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4c48966ff8
This tracks the seconds per tick of a subsystem, however note that it is not completely accurate, as subsystems can be delayed, however it's useful to have this number as a multiplier or ratio, so that if in future someone changes the subsystem wait time code correctly adjusts how fast it applies effects regexes used git grep --files-with-matches --name-only 'DT_PROB' | xargs -l sed -i 's/DT_PROB/SPT_PROB/g' git grep --files-with-matches --name-only 'delta_time' | xargs -l sed -i 's/delta_time/seconds_per_tick/g'
39 lines
1.1 KiB
Plaintext
39 lines
1.1 KiB
Plaintext
#define DELAY_BETWEEN_RADIATION_PULSES (3 SECONDS)
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/// This atom will regularly pulse radiation.
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/// As this is only applied on uranium objects for now, this defaults to uranium constants.
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/datum/element/radioactive
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element_flags = ELEMENT_DETACH_ON_HOST_DESTROY
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var/list/radioactive_objects = list()
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/datum/element/radioactive/New()
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START_PROCESSING(SSdcs, src)
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/datum/element/radioactive/Attach(datum/target)
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. = ..()
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radioactive_objects[target] = world.time
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/datum/element/radioactive/Detach(datum/source, ...)
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radioactive_objects -= source
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return ..()
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/datum/element/radioactive/process(seconds_per_tick)
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for (var/radioactive_object in radioactive_objects)
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if (world.time - radioactive_objects[radioactive_object] < DELAY_BETWEEN_RADIATION_PULSES)
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continue
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radiation_pulse(
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radioactive_object,
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max_range = 3,
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threshold = RAD_LIGHT_INSULATION,
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chance = URANIUM_IRRADIATION_CHANCE,
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minimum_exposure_time = URANIUM_RADIATION_MINIMUM_EXPOSURE_TIME,
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)
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radioactive_objects[radioactive_object] = world.time
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#undef DELAY_BETWEEN_RADIATION_PULSES
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