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The Medical Stasis Refactoring (#21311)
This PR implements a variety pack of new interactions for Medical Stasis (stasis beds, stasis bags, and cryogenics), which should broadly extend their utility. Not all of it is necessarily a good thing to have around, such as for instance stasis slowing down the rate at which the liver removes toxins. A few more organs have by extension been time differentiated to allow for this change to take place. As a general rule of thumb, most organ effects that are handled "per second" are proportionally slowed down by the stasis rating of a given source of medical stasis. This can be a good or a bad thing depending on the context. **Good effects of Stasis:** - Slowing down appendicitis. - Reducing the damage organs take per second from most per-second sources. - Making kidneys and livers deal less dangerous effects to their owner when severely damaged. - (Not in this PR, but was done in a previous PR): Brains lose BA slower. **Bad effects of Stasis:** - Organs also heal slower from all per-second sources, this includes chems. So while they take less damage, they're also taking less healing. - The liver's rate at which it filters the blood is reduced. You get to stay black-out drunk for 10x longer if placed in stasis. - (Not in this PR, but was done in a previous PR): Brains heal their BA slower. --------- Signed-off-by: VMSolidus <evilexecutive@gmail.com>
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VMSolidus
@@ -15,6 +15,9 @@
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var/active_emissive = FALSE
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var/list/possible_modifications = list("Normal","Assisted","Mechanical") //this is used in the character setup
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/// The amount all organs heal themselves by per second when not being affected by chems.
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var/organ_self_heal_per_second = 0.2
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min_broken_damage = 10 //Internal organs are frail, man.
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/obj/item/organ/internal/Destroy()
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@@ -145,8 +148,17 @@
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/obj/item/organ/internal/process(seconds_per_tick)
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..()
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if(istype(owner) && (toxin_type in owner.chem_effects))
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if(!owner)
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return
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if(owner.stasis_value > 0)
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// Putting a body in stasis will simultaneously slow down the rate at which organs die
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// while also slowing down the rate at which they are healed.
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seconds_per_tick /= owner.stasis_value
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if(toxin_type in owner.chem_effects)
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take_damage(owner.chem_effects[toxin_type] * seconds_per_tick)
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handle_regeneration(seconds_per_tick)
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tick_surge_damage() //Yes, this is intentional.
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@@ -155,7 +167,7 @@
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if(!damage || BP_IS_ROBOTIC(src) || !istype(owner) || owner.is_asystole() || (owner.chem_effects[CE_TOXIN] || (toxin_type in owner.chem_effects)))
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return FALSE
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var/repair_modifier = owner.chem_effects[CE_ORGANREPAIR] || 0.1
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var/repair_modifier = owner.chem_effects[CE_ORGANREPAIR] || organ_self_heal_per_second
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if(damage < repair_modifier*max_damage)
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heal_damage(repair_modifier)
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heal_damage(repair_modifier * seconds_per_tick)
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return TRUE // regeneration is allowed
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@@ -4,39 +4,62 @@
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parent_organ = BP_GROIN
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organ_tag = BP_APPENDIX
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possible_modifications = list ("Normal","Removed")
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/**
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* The amount of seconds that have passed since starting an appendicitis event.
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* This number is set initially to 1 by the event, and increments by 1 each real life second.
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* While its at 0, no appendix calculations are performed.
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*/
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var/inflamed = 0
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/// The amount of pain to take per second while in stage 1 of appendicitis.
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var/stage_one_pain_per_second = 1
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/// The amount of pain to take per second while in stage 2 of appendicitis.
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var/stage_two_pain_per_second = 1.5
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/// The amount of damage an appendix takes per second while in stage 2 of appendicitis.
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var/stage_two_organ_damage_per_second = 0.006
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/obj/item/organ/internal/appendix/update_icon()
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..()
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if(inflamed)
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icon_state = "[icon_state]inflamed"
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name = "inflamed [name]"
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/obj/item/organ/internal/appendix/process()
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/obj/item/organ/internal/appendix/process(seconds_per_tick)
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..()
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if(!owner || !inflamed || !BP_IS_ROBOTIC(src))
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return
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if(owner.stasis_value > 0)
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// Decrease the effective tickrate when in stasis.
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// Basically, you die of appendicitis slower while in stasis.
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seconds_per_tick /= owner.stasis_value
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var/can_feel_pain = ORGAN_CAN_FEEL_PAIN(src)
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inflamed++
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if(can_feel_pain && prob(5))
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owner.custom_pain("You feel a stinging pain in your abdomen!")
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owner.visible_message("<B>\The [owner]</B> winces slightly.")
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inflamed += seconds_per_tick
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if(can_feel_pain)
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if(prob(5))
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owner.custom_pain("You feel a stinging pain in your abdomen!")
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owner.visible_message("<B>\The [owner]</B> winces slightly.")
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var/obj/item/organ/external/O = owner.get_organ(parent_organ)
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if(O)
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O.add_pain(10)
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if(inflamed > 200 && prob(3))
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take_internal_damage(0.1)
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O.add_pain(stage_one_pain_per_second * seconds_per_tick)
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if(inflamed > 400)
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take_internal_damage(stage_two_organ_damage_per_second * seconds_per_tick)
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if(can_feel_pain)
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owner.visible_message("<B>\The [owner]</B> winces painfully.")
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if(prob(3))
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owner.visible_message("<B>\The [owner]</B> winces painfully.")
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var/obj/item/organ/external/O = owner.get_organ(parent_organ)
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if(O)
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O.add_pain(25)
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O.add_pain(stage_two_pain_per_second * seconds_per_tick)
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owner.adjustToxLoss(1)
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if(inflamed > 400 && prob(1))
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if(inflamed > 800 && prob(1))
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germ_level += rand(2,6)
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owner.vomit()
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if(inflamed > 600 && prob(1))
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if(inflamed > 1200 && prob(1))
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if(can_feel_pain)
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owner.custom_pain("You feel a stinging pain in your abdomen!")
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owner.Weaken(10)
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@@ -120,6 +120,8 @@
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/obj/item/organ/internal/heart/process(seconds_per_tick)
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if(!owner)
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return ..()
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if(owner.stasis_value > 0) // Decrease the effective tickrate when in stasis.
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seconds_per_tick /= owner.stasis_value
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handle_pulse()
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if(pulse)
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if(pulse == PULSE_2FAST)
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@@ -346,9 +348,7 @@
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. = "[pulsesound] pulse"
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// Example heart item that has significantly higher statistics.
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// Also to be used for the Galatean Bio-augments PRs.
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// TODO: After refactoring the organ selector, make it so that this is a selectable heart type(For Galateans)
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// Galatean boosted heart
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/obj/item/organ/internal/heart/boosted_heart
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name = "boosted heart"
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desc = "Intended for athletes, some workers, and soldiers, this improved heart increases blood flow and circulation." \
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@@ -12,34 +12,63 @@
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relative_size = 10
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toxin_type = CE_NEPHROTOXIC
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/obj/item/organ/internal/kidneys/process()
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/// The amount of toxin damage to take per second from coffee while the kidneys are bruised.
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var/bruised_tox_damage_from_coffee = 0.2
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/// The amount of toxin damage to take per second from coffee while the kidneys are broken.
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var/broken_tox_damage_from_coffee = 0.6
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/// Bruised kidneys will leak up to this amount of potassium into the bloodstream.
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var/bruised_max_potassium = 5
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/**
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* Damaged kidneys leak potassium into the blood when processing any medical chems.
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* This is the amount of reagents of potassium per second added to the bloodstream while the kidneys are bruised.
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*/
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var/bruised_potassium_per_second = 0.1
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/// Broken kidneys will leak up to this amount of potassium into the bloodstream. This number should generally be higher than the bruised value.
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var/broken_max_potassium = 15
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/**
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* Damaged kidneys leak potassium into the blood when processing any medical chems.
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* This is the amount of reagents of potassium per second added to the bloodstream while the kidneys are broken.
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*/
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var/broken_potassium_per_second = 4
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/// The amount of toxin damage per second taken by a body with broken kidneys.
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var/broken_toxin_accumulation_per_second = 0.33
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/// The amount of toxin damage per second taken by a body with dead kidneys.
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var/dead_toxin_accumulation_per_second = 0.66
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/obj/item/organ/internal/kidneys/process(seconds_per_tick)
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..()
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if(!owner)
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return
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if(owner.stasis_value > 0) // Decrease the effective tickrate when in stasis.
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seconds_per_tick /= owner.stasis_value
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// Coffee is really bad for you with busted kidneys.
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// This should probably be expanded in some way, but fucked if I know
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// what else kidneys can process in our reagent list.
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var/singleton/reagent/drink/coffee = REAGENT_VOLUME(owner.reagents, /singleton/reagent/drink/coffee)
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if(coffee)
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if(REAGENT_VOLUME(owner.reagents, /singleton/reagent/drink/coffee))
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if(is_bruised())
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owner.adjustToxLoss(0.1)
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owner.adjustToxLoss(bruised_tox_damage_from_coffee * seconds_per_tick)
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else if(is_broken())
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owner.adjustToxLoss(0.3)
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owner.adjustToxLoss(broken_tox_damage_from_coffee * seconds_per_tick)
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if(is_bruised())
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if(prob(5) && REAGENT_VOLUME(reagents, /singleton/reagent/potassium) < 5)
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reagents.add_reagent(/singleton/reagent/potassium, REM*5)
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if(REAGENT_VOLUME(reagents, /singleton/reagent/potassium) < bruised_max_potassium)
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reagents.add_reagent(/singleton/reagent/potassium, bruised_potassium_per_second * seconds_per_tick)
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if(is_broken())
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if(REAGENT_VOLUME(owner.reagents, /singleton/reagent/potassium) < 15)
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owner.reagents.add_reagent(/singleton/reagent/potassium, REM*2)
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if(REAGENT_VOLUME(owner.reagents, /singleton/reagent/potassium) < broken_max_potassium)
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owner.reagents.add_reagent(/singleton/reagent/potassium, broken_potassium_per_second * seconds_per_tick)
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//If your kidneys aren't working, your body's going to have a hard time cleaning your blood.
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if(!owner.chem_effects[CE_ANTITOXIN])
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if(prob(33))
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if(is_broken())
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owner.adjustToxLoss(0.5)
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if(status & ORGAN_DEAD)
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owner.adjustToxLoss(1)
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if(!owner.chem_effects[CE_ANTITOXIN]) // Dylovene fully prevents the toxin accumulation from kidneys.
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if(is_broken())
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owner.adjustToxLoss(broken_toxin_accumulation_per_second * seconds_per_tick)
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if(status & ORGAN_DEAD)
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owner.adjustToxLoss(dead_toxin_accumulation_per_second * seconds_per_tick)
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@@ -76,6 +76,9 @@
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if(!owner)
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return
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if(owner.stasis_value > 0) // Decrease the effective tickrate when in stasis.
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seconds_per_tick /= owner.stasis_value
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if(germ_level > INFECTION_LEVEL_ONE)
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owner.notify_message(SPAN_WARNING(infection_level_one_warning), 2 MINUTES)
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if(germ_level > INFECTION_LEVEL_TWO && prob(1))
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@@ -160,6 +163,7 @@
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return TRUE
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return FALSE
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// Galatean bioaugmented liver. Dramatically enhanced over a base human liver.
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/obj/item/organ/internal/liver/boosted_liver
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name = "boosted liver"
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desc = "Designed primarily for diplomats or Galateans abroad, the boosted liver improves toxin filtering, giving a resistance to toxin damage. As a consequence, it makes it impossible for the user to get drunk."
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@@ -101,38 +101,40 @@
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/obj/item/organ/internal/stomach/process()
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..()
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if(owner)
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var/functioning = is_usable()
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if(damage >= min_bruised_damage && prob((damage / max_damage) * 100))
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functioning = FALSE
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if(!owner)
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return
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if(functioning)
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for(var/mob/living/M in contents)
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if(M.stat == DEAD)
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addtimer(CALLBACK(src, PROC_REF(digest_mob), M), 5 MINUTES, TIMER_UNIQUE)
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var/functioning = is_usable()
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if(damage >= min_bruised_damage && prob((damage / max_damage) * 100))
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functioning = FALSE
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M.adjustBruteLoss(2)
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M.adjustFireLoss(2)
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if(functioning)
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for(var/mob/living/M in contents)
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if(M.stat == DEAD)
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addtimer(CALLBACK(src, PROC_REF(digest_mob), M), 5 MINUTES, TIMER_UNIQUE)
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var/digestion_product = M.get_digestion_product()
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if(digestion_product)
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ingested.add_reagent(digestion_product, rand(1,3))
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M.adjustBruteLoss(2)
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M.adjustFireLoss(2)
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else if(world.time >= next_cramp)
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next_cramp = world.time + rand(200,800)
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owner.custom_pain("Your stomach cramps agonizingly!",1)
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var/digestion_product = M.get_digestion_product()
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if(digestion_product)
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ingested.add_reagent(digestion_product, rand(1,3))
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if(should_process_alcohol)
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else if(world.time >= next_cramp)
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next_cramp = world.time + rand(200,800)
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owner.custom_pain("Your stomach cramps agonizingly!",1)
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var/alcohol_volume = REAGENT_VOLUME(ingested, /singleton/reagent/alcohol)
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if(should_process_alcohol)
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// Alcohol counts as double volume for the purposes of vomit probability
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var/effective_volume = ingested.total_volume + alcohol_volume
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var/alcohol_volume = REAGENT_VOLUME(ingested, /singleton/reagent/alcohol)
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// Just over the limit, the probability will be low. It rises a lot such that at double ingested it's 64% chance.
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var/vomit_probability = (effective_volume / stomach_volume) ** 6
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if(prob(vomit_probability))
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owner.vomit()
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// Alcohol counts as double volume for the purposes of vomit probability
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var/effective_volume = ingested.total_volume + alcohol_volume
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// Just over the limit, the probability will be low. It rises a lot such that at double ingested it's 64% chance.
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var/vomit_probability = (effective_volume / stomach_volume) ** 6
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if(prob(vomit_probability))
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owner.vomit()
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/obj/item/organ/internal/stomach/proc/digest_mob(mob/M)
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if(!QDELETED(M))
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