* Power stuff
- Add shared IsPowered
- Add shared ResolveApc
- Move PowerChangedEvent to shared for now
- Add SlimPoweredLight that actually functions how you'd expect a PoweredLight to function it id didn't have a bunch of bloat on it.
* big update
* boing
* add 101kpa nitrogen fixgridatmos marker
* make a lot of things datafields so they save and can be set in yml
* add vox box scrubber/filter/sensor/alarm
* move some stuff to deltav folder, add deltav comments to the fixgridatmos mixture
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Co-authored-by: deltanedas <@deltanedas:kde.org>
* add verbose examine text to gas miners so their behaviour can be understood
* no need for these to be properties
* use an enum instead of two booleans for the miner state
* require the gas miner to be anchored in order to not be disabled
* xmldoc
* pr feedback
* file-scope namespace
* it's to late to hide my transgressions in a rebase
* turns out the normal examine distance is totally fine for this
Separate the environment check from CapSpawnAmount into GetValidEnvironment to make the code a little cleaner, and also makes these two checks independent.
CapSpawnAmount and GetValidEnvironment now both have zero side-effects
Broken renamed Idle to reflect its use. Broken in my mind implies that there's some method for fixing.
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Co-authored-by: Partmedia <kevinz5000@gmail.com>
Miners now can produce a fraction of their SpawnAmount corresponding
to the "remaining space" available in their environment according to
their MaxExternalPressure and MaxExternalAmount.
Miners' prototype have been changed to reflect this (I read
somewhere that we have about 1 atmos tick/0.5s, my tests show more
like 1/0.53 but that looks close enough).
This also means that miner's spawnAmount is now expressed in mol/s.
See: #18781
* Moved GasMixture to shared
* Temp Fix for sandbox violation, idk why Array.Resize isn't working properly. It's already sandboxed.
* The most powerful webedit in history
The gas analyzer now shows the volume of pipes, tanks, canisters and the environment.
Adjust gas analyzers so that the volume and number of moles shown corresponds to only the scanned element, e.g. a canister or single pipe in a pipenet.
(cherry picked from commit 5a5efa11cf1d68708a70d48a286cb97fde96afdf)
* Fix GasMixers/Filters not working
* OKAY GAS FILTERS TOO
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Co-authored-by: Plykiya <plykiya@protonmail.com>
(cherry picked from commit 7638252df3b0c7e958e988fc7e491d81c1e8a656)
* remove deprecated entity coordinate extension functions. Reduces warning count by approximately 50
* final toCoords Removed
* Remove all unused variables and dead code paths
* remove always true variable, should be a cvar or something instead
* remove superfluous variables from tests
(cherry picked from commit 59e46aab93ca38f8d57fcad4e3a2c893737d9ad4)
* Small obsolete Logger cleanup
* Fixed three EntitySystem logs that weren't doing it right.
(cherry picked from commit aafe81512258b5a80776ada1f471b58e7507ca2d)
* LockVisualizer
* Fix state
* Clean some code
* Make it component, fix tests fail
* Fix for StateUnlocked
Now it is possible to manually set the unlocked state and it will work!
* Optimize LockVisualizer, add check for unlocked state
* No todo I guess
(cherry picked from commit c7870882f6f956eea07cbb4738ae45c8805c8ce6)
Add purely atmospheric heat exchange to the gas thermomachine component (in preparation for space heaters).
(cherry picked from commit ce4bd8568cba4d64fb19e80d3182e21f010a86c1)
* Predict two-way levers
Annoys me the rare occasions I touch cargo. Doesn't predict the signal but at least the lever responds immediately.
* space
* a
(cherry picked from commit 05a2ddff1cc415c3bdf1e15ef3a2c953bcb5384b)
* Initial prediction
* new group handling
* groups for all examines that use multiple rn
* compile
* why was it doing this??
* handle newlines with sorting properly
(cherry picked from commit 0ae3858b69b695697ea9300609460f8ddb70ebbf)
Add atmos.speedup which is effectively a atmos-only time compression
CVar. This adjusts heat capacities and transfer rates to effectively
globally speed up the time constants of atmos.
This allows faster response to heating/cooling changes and faster
cleanups (by buffing scrubbers, pumps, and everything else) that is
tunable through one global time compression CVar.
It also achieves this without any thermodynamic unsoundness.