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
engineering_channel	The engineering channel
input_turf	Reference to the input turf
intake_regulator	Ratio of the amount of gas going in the turbine
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
output_turf	Reference to the output turf
produced_energy	Amount of power the machine is producing
radio	Our internal radio
radio_key	The key our internal radio uses
rpm	Rotation per minute the machine is doing
turbine	Reference to the turbine
was_complete	If the machine was completed before reopening it, try to remake it
Procs
activate_parts	Called to activate the complete machine, checks for part presence, correct orientation and installed parts Registers the input/output turfs and start process_atmos()
all_parts_ready	Returns true if all parts have their panel closed
calculate_damage_done	Called on each atmos tick, calculates the damage done and healed based on temperature
call_parts_update_appearance	Calls all parts update appearance proc.
damage_alert	Called once every 15 to 5 seconds (depend on damage done), handles alarm calls
deactivate_parts	Allows to null the various machines and references from the main core
do_calculations	Handles all the calculations needed for the gases, work done, temperature increase/decrease
failure	Called when the integrity reaches 0%, explode the machine based on the reached RPM
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
power_on	Activate all three parts, not safe, it assumes the machine already connected and properly working
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
engineering_channel
–

The engineering channel

var
input_turf
– /turf/open

Reference to the input turf

var
intake_regulator
–

Ratio of the amount of gas going in the turbine

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
output_turf
– /turf/open

Reference to the output turf

var
produced_energy
–

Amount of power the machine is producing

var
radio
– /obj/item/radio

Our internal radio

var
radio_key
–

The key our internal radio uses

var
rpm
–

Rotation per minute the machine is doing

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

Reference to the turbine

var
was_complete
–

If the machine was completed before reopening it, try to remake it

Proc Details

proc
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 and start process_atmos()

proc
all_parts_ready
()

Returns true if all parts have their panel closed

proc
calculate_damage_done
(temperature)

Called on each atmos tick, calculates the damage done and healed based on temperature

proc
call_parts_update_appearance
()

Calls all parts update appearance proc.

proc
damage_alert
(damage_done)

Called once every 15 to 5 seconds (depend on damage done), handles alarm calls

proc
deactivate_parts
()

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

proc
do_calculations
(/datum/gas_mixture/input_mix, /datum/gas_mixture/output_mix, work_amount_to_remove, regulated)

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

proc
failure
()

Called when the integrity reaches 0%, explode the machine based on the reached RPM

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

proc
power_on
()

Activate all three parts, not safe, it assumes the machine already connected and properly working

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 engineering_channel –

var input_turf – /turf/open

var intake_regulator –

var mapping_id –

var max_allowed_rpm –

var max_allowed_temperature –

var output_turf – /turf/open

var produced_energy –

var radio – /obj/item/radio

var radio_key –

var rpm –

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

var was_complete –