Refactor of the lowpop power recharge system (#26336)

* Refactor of the lowpop power recharge system

* Let's run it more quietly

* Changed comments to be more accurate after the changes

* Config now matches

* Hysteresis ho!
This commit is contained in:
Useroth
2024-02-06 22:01:32 +01:00
committed by GitHub
parent 285ff4af48
commit f94f0da42e
3 changed files with 43 additions and 53 deletions
+4 -3
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@@ -154,11 +154,12 @@ ARRIVALS_WAIT 150
## Enables or disables the lowpop system entirely.
# LOWPOP_MEASURES_ENABLED
## The threshold for enabling/disabling the lowpop system LIVE. It's updated every so often(see below).
LOWPOP_THRESHOLD 10
## The thresholds for enabling/disabling the lowpop system. Hysteresis ho!
LOWPOP_THRESHOLD_DISABLE 12
LOWPOP_THRESHOLD_ENABLE 9
## The lowpop subsystem fire rate. It does actions each time it fires.(default is 10 minutes)
LOWPOP_SUBSYSTEM_FIRE 6000
LOWPOP_SUBSYSTEM_FIRE 3000
## Uncomment to make veteran quirks and jobs available to everybody
#BYPASS_VETERAN_SYSTEM
+7 -4
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@@ -2,10 +2,13 @@
/datum/config_entry/flag/lowpop_measures_enabled
default = FALSE
// The threshold for lowpop systems to be enabled.
/datum/config_entry/number/lowpop_threshold
default = 10
// The thresholsd for lowpop systems to be enabled/disabled.
/datum/config_entry/number/lowpop_threshold_disable
default = 12
/datum/config_entry/number/lowpop_threshold_enable
default = 9
// How often the subsystem should fire.
/datum/config_entry/number/lowpop_subsystem_fire
default = 10 MINUTES
default = 5 MINUTES
@@ -1,14 +1,13 @@
#define LOWPOP_ON_MESSAGE "Due to staffing issues, we have enacted the 'critically low staff' protocol. We will periodically use our high-intensity electron beam to recharge your SMES arrays."
#define LOWPOP_OFF_MESSAGE "As the staffing issues have been resolved, we have resumed normal staffing protocol. Automatic SMES recharging will no longer occur."
#define SMES_CRITICALLY_LOW_PERCENTAGE 5
#define RECHARGE_THRESHOLD 70
// A subsystem for handling lowpop affairs.
SUBSYSTEM_DEF(lowpop)
name = "Lowpop Control Measures"
wait = 10 MINUTES
wait = 5 MINUTES
runlevels = RUNLEVEL_GAME
/// Since the last fire, were the measures on or off?
/// Are lowpop measures currently in effect?
var/lowpop_active = FALSE
/// List of atmos machinery we set no power to
var/static/list/atmos_machinery_no_power = list(
@@ -21,69 +20,61 @@ SUBSYSTEM_DEF(lowpop)
can_fire = FALSE
return SS_INIT_NO_NEED
wait = CONFIG_GET(number/lowpop_subsystem_fire)
if(LAZYLEN(GLOB.player_list) > CONFIG_GET(number/lowpop_threshold)) // Don't announce it if we're not within the threshold. We use player list as people haven't spawned in yet.
return SS_INIT_SUCCESS
RegisterSignal(SSticker, COMSIG_TICKER_ROUND_STARTING, PROC_REF(roundstart_check))
RegisterSignal(SSticker, COMSIG_TICKER_ROUND_STARTING, PROC_REF(lowpop_check))
return SS_INIT_SUCCESS
/**
* Roundstart check
*
* We check at roundstart if we should activate the measures.
* We check if we should activate the measures.
*/
/datum/controller/subsystem/lowpop/proc/roundstart_check()
if(get_active_player_count(TRUE, FALSE, FALSE) > CONFIG_GET(number/lowpop_threshold))
/datum/controller/subsystem/lowpop/proc/lowpop_check()
var/player_count = get_active_player_count(TRUE, FALSE, FALSE)
if(player_count >= CONFIG_GET(number/lowpop_threshold_disable))
disable_lowpop_measures()
return // If we go above it don't do it!
enable_lowpop_measures()
addtimer(CALLBACK(src, PROC_REF(send_announcement), LOWPOP_ON_MESSAGE), rand(10 SECONDS, 30 SECONDS))
return
if(player_count <= CONFIG_GET(number/lowpop_threshold_enable))
enable_lowpop_measures()
return
/datum/controller/subsystem/lowpop/proc/send_announcement(message)
priority_announce(message, "Staffing Bureau")
/datum/controller/subsystem/lowpop/fire(resumed)
var/fire_population_count = get_active_player_count(TRUE, FALSE, FALSE)
if(fire_population_count <= CONFIG_GET(number/lowpop_threshold)) // Oh no, we went below the threshold.
enable_lowpop_measures()
if(!lowpop_active)
return
// First, check if we need to turn these measures off.
if(fire_population_count > CONFIG_GET(number/lowpop_threshold))
// Okay, we're high enough again, lets turn it off, and let everyone know!
disable_lowpop_measures()
addtimer(CALLBACK(src, PROC_REF(send_announcement), LOWPOP_OFF_MESSAGE), rand(10 SECONDS, 30 SECONDS))
return
power_restore()
lowpop_check()
if (lowpop_active)
power_restore()
/datum/controller/subsystem/lowpop/proc/enable_lowpop_measures()
if (lowpop_active)
return
lowpop_active = TRUE
update_power_changes()
addtimer(CALLBACK(src, PROC_REF(send_announcement), LOWPOP_ON_MESSAGE), rand(10 SECONDS, 30 SECONDS))
/datum/controller/subsystem/lowpop/proc/disable_lowpop_measures()
if (!lowpop_active)
return
lowpop_active = FALSE
update_power_changes()
addtimer(CALLBACK(src, PROC_REF(send_announcement), LOWPOP_OFF_MESSAGE), rand(10 SECONDS, 30 SECONDS))
/**
* Changes the power requirements of some things.
*/
/datum/controller/subsystem/lowpop/proc/update_power_changes()
if(lowpop_active)
for(var/obj/machinery/atmospherics/atmos_device as anything in GLOB.atmos_components)
if(is_type_in_list(atmos_device, atmos_machinery_no_power))
for(var/obj/machinery/atmospherics/atmos_device as anything in GLOB.atmos_components)
if(is_type_in_list(atmos_device, atmos_machinery_no_power))
if(lowpop_active)
atmos_device.update_use_power(NO_POWER_USE)
else
for(var/obj/machinery/atmospherics/atmos_device as anything in GLOB.atmos_components)
if(is_type_in_list(atmos_device, atmos_machinery_no_power))
else
atmos_device.update_use_power(initial(atmos_device.use_power))
/**
* Here we check a few things, namely, if the SMES on station are more than percent critically low, we recharge!
* Here, we recharge!
*/
/datum/controller/subsystem/lowpop/proc/power_restore()
var/list/all_smes = SSmachines.get_machines_by_type_and_subtypes(/obj/machinery/power/smes)
var/list/critically_low_smes = list()
var/list/valid_smes = list()
for(var/obj/machinery/power/smes/smes as anything in all_smes)
@@ -91,20 +82,15 @@ SUBSYSTEM_DEF(lowpop)
if(!is_station_level(smes.z))
continue
LAZYADD(valid_smes, smes)
// check if it's actually low on power
if((smes.charge / smes.capacity * 100) < SMES_CRITICALLY_LOW_PERCENTAGE)
LAZYADD(critically_low_smes, smes)
// check if enough of them are out of power
if((LAZYLEN(critically_low_smes) / LAZYLEN(valid_smes) * 100) < RECHARGE_THRESHOLD)
return
// recharge all those smes if we're out of power!
for(var/obj/machinery/power/smes/smes as anything in valid_smes)
smes.charge = smes.capacity
smes.output_level = smes.output_level_max
smes.input_level = smes.input_level_max
smes.output_level = smes.output_level_max * 0.8
smes.output_attempt = TRUE
smes.update_appearance()
smes.power_change()
minor_announce("All SMESs on [station_name()] have been recharged via electron beam.", "Power Systems Recharged")
// Let's keep it running quieter
// minor_announce("All SMESs on [station_name()] have been recharged via electron beam.", "Power Systems Recharged")