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Aurora.3/code/modules/mob/living/silicon/robot/component.dm
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FluffyandGitHub b8902e2e16 Runtime map now loads in ~11 seconds instead of ~40, sped up various other things (#19957) 
Runtime map now has a bunch of new areas / items with often-tested
stuffs, and some hard-to-put-at-runtime stuffs.
Runtime map jobs now are positioned to make it faster to reach the
aforementioned often-tested stuffs.
Runtime map doesn't generate an overmap anymore by default, which speeds
up the process.
Runtime map now loads in ~11 seconds instead of ~40 seconds as it was
before.
Updated the maploader to be faster in parsing maps.
Bapi is not engaged anymore if we're only measuring the map size, which
speeds up the process.
In fastboot we do not generate the codexes anymore, which speeds up the
process.
In fastboot and if exoplanets and away sites are not enabled, we do not
parse the map templates anymore, which speeds up the process.
Updated the icon smoothing to be faster.
Optimized cargo area code.
Other optimizations.
2024-10-06 21:31:01 +00:00

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// TODO: remove the robot.mmi and robot.cell variables and completely rely on the robot component system
/datum/robot_component
var/name = "robot component"
var/installed = 0
var/powered = 0
var/toggled = 1
var/brute_damage = 0
var/electronics_damage = 0
var/idle_usage = 0 // Amount of power used every MC tick. In joules.
var/active_usage = 0 // Amount of power used for every action. Actions are module-specific. Actuator for each tile moved, etc.
var/max_damage = 30 // HP of this component.
var/mob/living/silicon/robot/owner
var/external_type = null // The actual device object that has to be installed for this.
var/obj/item/wrapped = null // The wrapped device(e.g. radio), only set if external_type isn't null
/datum/robot_component/New(mob/living/silicon/robot/R)
src.owner = R
/datum/robot_component/proc/install()
installed = 1
/datum/robot_component/proc/uninstall()
installed = 0
/datum/robot_component/proc/destroy()
var/brokenstate = "broken" // Generic icon
if(istype(wrapped, /obj/item/robot_parts/robot_component))
var/obj/item/robot_parts/robot_component/comp = wrapped
brokenstate = comp.icon_state_broken
if(wrapped)
qdel(wrapped)
wrapped = new/obj/item/broken_device
wrapped.icon_state = brokenstate // Module-specific broken icons! Yay!
// The thing itself isn't there anymore, but some fried remains are.
uninstall()
installed = -1
/datum/robot_component/proc/get_damage(var/type)
return clamp(brute_damage + electronics_damage,0,max_damage)
/datum/robot_component/proc/take_damage(brute, electronics, damage_flags)
if(installed != 1)
return
brute_damage += brute
electronics_damage += electronics
if(brute_damage + electronics_damage >= max_damage)
destroy()
/datum/robot_component/proc/heal_damage(brute, electronics)
if(installed != 1)
// If it's not installed, can't repair it.
return 0
brute_damage = max(0, brute_damage - brute)
electronics_damage = max(0, electronics_damage - electronics)
/datum/robot_component/proc/is_powered()
return (installed == 1) && (brute_damage + electronics_damage < max_damage) && (!idle_usage || powered)
/datum/robot_component/proc/update_power_state()
if(toggled == 0)
powered = 0
return
if(owner.cell && owner.cell.charge >= idle_usage)
owner.cell_use_power(idle_usage)
powered = 1
else
powered = 0
// ARMOUR
// Protects the cyborg from damage. Usually first module to be hit
// No power usage
/datum/robot_component/armor
name = "armor plating"
external_type = /obj/item/robot_parts/robot_component/armor
max_damage = 60
// JETPACK
// Allows the cyborg to move in space
// Uses no power when idle. Uses 50J for each tile the cyborg moves.
/datum/robot_component/jetpack
name = "jetpack"
external_type = /obj/item/robot_parts/robot_component/jetpack
active_usage = 50
max_damage = 60
installed = 0
var/obj/item/tank/jetpack/carbondioxide/synthetic/tank = null
/datum/robot_component/surge
name = "surge preventor"
external_type = /obj/item/robot_parts/robot_component/surge
max_damage = 60
installed = 0
var/surge_left = 0
/datum/robot_component/surge/install()
..()
if(!surge_left)
surge_left = rand(2, 5)
/datum/robot_component/jetpack/install()
..()
tank = new/obj/item/tank/jetpack/carbondioxide/synthetic
owner.internals = tank
tank.forceMove(owner)
owner.jetpack = tank
/datum/robot_component/jetpack/uninstall()
..()
qdel(tank)
tank = null
owner.jetpack = null
// ACTUATOR
// Enables movement.
// Uses no power when idle. Uses 200J for each tile the cyborg moves.
/datum/robot_component/actuator
name = "actuator"
idle_usage = 0
active_usage = 200
external_type = /obj/item/robot_parts/robot_component/actuator
max_damage = 50
//A fixed and much cleaner implementation of /tg/'s special snowflake code.
/datum/robot_component/actuator/is_powered()
return (installed == 1) && (brute_damage + electronics_damage < max_damage)
// POWER CELL
// Stores power (how unexpected..)
// No power usage
/datum/robot_component/cell
name = "power cell"
max_damage = 50
/datum/robot_component/cell/destroy()
..()
owner.cell = null
// RADIO
// Enables radio communications
// Uses no power when idle. Uses 10J for each received radio message, 50 for each transmitted message.
/datum/robot_component/radio
name = "radio"
external_type = /obj/item/robot_parts/robot_component/radio
idle_usage = 15 //it's not actually possible to tell when we receive a message over our radio, so just use 10W every tick for passive listening
active_usage = 75 //transmit power
max_damage = 40
// BINARY RADIO
// Enables binary communications with other cyborgs/AIs
// Uses no power when idle. Uses 10J for each received radio message, 50 for each transmitted message
/datum/robot_component/binary_communication
name = "binary communication device"
external_type = /obj/item/robot_parts/robot_component/binary_communication_device
idle_usage = 5
active_usage = 25
max_damage = 30
// CAMERA
// Enables cyborg vision. Can also be remotely accessed via consoles.
// Uses 10J constantly
/datum/robot_component/camera
name = "camera"
external_type = /obj/item/robot_parts/robot_component/camera
idle_usage = 10
max_damage = 40
var/obj/machinery/camera/camera
/datum/robot_component/camera/New(mob/living/silicon/robot/R)
..()
camera = R.camera
/datum/robot_component/camera/update_power_state()
..()
if (camera)
//check if camera component was deactivated
if (!powered && camera.status != powered)
camera.kick_viewers()
camera.status = powered
/datum/robot_component/camera/install()
installed = 1
if (camera)
camera.status = 1
/datum/robot_component/camera/uninstall()
installed = 0
if (camera)
camera.status = 0
camera.kick_viewers()
/datum/robot_component/camera/destroy()
if (camera)
camera.status = 0
camera.kick_viewers()
// SELF DIAGNOSIS MODULE
// Analyses cyborg's modules, providing damage readouts and basic information
// Uses 1kJ burst when analysis is done
/datum/robot_component/diagnosis_unit
name = "self-diagnosis unit"
active_usage = 1000
external_type = /obj/item/robot_parts/robot_component/diagnosis_unit
max_damage = 30
// HELPER STUFF
// Initializes cyborg's components. Technically, adds default set of components to new borgs
/mob/living/silicon/robot/proc/initialize_components()
components["actuator"] = new /datum/robot_component/actuator(src)
actuatorComponent = components["actuator"]
components["radio"] = new /datum/robot_component/radio(src)
components["power cell"] = new /datum/robot_component/cell(src)
components["diagnosis unit"] = new /datum/robot_component/diagnosis_unit(src)
components["camera"] = new /datum/robot_component/camera(src)
components["comms"] = new /datum/robot_component/binary_communication(src)
components["armor"] = new /datum/robot_component/armor(src)
components["jetpack"] = new /datum/robot_component/jetpack(src)
components["surge"] = new /datum/robot_component/surge(src)
jetpackComponent = components["jetpack"]
jetpackComponent.installed = FALSE //We start the jetpack as not installed, because its nondefault
// Checks if component is functioning
/mob/living/silicon/robot/proc/is_component_functioning(module_name)
var/datum/robot_component/C = components[module_name]
return C && C.installed == TRUE && C.toggled && C.is_powered()
// Returns component by it's string name
/mob/living/silicon/robot/proc/get_component(var/component_name)
var/datum/robot_component/C = components[component_name]
return C
// COMPONENT OBJECTS
// These objects are visual representation of modules
/obj/item/broken_device
name = "broken component"
icon = 'icons/obj/robot_component.dmi'
icon_state = "broken"
/obj/item/robot_parts/robot_component/proc/take_damage(var/brute_amt, var/burn_amt)
brute += brute_amt
burn += burn_amt
total_dam = brute + burn
if(total_dam >= max_dam)
var/obj/item/trash/broken_electronics/broken_device = new(get_turf(src))
if(icon_state_broken != "broken")
broken_device.icon = src.icon
broken_device.icon_state = icon_state_broken
broken_device.name = "broken [name]"
return broken_device
return FALSE
/obj/item/robot_parts/robot_component/proc/is_functional()
return ((brute + burn) < max_dam)
/obj/item/robot_parts/robot_component
icon = 'icons/obj/robot_component.dmi'
icon_state = "working"
var/brute = 0
var/burn = 0
var/icon_state_broken = "broken"
var/total_dam = 0
var/max_dam = 60
/obj/item/robot_parts/robot_component/binary_communication_device
name = "binary communication device"
desc = "A module used for binary communications over encrypted frequencies, commonly used by synthetic robots."
icon_state = "binradio"
icon_state_broken = "binradio_broken"
/obj/item/robot_parts/robot_component/actuator
name = "actuator"
desc = "A modular, hydraulic actuator used by exosuits and robots alike for movement and manipulation."
icon_state = "motor"
icon_state_broken = "motor_broken"
/obj/item/robot_parts/robot_component/armor
name = "armor plating"
desc = "A pair of flexible, adaptable armor plates, used to protect the internals of robots."
icon_state = "armor"
icon_state_broken = "armor_broken"
/obj/item/robot_parts/robot_component/surge
name = "surge preventor"
desc = "A high-tech device designed to safeguard the internal battery from electromagnetic pulses."
icon_state = "surge"
icon_state_broken = "surge_broken"
/obj/item/robot_parts/robot_component/camera
name = "camera"
desc = "A modified camera module used as a visual receptor for robots and exosuits, also serving as a relay for wireless video feed."
icon_state = "camera"
icon_state_broken = "camera_broken"
/obj/item/robot_parts/robot_component/diagnosis_unit
name = "diagnostics unit"
desc = "An internal computer and sensors used by robots and exosuits to accurately diagnose any system discrepancies on their components."
icon_state = "analyser"
icon_state_broken = "analyser_broken"
/obj/item/robot_parts/robot_component/jetpack
name = "jetpack"
icon = 'icons/obj/tank.dmi'
icon_state = "jetpack-black"
icon_state_broken = "jetpack-black"
/obj/item/robot_parts/robot_component/radio
name = "radio"
desc = "A modular, multi-frequency radio used by robots and exosuits to enable communication systems. Comes with built-in subspace receivers."
icon_state = "radio"
icon_state_broken = "radio_broken"
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