defib

A component for an item that attempts to defibrillate a mob when activated.

Vars
actual_unit_uid	uid to an item that should be making noise and handling things that our direct parent shouldn't be concerned with.
busy	If the defib is actively performing a defib cycle
combat	If it should penetrate space suits
cooldown	Cooldown length for this defib in deciseconds
emag_proof	If true, this cannot be emagged.
emp_proof	If true, EMPs will have no effect.
heart_attack_chance	If combat is true, this determines whether or not it should always cause a heart attack.
on_cooldown	Whether or not we're currently on cooldown
robotic	If this is being used by a borg or not, with necessary safeties applied if so.
safety	Whether the safeties are enabled or not
speed_multiplier	How fast the defib should work.
Procs
Initialize	Create a new defibrillation component.
defibrillate	Perform a defibrillation.
fibrillate	Inflict stamina loss (and possibly inflict cardiac arrest) on someone.
get_effect_target	Get the "parent" that effects (emags, EMPs) should be applied onto.
trigger_defib	Start the defibrillation process when triggered by a signal.

Var Details

var
actual_unit_uid
–

uid to an item that should be making noise and handling things that our direct parent shouldn't be concerned with.

var
busy
–

If the defib is actively performing a defib cycle

var
combat
–

If it should penetrate space suits

var
cooldown
–

Cooldown length for this defib in deciseconds

var
emag_proof
–

If true, this cannot be emagged.

var
emp_proof
–

If true, EMPs will have no effect.

var
heart_attack_chance
–

If combat is true, this determines whether or not it should always cause a heart attack.

var
on_cooldown
–

Whether or not we're currently on cooldown

var
robotic
–

If this is being used by a borg or not, with necessary safeties applied if so.

var
safety
–

Whether the safeties are enabled or not

var
speed_multiplier
–

How fast the defib should work.

Proc Details

↑
Initialize
(robotic, cooldown, speed_multiplier, combat, heart_attack_chance, safe_by_default, emp_proof, emag_proof, /obj/item/actual_unit)

Create a new defibrillation component.

Arguments:

robotic - whether this should be treated like a borg module.
cooldown - Minimum time possible between shocks.
speed_multiplier - Speed multiplier for defib do-afters.
combat - If true, the defib can zap through hardsuits.
heart_attack_chance - If combat and safeties are off, the % chance for this to cause a heart attack on harm intent.
safe_by_default - If true, safety will be enabled by default.
emp_proof - If true, safety won't be switched by emp. Note that the device itself can still have behavior from it, it's just that the component will not.
emag_proof - If true, safety won't be switched by emag. Note that the device itself can still have behavior from it, it's just that the component will not.
actual_unit - Unit which the component's parent is based from, such as a large defib unit or a borg. The actual_unit will make the sounds and be the "origin" of visible messages, among other things.

proc
defibrillate
(/mob/living/user, /mob/living/carbon/human/target)

Perform a defibrillation.

proc
fibrillate
(/mob/user, /mob/living/carbon/human/target)

Inflict stamina loss (and possibly inflict cardiac arrest) on someone.

Arguments:

user - wielder of the defib
target - person getting shocked

proc
get_effect_target
()

Get the "parent" that effects (emags, EMPs) should be applied onto.

proc
trigger_defib
(/obj/item/paddles, /mob/living/carbon/human/target, /mob/living/user)

Start the defibrillation process when triggered by a signal.

defib /datum/component/defib

Vars

Procs

Var Details

var actual_unit_uid –

var busy –

var combat –

var cooldown –

var emag_proof –

var emp_proof –

var heart_attack_chance –

var on_cooldown –

var robotic –

var safety –

var speed_multiplier –