Does a value-wise refactor of crates and bounties in order to scale the value of these imports and exports to the value of crate exports (500 credits each). Then, I have adjusted the value of crate exports to 200 credits down from 500 to place the most standard unit of profit within cargo to a scale within that of roundstart paygrades currently on station. (350-1400 credits).
This effectively balances one of the biggest disparities left within the in-game economy, which is that cargo's price scales have really never been re-balanced with the considerations of on station prices, and have been still to the same scale as when they were based on cargo points 3 years ago. While admittedly some prices in vendors were scale to those original cargo values, so many of them weren't that it warranted a massive rebalance PR in order to places the scale of these items within an appropriate range of their intended user's cost values.
Adds a MAPTEXT macro that wraps the given text in the maptext class, the thing we use for Runechat to make it so you can actually read it. Everything that sets maptext now uses this.
Yeah uhh this'll probably need testmerging even after it's done because yeah it's a bit big.
If y'all want me to atomize this into two PRs (pass flags vs projectiles) tell me please. Pass flags would have to go in first though, in that case, as new projectile hit handling will rely on pass_flags_self.
Pass flags:
Pass flags handling now uses an atom variable named pass_flags_self.
If any of these match a pass_flag on a thing trying to pass through, it's allowed through by default.
This makes overriding CanAllowThrough unnecessary for the majority of things. I've however not removed overrides for very.. weird cases, like plastic flaps which uses a prob(60) for letting PASSGLASS things through for god knows why.
LETPASSTHROW is now on pass_flags_self
Projectiles:
Not finalized yet, need to do something to make the system I have in mind have less unneeded overhead + snowflake
Basically, for piercing/phasing/otherwise projectiles that go through things instead of hitting the first dense object, I have them use pass_flags flags for two new variables, projectile_phasing and projectile_piercing. Anything with pass_flags_self in the former gets phased through entirely. Anything in the latter gets hit, and the projectile then goes through. on_hit will also register a piercing hit vs a normal hit (so things like missiles can only explode on a normal hit or otherwise, instead of exploding multiple times. Not needed as missiles qdel(src) right now but it's nice to have for the future).
I still need to decide what to do for hit handling proper, as Bump() is still preferred due to it not being as high-overhead as something like scanning on Moved(). I'm thinking I'll make Moved() only scan for cases where it needs to hit a non-dense object - a prone human the user clicked on, anything special like that. Don't know the exact specifics yet, which is why this is still WIP.
Projectiles now use check_pierce() to determine if it goes through something and hits it, doesn't hit it, or doesn't go through something at all (should delete self after hitting). Will likely make an on_pierce proc to be called post-piercing something so you can have !fun! things like projectiles that go down in damage after piercing something. This will likely deprecate the process_hit proc, or at least make it less awful.
scan_for_hit() is now used to attempt to hit something and will return whether the projectile got deleted or not. It will delete the projectile if the projectile does hit something and fails to pierce through it.
scan_moved_turf() (WIP) will be used for handling moving onto a turf.
permutated has been renamed to impacted. Ricocheting projectiles get it reset, allowing projectiles to pierce and potentially hit something again if it goes back around.
A new unit test has been added checking for projectiles with movement type of PHASING. This is because PHASING completely causes projectiles to break down as projectiles mainly sense collisions through Bump. The small boost in performance from using PHASING instead of having all pass flags active/overriding check_pierce is in my opinion not worth the extra snowflake in scan_moved_turf() I'd have to do to deal with having to check for hits manually rather than Bump()ing things.
Movement types
UNSTOPPABLE renamed to PHASING to better describe what it is, going through and crossing everything but not actually bumping.
Why It's Good For The Game
Better pass flags handling allows for less proc overrides, bitflag checks are far less expensive in general.
Fixes penetrating projectiles like sniper penetrators
This system also allows for better handling of piercing projectiles (see above) without too much snowflake code, as you'd only need to modify on_pierce() if you needed to do special handling like dampening damage per target pierced, and otherwise you could just use the standardized system and just set pass flags to what's needed. If you really need a projectile that pierces almost everything, override check_pierce(), which is still going to be easier than what was done before (even with snowflake handling of UNSTOPPABLE flag process_hit() was extremely ugly, now we don't rely on movement types at all.)
I wanted to refactor how movetype flags are added and removed into traits to prevent multiple sources of specific movement types from conflicting one other. I ended up also having to refactor the floating animation loop (the one that bobs up and down) code in the process.
Why It's Good For The Game
A way to avoid conflict from multiple sources of movement types.
This also stops melee attacks, jitteriness and update_transform() from temporarily disabling the floating movetype bitflag altogether until the next life tick.
Tested, but i'm pretty sure improvements could be made.
Changelog
cl
fix: jitteriness, melee attack animations and resting/standing up should no longer momentarily remove the floating movement type.
/cl
This is an alternative to the PR Ryll made, it does some things similar e.g. the default limit of 1 interaction per target for a person, however, it refactors do_afters to support overrides for max interaction counts and unique sources.
For example, stripping uses the item being stripped as the source, allowing you to strip multiple items, but not the same item multiple times.
I've also fixed most other edge-cases this could cause where balance would be affected, but feel free to point out any I might've missed, this'll probably require some longer-term testmerging.
Grenades have, for the longest time, used the proc name preprime() to refer to arming a timed grenade so that it will boom in a few seconds, and prime() to refer to the grenade actually going boom (or releasing foam or anything else grenades do when they go off). This was very confusing, so now these two procs are called arm_grenade() and detonate().
Adds simple deconstruct steps to the hygiene bot assembly, as well as adds a simple crafting menu option to craft one.
Also, corrects an issue with hygienebots not needing to be opened in order to be emagged. They now need to be emagged to be opened with a screwdriver, then emag the open panel in order to emag the robot, just like every other robot.
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 a new set of nanite protocol programs as a researchable Bepis tech.
Protocol programs are programs that are mutually exclusive within their time, so remember that only one of the following can be active at once in the same host.
Hive Protocol: Makes nanites use space more efficiently, increasing maximum volume by 250 (500 -> 750)
Zip Protocol: Makes nanites use a compression routine when not in use, increasing maximum volume by 500 (500 -> 1000) but consuming 0.2 nanites per tick to perform the zipping/unzipping
Free-Range Protocol: Makes nanite use looser storage routines, reducing the maximum volume by 250 (500 -> 250) but gaining 0.5 nanite replication rate
S.L.O.P. (Safety Level Override Protocol): Removes nanite storage safety measures, allowing them to reach up to 2000 volume. However, when the volume surpasses the maximum recommended volume (500) the host will start to suffer from side effects, manifesting in slow organ damage. The more the nanite volume approaches the physical limit, the more harmful it becomes.
Replaced the Tinker Nanite Replication Protocol with the Pyramid Protocol, which gives an extra 1.2 regeneration rate, but only while the nanites are at 80% volume or above.
Renamed the Offline Production Protocol to Eclipse Protocol.
Chain detonation now uses dyn_explosion(), at a rate of 1 power per 50 nanite volume. The power level should be similar to how it was for normal nanite volumes, but it should scale more linearly when going above the limit with the new programs.
If nanite volume is suddenly significantly higher than the maximum allowed (likely caused by deleting an active storage protocol) the extra nanites will be forcefully expelled from the host's body, which can range from minor oozing, to vomiting puddles of nanites, to nanites rapidly bursting from eyes, ears, and skin pores.
Despite how it looks, this process causes no lasting damage, since it's a security feature made to prevent acute nanite poisoning.
Added some comments on a few nanite functions.
Refactored vomit code to make it a bit more customizable. The toxic arg (supposedly used to choose an alternate vomit icon, but in fact not functional) is now vomit_type, and purge (which determined vomit would remove 10% of reagents or 67% of reagents) is now purge_ratio, which accepts custom values. Made the refactor mostly to allow a 0% ratio, but it can be handy in other future uses.
Adds extra content to Bepis research, giving a little more reason to invest money into it.
Creates more options to customize a previously rigid parameter in nanites, maximum nanite volume. This opens up strategies that involve storing up large amounts of nanites for special occasions, or viceversa reducing the maximum rate to get more constant replication rate to sustain continued programs.
Really it's a bandaid as it would be better to wait until the refactor is done, but it turned out to be a rather easy fix.
Food trays may now once again mass insert both new and old food into the microwaves and food processors.
Prevents any manual handing when cooking large quantities of food at once.
Also, you get the switch gathering mode button when being given the serving tray again.
Title. Changed the component backend code slightly to allow a single component to hold the total score instead of spawning new components. This should fix cases, such as material stacks without the MATERIAL_NO_EFFECTS flag, where multiple set_costum_materials calls can be made and new beauty components spawned.
Fixes greyscale floor tiles merging regardless of their materials.
Fixes greyscale floor tiles voiding materials when splitting the stack.
Fixes greyscale floor tile stacks being created with no mats_per_unit and only enough custom materials for a single unit.
Fixes greyscale tile flooring being created with the wrong amount of materials.
Fixes greyscale tile flooring not producing floor tiles/producing floor tiles with 0 units.
Fixes#54699
Grown foods used in crafting recipes are moved into the contents of the item they are used to craft.
Any grown food with a lighting component was never properly attached to their parent as part of crafting and thus the grown food itself would glow from the containing item instead of the containing item's loc or turf, including when in the user's hand or backpack as per the above issue report.
This PR creates a new signal sent to atoms that are used as part of crafting recipes.
It then makes lightning components register this signal with their parents. If their parents are "consumed" (ie moved into the newly crafted item's contents) during crafting, the signal handler proc re-registers the signal with the newly crafted item and sets the newly crafted item as the attached parent for that lighting overlay component. This now means that crafting using objects with lighting components is now fully supported including when you craft with objects that were crafted with objects with lightning components
* Only art is now an element. There have been some issues with beauty.
* Typo.
* Update art.dm
* Update art.dm
* Maintainer suggestions. Reversing order of switch(impress) for correct moodlets.
* Fixing some pre-existing oddities with art element.
* stating the right var.
* simplifying the component.
* Update art.dm
* lowercasing pronoun.
Adds in a new type for the lighting system, the directional one. It piggybacks on the overlay lighting to create a directional effect + adds a nice visual cone mask to make the effect feel really directional.
Also: made the static light system respect the light_on variable.
It feels really nice to shine AT things you're looking at with flashlights and the such, it makes maintenance scouring much more immersive too.
Adds more paranoia as you dont see light behind yourself when you've got a flashlight. Plus makes ambushes more fun
* multilayer machinery!
* adds layer mode to plungers for changing plumbing layers
* minor fixes
* Adds more feedback to plunger layer mode and places proper checks for layer changing
The attack chain is a bit of a mess, and the introduction of signals hasn't helped in simplifying it.
In order to take a step into untangling this, I re-ordered the attack signals to no longer be by source type and instead to be grouped more modularly, as they are all members of the attack chain and function similarly. They all share the trait of potentially ending the attack chain via a return, but had several different names for it. I joined it into one.
Additionally, fixed a tk bug reported by @Timberpoes by adding a signal return check at the base of /mob/proc/RangedAttack
Lastly, removed the async call of /datum/mutation/human/telekinesis/proc/on_ranged_attack, which was added as a lazy patch to appease the linter complaining about a sleep on a signal handler (namely in /obj/singularity/attack_tk). Fixed the problem using timers.
Also cleaned some code here and there.
imo; the ss13 audio-scape is quite barren, you can only hear most things if you can see them, which in my opinion doesn't make much sense. This changes that so you can hear further away, but falloff is much higher, so in reality you will only hear things relatively quietly when they're out of sight.
This PR increases the hearing distance of most sound by 9, excluding sounds such as antag items that are meant to be used stealthily
This PR also replaces Byond's inbuilt falloff system with something I made, (And thanks to potato for helping me throw together a formula for it). This fall-off system makes sound fall off more naturally, with sounds being full volume within a certain range, and then softly falling off until they are completely quiet. This makes for a smoother transition between "This sound is full volume" and "I dont hear this sound".
Co-authored-by: ff <ff>
Originally I wanted to fix an issue where the `get_up()` `do_after()` would ignore the callback checks, because it was `uninterruptible`, so that made me refactor these procs to allow for higher granularity on checks and standardize behavior a bit more.
There's more work to be done for them, but one thing at a time.
* Removes the `uninterruptible` check in favor of the more granular `timed_action_flags`
* Cleans code on the `do_atom`, `do_after_mob`, `do_mob` and `do_after` procs to standardize them a little better.
