open

Vars
active_hotspot	If there is an active hotspot on us store a reference to it here
air	Our gas mix
atmos_overlay_types	gas IDs of current active gas overlays
excited	Are we active?
excited_group	Excited group we are part of
planetary_atmos	air will slowly revert to initial_gas_mix
pressure_difference	Pressure difference between two turfs
pressure_direction	Where the difference come from (from higher pressure to lower pressure)
run_later	once our paired turfs are finished with all other shares, do one 100% share exists so things like space can ask to take 100% of a tile's gas
slowdown	negative for faster, positive for slower
Procs
Assimilate_Air	Assimilate Air
build_with_floor_tiles	Very similar to build_with_rods, this exists to allow consistent behavior between different types in terms of how Building floors works
build_with_rods	Builds with rods. This doesn't exist to be overriden, just to remove duplicate logic for turfs that want To support floor tile creation I'd make it a component, but one of these things is space. So no.
can_atmos_pass	Do NOT use this to see if 2 turfs are connected, it mutates state, and we cache that info anyhow. Use TURFS_CAN_SHARE or TURF_SHARES depending on your usecase
conductivity_directions	Returns a set of directions that we should be conducting in, NOTE, atmos_supeconductivity is ACTUALLY inversed, don't worrry about it
consider_pressure_difference	GROUP HANDLING START
hotspot_expose	Handles the creation of hotspots and initial activation of turfs. Setting the conditions for the reaction to actually happen for gasmixtures is handled by the hotspot itself, specifically perform_exposure().
update_visuals	GAS OVERLAYS

Var Details

var
active_hotspot
– /obj/effect/hotspot

If there is an active hotspot on us store a reference to it here

var
air
– /datum/gas_mixture/turf

Our gas mix

var
atmos_overlay_types
– /list

gas IDs of current active gas overlays

var
excited
–

Are we active?

var
excited_group
– /datum/excited_group

Excited group we are part of

var
planetary_atmos
–

air will slowly revert to initial_gas_mix

var
pressure_difference
–

Pressure difference between two turfs

var
pressure_direction
–

Where the difference come from (from higher pressure to lower pressure)

var
run_later
–

once our paired turfs are finished with all other shares, do one 100% share exists so things like space can ask to take 100% of a tile's gas

var
slowdown
–

negative for faster, positive for slower

Proc Details

proc
Assimilate_Air
()

Assimilate Air

proc
build_with_floor_tiles
(/obj/item/stack/tile/iron/used_tiles, user)

Very similar to build_with_rods, this exists to allow consistent behavior between different types in terms of how Building floors works

proc
build_with_rods
(/obj/item/stack/rods/used_rods, /mob/user)

Builds with rods. This doesn't exist to be overriden, just to remove duplicate logic for turfs that want To support floor tile creation I'd make it a component, but one of these things is space. So no.

can_atmos_pass
(/turf/target_turf, vertical)

Do NOT use this to see if 2 turfs are connected, it mutates state, and we cache that info anyhow. Use TURFS_CAN_SHARE or TURF_SHARES depending on your usecase

↑
conductivity_directions
()

Returns a set of directions that we should be conducting in, NOTE, atmos_supeconductivity is ACTUALLY inversed, don't worrry about it

proc
consider_pressure_difference
(/turf/target_turf, difference)

GROUP HANDLING START

GROUP HANDLING FINISH SPACEWIND

hotspot_expose
(exposed_temperature, exposed_volume, soh)

Handles the creation of hotspots and initial activation of turfs. Setting the conditions for the reaction to actually happen for gasmixtures is handled by the hotspot itself, specifically perform_exposure().

proc
update_visuals
()

GAS OVERLAYS

open /turf/open

Vars

Procs

Var Details

var active_hotspot – /obj/effect/hotspot

var air – /datum/gas_mixture/turf

var atmos_overlay_types – /list

var excited –

var excited_group – /datum/excited_group

var planetary_atmos –

var pressure_difference –

var pressure_direction –

var run_later –

var slowdown –