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	Consumes rod condition in furtherance of electrical generation; pass anode or cathode use for appropriate effectiveness factor

Var Details

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

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

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

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

Consumes rod condition in furtherance of electrical generation; pass anode or cathode use for appropriate effectiveness factor