reactor_component

Vars
_max_health	Max health to set melth_health to on init
cap_icon	INTERNAL: Actual component grid icon, coloured and textured by material
gas_volume	How much gas this component can hold, and will be processed per tick
icon_state_cap	Icon state that appears on the component grid overlay on the reactor
icon_state_inserted	Icon that appears in the UI
is_control_rod	Control rods don't moderate neutrons, they absorb them.
melt_health	Essentially indicates how long this component can be at a dangerous temperature before it melts
melted	If this component is melted, you can't take it out of the reactor and it might do some weird stuff
melting_point	The dangerous temperature above which this component starts to melt. 1700K is the melting point of steel
neutron_cross_section	How adept is this component at interacting with neutrons - fuel rods are set up to capture them, heat exchangers are set up not to
temperature	Temperature of this component, starts at room temp Kelvin by default
thermal_cross_section	How much does this component share heat with surrounding components? Basically surface area in contact (m2)
thermal_mass	Thermal mass. Basically how much energy it takes to heat this up 1Kelvin
ui_image	INTERNAL: Actual UI icon, base64 encoded
ui_image_base64_cache	INTERNAL: cache of base64 encoded UI icons, so we don't have to store one copy for every component, just the types

Var Details

_max_health
–

Max health to set melth_health to on init

var
cap_icon
– /icon

INTERNAL: Actual component grid icon, coloured and textured by material

var
gas_volume
–

How much gas this component can hold, and will be processed per tick

var
icon_state_cap
–

Icon state that appears on the component grid overlay on the reactor

var
icon_state_inserted
–

Icon that appears in the UI

var
is_control_rod
–

Control rods don't moderate neutrons, they absorb them.

var
melt_health
–

Essentially indicates how long this component can be at a dangerous temperature before it melts

var
melted
–

If this component is melted, you can't take it out of the reactor and it might do some weird stuff

var
melting_point
–

The dangerous temperature above which this component starts to melt. 1700K is the melting point of steel

var
neutron_cross_section
–

How adept is this component at interacting with neutrons - fuel rods are set up to capture them, heat exchangers are set up not to

var
temperature
–

Temperature of this component, starts at room temp Kelvin by default

var
thermal_cross_section
–

How much does this component share heat with surrounding components? Basically surface area in contact (m2)

var
thermal_mass
–

Thermal mass. Basically how much energy it takes to heat this up 1Kelvin

var
ui_image
–

INTERNAL: Actual UI icon, base64 encoded

var
ui_image_base64_cache
– /static/list

INTERNAL: cache of base64 encoded UI icons, so we don't have to store one copy for every component, just the types

base reactor component /obj/item/reactor_component

Vars

Var Details

_max_health –

var cap_icon – /icon

var gas_volume –

var icon_state_cap –

var icon_state_inserted –

var is_control_rod –

var melt_health –

var melted –

var melting_point –

var neutron_cross_section –

var temperature –

var thermal_cross_section –

var thermal_mass –

var ui_image –

var ui_image_base64_cache – /static/list