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Aurora.3/code/game/machinery/atmo_control.dm
T
Batrachophreno 8111a8489b Restore many missing inhand sprites for items, add/port others (#21831) 
Many, many, many items have inhand sprites in their .dmis but for
whatever reasons do not display them in-game. This PR:

1. Updates many item definitions to point to their already-existing
inhands correctly. This consists largely of held tools, but also gas
tanks and jetpacks mounted in the suit storage slot.

2. Adds a few codersprites made by me for objects with either missing
inhands or poorly matching mishands (IE, the tape recorder, which has a
black case, reused the white inhand sprites of the health analyzer). The
new sprites are modified or recolored variations of other inhand sprites
from our repo, except for circuitboards which are new.
<img width="444" height="400" alt="image"
src="https://github.com/user-attachments/assets/7f107b9a-fe24-4e31-8f16-4d34768ee117"
/>


3. Adds inhand sprites for Inflatables and Inflatable Boxes made by
Tomixcomics.
<img width="424" height="101" alt="image"
src="https://github.com/user-attachments/assets/434107c4-8577-49a2-a58e-d6b014c03933"
/>

4. Ports inhand sprites for the Hydraulic Rescue Tool from tg's Jaws of
Life.
<img width="224" height="94" alt="Screenshot 2026-02-07 172931"
src="https://github.com/user-attachments/assets/070c7956-f6a8-4fb5-870f-10c64afcc8b3"
/>

5. Some additional cleanup while in the area. The 'analyzer' has been
renamed the 'gas analyzer' to be consistent with the other analyzer
objects, standardized icon_state naming conventions where I saw
oddballs, updated code docs to use DMDocs when in the area, etc.

### Asset Licenses
The following assets that **have not** been created by myself are
included in this PR:

| Path | Original Author | License |
| --- | --- | --- |
| icons/obj/item/hydraulic_rescue_tool.dmi | [SomeAngryMiner (bee
station)](https://github.com/BeeStation/BeeStation-Hornet/pull/2487),
[maxymax
(/tg/station)](https://github.com/tgstation/tgstation/pull/58616) |
CC-BY-SA |
| icons/obj/item/inflatables.dmi |
[Tomixcomics](https://github.com/tomixcomics) | CC-BY-SA |
2026-02-17 17:51:22 +00:00

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#define SIGNAL_OXYGEN 1
#define SIGNAL_PHORON 2
#define SIGNAL_NITROGEN 4
#define SIGNAL_CARBON_DIOXIDE 8
#define SIGNAL_HYDROGEN 16
#define SIGNAL_N2O 32
#define SIGNAL_HELIUM 64
#define SIGNAL_DEUTERIUM 128
#define SIGNAL_TRITIUM 256
#define SIGNAL_HELIUMFUEL 512
#define SIGNAL_SULFUR_DIOXIDE 1024
#define SIGNAL_NITROGEN_DIOXIDE 2048
#define SIGNAL_CHLORINE 4096
#define SIGNAL_WATERVAPOR 8192
/obj/machinery/air_sensor
name = "gas sensor"
desc = "Measures the gas content of the atmosphere around the sensor."
icon = 'icons/obj/stationobjs.dmi'
icon_state = "gsensor1"
anchored = TRUE
var/state = 0
var/id_tag
var/frequency = 1439
var/on = 1
var/output = 0
var/output_pressure = TRUE
var/output_temperature = TRUE
//Flags:
// 1 for oxygen concentration
// 2 for phoron concentration
// 4 for nitrogen concentration
// 8 for carbon dioxide concentration
// 16 for hydrogen concentration
// 32 for nitrous oxide concentration
// 64 for helium concentration
// 128 for deuterium concentration
// 256 for tritium concentration
// 512 for helium-3 concentration
// 1024 for sulfur dioxide concentration
// 2048 for nitrogen dioxide concentration
// 4096 for chlorine concentration
// 8192 for water vapor concentration
var/datum/radio_frequency/radio_connection
/obj/machinery/air_sensor/update_icon()
icon_state = "gsensor[on]"
/obj/machinery/air_sensor/process()
if(on)
var/datum/signal/signal = new
signal.transmission_method = TRANSMISSION_RADIO
signal.data["tag"] = id_tag
signal.data["timestamp"] = world.time
var/datum/gas_mixture/air_sample = return_air()
if(output_pressure)
signal.data["pressure"] = num2text(round(air_sample.return_pressure(),0.1),)
if(output_temperature)
signal.data["temperature"] = round(air_sample.temperature,0.1)
if(output)
var/total_moles = air_sample.total_moles
if(total_moles > 0)
if(output&SIGNAL_OXYGEN)
signal.data[GAS_OXYGEN] = round(100*air_sample.gas[GAS_OXYGEN]/total_moles,0.1)
if(output&SIGNAL_PHORON)
signal.data[GAS_PHORON] = round(100*air_sample.gas[GAS_PHORON]/total_moles,0.1)
if(output&SIGNAL_NITROGEN)
signal.data[GAS_NITROGEN] = round(100*air_sample.gas[GAS_NITROGEN]/total_moles,0.1)
if(output&SIGNAL_CARBON_DIOXIDE)
signal.data[GAS_CO2] = round(100*air_sample.gas[GAS_CO2]/total_moles,0.1)
if(output&SIGNAL_HYDROGEN)
signal.data[GAS_HYDROGEN] = round(100*air_sample.gas[GAS_HYDROGEN]/total_moles,0.1)
if(output&SIGNAL_N2O)
signal.data[GAS_N2O] = round(100*air_sample.gas[GAS_N2O]/total_moles,0.1)
if(output&SIGNAL_HELIUM)
signal.data[GAS_HELIUM] = round(100*air_sample.gas[GAS_HELIUM]/total_moles,0.1)
if(output&SIGNAL_DEUTERIUM)
signal.data[GAS_DEUTERIUM] = round(100*air_sample.gas[GAS_DEUTERIUM]/total_moles,0.1)
if(output&SIGNAL_TRITIUM)
signal.data[GAS_TRITIUM] = round(100*air_sample.gas[GAS_TRITIUM]/total_moles,0.1)
if(output&SIGNAL_HELIUMFUEL)
signal.data[GAS_HELIUMFUEL] = round(100*air_sample.gas[GAS_HELIUMFUEL]/total_moles,0.1)
if(output&SIGNAL_SULFUR_DIOXIDE)
signal.data[GAS_SULFUR] = round(100*air_sample.gas[GAS_SULFUR]/total_moles,0.1)
if(output&SIGNAL_NITROGEN_DIOXIDE)
signal.data[GAS_NO2] = round(100*air_sample.gas[GAS_NO2]/total_moles,0.1)
if(output&SIGNAL_CHLORINE)
signal.data[GAS_CHLORINE] = round(100*air_sample.gas[GAS_CHLORINE]/total_moles,0.1)
if(output&SIGNAL_WATERVAPOR)
signal.data[GAS_WATERVAPOR] = round(100*air_sample.gas[GAS_WATERVAPOR]/total_moles,0.1)
else
signal.data[GAS_OXYGEN] = 0
signal.data[GAS_PHORON] = 0
signal.data[GAS_NITROGEN] = 0
signal.data[GAS_CO2] = 0
signal.data[GAS_HYDROGEN] = 0
signal.data[GAS_N2O] = 0
signal.data[GAS_HELIUM] = 0
signal.data[GAS_DEUTERIUM] = 0
signal.data[GAS_TRITIUM] = 0
signal.data[GAS_HELIUMFUEL] = 0
signal.data[GAS_SULFUR] = 0
signal.data[GAS_NO2] = 0
signal.data[GAS_CHLORINE] = 0
signal.data[GAS_WATERVAPOR]= 0
signal.data["sigtype"]="status"
radio_connection.post_signal(src, signal, filter = RADIO_ATMOSIA)
/obj/machinery/air_sensor/proc/set_frequency(new_frequency)
SSradio.remove_object(src, frequency)
frequency = new_frequency
radio_connection = SSradio.add_object(src, frequency, RADIO_ATMOSIA)
/obj/machinery/air_sensor/Initialize()
. = ..()
set_frequency(frequency)
/obj/machinery/air_sensor/Destroy()
if(SSradio)
SSradio.remove_object(src,frequency)
return ..()
/obj/machinery/computer/general_air_control
name = "atmosphere monitoring console"
desc = "A console that gives an atmospheric condition readout of various sensors connected to it."
icon_screen = "tank"
icon_keyboard = "cyan_key"
icon_keyboard_emis = "cyan_key_mask"
light_color = LIGHT_COLOR_CYAN
var/frequency = 1439
var/list/sensors = list()
var/list/sensor_information = list()
var/datum/radio_frequency/radio_connection
var/ui_type = "AtmosControl"
circuit = /obj/item/circuitboard/air_management
/obj/machinery/computer/general_air_control/Destroy()
if(SSradio)
SSradio.remove_object(src, frequency)
return ..()
/obj/machinery/computer/general_air_control/ui_data(mob/user)
var/list/data = list("sensors" = list())
data["control"] = null
for(var/id_tag in sensors)
var/long_name = sensors[id_tag]
var/list/sdata = sensor_information[id_tag]
var/list/sensor_data = list("id_tag" = id_tag, "name" = long_name)
sensor_data["datapoints"] = list()
for(var/datapoint in list("pressure", "temperature", GAS_OXYGEN, GAS_NITROGEN, GAS_CO2, GAS_PHORON, GAS_HYDROGEN, GAS_N2O, GAS_HELIUM, GAS_DEUTERIUM, GAS_TRITIUM, GAS_HELIUMFUEL, GAS_SULFUR, GAS_NO2, GAS_CHLORINE, GAS_WATERVAPOR))
var/unit
if(datapoint == "pressure")
unit = "kPa"
else if(datapoint == "temperature")
unit = "K"
else
unit = "%"
sensor_data["datapoints"] += list(list("datapoint" = datapoint, "data" = sdata[datapoint], "unit" = unit))
data["sensors"] += list(sensor_data)
sensor_data = list()
return data
/obj/machinery/computer/general_air_control/attack_hand(mob/user)
ui_interact(user)
/obj/machinery/computer/general_air_control/ui_interact(mob/user, var/datum/tgui/ui)
ui = SStgui.try_update_ui(user, src, ui)
if(!ui)
ui = new(user, src, ui_type, "Atmospherics Control", 460, 470)
ui.open()
/obj/machinery/computer/general_air_control/receive_signal(datum/signal/signal)
if(!signal || signal.encryption) return
var/id_tag = signal.data["tag"]
if(!id_tag || !sensors.Find(id_tag)) return
sensor_information[id_tag] = signal.data
/obj/machinery/computer/general_air_control/proc/set_frequency(new_frequency)
SSradio.remove_object(src, frequency)
frequency = new_frequency
radio_connection = SSradio.add_object(src, frequency, RADIO_ATMOSIA)
/obj/machinery/computer/general_air_control/Initialize()
. = ..()
set_frequency(frequency)
/obj/machinery/computer/general_air_control/large_tank_control
ui_type = "AtmosControlTank"
frequency = 1441
var/input_tag
var/output_tag
var/list/input_info
var/list/output_info
var/default_input_flow_setting = 200
var/default_pressure_setting = PRESSURE_ONE_THOUSAND * 2
var/max_input_flow_setting = ATMOS_DEFAULT_VOLUME_PUMP + 500
var/max_pressure_setting = MAX_VENT_PRESSURE
circuit = /obj/item/circuitboard/air_management/tank_control
/obj/machinery/computer/general_air_control/large_tank_control/terminal
icon = 'icons/obj/modular_computers/modular_terminal.dmi'
icon_screen = "tank"
icon_keyboard = "atmos_key"
icon_keyboard_emis = "atmos_key_mask"
is_connected = TRUE
has_off_keyboards = TRUE
can_pass_under = FALSE
light_power_on = 1
/obj/machinery/computer/general_air_control/large_tank_control/wall
icon = 'icons/obj/modular_computers/modular_telescreen.dmi'
icon_state = "telescreen"
icon_screen = "engi"
density = FALSE
/obj/machinery/computer/general_air_control/large_tank_control/terminal
icon = 'icons/obj/modular_computers/modular_terminal.dmi'
icon_screen = "tank"
icon_keyboard = "atmos_key"
icon_keyboard_emis = "atmos_key_mask"
is_connected = TRUE
has_off_keyboards = TRUE
can_pass_under = FALSE
light_power_on = 1
/obj/machinery/computer/general_air_control/large_tank_control/ui_data(mob/user)
. = ..()
var/list/data = .
data["maxrate"] = max_input_flow_setting
data["maxpressure"] = max_pressure_setting
if(input_info)
LAZYINITLIST(data["input"])
data["input"]["power"] = input_info["power"]
data["input"]["rate"] = input_info["volume_rate"]
data["input"]["setrate"] = default_input_flow_setting
if(output_info)
LAZYINITLIST(data["output"])
data["output"]["power"] = output_info["power"]
data["output"]["pressure"] = output_info["internal"]
data["output"]["setpressure"] = default_pressure_setting
return data
/obj/machinery/computer/general_air_control/large_tank_control/receive_signal(datum/signal/signal)
if(!signal || signal.encryption) return
var/id_tag = signal.data["tag"]
if(input_tag == id_tag)
input_info = signal.data
else if(output_tag == id_tag)
output_info = signal.data
else
..(signal)
/obj/machinery/computer/general_air_control/large_tank_control/ui_act(action, list/params, datum/tgui/ui, datum/ui_state/state)
. = ..()
if(.)
return
if(!radio_connection)
return FALSE
var/datum/signal/signal = new
signal.transmission_method = TRANSMISSION_RADIO
signal.source = src
switch(action)
if("in_refresh_status")
input_info = null
signal.data = list("tag" = input_tag, "status" = 1)
. = TRUE
if("in_toggle_injector")
input_info = null
signal.data = list("tag" = input_tag, "power_toggle" = 1)
. = TRUE
if("in_set_flowrate")
if(params["in_set_flowrate"] != null)
var/setrate = between(0, text2num(params["in_set_flowrate"]), max_input_flow_setting)
input_info = null
signal.data = list ("tag" = input_tag, "set_volume_rate" = "[setrate]")
. = TRUE
if("out_refresh_status")
output_info = null
signal.data = list ("tag" = output_tag, "status" = 1)
. = TRUE
if("out_toggle_power")
output_info = null
signal.data = list ("tag" = output_tag, "power_toggle" = 1)
. = TRUE
if("out_set_pressure")
if(params["out_set_pressure"] != null)
var/setpressure = between(0, text2num(params["out_set_pressure"]), max_pressure_setting)
output_info = null
signal.data = list ("tag" = output_tag, "set_internal_pressure" = "[setpressure]")
. = TRUE
signal.data["sigtype"] = "command"
INVOKE_ASYNC(radio_connection, TYPE_PROC_REF(/datum/radio_frequency, post_signal), src, signal, filter = RADIO_ATMOSIA)
/obj/machinery/computer/general_air_control/supermatter_core
icon = 'icons/obj/modular_computers/modular_terminal.dmi'
icon_screen = "tank"
icon_keyboard = "atmos_key"
icon_keyboard_emis = "atmos_key_mask"
ui_type = "AtmosControlSupermatter"
is_connected = TRUE
has_off_keyboards = TRUE
can_pass_under = FALSE
light_power_on = 1
frequency = 1438
var/input_tag
var/output_tag
var/list/input_info
var/list/output_info
var/default_input_flow_setting = 700
var/default_pressure_setting = 100
var/max_input_flow_setting = ATMOS_DEFAULT_VOLUME_PUMP + 500
var/max_pressure_setting = PRESSURE_ONE_THOUSAND
circuit = /obj/item/circuitboard/air_management/supermatter_core
/obj/machinery/computer/general_air_control/supermatter_core/ui_data(mob/user)
. = ..()
var/list/data = .
data["maxrate"] = max_input_flow_setting
data["maxpressure"] = max_pressure_setting
if(input_info)
LAZYINITLIST(data["input"])
data["input"]["power"] = input_info["power"]
data["input"]["rate"] = input_info["volume_rate"]
data["input"]["setrate"] = default_input_flow_setting
if(output_info)
LAZYINITLIST(data["output"])
data["output"]["power"] = output_info["power"]
data["output"]["pressure"] = output_info["external"]
data["output"]["setpressure"] = default_pressure_setting
return data
/obj/machinery/computer/general_air_control/supermatter_core/receive_signal(datum/signal/signal)
if(!signal || signal.encryption) return
var/id_tag = signal.data["tag"]
if(input_tag == id_tag)
input_info = signal.data
else if(output_tag == id_tag)
output_info = signal.data
else
..(signal)
/obj/machinery/computer/general_air_control/supermatter_core/ui_act(action, list/params, datum/tgui/ui, datum/ui_state/state)
. = ..()
if(.)
return
if(!radio_connection)
return
var/datum/signal/signal = new
signal.transmission_method = TRANSMISSION_RADIO
signal.source = src
switch(action)
if("in_refresh_status")
input_info = null
signal.data = list ("tag" = input_tag, "status" = 1)
. = TRUE
if("in_toggle_injector")
input_info = null
signal.data = list ("tag" = input_tag, "power_toggle" = 1)
. = TRUE
if("in_set_flowrate")
if(params["in_set_flowrate"] != null)
var/setrate = between(0, text2num(params["in_set_flowrate"]), max_input_flow_setting)
input_info = null
signal.data = list ("tag" = input_tag, "set_volume_rate" = "[setrate]")
. = TRUE
if("out_refresh_status")
output_info = null
signal.data = list ("tag" = output_tag, "status" = 1)
. = TRUE
if("out_toggle_power")
output_info = null
signal.data = list ("tag" = output_tag, "power_toggle" = 1)
. = TRUE
if("out_set_pressure")
if(params["out_set_pressure"] != null)
var/setpressure = between(0, text2num(params["out_set_pressure"]), max_pressure_setting)
output_info = null
signal.data = list ("tag" = output_tag, "set_external_pressure" = "[setpressure]", "checks" = 1)
. = TRUE
signal.data["sigtype"]="command"
radio_connection.post_signal(src, signal, filter = RADIO_ATMOSIA)
/obj/machinery/computer/general_air_control/fuel_injection
icon_screen = "alert:0"
icon_keyboard = "cyan_key"
icon_keyboard_emis = "cyan_key_mask"
light_color = LIGHT_COLOR_CYAN
ui_type = "AtmosControlInjector"
var/device_tag
var/list/device_info
var/automation = 0
var/cutoff_temperature = 2000
var/on_temperature = 1200
circuit = /obj/item/circuitboard/air_management/injector_control
/obj/machinery/computer/general_air_control/fuel_injection/process()
if(automation)
if(!radio_connection)
return 0
var/injecting = 0
for(var/id_tag in sensor_information)
var/list/data = sensor_information[id_tag]
if(data["temperature"])
if(data["temperature"] >= cutoff_temperature)
injecting = 0
break
if(data["temperature"] <= on_temperature)
injecting = 1
var/datum/signal/signal = new
signal.transmission_method = TRANSMISSION_RADIO
signal.source = src
signal.data = list(
"tag" = device_tag,
"power" = injecting,
"sigtype"="command"
)
radio_connection.post_signal(src, signal, filter = RADIO_ATMOSIA)
..()
/obj/machinery/computer/general_air_control/fuel_injection/ui_data(mob/user)
. = ..()
var/list/data = .
if(device_info)
LAZYINITLIST(data["device"])
data["device"]["power"] = device_info["power"]
data["device"]["rate"] = device_info["volume_rate"]
data["device"]["automation"] = automation
return data
/obj/machinery/computer/general_air_control/fuel_injection/receive_signal(datum/signal/signal)
if(!signal || signal.encryption) return
var/id_tag = signal.data["tag"]
if(device_tag == id_tag)
device_info = signal.data
else
..(signal)
/obj/machinery/computer/general_air_control/fuel_injection/ui_act(action, list/params, datum/tgui/ui, datum/ui_state/state)
. = ..()
if(.)
return
switch(action)
if("refresh_status")
device_info = null
if(!radio_connection)
return 0
var/datum/signal/signal = new
signal.transmission_method = TRANSMISSION_RADIO
signal.source = src
signal.data = list(
"tag" = device_tag,
"status" = 1,
"sigtype"="command"
)
radio_connection.post_signal(src, signal, filter = RADIO_ATMOSIA)
. = TRUE
if("toggle_automation")
automation = !automation
. = TRUE
if("toggle_injector")
device_info = null
if(!radio_connection)
return 0
var/datum/signal/signal = new
signal.transmission_method = TRANSMISSION_RADIO
signal.source = src
signal.data = list(
"tag" = device_tag,
"power_toggle" = 1,
"sigtype"="command"
)
radio_connection.post_signal(src, signal, filter = RADIO_ATMOSIA)
. = TRUE
if("injection")
if(!radio_connection)
return 0
var/datum/signal/signal = new
signal.transmission_method = TRANSMISSION_RADIO
signal.source = src
signal.data = list(
"tag" = device_tag,
"inject" = 1,
"sigtype"="command"
)
radio_connection.post_signal(src, signal, filter = RADIO_ATMOSIA)
. = TRUE
#undef SIGNAL_OXYGEN
#undef SIGNAL_PHORON
#undef SIGNAL_NITROGEN
#undef SIGNAL_CARBON_DIOXIDE
#undef SIGNAL_HYDROGEN
#undef SIGNAL_N2O
#undef SIGNAL_HELIUM
#undef SIGNAL_DEUTERIUM
#undef SIGNAL_TRITIUM
#undef SIGNAL_HELIUMFUEL
#undef SIGNAL_SULFUR_DIOXIDE
#undef SIGNAL_NITROGEN_DIOXIDE
#undef SIGNAL_CHLORINE
#undef SIGNAL_WATERVAPOR
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