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https://github.com/Aurorastation/Aurora.3.git
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Fixes for ZAS, including fire, geometry, rebuilding consideration, and atmospheric lockdowns. In addition, improved supermatter, and humans now absorb all the oxygen they inhale, due to the ludicrous volumes of air normally encountered (Does not reduce effectiveness of air tanks)
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SkyMarshal
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code/WorkInProgress/Cael_Aislinn/Supermatter/Shard.dmi
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code/WorkInProgress/Cael_Aislinn/Supermatter/Shard.dmi
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@@ -1,10 +1,22 @@
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#define NITROGEN_RETARDATION_FACTOR 12 //Higher == N2 slows reaction more
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#define THERMAL_RELEASE_MODIFIER 20 //Higher == less heat released during reaction
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#define PLASMA_RELEASE_MODIFIER 200 //Higher == less plasma released by reaction
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#define OXYGEN_RELEASE_MODIFIER 150 //Higher == less oxygen released at high temperature/power
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#define REACTION_POWER_MODIFIER 1.1 //Higher == more overall power
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#define THERMAL_RELEASE_MODIFIER 0.55 //Percentage of output power given to heat generation.
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#define WARNING_DELAY 30 //30 seconds between warnings.
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#define PLASMA_RELEASE_MODIFIER 0.24 //Percentage of output power given to plasma generation.
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#define PLASMA_CONVERSION_FACTOR 50 //How much energy per mole of plasma
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#define MAX_PLASMA_RELATIVE_INCREASE 0.3 //Percentage of current plasma amounts that can be added to preexisting plasma.
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#define OXYGEN_RELEASE_MODIFIER 0.13 //Percentage of output power given to oxygen generation.
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#define OXYGEN_CONVERSION_FACTOR 150 //How much energy per mole of oxygen.
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#define MAX_OXYGEN_RELATIVE_INCREASE 0.2 //Percentage of current oxygen amounts that can be added to preexisting oxygen.
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#define RADIATION_POWER_MODIFIER 0.03 //How much power goes to irradiating the area.
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#define RADIATION_FACTOR 10
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#define HALLUCINATION_POWER_MODIFIER 0.05 //How much power goes to hallucinations.
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#define HALLUCINATION_FACTOR 20
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#define REACTION_POWER_MODIFIER 4 //Higher == more overall power
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#define WARNING_DELAY 45 //45 seconds between warnings.
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/obj/machinery/power/supermatter
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name = "Supermatter"
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@@ -19,14 +31,18 @@
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var/gasefficency = 0.25
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var/base_icon_state = "darkmatter"
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var/damage = 0
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var/damage_archived = 0
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var/safe_alert = "Crystaline hyperstructure returning to safe operating levels."
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var/warning_point = 300
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var/warning_point = 100
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var/warning_alert = "Danger! Crystal hyperstructure instability!"
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var/emergency_point = 3000
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var/emergency_point = 700
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var/emergency_alert = "CRYSTAL DELAMINATION IMMINENT"
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var/explosion_point = 4500
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var/explosion_point = 1000
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var/emergency_issued = 0
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var/explosion_power = 8
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@@ -34,27 +50,25 @@
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var/power = 0
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var/halucination_range = 8
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var/rad_range = 4
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shard //Small subtype, less efficient and more sensitive, but less boom.
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name = "Supermatter Shard"
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desc = "A strangely translucent and iridescent crystal. Looks like it used to be part of a larger structure. \red You get headaches just from looking at it."
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warning_point = 200
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emergency_point = 2500
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explosion_point = 3500
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icon_state = "darkmatter_shard"
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base_icon_state = "darkmatter_shard"
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gasefficency = 12.5
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halucination_range = 5
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rad_range = 2
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warning_point = 50
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emergency_point = 500
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explosion_point = 900
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explosion_power = 2 //2,4,6,8? Or is that too small?
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gasefficency = 0.125
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explosion_power = 3 //3,6,9,12? Or is that too small?
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process()
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var/turf/simulated/L = loc
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var/turf/L = loc
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if(!istype(L)) //If we are not on a turf, uh oh.
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del src
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@@ -63,31 +77,36 @@
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var/datum/gas_mixture/env = L.return_air()
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//Remove gas from surrounding area
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var/transfer_moles = gasefficency * env.total_moles
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var/datum/gas_mixture/removed = env.remove(transfer_moles)
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var/datum/gas_mixture/removed = env.remove(gasefficency * env.total_moles)
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if (!removed)
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return 1
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damage_archived = damage
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damage = max( damage + ( (removed.temperature - 1000) / 150 ) , 0 )
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if(damage > warning_point) // while the core is still damaged and it's still worth noting its status
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if((world.timeofday - lastwarning) / 10 >= WARNING_DELAY)
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if(damage > emergency_point)
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radioalert("states, \"[emergency_alert]\"","Supermatter Monitor")
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lastwarning = world.timeofday
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else if(damage >= damage_archived) // The damage is still going up
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radioalert("states, \"[warning_alert]\"","Supermatter Monitor")
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lastwarning = world.timeofday-150
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else // Phew, we're safe
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radioalert("states, \"[safe_alert]\"","Supermatter Monitor")
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lastwarning = world.timeofday
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lastwarning = world.timeofday
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if(damage > explosion_point)
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explosion(loc,explosion_power,explosion_power*2,explosion_power*3,explosion_power*4,1)
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del src
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damage_archived = damage
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damage = max( damage + ( (removed.temperature - 1000) / 150 ) , 0 )
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if(!removed.total_moles)
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damage += max((power-1600)/10,0)
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power = max(power,1600)
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return 1
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var/nitrogen_mod = abs((removed.nitrogen / removed.total_moles)) * NITROGEN_RETARDATION_FACTOR
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var/oxygen = max(min(removed.oxygen / removed.total_moles - nitrogen_mod, 1), 0)
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@@ -95,47 +114,72 @@
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if(oxygen > 0.8)
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// with a perfect gas mix, make the power less based on heat
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temp_factor = 100
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icon_state = "darkmatter_glow"
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icon_state = "[base_icon_state]_glow"
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else
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// in normal mode, base the produced energy around the heat
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temp_factor = 20
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icon_state = "darkmatter"
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temp_factor = 60
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icon_state = base_icon_state
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//Calculate power released as heat and gas, in as the sqrt of the power.
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var/power_factor = (power/100) ** 3
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var/power_factor = (power/500) ** 3
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var/device_energy = oxygen * power_factor
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power = max(round((removed.temperature - T0C) / temp_factor) + power - power_factor, 0) //Total laser power plus an overload factor
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//Final energy calcs.
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device_energy *= removed.temperature / T0C
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device_energy = round(device_energy * REACTION_POWER_MODIFIER)
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device_energy = max(device_energy * REACTION_POWER_MODIFIER,0)
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//To figure out how much temperature to add each tick, consider that at one atmosphere's worth
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//of pure oxygen, with all four lasers firing at standard energy and no N2 present, at room temperature
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//that the device energy is around 2140. At that stage, we don't want too much heat to be put out
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//Since the core is effectively "cold"
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//To figure out how much temperature to add each tick, consider that at one atmosphere's worth
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//of pure oxygen, with all four lasers firing at standard energy and no N2 present, at room temperature
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//that the device energy is around 2140. At that stage, we don't want too much heat to be put out
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//Since the core is effectively "cold"
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//Also keep in mind we are only adding this temperature to (efficiency)% of the one tile the rock
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//is on. An increase of 4*C @ 25% efficiency here results in an increase of 1*C / (#tilesincore) overall.
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removed.temperature += max((device_energy / THERMAL_RELEASE_MODIFIER), 0)
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//Also keep in mind we are only adding this temperature to (efficiency)% of the one tile the rock
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//is on. An increase of 4*C @ 25% efficiency here results in an increase of 1*C / (#tilesincore) overall.
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removed.temperature = min(removed.temperature, 1500)
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var/plasma_energy = device_energy * PLASMA_RELEASE_MODIFIER
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var/oxygen_energy = device_energy * OXYGEN_RELEASE_MODIFIER
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var/other_energy = device_energy * (1- (OXYGEN_RELEASE_MODIFIER + PLASMA_RELEASE_MODIFIER))
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//Calculate how much gas to release
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removed.toxins += max(device_energy / PLASMA_RELEASE_MODIFIER, 0)
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//Put as much plasma out as is permitted.
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if( plasma_energy > removed.total_moles * PLASMA_CONVERSION_FACTOR * MAX_PLASMA_RELATIVE_INCREASE / gasefficency)
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removed.toxins += (MAX_PLASMA_RELATIVE_INCREASE * removed.total_moles / gasefficency)
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other_energy += plasma_energy - (removed.total_moles * PLASMA_CONVERSION_FACTOR * MAX_PLASMA_RELATIVE_INCREASE / gasefficency)
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else
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removed.toxins += plasma_energy/PLASMA_CONVERSION_FACTOR
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removed.oxygen += max((device_energy + removed.temperature - T0C) / OXYGEN_RELEASE_MODIFIER, 0)
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//Put as much plasma out as is permitted.
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if( oxygen_energy > removed.total_moles * OXYGEN_CONVERSION_FACTOR * MAX_OXYGEN_RELATIVE_INCREASE / gasefficency)
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removed.oxygen += (MAX_OXYGEN_RELATIVE_INCREASE * removed.total_moles / gasefficency)
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other_energy += oxygen_energy - (removed.total_moles * OXYGEN_CONVERSION_FACTOR * MAX_OXYGEN_RELATIVE_INCREASE / gasefficency)
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else
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removed.oxygen += oxygen_energy/OXYGEN_CONVERSION_FACTOR
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var/heat_energy = (other_energy*THERMAL_RELEASE_MODIFIER)/(1-(OXYGEN_RELEASE_MODIFIER + PLASMA_RELEASE_MODIFIER))
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var/hallucination_energy = (other_energy*HALLUCINATION_POWER_MODIFIER*HALLUCINATION_FACTOR)/(1-(OXYGEN_RELEASE_MODIFIER + PLASMA_RELEASE_MODIFIER))
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var/rad_energy = (other_energy*RADIATION_POWER_MODIFIER*RADIATION_FACTOR)/(1-(OXYGEN_RELEASE_MODIFIER + PLASMA_RELEASE_MODIFIER))
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var/heat_applied = max(heat_energy,0)
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if(heat_applied + removed.temperature > 800)
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removed.temperature = 800
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var/energy_to_reconsider = (heat_applied + removed.temperature - 800)
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hallucination_energy += (energy_to_reconsider*HALLUCINATION_POWER_MODIFIER)/(HALLUCINATION_POWER_MODIFIER+RADIATION_POWER_MODIFIER)
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rad_energy += (energy_to_reconsider*RADIATION_POWER_MODIFIER)/(HALLUCINATION_POWER_MODIFIER+RADIATION_POWER_MODIFIER)
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else
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removed.temperature += heat_applied
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removed.update_values()
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env.merge(removed)
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for(var/mob/living/carbon/human/l in range(src, halucination_range)) // you have to be seeing the core to get hallucinations
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for(var/mob/living/carbon/human/l in view(src, round(hallucination_energy**0.25))) // you have to be seeing the core to get hallucinations
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if(prob(10) && !istype(l.glasses, /obj/item/clothing/glasses/meson))
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l.hallucination = 50
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world << "Inducing hallucinations"
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l.hallucination += hallucination_energy/((get_dist(l,src)**2))
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for(var/mob/living/l in range(src,rad_range))
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l.apply_effect(rand(20,60)/(get_dist(src, l)+1), IRRADIATE)
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for(var/mob/living/l in range(src,round(rad_energy**0.25)))
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var/rads = rad_energy/((get_dist(l,src)**2))
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l.apply_effect(rads, IRRADIATE)
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return 1
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