electrified_buckle

attach it to any atom/movable that can be buckled to in order to have it shock mobs buckled to it. by default it shocks mobs buckled to parent every shock_loop_time. the parent is supposed to define its behavior with arguments in AddComponent

Vars
area_power_channel	what area power channel do we check if area power is required?
electric_buckle_cooldown	it will only shock once every shock_loop_time
print_message	do we output a message every time someone gets shocked?
requested_overlays	this is casted to the overlay we put on parent_chair
requested_signal_parent_emits	this signal was given as an argument to register for parent to emit, if its emitted to parent then shock_on_demand is called. var is so it can be unregistered
required_object	if usage_flags has SHOCK_REQUIREMENT_ITEM, this is the item required to be inside parent in order for it to shock buckled mobs
shock_damage	how much damage is done per shock iff usage_flags doesnt have SHOCK_REQUIREMENT_LIVE_CABLE
shock_flags	details of how we electrocute people
shock_immediately	if true we zap the buckled mob as soon as it becomes buckled
shock_loop_time	how long the component waits before shocking the mob buckled to parent again
shock_on_loop	if true, this will shock the buckled mob every shock_loop_time in process()
usage_flags	these flags tells this instance what is required in order to allow shocking
Procs
Initialize	Initialize args:
do_electrocution	Zap whoever is buckled to us
process	where the guinea pig is actually shocked if possible

Var Details

var
area_power_channel
–

what area power channel do we check if area power is required?

var
electric_buckle_cooldown
–

it will only shock once every shock_loop_time

var
print_message
–

do we output a message every time someone gets shocked?

var
requested_overlays
– /list

this is casted to the overlay we put on parent_chair

var
requested_signal_parent_emits
–

this signal was given as an argument to register for parent to emit, if its emitted to parent then shock_on_demand is called. var is so it can be unregistered

var
required_object
– /obj/item

if usage_flags has SHOCK_REQUIREMENT_ITEM, this is the item required to be inside parent in order for it to shock buckled mobs

var
shock_damage
–

how much damage is done per shock iff usage_flags doesnt have SHOCK_REQUIREMENT_LIVE_CABLE

var
shock_flags
–

details of how we electrocute people

var
shock_immediately
–

if true we zap the buckled mob as soon as it becomes buckled

var
shock_loop_time
–

how long the component waits before shocking the mob buckled to parent again

var
shock_on_loop
–

if true, this will shock the buckled mob every shock_loop_time in process()

var
usage_flags
–

these flags tells this instance what is required in order to allow shocking

Proc Details

↑
Initialize
(input_requirements, /obj/item/input_item, /list/overlays_to_add, override_buckle, damage_on_shock, shock_immediately, print_message, signal_to_register_from_parent, loop_length, area_power_channel, shock_flags)

Initialize args:

input_requirements - bitflag that defines how the component is supposed to act, see __DEFINES/electrified_buckle.dm for the options. sets usage_flags
input_item - if set to an item and input_requirements has SHOCK_REQUIREMENT_ITEM, moves that item inside parent and the component will delete itself if input_item no longer exists/moves out of parent. sets required_object
overlays_to_add - pass in a list of images and the component will add them to parent as well as remove them in UnregisterFromParent(). sets requested_overlays
override_buckle - if TRUE, sets parent.can_buckle = TRUE and resets it on UnregisterFromParent(), usually objects that have need to be overridden will look janky on buckle
damage_on_shock - if SHOCK_REQUIREMENT_LIVE_CABLE is not set in input_requirements, then this is how much damage each shock does. sets shock_damage
shock_immediately - if TRUE we will shock the buckled mob the first time we process after buckling, otherwise we wait until the cooldown has passed
print_message - if TRUE we will show a message every time we electrocute someone during the shock loop
signal_to_register_from_parent - if set, the component registers to listen for this signal targeting parent to manually shock. sets requested_signal_parent_emits
area_power_channel - if SHOCK_REQUIREMENT_AREA_POWER is set in input_requirements, it will check this power channel in the area
shock_flags - flags passed into electrocute_act when we zap someone

proc
do_electrocution
()

Zap whoever is buckled to us

↑
process
(seconds_per_tick)

where the guinea pig is actually shocked if possible

electrified_buckle component: /datum/component/electrified_buckle

Vars

Procs

Var Details

var area_power_channel –

var electric_buckle_cooldown –

var print_message –

var requested_overlays – /list

var requested_signal_parent_emits –

var required_object – /obj/item

var shock_damage –

var shock_flags –

var shock_immediately –

var shock_loop_time –

var shock_on_loop –

var usage_flags –