adds the circuit gun shell, every projectile it hits with outputs the shot mob, everytime its shot charge from an attached circuit is transferred to it, it deals no damage
increases the range of the to string circuit to 7 tiles from 5, now should get everything in view range
Made all say()s deal with encoding, audited all uses of say() to prevent double encoding or like, manually inserting span().
I left some stuff without sanitize that only draws from the code, since it's hell to clean up otherwise. That
and I let admins do whatever the fuck they want
if you create a bunch of signallers then spam the send signal button you can grind the server to a halt at low numbers and crash it at high numbers of signallers
This is an imperfect fix as a proper fix would refactor signal datums to use a subsystem but I dont feel like rewriting all of signal code thank you very much
Co-authored-by: Zephyr <12817816+ZephyrTFA@users.noreply.github.com>
Co-authored-by: Mothblocks <35135081+Mothblocks@users.noreply.github.com>
* 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
fixes#60197
woke up today with a ridiculous idea of semi-automatic compile time loop unrolling, wasnt worth the complexity in the least but it made the basis of this PR which i then continued work on. makes area_sensitive_contents into a more general system of important_recursive_contents where we can define reasonable uses to replace recursive contents iteration of the type found in get_hearers_in_view() as long as everything that uses it isnt something incredibly common to the point that it noticeably increases memory usage.
RAM now has an option to select between types and an output signal. Refactored the any type to be more friendly with user displays.
Code that includes changing type is no longer hard to read because of snowflake code for the "any" type.
RAM can now more easily act as a constant value component.
RAM also has an output signal because it should and the fact that it doesn't was an oversight when converting everything to use input and output signals.
Fixes to the cooldowns. Also circuits now use an input trigger/output trigger system which the speech component hadn't yet adopted because it was made before that system was introduced and left out when changing most components to use this system.
Also temporarily disables input/output signal ports for the prebuilt speech relay circuit until I can properly code in a way to load circuits.
