catalytic_rod

Vars
anode_efficacy	Generation efficacy for anode use. Influenced by material properties, increases dramatically above standard parameters
cathode_efficacy	Generation efficacy for cathode use. Influenced by material properties, increases dramatically above standard parameters
condition	Rod condition: decays over time, combines with generation efficacy to yield a production rate
decay_ratio	Decay ratio: how fast rod will fall apart. Influenced by material corrosion resistance
Procs
expend_rod	Corrosion resistance slows decay per cycle by an amount proportional to resistance percentage. Total corrosion immunity = no decay. Consumes rod condition in furtherance of electrical generation; pass anode or cathode use for appropriate effectiveness factor

Var Details

var
anode_efficacy
–

Generation efficacy for anode use. Influenced by material properties, increases dramatically above standard parameters

var
cathode_efficacy
–

Generation efficacy for cathode use. Influenced by material properties, increases dramatically above standard parameters

var
condition
–

Rod condition: decays over time, combines with generation efficacy to yield a production rate

var
decay_ratio
–

Decay ratio: how fast rod will fall apart. Influenced by material corrosion resistance

Proc Details

proc
expend_rod
(expend_type)

Corrosion resistance slows decay per cycle by an amount proportional to resistance percentage. Total corrosion immunity = no decay. Consumes rod condition in furtherance of electrical generation; pass anode or cathode use for appropriate effectiveness factor

catalytic rod /obj/item/catalytic_rod

Vars

Procs

Var Details

var anode_efficacy –

var cathode_efficacy –

var condition –

var decay_ratio –