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cee3066a41
* expanding rupture procs adds hydromagnetic traps for power production. * Minor tweaks. * Adds modular guns using research components. * Updates materials to have a radiation_resistance variable, used in calculating radiation. Adds Lead as a material. * Un-zeros stock material radiation resistance. * Adds, and enables four 'end-events' for the RUST in place of the old Rupture() proc. * Map muckery? * absolute pathing i guess? * getting angry, travis. * TRAVIS STAHP * I... Comments? Lists? Who the hell knows.
55 lines
1.6 KiB
Plaintext
55 lines
1.6 KiB
Plaintext
#define ENERGY_PER_K 20
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#define MINIMUM_PLASMA_TEMPERATURE 10000
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/obj/machinery/power/hydromagnetic_trap
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name = "\improper hydromagnetic trap"
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desc = "A device for extracting power from high-energy plasma in toroidal fields."
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icon = 'icons/obj/machines/power/fusion.dmi'
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icon_state = "mag_trap0"
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anchored = 1
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var/list/things_in_range = list()//what is in a radius of us?
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var/list/fields_in_range = list()//What EM fields are in that radius?
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var/list/active_field = list()//Our active field.
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var/active = 0 //are we even on?
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var/id_tag //needed for !!rasins!!
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/obj/machinery/power/hydromagnetic_trap/process()
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if(!powernet && anchored == 1)
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return
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spawn(1)
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Active()
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Search()
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/obj/machinery/power/hydromagnetic_trap/proc/Search()//let's not have +100 instances of the same field in active_field.
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things_in_range = range(7, src)
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var/obj/effect/fusion_em_field/FFF
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for (FFF in things_in_range)
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fields_in_range.Add(FFF)
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for (FFF in fields_in_range)
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if (active_field.len > 0)
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return
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else if (active_field.len == 0)
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Link()
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return
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/obj/machinery/power/hydromagnetic_trap/proc/Link() //discover our EM field
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var/obj/effect/fusion_em_field/FFF
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for(FFF in fields_in_range)
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if (FFF.id_tag != id_tag)
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return
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active_field += FFF
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active = 1
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return
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/obj/machinery/power/hydromagnetic_trap/proc/Active()//POWERRRRR
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var/obj/effect/fusion_em_field/FF
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if (active == 0)
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return
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for (FF in active_field)
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if (FF.plasma_temperature >= MINIMUM_PLASMA_TEMPERATURE)
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icon_state = "mag_trap1"
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add_avail(ENERGY_PER_K * FF.plasma_temperature)
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if (FF.plasma_temperature <= MINIMUM_PLASMA_TEMPERATURE)
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icon_state = "mag_trap0"
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return
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