turbine

Vars
active	Checks if the machine is processing or not
active_overlay	Our overlay when active
can_connect	The parts can be registered on the main one only when their panel is closed
emissive	Should we use emissive appearance?
installed_part	Reference to our turbine part
machine_gasmix	The gas mixture this turbine part is storing
off_overlay	Our overlay when off
open_overlay	Our overlay when open
part_path	Path of the turbine part we can install
Procs
activate_parts	Allow easy enabling of each machine for connection to the main controller
deactivate_parts	Allow easy disabling of each machine from the main controller
get_efficiency	Gets the efficiency of the installed part, returns 0 if no part is installed
transfer_gases	Handles all the calculations needed for the gases, work done, temperature increase/decrease

Var Details

var
active
–

Checks if the machine is processing or not

var
active_overlay
–

Our overlay when active

var
can_connect
–

The parts can be registered on the main one only when their panel is closed

var
emissive
–

Should we use emissive appearance?

var
installed_part
– /obj/item/turbine_parts

Reference to our turbine part

var
machine_gasmix
– /datum/gas_mixture

The gas mixture this turbine part is storing

var
off_overlay
–

Our overlay when off

var
open_overlay
–

Our overlay when open

var
part_path
– /obj/item/turbine_parts

Path of the turbine part we can install

Proc Details

proc
activate_parts
(/mob/user, check_only)

Allow easy enabling of each machine for connection to the main controller

Arguments

mob/user - the player who activated the parts
check_only - if TRUE it will not activate the machine but will only check if it can be activated

proc
deactivate_parts
(/mob/user)

Allow easy disabling of each machine from the main controller

Arguments

mob/user - the player who deactivated the parts

proc
get_efficiency
()

Gets the efficiency of the installed part, returns 0 if no part is installed

proc
transfer_gases
(/datum/gas_mixture/input_mix, /datum/gas_mixture/output_mix, work_amount_to_remove, intake_size)

Handles all the calculations needed for the gases, work done, temperature increase/decrease

Arguments

datum/gas_mixture/input_mix - the gas from the environment or from another part of the turbine
datum/gas_mixture/output_mix - the gas that got pumped into this part from the input mix. ideally should be same as input mix but varying texmperatur & pressures can cause varying results
work_amount_to_remove - the amount of work to subtract from the actual work done to pump in the input mixture. For e.g. if gas was transfered from the inlet compressor to the rotor we want to subtract the work done by the inlet from the rotor to get the true work done
intake_size - the percentage of gas to be fed into an turbine part, controlled by turbine computer for inlet compressor only

turbine /obj/machinery/power/turbine

Vars

Procs

Var Details

var active –

var active_overlay –

var can_connect –

var emissive –

var installed_part – /obj/item/turbine_parts

var machine_gasmix – /datum/gas_mixture

var off_overlay –

var open_overlay –

var part_path – /obj/item/turbine_parts

Proc Details

proc activate_parts(/mob/user, check_only)

proc deactivate_parts(/mob/user)

proc get_efficiency()

proc transfer_gases(/datum/gas_mixture/input_mix, /datum/gas_mixture/output_mix, work_amount_to_remove, intake_size)

turbine
/obj/machinery/power/turbine

var
active
–

var
active_overlay
–

var
can_connect
–

var
emissive
–

var
installed_part
– /obj/item/turbine_parts

var
machine_gasmix
– /datum/gas_mixture

var
off_overlay
–

var
open_overlay
–

var
part_path
– /obj/item/turbine_parts

proc
activate_parts
(/mob/user, check_only)

proc
deactivate_parts
(/mob/user)

proc
get_efficiency
()

proc
transfer_gases
(/datum/gas_mixture/input_mix, /datum/gas_mixture/output_mix, work_amount_to_remove, intake_size)