mirror of
https://github.com/ParadiseSS13/Paradise.git
synced 2026-07-12 23:53:47 +01:00
DGamerL
257 lines
12 KiB
Plaintext
257 lines
12 KiB
Plaintext
/obj/item/analyzer
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name = "analyzer"
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desc = "A hand-held environmental scanner which reports current gas levels."
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icon = 'icons/obj/device.dmi'
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icon_state = "atmos"
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inhand_icon_state = "analyzer"
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slot_flags = ITEM_SLOT_BELT
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w_class = WEIGHT_CLASS_SMALL
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flags = CONDUCT
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throw_speed = 3
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materials = list(MAT_METAL = 210, MAT_GLASS = 140)
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origin_tech = "magnets=1;engineering=1"
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var/cooldown = FALSE
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var/cooldown_time = 250
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var/accuracy // 0 is the best accuracy.
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/// FALSE: Sum gas mixes then present. TRUE: Present each mix individually
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var/show_detailed = FALSE
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/obj/item/analyzer/examine(mob/user)
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. = ..()
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. += SPAN_NOTICE("Alt-click [src] to activate the barometer function.")
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. += SPAN_NOTICE("Alt-Shift-click [src] to toggle detailed reporting on or off.")
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/obj/item/analyzer/attack_self__legacy__attackchain(mob/user as mob)
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if(user.stat)
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return
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var/turf/location = user.loc
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if(!isturf(location))
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return
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atmos_scan(user = user, target = location, detailed = show_detailed)
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add_fingerprint(user)
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/obj/item/analyzer/AltShiftClick(mob/user)
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show_detailed = !show_detailed
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to_chat(user, SPAN_NOTICE("You toggle detailed reporting [show_detailed ? "on" : "off"]"))
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/obj/item/analyzer/AltClick(mob/user) //Barometer output for measuring when the next storm happens
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..()
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if(!user.incapacitated() && Adjacent(user))
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if(cooldown)
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to_chat(user, SPAN_WARNING("[src]'s barometer function is preparing itself."))
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return
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var/turf/T = get_turf(user)
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if(!T)
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return
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playsound(src, 'sound/effects/pop.ogg', 100)
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var/area/user_area = T.loc
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var/datum/weather/ongoing_weather = null
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if(!user_area.outdoors)
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to_chat(user, SPAN_WARNING("[src]'s barometer function won't work indoors!"))
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return
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for(var/V in SSweather.processing)
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var/datum/weather/W = V
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if(W.barometer_predictable && (T.z in W.impacted_z_levels) && is_type_in_list(user_area, W.area_types) && !(W.stage == WEATHER_END_STAGE))
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ongoing_weather = W
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break
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if(ongoing_weather)
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if((ongoing_weather.stage == WEATHER_MAIN_STAGE) || (ongoing_weather.stage == WEATHER_WIND_DOWN_STAGE))
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to_chat(user, SPAN_WARNING("[src]'s barometer function can't trace anything while the storm is [ongoing_weather.stage == WEATHER_MAIN_STAGE ? "already here!" : "winding down."]"))
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return
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to_chat(user, SPAN_NOTICE("The next [ongoing_weather] will hit in [butchertime(ongoing_weather.next_hit_time - world.time)]."))
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if(ongoing_weather.aesthetic)
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to_chat(user, SPAN_WARNING("[src]'s barometer function says that the next storm will breeze on by."))
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else
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var/next_hit = SSweather.next_hit_by_zlevel["[T.z]"]
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var/fixed = next_hit ? next_hit - world.time : -1
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if(fixed < 0)
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to_chat(user, SPAN_WARNING("[src]'s barometer function was unable to trace any weather patterns."))
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else
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to_chat(user, SPAN_WARNING("[src]'s barometer function says a storm will land in approximately [butchertime(fixed)]."))
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cooldown = TRUE
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addtimer(CALLBACK(src, PROC_REF(ping)), cooldown_time)
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/obj/item/analyzer/proc/ping()
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if(isliving(loc))
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var/mob/living/L = loc
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to_chat(L, SPAN_NOTICE("[src]'s barometer function is ready!"))
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playsound(src, 'sound/machines/click.ogg', 100)
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cooldown = FALSE
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/obj/item/analyzer/proc/butchertime(amount)
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if(!amount)
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return
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if(accuracy)
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var/inaccurate = round(accuracy * (1 / 3))
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if(prob(50))
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amount -= inaccurate
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if(prob(50))
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amount += inaccurate
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return DisplayTimeText(max(1, amount))
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/obj/item/analyzer/afterattack__legacy__attackchain(atom/target, mob/user, proximity, params)
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. = ..()
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if(!can_see(user, target, 1))
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return
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if(target.return_analyzable_air())
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atmos_scan(user, target, detailed = show_detailed)
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else
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atmos_scan(user, get_turf(target), detailed = show_detailed)
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/**
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* Outputs a message to the user describing the target's gasmixes.
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* Used in chat-based gas scans.
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*/
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/proc/atmos_scan(mob/user, atom/target, silent = FALSE, print = TRUE, milla_turf_details = FALSE, detailed = FALSE)
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var/list/airs
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var/list/milla = null
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if(milla_turf_details && istype(target, /turf))
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// This is one of the few times when it's OK to call MILLA directly, as we need more information than we normally keep, aren't trying to modify it, and don't need it to be synchronized with anything.
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milla = new/list(MILLA_TILE_SIZE)
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get_tile_atmos(target, milla)
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var/datum/gas_mixture/air = new()
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air.copy_from_milla(milla)
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airs = list(air)
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else
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airs = target.return_analyzable_air()
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if(!airs)
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return FALSE
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if(!islist(airs))
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airs = list(airs)
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var/list/message = list()
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if(!silent && isliving(user))
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user.visible_message(SPAN_NOTICE("[user] uses the analyzer on [target]."), SPAN_NOTICE("You use the analyzer on [target]."))
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message += SPAN_BOLDNOTICE("Results of analysis of [bicon(target)] [target].")
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if(!print)
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return TRUE
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var/total_moles = 0
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var/pressure = 0
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var/volume = 0
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var/heat_capacity = 0
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var/thermal_energy = 0
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var/oxygen = 0
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var/nitrogen = 0
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var/toxins
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var/carbon_dioxide = 0
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var/sleeping_agent = 0
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var/agent_b = 0
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var/hydrogen = 0
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var/water_vapor = 0
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if(detailed)// Present all mixtures one by one
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for(var/datum/gas_mixture/air as anything in airs)
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total_moles = air.total_moles()
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pressure = air.return_pressure()
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volume = air.return_volume() //could just do mixture.volume... but safety, I guess?
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heat_capacity = air.heat_capacity()
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thermal_energy = air.thermal_energy()
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if(total_moles)
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message += SPAN_NOTICE("Total: [round(total_moles, 0.01)] moles")
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if(air.oxygen() && (milla_turf_details || air.oxygen() / total_moles > 0.01))
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message += " [SPAN_OXYGEN("Oxygen: [round(air.oxygen(), 0.01)] moles ([round(air.oxygen() / total_moles * 100, 0.01)] %)")]"
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if(air.nitrogen() && (milla_turf_details || air.nitrogen() / total_moles > 0.01))
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message += " [SPAN_NITROGEN("Nitrogen: [round(air.nitrogen(), 0.01)] moles ([round(air.nitrogen() / total_moles * 100, 0.01)] %)")]"
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if(air.carbon_dioxide() && (milla_turf_details || air.carbon_dioxide() / total_moles > 0.01))
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message += " [SPAN_CARBON_DIOXIDE("Carbon Dioxide: [round(air.carbon_dioxide(), 0.01)] moles ([round(air.carbon_dioxide() / total_moles * 100, 0.01)] %)")]"
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if(air.toxins() && (milla_turf_details || air.toxins() / total_moles > 0.01))
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message += " [SPAN_PLASMA("Plasma: [round(air.toxins(), 0.01)] moles ([round(air.toxins() / total_moles * 100, 0.01)] %)")]"
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if(air.sleeping_agent() && (milla_turf_details || air.sleeping_agent() / total_moles > 0.01))
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message += " [SPAN_SLEEPING_AGENT("Nitrous Oxide: [round(air.sleeping_agent(), 0.01)] moles ([round(air.sleeping_agent() / total_moles * 100, 0.01)] %)")]"
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if(air.agent_b() && (milla_turf_details || air.agent_b() / total_moles > 0.01))
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message += " [SPAN_AGENT_B("Agent B: [round(air.agent_b(), 0.01)] moles ([round(air.agent_b() / total_moles * 100, 0.01)] %)")]"
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if(air.hydrogen() && (milla_turf_details || air.hydrogen() / total_moles > 0.01))
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message += " [SPAN_HYDROGEN("Hydrogen: [round(air.hydrogen(), 0.01)] moles ([round(air.hydrogen() / total_moles * 100, 0.01)] %)")]"
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if(air.water_vapor() && (milla_turf_details || air.water_vapor() / total_moles > 0.01))
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message += " [SPAN_WATER_VAPOR("Water Vapor: [round(air.water_vapor(), 0.01)] moles ([round(air.water_vapor() / total_moles * 100, 0.01)] %)")]"
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message += SPAN_NOTICE("Temperature: [round(air.temperature()-T0C)] °C ([round(air.temperature())] K)")
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message += SPAN_NOTICE("Volume: [round(volume)] Liters")
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message += SPAN_NOTICE("Pressure: [round(pressure, 0.1)] kPa")
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message += SPAN_NOTICE("Heat Capacity: [DisplayJoules(heat_capacity)] / K")
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message += SPAN_NOTICE("Thermal Energy: [DisplayJoules(thermal_energy)]")
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else
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message += SPAN_NOTICE("[target] is empty!")
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message += SPAN_NOTICE("Volume: [round(volume)] Liters") // don't want to change the order volume appears in, suck it
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else// Sum mixtures then present
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for(var/datum/gas_mixture/air as anything in airs)
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if(isnull(air))
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continue
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total_moles += air.total_moles()
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volume += air.return_volume()
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heat_capacity += air.heat_capacity()
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thermal_energy += air.thermal_energy()
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oxygen += air.oxygen()
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nitrogen += air.nitrogen()
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toxins += air.toxins()
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carbon_dioxide += air.carbon_dioxide()
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sleeping_agent += air.sleeping_agent()
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agent_b += air.agent_b()
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hydrogen += air.hydrogen()
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water_vapor += air.water_vapor()
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var/temperature = heat_capacity ? thermal_energy / heat_capacity : 0
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pressure = volume ? total_moles * R_IDEAL_GAS_EQUATION * temperature / volume : 0
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if(total_moles)
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message += SPAN_NOTICE("Total: [round(total_moles, 0.01)] moles")
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if(oxygen && (milla_turf_details || oxygen / total_moles > 0.01))
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message += " [SPAN_OXYGEN("Oxygen: [round(oxygen, 0.01)] moles ([round(oxygen / total_moles * 100, 0.01)] %)")]"
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if(nitrogen && (milla_turf_details || nitrogen / total_moles > 0.01))
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message += " [SPAN_NITROGEN("Nitrogen: [round(nitrogen, 0.01)] moles ([round(nitrogen / total_moles * 100, 0.01)] %)")]"
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if(carbon_dioxide && (milla_turf_details || carbon_dioxide / total_moles > 0.01))
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message += " [SPAN_CARBON_DIOXIDE("Carbon Dioxide: [round(carbon_dioxide, 0.01)] moles ([round(carbon_dioxide / total_moles * 100, 0.01)] %)")]"
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if(toxins && (milla_turf_details || toxins / total_moles > 0.01))
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message += " [SPAN_PLASMA("Plasma: [round(toxins, 0.01)] moles ([round(toxins / total_moles * 100, 0.01)] %)")]"
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if(sleeping_agent && (milla_turf_details || sleeping_agent / total_moles > 0.01))
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message += " [SPAN_SLEEPING_AGENT("Nitrous Oxide: [round(sleeping_agent, 0.01)] moles ([round(sleeping_agent / total_moles * 100, 0.01)] %)")]"
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if(agent_b && (milla_turf_details || agent_b / total_moles > 0.01))
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message += " [SPAN_AGENT_B("Agent B: [round(agent_b, 0.01)] moles ([round(agent_b / total_moles * 100, 0.01)] %)")]"
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if(hydrogen && (milla_turf_details || hydrogen / total_moles > 0.01))
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message += " [SPAN_HYDROGEN("Hydrogen: [round(hydrogen, 0.01)] moles ([round(hydrogen / total_moles * 100, 0.01)] %)")]"
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if(water_vapor && (milla_turf_details || (water_vapor / total_moles > 0.01)))
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message += " [SPAN_WATER_VAPOR("Water Vapor: [round(water_vapor, 0.01)] moles ([round(water_vapor / total_moles * 100, 0.01)] %)")]"
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message += SPAN_NOTICE("Temperature: [round(temperature-T0C)] °C ([round(temperature)] K)")
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message += SPAN_NOTICE("Volume: [round(volume)] Liters")
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message += SPAN_NOTICE("Pressure: [round(pressure, 0.1)] kPa")
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message += SPAN_NOTICE("Heat Capacity: [DisplayJoules(heat_capacity)] / K")
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message += SPAN_NOTICE("Thermal Energy: [DisplayJoules(thermal_energy)]")
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else
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message += SPAN_NOTICE("[target] is empty!")
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message += SPAN_NOTICE("Volume: [round(volume)] Liters") // don't want to change the order volume appears in, suck it
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if(milla)
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// Values from milla/src/lib.rs, +1 due to array indexing difference.
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message += SPAN_NOTICE("Airtight N/E/S/W: [(milla[MILLA_INDEX_AIRTIGHT_DIRECTIONS] & MILLA_NORTH) ? "yes" : "no"]/[(milla[MILLA_INDEX_AIRTIGHT_DIRECTIONS] & MILLA_EAST) ? "yes" : "no"]/[(milla[MILLA_INDEX_AIRTIGHT_DIRECTIONS] & MILLA_SOUTH) ? "yes" : "no"]/[(milla[MILLA_INDEX_AIRTIGHT_DIRECTIONS] & MILLA_WEST) ? "yes" : "no"]")
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switch(milla[MILLA_INDEX_ATMOS_MODE])
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// These are enum values, so they don't get increased.
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if(0)
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message += SPAN_NOTICE("Atmos Mode: Space")
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if(1)
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message += SPAN_NOTICE("Atmos Mode: Sealed")
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if(2)
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message += SPAN_NOTICE("Atmos Mode: Exposed to Environment (ID: [milla[MILLA_INDEX_ENVIRONMENT_ID]])")
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else
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message += SPAN_NOTICE("Atmos Mode: Unknown ([milla[MILLA_INDEX_ATMOS_MODE]]), contact a coder.")
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message += SPAN_NOTICE("Superconductivity N/E/S/W: [milla[MILLA_INDEX_SUPERCONDUCTIVITY_NORTH]]/[milla[MILLA_INDEX_SUPERCONDUCTIVITY_EAST]]/[milla[MILLA_INDEX_SUPERCONDUCTIVITY_SOUTH]]/[milla[MILLA_INDEX_SUPERCONDUCTIVITY_WEST]]")
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message += SPAN_NOTICE("Turf's Innate Heat Capacity: [milla[MILLA_INDEX_INNATE_HEAT_CAPACITY]]")
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message += SPAN_NOTICE("Hotspot: [floor(milla[MILLA_INDEX_HOTSPOT_TEMPERATURE]-T0C)] °C ([floor(milla[MILLA_INDEX_HOTSPOT_TEMPERATURE])] K), [round(milla[MILLA_INDEX_HOTSPOT_VOLUME] * CELL_VOLUME, 1)] Liters ([milla[MILLA_INDEX_HOTSPOT_VOLUME]]x)")
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message += SPAN_NOTICE("Wind: ([round(milla[MILLA_INDEX_WIND_X], 0.001)], [round(milla[MILLA_INDEX_WIND_Y], 0.001)])")
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message += SPAN_NOTICE("Fuel burnt last tick: [milla[MILLA_INDEX_FUEL_BURNT]] moles")
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to_chat(user, chat_box_examine(message.Join("<br>")))
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return TRUE
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