core_rotor

Vars
all_parts_connected	Check to see if all parts are connected to the core
compressor	Reference to the compressor
damage	Amount of damage the machine has received
damage_archived	Used to calculate the max damage received per tick and if the alarm should be called
mapping_id	ID to easily connect the main part of the turbine to the computer
max_allowed_rpm	Max rmp that the installed parts can handle, limits the rpms
max_allowed_temperature	Max temperature that the installed parts can handle, unlimited and causes damage to the machine
produced_energy	Amount of power the machine is producing
radio	Our internal radio
rpm	Rotation per minute the machine is doing
turbine	Reference to the turbine
Procs
activate_parts	Called to activate the complete machine, checks for part presence, correct orientation and installed parts Registers the input/output turfs
all_parts_ready	Returns true if all parts have their panel closed
call_parts_update_appearance	Calls all parts update appearance proc.
deactivate_parts	Allows to null the various machines and references from the main core
feedback	convinience proc for balloon alert which returns if viewer is null
get_turbine_integrity	Getter for turbine integrity, return the amount in %
power_off	Deactivate all three parts, not safe, it assumes the machine already connected and properly working will try to turn off whatever components are left of this machine
power_on	Activate all three parts, not safe, it assumes the machine already connected and properly working It does a minimun check to ensure the parts still exist
toggle_power	Toggle power on and off, not safe

Var Details

var
all_parts_connected
–

Check to see if all parts are connected to the core

var
compressor
– /obj/machinery/power/turbine/inlet_compressor

Reference to the compressor

var
damage
–

Amount of damage the machine has received

var
damage_archived
–

Used to calculate the max damage received per tick and if the alarm should be called

var
mapping_id
–

ID to easily connect the main part of the turbine to the computer

var
max_allowed_rpm
–

Max rmp that the installed parts can handle, limits the rpms

var
max_allowed_temperature
–

Max temperature that the installed parts can handle, unlimited and causes damage to the machine

var
produced_energy
–

Amount of power the machine is producing

var
radio
– /obj/item/radio

Our internal radio

var
rpm
–

Rotation per minute the machine is doing

var
turbine
– /obj/machinery/power/turbine/turbine_outlet

Reference to the turbine

Proc Details

↑
activate_parts
(/mob/user, check_only)

Called to activate the complete machine, checks for part presence, correct orientation and installed parts Registers the input/output turfs

proc
all_parts_ready
()

Returns true if all parts have their panel closed

proc
call_parts_update_appearance
()

Calls all parts update appearance proc.

↑
deactivate_parts
()

Allows to null the various machines and references from the main core

proc
feedback
(/mob/viewer, text)

convinience proc for balloon alert which returns if viewer is null

proc
get_turbine_integrity
()

Getter for turbine integrity, return the amount in %

proc
power_off
()

Deactivate all three parts, not safe, it assumes the machine already connected and properly working will try to turn off whatever components are left of this machine

proc
power_on
()

Activate all three parts, not safe, it assumes the machine already connected and properly working It does a minimun check to ensure the parts still exist

proc
toggle_power
()

Toggle power on and off, not safe

core_rotor /obj/machinery/power/turbine/core_rotor

Vars

Procs

Var Details

var all_parts_connected –

var compressor – /obj/machinery/power/turbine/inlet_compressor

var damage –

var damage_archived –

var mapping_id –

var max_allowed_rpm –

var max_allowed_temperature –

var produced_energy –

var radio – /obj/item/radio

var rpm –

var turbine – /obj/machinery/power/turbine/turbine_outlet