full

The full BSA cannon

This operates by charging a "capacitor" bank which is then discharged in the beam. The capacitor bank is charged during the power up phase, it essentially drains the connected powernet until it reaches it's target power, and then fires.

Vars
capacitor_power	The total collected power, this is calculated in the "power up" phase of the superweapon.
control_computer	Our connected control computer
max_charge	How much charge our capacitors can hold
power_suck_cap	The cap on how much power we can suck from the powernet per cycle
system_state	The current system state
target_power	The set target power
top_layer	A reference to our topmost mutable layer
Procs
charge_capacitors	Collect charge
fire	Initiates the fire sequence of the gun providing it has the required power.
get_available_powercap	Gets the currently available power cap
reload	Reloads the BSA.

Var Details

var
capacitor_power
–

The total collected power, this is calculated in the "power up" phase of the superweapon.

var
control_computer
– /obj/machinery/computer/bsa_control

Our connected control computer

var
max_charge
–

How much charge our capacitors can hold

var
power_suck_cap
–

The cap on how much power we can suck from the powernet per cycle

var
system_state
–

The current system state

var
target_power
–

The set target power

var
top_layer
– /static/mutable_appearance

A reference to our topmost mutable layer

Proc Details

proc
charge_capacitors
()

Collect charge

Cycles the powernet and sucks power from it and shoves it into the capacitors.

proc
fire
(/mob/user, /turf/bullseye)

Initiates the fire sequence of the gun providing it has the required power.

proc
get_available_powercap
()

Gets the currently available power cap

proc
reload
()

Reloads the BSA.

full /obj/machinery/bsa/full

Vars

Procs

Var Details

var capacitor_power –

var control_computer – /obj/machinery/computer/bsa_control

var max_charge –

var power_suck_cap –

var system_state –

var target_power –

var top_layer – /static/mutable_appearance