finishing touches
suitlinking now tells you on examining the cooling system readout. miner gear suitlinking only works on the lavaland z. corruption has a medium-severity readout jamming event added to the pool. integrating coolant only counts as 40% of its volume for cooling efficiency purposes and is capped at adding at most 25% of current blood volume to cooling efficiency calculations.
This commit is contained in:
DeltaFire
@@ -68,17 +68,19 @@
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#define TEMPERATURE_DAMAGE_COEFFICIENT 1.5 //This is used in handle_temperature_damage() for humans, and in reagents that affect body temperature. Temperature damage is multiplied by this amount.
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#define SYNTH_PASSIVE_HEAT_GAIN 10 //Degrees C per handle_environment() Synths passively heat up. Mitigated by cooling efficiency. Can lead to overheating if not managed.
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#define SYNTH_MAX_PASSIVE_GAIN_TEMP 250 //Degrees C that a synth can be heated up to by their internal heat gain, provided their cooling is insufficient to mitigate it.
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#define SYNTH_MIN_PASSIVE_COOLING_TEMP -30 //Degrees C a synth can cool towards at very high cooling efficiency.
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#define SYNTH_HEAT_EFFICIENCY_COEFF 0.005 //How quick the difference between the Synth and the environment starts to matter. The smaller the higher the difference has to be for the same change.
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#define SYNTH_SINGLE_INFLUENCE_COOLING_EFFECT_CAP 3 //How big can the multiplier for heat / pressure cooling be in an optimal environment
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#define SYNTH_TOTAL_ENVIRONMENT_EFFECT_CAP 2 //How big of an multiplier can the environment give in an optimal scenario (maximum efficiency in the end is at a lower cap, this mostly counters low coolant levels)
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#define SYNTH_MAX_COOLING_EFFICIENCY 1.5 //The maximum possible cooling efficiency one can achieve at optimal conditions.
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#define SYNTH_ACTIVE_COOLING_TEMP_BOUNDARY 10 //The minimum distance from room temperature a Synth needs to have for active cooling to actively cool.
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#define SYNTH_PASSIVE_HEAT_GAIN 10 //Degrees C per handle_environment() Synths passively heat up. Mitigated by cooling efficiency. Can lead to overheating if not managed.
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#define SYNTH_MAX_PASSIVE_GAIN_TEMP 250 //Degrees C that a synth can be heated up to by their internal heat gain, provided their cooling is insufficient to mitigate it.
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#define SYNTH_MIN_PASSIVE_COOLING_TEMP -30 //Degrees C a synth can cool towards at very high cooling efficiency.
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#define SYNTH_HEAT_EFFICIENCY_COEFF 0.005 //How quick the difference between the Synth and the environment starts to matter. The smaller the higher the difference has to be for the same change.
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#define SYNTH_SINGLE_INFLUENCE_COOLING_EFFECT_CAP 3 //How big can the multiplier for heat / pressure cooling be in an optimal environment
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#define SYNTH_TOTAL_ENVIRONMENT_EFFECT_CAP 2 //How big of an multiplier can the environment give in an optimal scenario (maximum efficiency in the end is at a lower cap, this mostly counters low coolant levels)
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#define SYNTH_MAX_COOLING_EFFICIENCY 1.5 //The maximum possible cooling efficiency one can achieve at optimal conditions.
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#define SYNTH_ACTIVE_COOLING_TEMP_BOUNDARY 10 //The minimum distance from room temperature a Synth needs to have for active cooling to actively cool.
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#define SYNTH_ACTIVE_COOLING_LOW_PRESSURE_THRESHOLD 0.05 //At how much percentage of default pressure (or lower) active cooling gets a massive cost penalty.
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#define SYNTH_ACTIVE_COOLING_LOW_PRESSURE_PENALTY 2.5 //By how much is active cooling cost multiplied if in a very-low-pressure environment?
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#define SYNTH_ACTIVE_COOLING_MIN_ADJUSTMENT 5 //What is the minimum amount of temp you move towards the target point, even if it would be less with default calculations?
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#define SYNTH_INTEGRATION_COOLANT_PENALTY 0.4 //Integrating coolant is multiplied with this for calculation of impact on passive cooling.
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#define SYNTH_INTEGRATION_COOLANT_CAP 0.25 //Integrating coolant is capped at counting as current_blood * this number. This is so you can't just run on salglu or whatever.
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#define BODYTEMP_NORMAL 310.15 //The natural temperature for a body
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#define BODYTEMP_AUTORECOVERY_DIVISOR 11 //This is the divisor which handles how much of the temperature difference between the current body temperature and 310.15K (optimal temperature) humans auto-regenerate each tick. The higher the number, the slower the recovery. This is applied each tick, so long as the mob is alive.
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@@ -153,17 +153,24 @@
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var/coolant
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var/total_efficiency
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var/environ_efficiency
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var/suitlink_efficiency
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if(!jammed)
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coolant = owner.blood_volume
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total_efficiency = owner.get_cooling_efficiency()
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environ_efficiency = owner.get_environment_cooling_efficiency()
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suitlink_efficiency = owner.check_suitlinking()
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else
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coolant = rand(1, 600)
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total_efficiency = rand(1, 15) / 10
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environ_efficiency = rand(1, 20) / 10
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. += "<span class='notice'>Performing internal cooling system diagnostics:</span>"
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. += "<span class='notice'>Coolant level: [coolant] units, [round((coolant / (BLOOD_VOLUME_NORMAL * owner.blood_ratio)) * 100, 0.1)] percent</span>"
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. += "<span class='notice'>Current Cooling Efficiency: [round(total_efficiency * 100, 0.1)] percent, environment viability: [round(environ_efficiency * 100, 0.1)] percent.</span>"
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. += "<span class='notice'>Current Cooling Efficiency: [round(total_efficiency * 100, 0.1)] percent, [suitlink_efficiency ? "<font color='green'>active suitlink detected</font>, guaranteeing <font color='green'>[suitlink_efficiency * 100]%</font> environmental cooling efficiency." : "environment viability: [round(environ_efficiency * 100, 0.1)] percent."]</span>"
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/atom/movable/screen/synth/coolant_counter/proc/jam(amount, cap = 20)
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if(jammed > cap) //Preserve previous more impactful event.
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return
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jammed = min(jammed + amount, cap)
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/datum/hud/human/New(mob/living/carbon/human/owner)
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..()
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@@ -37,7 +37,7 @@
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var/list/whatmighthappen = list()
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whatmighthappen += list("avoided" = 3, "dropthing" = 1, "movetile" = 1, "shortdeaf" = 1, "flopover" = 1, "nutriloss" = 1, "selfflash" = 1, "harmies" = 1)
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if(corruption >= CORRUPTION_THRESHHOLD_MAJOR)
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whatmighthappen += list("longdeaf" = 1, "longknockdown" = 1, "shortlimbdisable" = 1, "shortblind" = 1, "shortstun" = 1, "shortmute" = 1, "vomit" = 1, "halluscinate" = 1)
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whatmighthappen += list("longdeaf" = 1, "longknockdown" = 1, "shortlimbdisable" = 1, "shortblind" = 1, "shortstun" = 1, "shortmute" = 1, "vomit" = 1, "hallucinate" = 1, "jamcoolanthud" = 1)
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if(corruption >= CORRUPTION_THRESHHOLD_CRITICAL)
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whatmighthappen += list("receporgandamage" = 1, "longlimbdisable" = 1, "blindmutedeaf" = 1, "longstun" = 1, "sleep" = 1, "inducetrauma" = 1, "amplifycorrupt" = 1, "changetemp" = 1)
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var/event = pickweight(whatmighthappen)
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@@ -97,8 +97,10 @@
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if("vomit")
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to_chat(src, "<span class='notice'>Ejecting contaminant.</span>")
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vomit()
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if("halluscinate")
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if("hallucinate")
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hallucination += 20 //Doesn't give a cue
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if("jamcoolanthud")
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hud_used.coolant_display.jam(10)
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if("receporgandamage")
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adjustOrganLoss(ORGAN_SLOT_EARS, rand(10, 20))
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adjustOrganLoss(ORGAN_SLOT_EYES, rand(10, 20))
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@@ -159,7 +161,7 @@
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/mob/living/carbon/proc/forcesleep(time = 100)
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to_chat(src, "<span class='notice'>Preparations complete, powering down.</span>")
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Sleeping(time, 0)
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Sleeping(time)
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#undef CORRUPTION_CHECK_INTERVAL
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@@ -416,7 +416,7 @@
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severity *= 0.5
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var/do_not_stun = FALSE
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if(HAS_TRAIT(src, TRAIT_ROBOTIC_ORGANISM))
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hud_used?.coolant_display.jammed = min(round(hud_used.coolant_display.jammed + (severity / 10),1), 20) //Messes up the cooling system readout.
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hud_used?.coolant_display.jam(round(severity / 10, 1)) //Messes up the cooling system readout.
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severity *= 0.5 //Robotpeople take less limb damage, but instead suffer system corruption (see carbon emp_act)
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do_not_stun = TRUE
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for(var/obj/item/bodypart/L in src.bodyparts)
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@@ -679,7 +679,8 @@ GLOBAL_LIST_INIT(ballmer_windows_me_msg, list("Yo man, what if, we like, uh, put
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if(!HAS_TRAIT(src, TRAIT_ROBOTIC_ORGANISM))
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return 1
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var/blood_effective_volume = blood_volume + integrating_blood
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var/integration_bonus = min(blood_volume * SYNTH_INTEGRATION_COOLANT_CAP, integrating_blood * SYNTH_INTEGRATION_COOLANT_PENALTY) //Integration blood somewhat helps, though only at 40% impact and to a cap of 25% of current blood level.
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var/blood_effective_volume = blood_volume + integration_bonus
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var/coolant_efficiency = min(blood_effective_volume / BLOOD_VOLUME_SAFE, 1) //Low coolant is only a negative, adding more than needed will not help you.
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var/environment_efficiency = get_environment_cooling_efficiency()
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@@ -687,10 +688,9 @@ GLOBAL_LIST_INIT(ballmer_windows_me_msg, list("Yo man, what if, we like, uh, put
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/mob/living/carbon/proc/get_environment_cooling_efficiency()
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var/suit_item = get_item_by_slot(SLOT_WEAR_SUIT)
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var/head_item = get_item_by_slot(SLOT_HEAD)
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if((istype(head_item, /obj/item/clothing/head/helmet/space) && istype(suit_item, /obj/item/clothing/suit/space)) || (istype(head_item, /obj/item/clothing/head/hooded/explorer) && istype(suit_item, /obj/item/clothing/suit/hooded/explorer)))
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return 1 //If you are wearing full EVA or lavaland hazard gear, assume it has been made to accomodate your cooling needs.
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var/suitlink = check_suitlinking()
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if(suitlink)
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return suitlink //If you are wearing full EVA or lavaland hazard gear (on lavaland), assume it has been made to accomodate your cooling needs.
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var/datum/gas_mixture/environment = loc.return_air()
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if(!environment)
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return 0
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@@ -704,7 +704,18 @@ GLOBAL_LIST_INIT(ballmer_windows_me_msg, list("Yo man, what if, we like, uh, put
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var/total_environment_efficiency = min(heat_efficiency * pressure_efficiency, SYNTH_TOTAL_ENVIRONMENT_EFFECT_CAP) //At best, you can get 200% total
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return total_environment_efficiency
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/mob/living/carbon/proc/check_suitlinking()
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var/suit_item = get_item_by_slot(SLOT_WEAR_SUIT)
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var/head_item = get_item_by_slot(SLOT_HEAD)
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var/turf/T = get_turf(src)
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if(istype(head_item, /obj/item/clothing/head/helmet/space) && istype(suit_item, /obj/item/clothing/suit/space))
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return 1
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if(T && is_mining_level(T.z) && istype(head_item, /obj/item/clothing/head/hooded/explorer) && istype(suit_item, /obj/item/clothing/suit/hooded/explorer))
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return 1
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return 0
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/////////
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//LIVER//
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