties of the loop
Making a new loop for things like atmos drift, something I'm interested in tackling in the future, seemed silly
* Moves movement procs directly to the subsystem for better namespacing or whatever
* Moves movement packets onto /atom/movable, no longer need the debugging
I've decided to not just put their contents fully onto atom movable, since it makes debugging on live much
harder, can't sdql for them anymore.
Fixes a runtime in meteor code, properly this time
Fixes a logic error in stop_looping
Makes move manager NO_INIT, because well, it doesn't init
* Commits human sin, makes Recover() work properly for movement subsystems
* Fixes immovable rod orbits not always working, they were returning too early in moved and fucking up the var we use to track move count, and thus not sending a signal properly
* Reworks the curseblob to use signals more, and to not use override
* Missed this in the movement ss commit
* Removes override, makes having a higher or equal precedence take its place
* Updates documentation
* Cleans up some unused defines
* Nukes the unused flags option
* Whoops forgot to qdel check
* Removes an unused var I had for client move prevention before I started using a component
* Let's do this properly
* Modernizes meteor code to better match how explosions actually work currently
* Some more cleanup
* Cleans up effect code a little bit
Nukes the effect system's sleep loop, we use movement loops instead
As a part of that, instead of 1 timer per effect spawned, we react to loop failure and make it 1 timer per
effect system
This should reduce the amoumt of slowdown we see after mass lighting break
It's not everything, we're still making a timer per spark effect, but it cuts things down significantly
* Updates explosions to not sleep
* Adds support for modifying a loops delay post process, makes extinguisher code suck less then it does currently, nukes some more sleeps and timer loops
* Converts water tank resin over to move loops rather then sleeps, minor behavior change mind, the cooldown starts on fire rather then on land, but I think that makes more sense anyway
* compile and runtime fix
* Fixes some runtimes, cleans up some code, ensures feature parity when it comes to logging
* Prevents resin foam from space drifting
* Adds support for flags back into the system, I need it for reasons
* Updates move_towards to fix some bugs and resolve some inconsistent behavior, implements a flag that makes a loop's first move start instantly
* Fixes extinguishers not actually transfering any reagents
* Converts sprays to the new system. This does actually minorly change behavior, in that I've changed the order of spray actions from step -> sleep -> wash to step -> wash -> sleep, but I'm not terribly torn up about it because frankly I think it feels better
* Converts grav catapults over to the new system
* Converts trays over to moveloops
* Converts robot streaking to move loops, the other two coming soon
* Compile you won't. Also fixes a behavior issue with oil streaks
* Does directional step_to properly, cleans up the other two streaking types
* Converts step_trigger over, not that it's actually used anywhere. Changes how stoping a move works, you need to explicitly qdel, other the step is just considered to be ignored. This will make life easier later
* Adds a jps movement loop. It's a bit bloaty, id is stupid, but it'll work just fine
* Makes the system support passing in a datum that's just used as extra context for the move. The hope is this makes signalizing things less of an absolute headache
* Begins the conversion of ai movement datums to movement loops
* These two are reasonably simple, only weird thing I'm doing is A: Not allowing target hotswapping, which I hope none is doing, and B: passing the controller into the move loop as extra context so things work properly
* JPS is a bit more complex, partially because the old implementation was a bit weird. 2 major things. 1: I'm dropping what I think was a redundant behavior minimum distance check from the premove bit of logic, since I'm pretty sure it didn't do anything. 2, instead of just stoping the step in an error state like being pulled, we count it against our max move total
* Audit
* Moves most forced movement to the framework, adds some components to make things nicer
* Implements a flag that makes the loop always operate, regardless of precedence and without impacting any other loops
* Moves movement subsystems into the right folder
* Hey potato what if you had two procs that did the same thing and one called the other? Wow it's useless
* Merges slipping and force movement
* Converys conveyors over to the system. It's a bit fragile, but I think it's totally worth it to save the sleep loop
* Precedence -> Priority, cleans up some logic errors, makes priority highest to lowest instead of lowest to highest, straight cleans some code up
* Makes poly and bubbles ignore spacedrift, now that precedence actually functions properly. I'm likely missing cases of this, will deal with it later
* Depression, thy name is linter
* Fixes linter, and hopefully fixes the runtimes in ci too
* Wew
* Sets sprays and extinguishers back to legacy, since people do actually seem to have noticed
* Spelling errors my beloved
Co-authored-by: Kylerace <kylerlumpkin1@gmail.com>
* More detail, moves return descriptions
* Converts transit tubes to the system?
* Adds the glide size modifier. Not honestly sure that this should be default, considering how crummy it makes things look for normal walking, but it's useful as hell here
* Adds a force move in dir template, actual support for fast initial steps (wtf old me) and a helper proc for setting delay
* Cleans up displosal code a bit, I thought about adding it to the system but it would functionally be just 'disposal loops'. Maybe I'll make a template subtype? not sure how I want to handle stuff like this
* Cleans up mob movement a bit
* Let's use the controller's visual delay
* Makes the resin thrower nicer, cries
* Cleans up some comments, replaces an implicit world.icon_size with an explicit one, fixes up a typecheck
* typecache instead of double istype. Can't do much about the !atom/movable, list would be too big I feel
* hhh
* bro wtf
* Documents the why of SS_TICKER
* Puts SSmovement on SS_TICKER. Lets us support tick steps
* Cleans up the charge action. Makes it use moveloops
* Fixes CI? kinda worried that this just got dropped
* Converts disposal pipes to move loops. They stutter a bit more then usual as of now, hoping that's a me thing, if it's not I'ma look at uping the priority of the base subsystem
* Moves the move subsystems off background, puts some on ssticker
* Prevents some things that shouldn't move in space from moving in space
* Documents the general form and usage of the system
* Virgin one vs chad once
Co-authored-by: Kylerace <kylerlumpkin1@gmail.com>
* Removes unneeded check
* Moves appropriate movement subsystems into SS_BACKGROUND. Removes redundant SS_KEEP_TIMINGs
I do want the behavior of SS_TICKER, which at this point is tick based waits, and ignoring overtime when
calculating next fire.
Since honestly, these subsystems should ignore overtime in regards to next fire, the cost of moving A may be
nothing compared to the cost of moving B.
* Makes the MODULUS macro use floor. I knew our coders would never let me down, glad this exists, thanks ninja
Fixes teleporting caused by shitty round() behavior, adds a "you hit your target" case to homing loops
* Converts blood splatters to move loops, that'll do it
Co-authored-by: Rohesie <rohesie@gmail.com>
Co-authored-by: Kylerace <kylerlumpkin1@gmail.com>
