core

This section contain the hfr core with all the variables and the Initialize() and Destroy() procs

Vars
common_channel	The common channel
conduction	Energy from the reaction lost from the molecule colliding between themselves.
core_temperature	Temperature of the center of the fusion reaction
corners	Stores the information of the corners of the machine
critical_threshold_proximity	Integrity of the machine, if reaches 900 the machine will explode
critical_threshold_proximity_archived	Store the integrity for calculations
current_damper	User controlled variable to control the flow of the fusion by changing the instability of the reaction
delta_temperature	Difference between the gases temperature and the internal temperature of the reaction
efficiency	Efficiency of the reaction, it increases with the amount of plasma
emergency_alert	The alert we send when we've reached emergency_point
emergency_point	The point at which we start sending messages to the common channel
energy	Fusion vars E=mc^2 with some addition to allow it gameplaywise
engineering_channel	The engineering channel
final_countdown	Var used in the meltdown phase
fuel_injection_rate	User controlled variable to control the flow of the fusion by changing the amount of fuel injected
fusion_temperature_archived	These vars store the temperatures to be used in the GUI
has_reached_emergency	Boolean used for logging if we've passed the emergency point
heat_limiter_modifier	Hotter air is easier to heat up and cool down
heat_output	The amount of heat that is finally emitted, based on the power output. Min and max are variables that depends of the modifier
heat_output_max	How much the reaction can cool itself
heat_output_min	How much the reaction can heat itself
heating_conductor	User controlled variable to control the flow of the fusion by changing the contact of the material
icon_state_open	Vars for the state of the icon of the object (open, off, active)
instability	Instability effects how chaotic the behavior of the reaction is
internal_fusion	Stores the information of the fusion gasmix
internal_power	Power emitted from the center of the fusion reaction: Internal power = densityH2 densityTrit(Pi * (2 * rH2 * rTrit)*2) Energy * density is calculated with moles/volume, rH2 and rTrit are values calculated with moles/(radius of the gas) both of the density can be varied by the power_modifier
iron_content	Stores the iron content produced by the fusion
last_accent_sound	cooldown tracker for accent sounds
lastwarning	Time in 1/10th of seconds since the last sent warning
linked_input	Stores the information of the fuel input
linked_interface	Hypertorus internal objects and gasmixes Stores the informations of the interface machine
linked_moderator	Stores the information of the moderator input
linked_output	Stores the information of the waste output
machine_parts	Stores the three inputs/outputs of the HFR, needed for cracking the parts
magnetic_constrictor	User controlled variable to control the flow of the fusion by changing the volume of the gasmix by controlling the power of the magnetic fields
melting_point	The point at which we melt
moderator_filtering_rate	Set the amount of moles per tick should be removed from the moderator by filtering
moderator_injection_rate	User controlled variable to control the flow of the fusion by changing the amount of moderators injected
moderator_internal	Stores the information of the moderators gasmix
moderator_scrubbing	Set the filtering list of the waste remove
power_level	Stores the current fusion mix power level
power_output	The effective power transmission of the fusion reaction, power_output = efficiency (internal_power - conduction - radiation) * Conduction is the heat value that is transmitted by the molecular interactions and it gets removed from the internal_power lowering the effective output * Radiation is the irradiation released by the fusion reaction, it comprehends all wavelenghts in the spectrum, it lowers the effective output of the reaction
radiation	The remaining wavelength that actually can do damage to mobs.
radio	Our internal radio
radio_key	The key our internal radio uses
safe_alert	Our "Shit is no longer fucked" message. We send it when critical_threshold_proximity is less then critical_threshold_proximity_archived
selected_fuel	Stores the current fuel mix that the user has selected
soundloop	Our soundloop
start_cooling	Checks for the cooling to start
start_fuel	Checks for the fuel to be injected
start_moderator	Checks for the moderators to be injected
start_power	Processing checks Checks if the user has started the machine
temperature_period	Time between current and _archived temperatures
warning_alert	The alert we send when we've reached warning_point
warning_damage_flags	Flags used in the alert proc to select what messages to show when the HFR is delaminating (HYPERTORUS_FLAG_HIGH_POWER_DAMAGE \| HYPERTORUS_FLAG_HIGH_FUEL_MIX_MOLE \| HYPERTORUS_FLAG_IRON_CONTENT_DAMAGE \| HYPERTORUS_FLAG_IRON_CONTENT_INCREASE \| HYPERTORUS_FLAG_EMPED)
warning_point	The point at which we should start sending messeges about the critical_threshold_proximity to the engi channels.
waste_remove	Check if the user want to remove the waste gases
Procs
activate	Called by multitool_act() in hfr_parts.dm It sets the pieces to active, allowing the player to start the main reaction Arguments:
alarm	Called by check_alert() in this file Play a sound from the machine, the type depends on the status of the hfr
check_alert	Called by process_atmos() in hfr_main_processes.dm Called after checking the damage of the machine, calls alarm() and countdown() Broadcast messages into engi and common radio
check_fuel	Called by the main fusion processes in hfr_main_processes.dm Getter for fusion fuel moles
check_gas_requirements	Checks if the gases in the input are the ones needed by the recipe
check_part_connectivity	This section contain all procs that helps building, destroy and control the hfr
check_power_use	Called by the main fusion processes in hfr_main_processes.dm Check the power use of the machine, return TRUE if there is enough power in the powernet
countdown	Called by check_alert() in this file Called when the damage has reached critical levels, start the countdown before the destruction, calls meltdown()
deactivate	Called by unregister_signals() in this file, called when the main fusion processes check_part_connectivity() returns false Deactivate the various machines by setting the active var to false, updates the machines icon and set the linked machine vars to null
dump_gases	Removes the gases from the internal gasmix when the recipe is changed
fusion_process	Called by process() Contains the main fusion calculations and checks, for more informations check the comments along the code.
get_area_cell_percent	Get how charged the area's APC is
get_integrity_percent	Getter for the machine integrity
get_status	Called by alarm() in this file Check the integrity level and returns the status of the machine
meltdown	Called by countdown() in this file Create the explosion + the gas emission before deleting the machine core.
moderator_common_process	Perform common fusion actions:
moderator_fuel_process	Store the fuel gases and the byproduct gas quantities Scaled down moles of gases, no less than 0 Store the moderators gases quantities Scaled down moles of gases, no less than 0 Those are the scaled gases that gets consumed and adjust energy Between 0.25 and 100, this value is used to modify the behaviour of the internal energy and the core temperature based on the gases present in the mix Minimum 0.25, this value is used to modify the behaviour of the energy emission based on the gases present in the mix Between 0.005 and 1000, this value modify the radiation emission of the reaction, higher values increase the emission Perform recipe specific actions. Fuel consumption and recipe based gas production happens here.
play_ambience	Infrequently plays accent sounds, and adjusts main loop parameters
process	Main Fusion processes process() Organizes all other calls, and is the best starting point for top-level logic. fusion_process() handles all the main fusion reaction logic and consequences (lightning, radiation, particles) from an active fusion reaction.
send_radio_explanation	Called by check_alert() in this file Called to explain in radio what the issues are with the HFR
unregister_signals	Called when a part gets deleted around the hfr, called on Destroy() of the hfr core in hfr_core.dm Unregister the signals attached to the core from the various machines, if only_signals is false it will also call deactivate() Arguments:
update_pipenets	Updates all related pipenets from all connected components

Var Details

var
common_channel
–

The common channel

var
conduction
–

Energy from the reaction lost from the molecule colliding between themselves.

var
core_temperature
–

Temperature of the center of the fusion reaction

var
corners
– /list

Stores the information of the corners of the machine

var
critical_threshold_proximity
–

Integrity of the machine, if reaches 900 the machine will explode

var
critical_threshold_proximity_archived
–

Store the integrity for calculations

var
current_damper
–

User controlled variable to control the flow of the fusion by changing the instability of the reaction

var
delta_temperature
–

Difference between the gases temperature and the internal temperature of the reaction

var
efficiency
–

Efficiency of the reaction, it increases with the amount of plasma

var
emergency_alert
–

The alert we send when we've reached emergency_point

var
emergency_point
–

The point at which we start sending messages to the common channel

var
energy
–

Fusion vars E=mc^2 with some addition to allow it gameplaywise

var
engineering_channel
–

The engineering channel

var
final_countdown
–

Var used in the meltdown phase

var
fuel_injection_rate
–

User controlled variable to control the flow of the fusion by changing the amount of fuel injected

var
fusion_temperature_archived
–

These vars store the temperatures to be used in the GUI

var
has_reached_emergency
–

Boolean used for logging if we've passed the emergency point

var
heat_limiter_modifier
–

Hotter air is easier to heat up and cool down

var
heat_output
–

The amount of heat that is finally emitted, based on the power output. Min and max are variables that depends of the modifier

var
heat_output_max
–

How much the reaction can cool itself

var
heat_output_min
–

How much the reaction can heat itself

var
heating_conductor
–

User controlled variable to control the flow of the fusion by changing the contact of the material

↑
icon_state_open
–

Vars for the state of the icon of the object (open, off, active)

var
instability
–

Instability effects how chaotic the behavior of the reaction is

var
internal_fusion
– /datum/gas_mixture

Stores the information of the fusion gasmix

var
internal_power
–

*Power emitted from the center of the fusion reaction: Internal power = densityH2 * densityTrit(Pi * (2 * rH2 * rTrit)**2) * Energy * density is calculated with moles/volume, rH2 and rTrit are values calculated with moles/(radius of the gas) both of the density can be varied by the power_modifier

var
iron_content
–

Stores the iron content produced by the fusion

var
last_accent_sound
–

cooldown tracker for accent sounds

var
lastwarning
–

Time in 1/10th of seconds since the last sent warning

var
linked_input
– /obj/machinery/atmospherics/components/unary/hypertorus/fuel_input

Stores the information of the fuel input

var
linked_interface
– /obj/machinery/hypertorus/interface

Hypertorus internal objects and gasmixes Stores the informations of the interface machine

var
linked_moderator
– /obj/machinery/atmospherics/components/unary/hypertorus/moderator_input

Stores the information of the moderator input

var
linked_output
– /obj/machinery/atmospherics/components/unary/hypertorus/waste_output

Stores the information of the waste output

var
machine_parts
– /list

Stores the three inputs/outputs of the HFR, needed for cracking the parts

var
magnetic_constrictor
–

User controlled variable to control the flow of the fusion by changing the volume of the gasmix by controlling the power of the magnetic fields

var
melting_point
–

The point at which we melt

var
moderator_filtering_rate
–

Set the amount of moles per tick should be removed from the moderator by filtering

var
moderator_injection_rate
–

User controlled variable to control the flow of the fusion by changing the amount of moderators injected

var
moderator_internal
– /datum/gas_mixture

Stores the information of the moderators gasmix

var
moderator_scrubbing
– /list

Set the filtering list of the waste remove

var
power_level
–

Stores the current fusion mix power level

var
power_output
–

*The effective power transmission of the fusion reaction, power_output = efficiency * (internal_power - conduction - radiation) * Conduction is the heat value that is transmitted by the molecular interactions and it gets removed from the internal_power lowering the effective output * Radiation is the irradiation released by the fusion reaction, it comprehends all wavelenghts in the spectrum, it lowers the effective output of the reaction

var
radiation
–

The remaining wavelength that actually can do damage to mobs.

var
radio
– /obj/item/radio

Our internal radio

var
radio_key
–

The key our internal radio uses

var
safe_alert
–

Our "Shit is no longer fucked" message. We send it when critical_threshold_proximity is less then critical_threshold_proximity_archived

var
selected_fuel
– /datum/hfr_fuel

Stores the current fuel mix that the user has selected

var
soundloop
– /datum/looping_sound/hypertorus

Our soundloop

var
start_cooling
–

Checks for the cooling to start

var
start_fuel
–

Checks for the fuel to be injected

var
start_moderator
–

Checks for the moderators to be injected

var
start_power
–

Processing checks Checks if the user has started the machine

var
temperature_period
–

Time between current and _archived temperatures

var
warning_alert
–

The alert we send when we've reached warning_point

var
warning_damage_flags
–

Flags used in the alert proc to select what messages to show when the HFR is delaminating (HYPERTORUS_FLAG_HIGH_POWER_DAMAGE | HYPERTORUS_FLAG_HIGH_FUEL_MIX_MOLE | HYPERTORUS_FLAG_IRON_CONTENT_DAMAGE | HYPERTORUS_FLAG_IRON_CONTENT_INCREASE | HYPERTORUS_FLAG_EMPED)

var
warning_point
–

The point at which we should start sending messeges about the critical_threshold_proximity to the engi channels.

var
waste_remove
–

Check if the user want to remove the waste gases

Proc Details

proc
activate
(/mob/living/user)

Called by multitool_act() in hfr_parts.dm It sets the pieces to active, allowing the player to start the main reaction Arguments:

-user: the player doing the action

proc
alarm
()

Called by check_alert() in this file Play a sound from the machine, the type depends on the status of the hfr

proc
check_alert
()

Called by process_atmos() in hfr_main_processes.dm Called after checking the damage of the machine, calls alarm() and countdown() Broadcast messages into engi and common radio

proc
check_fuel
()

Called by the main fusion processes in hfr_main_processes.dm Getter for fusion fuel moles

proc
check_gas_requirements
()

Checks if the gases in the input are the ones needed by the recipe

proc
check_part_connectivity
()

This section contain all procs that helps building, destroy and control the hfr

Called by multitool_act() in hfr_parts.dm, by atmos_process() in hfr_main_processes.dm and by fusion_process() in the same file This proc checks the surrounding of the core to ensure that the machine has been build correctly, returns false if there is a missing piece/wrong placed one

proc
check_power_use
()

Called by the main fusion processes in hfr_main_processes.dm Check the power use of the machine, return TRUE if there is enough power in the powernet

proc
countdown
()

Called by check_alert() in this file Called when the damage has reached critical levels, start the countdown before the destruction, calls meltdown()

proc
deactivate
()

Called by unregister_signals() in this file, called when the main fusion processes check_part_connectivity() returns false Deactivate the various machines by setting the active var to false, updates the machines icon and set the linked machine vars to null

proc
dump_gases
()

Removes the gases from the internal gasmix when the recipe is changed

proc
fusion_process
(seconds_per_tick)

Called by process() Contains the main fusion calculations and checks, for more informations check the comments along the code.

proc
get_area_cell_percent
()

Get how charged the area's APC is

proc
get_integrity_percent
()

Getter for the machine integrity

proc
get_status
()

Called by alarm() in this file Check the integrity level and returns the status of the machine

proc
meltdown
()

Called by countdown() in this file Create the explosion + the gas emission before deleting the machine core.

proc
moderator_common_process
(seconds_per_tick, scaled_production, /datum/gas_mixture/internal_output, moderator_list, dirty_production_rate, heat_output, radiation_modifier)

Perform common fusion actions:

Gases that get produced irrespective of recipe
Temperature modifiers, radiation modifiers, and the application of each
Committing staged output, performing filtering, and making !FUN! emissions

proc
moderator_fuel_process
(seconds_per_tick, production_amount, consumption_amount, /datum/gas_mixture/internal_output, moderator_list, /datum/hfr_fuel/fuel, fuel_list)

Store the fuel gases and the byproduct gas quantities Scaled down moles of gases, no less than 0 Store the moderators gases quantities Scaled down moles of gases, no less than 0 Those are the scaled gases that gets consumed and adjust energy Between 0.25 and 100, this value is used to modify the behaviour of the internal energy and the core temperature based on the gases present in the mix Minimum 0.25, this value is used to modify the behaviour of the energy emission based on the gases present in the mix Between 0.005 and 1000, this value modify the radiation emission of the reaction, higher values increase the emission Perform recipe specific actions. Fuel consumption and recipe based gas production happens here.

proc
play_ambience
()

Infrequently plays accent sounds, and adjusts main loop parameters

↑
process
(seconds_per_tick)

Main Fusion processes process() Organizes all other calls, and is the best starting point for top-level logic. fusion_process() handles all the main fusion reaction logic and consequences (lightning, radiation, particles) from an active fusion reaction.

proc
send_radio_explanation
()

Called by check_alert() in this file Called to explain in radio what the issues are with the HFR

proc
unregister_signals
(only_signals)

Called when a part gets deleted around the hfr, called on Destroy() of the hfr core in hfr_core.dm Unregister the signals attached to the core from the various machines, if only_signals is false it will also call deactivate() Arguments:

only_signals: default FALSE, if true the proc will not call the deactivate() proc

proc
update_pipenets
()

Updates all related pipenets from all connected components

core /obj/machinery/atmospherics/components/unary/hypertorus/core

Vars

Procs

Var Details

var common_channel –

var conduction –

var core_temperature –

var corners – /list

var critical_threshold_proximity –

var critical_threshold_proximity_archived –

var current_damper –

var delta_temperature –

var efficiency –

var emergency_alert –

var emergency_point –

var energy –

var engineering_channel –

var final_countdown –

var fuel_injection_rate –

var fusion_temperature_archived –

var has_reached_emergency –

var heat_limiter_modifier –

var heat_output –

var heat_output_max –

var heat_output_min –

var heating_conductor –

↑icon_state_open –

var instability –

var internal_fusion – /datum/gas_mixture

var internal_power –

var iron_content –

var last_accent_sound –

var lastwarning –

var linked_input – /obj/machinery/atmospherics/components/unary/hypertorus/fuel_input

var linked_interface – /obj/machinery/hypertorus/interface

var linked_moderator – /obj/machinery/atmospherics/components/unary/hypertorus/moderator_input

var linked_output – /obj/machinery/atmospherics/components/unary/hypertorus/waste_output

var machine_parts – /list

var magnetic_constrictor –

var melting_point –

var moderator_filtering_rate –

var moderator_injection_rate –

var moderator_internal – /datum/gas_mixture

var moderator_scrubbing – /list

var power_level –

var power_output –

var radiation –

var radio – /obj/item/radio

var radio_key –

var safe_alert –

var selected_fuel – /datum/hfr_fuel

var soundloop – /datum/looping_sound/hypertorus

var start_cooling –

var start_fuel –

var start_moderator –

var start_power –

var temperature_period –

var warning_alert –

var warning_damage_flags –

var warning_point –

var waste_remove –

Proc Details

proc activate(/mob/living/user)

proc alarm()

proc check_alert()

proc check_fuel()

proc check_gas_requirements()

proc check_part_connectivity()

proc check_power_use()

proc countdown()

proc deactivate()

proc dump_gases()

proc fusion_process(seconds_per_tick)

proc get_area_cell_percent()

proc get_integrity_percent()

proc get_status()

proc meltdown()

proc moderator_common_process(seconds_per_tick, scaled_production, /datum/gas_mixture/internal_output, moderator_list, dirty_production_rate, heat_output, radiation_modifier)

proc moderator_fuel_process(seconds_per_tick, production_amount, consumption_amount, /datum/gas_mixture/internal_output, moderator_list, /datum/hfr_fuel/fuel, fuel_list)

proc play_ambience()

core
/obj/machinery/atmospherics/components/unary/hypertorus/core

var
common_channel
–

var
conduction
–

var
core_temperature
–

var
corners
– /list

var
critical_threshold_proximity
–

var
critical_threshold_proximity_archived
–

var
current_damper
–

var
delta_temperature
–

var
efficiency
–

var
emergency_alert
–

var
emergency_point
–

var
energy
–

var
engineering_channel
–

var
final_countdown
–

var
fuel_injection_rate
–

var
fusion_temperature_archived
–

var
has_reached_emergency
–

var
heat_limiter_modifier
–

var
heat_output
–

var
heat_output_max
–

var
heat_output_min
–

var
heating_conductor
–

↑
icon_state_open
–

var
instability
–

var
internal_fusion
– /datum/gas_mixture

var
internal_power
–

var
iron_content
–

var
last_accent_sound
–

var
lastwarning
–

var
linked_input
– /obj/machinery/atmospherics/components/unary/hypertorus/fuel_input

var
linked_interface
– /obj/machinery/hypertorus/interface

var
linked_moderator
– /obj/machinery/atmospherics/components/unary/hypertorus/moderator_input

var
linked_output
– /obj/machinery/atmospherics/components/unary/hypertorus/waste_output

var
machine_parts
– /list

var
magnetic_constrictor
–

var
melting_point
–

var
moderator_filtering_rate
–

var
moderator_injection_rate
–

var
moderator_internal
– /datum/gas_mixture

var
moderator_scrubbing
– /list

var
power_level
–

var
power_output
–

var
radiation
–

var
radio
– /obj/item/radio

var
radio_key
–

var
safe_alert
–

var
selected_fuel
– /datum/hfr_fuel

var
soundloop
– /datum/looping_sound/hypertorus

var
start_cooling
–

var
start_fuel
–

var
start_moderator
–

var
start_power
–

var
temperature_period
–

var
warning_alert
–

var
warning_damage_flags
–

var
warning_point
–

var
waste_remove
–

proc
activate
(/mob/living/user)

proc
alarm
()

proc
check_alert
()

proc
check_fuel
()

proc
check_gas_requirements
()

proc
check_part_connectivity
()

proc
check_power_use
()

proc
countdown
()

proc
deactivate
()

proc
dump_gases
()

proc
fusion_process
(seconds_per_tick)

proc
get_area_cell_percent
()

proc
get_integrity_percent
()

proc
get_status
()

proc
meltdown
()

proc
moderator_common_process
(seconds_per_tick, scaled_production, /datum/gas_mixture/internal_output, moderator_list, dirty_production_rate, heat_output, radiation_modifier)

proc
moderator_fuel_process
(seconds_per_tick, production_amount, consumption_amount, /datum/gas_mixture/internal_output, moderator_list, /datum/hfr_fuel/fuel, fuel_list)

proc
play_ambience
()

↑
process
(seconds_per_tick)

proc
send_radio_explanation
()

proc
unregister_signals
(only_signals)

proc
update_pipenets
()