Radiation rework and subsystem
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CitadelStationBot
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692e226d24
commit
55e8f6526c
@@ -0,0 +1,9 @@
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/datum/component/rad_insulation // Yes, this really is just a component to add some vars
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var/amount // Multiplier for radiation strength passing through
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var/protects // Does this protect things in its contents from being affected?
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var/contamination_proof // Can this object be contaminated?
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/datum/component/rad_insulation/Initialize(_amount=RAD_MEDIUM_INSULATION, _protects=TRUE, _contamination_proof=TRUE)
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amount = _amount
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protects = _protects
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contamination_proof = _contamination_proof
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@@ -0,0 +1,73 @@
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#define RAD_AMOUNT_LOW 50
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#define RAD_AMOUNT_MEDIUM 200
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#define RAD_AMOUNT_HIGH 500
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#define RAD_AMOUNT_EXTREME 1000
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/datum/component/radioactive
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dupe_mode = COMPONENT_DUPE_UNIQUE
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var/hl3_release_date //the half-life measured in ticks
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var/strength
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var/can_contaminate
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/datum/component/radioactive/Initialize(_strength=0, _half_life=RAD_HALF_LIFE, _can_contaminate=TRUE)
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strength = _strength
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hl3_release_date = _half_life
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can_contaminate = _can_contaminate
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if(istype(parent, /atom))
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RegisterSignal(COMSIG_PARENT_EXAMINE, .proc/rad_examine)
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if(istype(parent, /obj/item))
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RegisterSignal(COMSIG_ITEM_ATTACK, .proc/rad_attack)
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RegisterSignal(COMSIG_ITEM_ATTACK_OBJ, .proc/rad_attack)
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else
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CRASH("Something that wasn't an atom was given /datum/component/radioactive")
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return
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START_PROCESSING(SSradiation, src)
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/datum/component/radioactive/Destroy()
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STOP_PROCESSING(SSradiation, src)
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return ..()
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/datum/component/radioactive/process()
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radiation_pulse(get_turf(parent),strength,1,FALSE,can_contaminate)
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if(hl3_release_date && prob(50))
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strength -= strength / hl3_release_date
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if(strength <= RAD_BACKGROUND_RADIATION)
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qdel(src)
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/datum/component/radioactive/InheritComponent(datum/component/C, i_am_original)
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if(!i_am_original)
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return
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if(!hl3_release_date) // Permanently radioactive things don't get to grow stronger
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return
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var/datum/component/radioactive/other = C
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strength = max(strength, other.strength)
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return
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/datum/component/radioactive/proc/rad_examine(mob/user, atom/thing)
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var/atom/master = parent
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var/list/out = list()
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if(get_dist(master, user) <= 1)
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out += "The air around [master] feels warm"
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switch(strength)
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if(RAD_AMOUNT_LOW to RAD_AMOUNT_MEDIUM)
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out += "[out ? " and it " : "[master] "]feels weird to look at."
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if(RAD_AMOUNT_MEDIUM to RAD_AMOUNT_HIGH)
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out += "[out ? " and it " : "[master] "]seems to be glowing a bit."
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if(RAD_AMOUNT_HIGH to INFINITY) //At this level the object can contaminate other objects
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out += "[out ? " and it " : "[master] "]hurts to look at."
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else
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out += "."
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to_chat(user, out.Join())
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/datum/component/radioactive/proc/rad_attack(atom/movable/target, mob/living/user)
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radiation_pulse(get_turf(target), strength/20)
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target.rad_act(strength/2)
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#undef RAD_AMOUNT_LOW
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#undef RAD_AMOUNT_MEDIUM
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#undef RAD_AMOUNT_HIGH
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#undef RAD_AMOUNT_EXTREME
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@@ -0,0 +1,98 @@
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/datum/radiation_wave
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var/turf/master_turf //The center of the wave
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var/steps=0 //How far we've moved
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var/intensity //How strong it was originaly
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var/range_modifier //Higher than 1 makes it drop off faster, 0.5 makes it drop off half etc
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var/move_dir //The direction of movement
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var/list/__dirs //The directions to the side of the wave, stored for easy looping
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var/can_contaminate
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/datum/radiation_wave/New(turf/place, dir, _intensity=0, _range_modifier=RAD_DISTANCE_COEFFICIENT, _can_contaminate=TRUE)
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master_turf = place
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move_dir = dir
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__dirs = list()
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__dirs+=turn(dir, 90)
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__dirs+=turn(dir, -90)
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intensity = _intensity
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range_modifier = _range_modifier
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can_contaminate = _can_contaminate
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START_PROCESSING(SSradiation, src)
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/datum/radiation_wave/Destroy()
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STOP_PROCESSING(SSradiation, src)
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return ..()
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/datum/radiation_wave/process()
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master_turf = get_step(master_turf, move_dir)
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steps++
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var/list/atoms = get_rad_atoms()
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var/strength
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if(steps>1)
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strength = InverseSquareLaw(intensity, max(range_modifier*steps, 1), 1)
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else
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strength = intensity
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if(strength<RAD_BACKGROUND_RADIATION)
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qdel(src)
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return
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radiate(atoms, Floor(strength))
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check_obstructions(atoms) // reduce our overall strength if there are radiation insulators
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/datum/radiation_wave/proc/get_rad_atoms()
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var/list/atoms = list()
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var/distance = steps
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var/cmove_dir = move_dir
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var/cmaster_turf = master_turf
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if(cmove_dir == NORTH || cmove_dir == SOUTH)
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distance-- //otherwise corners overlap
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atoms += get_rad_contents(cmaster_turf)
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var/turf/place
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for(var/dir in __dirs) //There should be just 2 dirs in here, left and right of the direction of movement
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place = cmaster_turf
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for(var/i in 1 to distance)
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place = get_step(place, dir)
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atoms += get_rad_contents(place)
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return atoms
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/datum/radiation_wave/proc/check_obstructions(list/atoms)
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var/width = steps
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var/cmove_dir = move_dir
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if(cmove_dir == NORTH || cmove_dir == SOUTH)
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width--
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width = 1+(2*width)
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for(var/k in 1 to atoms.len)
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var/atom/thing = atoms[k]
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if(!thing)
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continue
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var/datum/component/rad_insulation/insulation = thing.GetComponent(/datum/component/rad_insulation)
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if(!insulation)
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continue
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intensity = intensity*(1-((1-insulation.amount)/width)) // The further out the rad wave goes the less it's affected by insulation
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/datum/radiation_wave/proc/radiate(list/atoms, strength)
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for(var/k in 1 to atoms.len)
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var/atom/thing = atoms[k]
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if(!thing)
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continue
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thing.rad_act(strength)
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var/static/list/blacklisted = typecacheof(list(/turf))
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if(!can_contaminate || blacklisted[thing.type])
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continue
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if(prob((strength-RAD_MINIMUM_CONTAMINATION) * RAD_CONTAMINATION_CHANCE_COEFFICIENT * min(1/(steps*range_modifier), 1))) // Only stronk rads get to have little baby rads
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var/datum/component/rad_insulation/insulation = thing.GetComponent(/datum/component/rad_insulation)
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if(insulation && insulation.contamination_proof)
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continue
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else
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thing.AddComponent(/datum/component/radioactive, (strength-RAD_MINIMUM_CONTAMINATION) * RAD_CONTAMINATION_STR_COEFFICIENT * min(1/(steps*range_modifier), 1))
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@@ -43,7 +43,7 @@
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else
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H.randmutg()
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H.domutcheck()
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L.rad_act(20,1)
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L.rad_act(20)
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/datum/weather/rad_storm/end()
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if(..())
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