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Bubberstation/code/modules/explorer_drone/scanner_array.dm
Waterpig bb70889f6e TG Upstream Part 1 
3591 individual conflicts

Update build.js

Update install_node.sh

Update byond.js

oh my fucking god

hat

slow

huh

holy shit

we all fall down

2 more I missed

2900 individual conflicts

2700 Individual conflicts

replaces yarn file with tg version, bumping us down to 2200-ish

Down to 2000 individual conflicts

140 down

mmm

aaaaaaaaaaaaaaaaaaa

not yt

575

soon

900 individual conflicts

600 individual conflicts, 121 file conflicts

im not okay

160 across 19 files

29 in 4 files

0 conflicts, compiletime fix time

some minor incap stuff

missed ticks

weird dupe definition stuff

missed ticks 2

incap fixes

undefs and pie fix

Radio update and some extra minor stuff

returns a single override

no more dupe definitions, 175 compiletime errors

Unticked file fix

sound and emote stuff

honk and more radio stuff
2024-10-19 08:04:33 -07:00

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GLOBAL_DATUM_INIT(exoscanner_controller,/datum/scanner_controller,new)
/// List of scanned distances
GLOBAL_LIST_INIT(exoscanner_bands,list(EXOSCANNER_BAND_PLASMA=0,EXOSCANNER_BAND_LIFE=0,EXOSCANNER_BAND_TECH=0,EXOSCANNER_BAND_RADIATION=0,EXOSCANNER_BAND_DENSITY=0))
/// Scan condition instances
GLOBAL_LIST_INIT(scan_conditions,init_scan_conditions())
/proc/init_scan_conditions()
. = list()
for(var/type in subtypesof(/datum/scan_condition))
. += new type
#define MAX_SCAN_DISTANCE 10
#define WIDE_SCAN_COST(BAND, SCAN_POWER) (min(((BAND*BAND)/(SCAN_POWER))*2*60*10, 10 MINUTES))
#define BASE_POINT_SCAN_TIME (2 MINUTES)
#define BASE_DEEP_SCAN_TIME (3 MINUTES)
/// Represents scan in progress, only one globally for now, todo later split per z or allow partial dish swarm usage
/datum/exoscan
/// Scan type wide/point/deep
var/scan_type
/// The scan power this scan was started with, if scanner swarm power falls below this value it will be interrupted
var/scan_power = 0
/// Target site for point/band scans
var/datum/exploration_site/target
/// End of scan timer id
var/scan_timer
/datum/exoscan/New(scan_type,datum/exploration_site/target)
src.scan_type = scan_type
src.target = target
var/scan_time = 0
switch(scan_type)
if(EXOSCAN_WIDE)
scan_power = GLOB.exoscanner_controller.calculate_scan_power()
scan_time = WIDE_SCAN_COST(GLOB.exoscanner_controller.wide_scan_band,scan_power)
if(EXOSCAN_POINT)
scan_power = GLOB.exoscanner_controller.get_scan_power(target)
scan_time = BASE_POINT_SCAN_TIME/scan_power
if(EXOSCAN_DEEP)
scan_power = GLOB.exoscanner_controller.get_scan_power(target)
scan_time = (BASE_DEEP_SCAN_TIME*target.distance)/scan_power
scan_timer = addtimer(CALLBACK(src, PROC_REF(resolve_scan)),scan_time,TIMER_STOPPABLE)
/// Short description for in progress scan
/datum/exoscan/proc/ui_description()
switch(scan_type)
if(EXOSCAN_WIDE)
return "Wide: Scanning sphere starting 1 AU from the station."
if(EXOSCAN_POINT)
return "Point scan of [target.display_name()]"
if(EXOSCAN_DEEP)
return "Deep scan of [target.display_name()]"
/datum/exoscan/proc/resolve_scan()
switch(scan_type)
if(EXOSCAN_WIDE)
generate_exploration_sites()
if(EXOSCAN_POINT)
target.reveal()
target.point_scan_complete = TRUE
if(EXOSCAN_DEEP)
target.reveal()
target.deep_scan_complete = TRUE
qdel(src)
/datum/exoscan/proc/stop()
SEND_SIGNAL(src,COMSIG_EXOSCAN_INTERRUPTED)
qdel(src)
/datum/exoscan/Destroy(force)
. = ..()
deltimer(scan_timer)
/obj/machinery/computer/exoscanner_control
name = "scanner array control console"
desc = "Controls scanner arrays to initiate scans for exodrones."
circuit = /obj/item/circuitboard/computer/exoscanner_console
/// If scan was interrupted show a popup until dismissed.
var/failed_popup = FALSE
/// Site we're configuring targeted scans for.
var/datum/exploration_site/selected_site
/obj/machinery/computer/exoscanner_control/ui_interact(mob/user, datum/tgui/ui)
. = ..()
ui = SStgui.try_update_ui(user, src, ui)
if(!ui)
ui = new(user, src, "ExoscannerConsole", name)
ui.open()
/obj/machinery/computer/exoscanner_control/ui_data(mob/user)
. = ..()
.["failed"] = failed_popup
.["selected_site"] = selected_site && ref(selected_site)
var/scan_power = 0
if(selected_site)
.["site_data"] = selected_site.site_data()
.["scan_power"] = scan_power = GLOB.exoscanner_controller.get_scan_power(selected_site)
.["point_scan_eta"] = scan_power > 0 ? BASE_POINT_SCAN_TIME/scan_power : 0
.["deep_scan_eta"] = scan_power > 0 ? (BASE_DEEP_SCAN_TIME*selected_site.distance)/scan_power : 0
var/list/condition_descriptions = list()
for(var/datum/scan_condition/condition in selected_site.scan_conditions)
condition_descriptions += condition.description
.["scan_conditions"] = condition_descriptions
else
.["scan_power"] = scan_power = GLOB.exoscanner_controller.calculate_scan_power()
.["wide_scan_eta"] = scan_power > 0 ? WIDE_SCAN_COST(GLOB.exoscanner_controller.wide_scan_band,scan_power) : 0
.["possible_sites"] = build_exploration_site_ui_data()
.["scan_conditions"] = null
.["scan_in_progress"] = !!GLOB.exoscanner_controller.current_scan
if(GLOB.exoscanner_controller.current_scan) //Display scan in progress info
.["scan_time"] = timeleft(GLOB.exoscanner_controller.current_scan.scan_timer)
.["current_scan_power"] = GLOB.exoscanner_controller.current_scan.scan_power
.["scan_description"] = GLOB.exoscanner_controller.current_scan.ui_description()
/obj/machinery/computer/exoscanner_control/ui_static_data(mob/user)
. = ..()
.["all_bands"] = GLOB.exoscanner_bands
/obj/machinery/computer/exoscanner_control/ui_act(action, list/params, datum/tgui/ui, datum/ui_state/state)
. = ..()
if(.)
return
switch(action)
if("select_site")
if(params["site_ref"])
var/datum/exploration_site/site = locate(params["site_ref"]) in GLOB.exploration_sites
if(site)
selected_site = site
else
selected_site = null
return TRUE
if("stop_scan")
stop_current_scan()
return TRUE
if("start_wide_scan")
start_wide_scan()
return TRUE
if("start_point_scan")
start_point_scan()
return TRUE
if("start_deep_scan")
start_deep_scan()
return TRUE
if("confirm_fail")
failed_popup = FALSE
return TRUE
/obj/machinery/computer/exoscanner_control/proc/stop_current_scan()
if(GLOB.exoscanner_controller.current_scan)
GLOB.exoscanner_controller.current_scan.stop()
/obj/machinery/computer/exoscanner_control/proc/start_wide_scan(radius)
if(GLOB.exoscanner_controller.current_scan)
return
if(GLOB.exoscanner_controller.wide_scan_band > MAX_SCAN_DISTANCE)
return
create_scan(EXOSCAN_WIDE)
/obj/machinery/computer/exoscanner_control/proc/start_point_scan()
if(GLOB.exoscanner_controller.current_scan || !selected_site || selected_site.point_scan_complete)
return
create_scan(EXOSCAN_POINT,selected_site)
/obj/machinery/computer/exoscanner_control/proc/start_deep_scan()
if(GLOB.exoscanner_controller.current_scan || !selected_site || selected_site.deep_scan_complete)
return
create_scan(EXOSCAN_DEEP,selected_site)
/obj/machinery/computer/exoscanner_control/proc/create_scan(scan_type,target)
var/datum/exoscan/scan = GLOB.exoscanner_controller.create_scan(scan_type,target)
if(scan)
RegisterSignal(scan, COMSIG_EXOSCAN_INTERRUPTED, PROC_REF(scan_failed))
/obj/machinery/computer/exoscanner_control/proc/scan_failed()
SIGNAL_HANDLER
failed_popup = TRUE
SStgui.update_uis(src)
/obj/machinery/computer/exoscanner_control/post_machine_initialize()
. = ..()
AddComponent(/datum/component/experiment_handler, \
allowed_experiments = list(/datum/experiment/exploration_scan), \
config_mode = EXPERIMENT_CONFIG_UI, \
config_flags = EXPERIMENT_CONFIG_ALWAYS_ACTIVE)
/obj/machinery/exoscanner
name = "Scanner array"
icon = 'icons/obj/exploration.dmi'
icon_state = "scanner_off"
desc = "A sophisticated scanning array. Easily influenced by its environment."
circuit = /obj/item/circuitboard/machine/exoscanner
///the scan power of this array to supply to scanner_controller
var/scan_power = 1
/obj/machinery/exoscanner/Initialize(mapload)
. = ..()
RegisterSignals(GLOB.exoscanner_controller,list(COMSIG_EXOSCAN_STARTED,COMSIG_EXOSCAN_FINISHED), PROC_REF(scan_change))
update_readiness()
RefreshParts()
/obj/machinery/exoscanner/RefreshParts()
. = ..()
var/power = 1
for(var/datum/stock_part/scanning_module/scanning_module in component_parts)
power += (scanning_module.tier - 1) / 12
scan_power = power
GLOB.exoscanner_controller.update_scan_power()
/obj/machinery/exoscanner/screwdriver_act(mob/user, obj/item/tool)
. = ..()
if(!.)
. = default_deconstruction_screwdriver(user, "scanner_open", "scanner_off", tool)
update_readiness()
/obj/machinery/exoscanner/crowbar_act(mob/user, obj/item/tool)
..()
if(default_deconstruction_crowbar(tool))
return TRUE
/obj/machinery/exoscanner/proc/scan_change()
SIGNAL_HANDLER
if(GLOB.exoscanner_controller.current_scan)
update_use_power(ACTIVE_POWER_USE)
else
update_use_power(IDLE_POWER_USE)
update_icon_state()
/obj/machinery/exoscanner/Destroy()
. = ..()
GLOB.exoscanner_controller.deactivate_scanner(src)
/obj/machinery/exoscanner/proc/is_ready()
return anchored && is_operational && !panel_open
/obj/machinery/exoscanner/proc/update_readiness()
if(is_ready())
GLOB.exoscanner_controller.activate_scanner(src)
else
GLOB.exoscanner_controller.deactivate_scanner(src)
update_icon_state()
/obj/machinery/exoscanner/update_icon_state()
. = ..()
if(is_ready())
if(GLOB.exoscanner_controller.current_scan)
icon_state = "scanner_on"
else
icon_state = "scanner_ready"
else
icon_state = "scanner_off"
/obj/machinery/exoscanner/wrench_act(mob/living/user, obj/item/tool)
. = ..()
default_unfasten_wrench(user, tool, time = 1 SECONDS)
return ITEM_INTERACT_SUCCESS
/obj/machinery/exoscanner/set_anchored(anchorvalue)
. = ..()
update_readiness()
/obj/machinery/exoscanner/on_set_is_operational(old_value)
. = ..()
update_readiness()
///Helper datum to calculate and store scanning power and track in progress scans
/datum/scanner_controller
/// List of dishes in working condition.
var/list/tracked_dishes = list()
/// Scan currently in progress if any.
var/datum/exoscan/current_scan
/// Band for the next wide scan. Increased after successful completion of wide scan.
var/wide_scan_band = 1
/// Current scan power keyed by site
var/list/scan_power_cache = list()
/datum/scanner_controller/proc/create_scan(scan_type,datum/exploration_site/target)
if(current_scan)
return
if(length(GLOB.exoscanner_controller.tracked_dishes) <= 0 || (target && GLOB.exoscanner_controller.get_scan_power(target) <= 0))
return
current_scan = new(scan_type,target)
RegisterSignal(current_scan,COMSIG_QDELETING, PROC_REF(cleanup_current_scan))
SEND_SIGNAL(src,COMSIG_EXOSCAN_STARTED,current_scan)
return current_scan
/datum/scanner_controller/proc/cleanup_current_scan()
SIGNAL_HANDLER
current_scan = null
SEND_SIGNAL(src,COMSIG_EXOSCAN_FINISHED,current_scan)
/datum/scanner_controller/proc/activate_scanner(obj/machinery/exoscanner/scanner)
if(scanner in tracked_dishes)
return
tracked_dishes += scanner
update_scan_power()
/datum/scanner_controller/proc/deactivate_scanner(obj/machinery/exoscanner/scanner)
if(!(scanner in tracked_dishes))
return
tracked_dishes -= scanner
update_scan_power()
/datum/scanner_controller/proc/update_scan_power()
scan_power_cache = list()
if(current_scan) //Check if we need to interrupt current scan.
var/current_power = length(tracked_dishes)
if(current_scan.target)
current_power = get_scan_power(current_scan.target)
if(current_scan.scan_power > current_power)
current_scan.stop("Scan swarm power reduced")
/datum/scanner_controller/proc/get_scan_power(datum/exploration_site/target)
if(!scan_power_cache[target])
scan_power_cache[target] = calculate_scan_power(target.scan_conditions)
return scan_power_cache[target]
/datum/scanner_controller/proc/calculate_scan_power(conditions)
. = 0
for(var/obj/machinery/exoscanner/dish in tracked_dishes)
var/effective_power = dish.scan_power
for(var/datum/scan_condition/condition in conditions)
effective_power *= condition.check_dish(dish)
if(!effective_power) //Don't bother continuing if it's zero
break
. += effective_power
/// Scan condition, these require some specific setup for the dish to count for the scan power for the given site
/datum/scan_condition
var/name
var/description
/// Returns power multiplier of the dish depending on condition.
/datum/scan_condition/proc/check_dish(obj/machinery/exoscanner/dish)
return 1
/datum/scan_condition/nebula
name = "Nebula"
description = "Site is within an unusually dense nebula. To reduce scanner noise, position dishes at least 15 tiles apart."
var/distance = 15
/datum/scan_condition/nebula/check_dish(obj/machinery/exoscanner/dish)
for(var/obj/machinery/exoscanner/other_dish in GLOB.exoscanner_controller.tracked_dishes)
if(dish != other_dish && dish.z == other_dish.z && get_dist(dish,other_dish) < distance)
return 0
return 1
/datum/scan_condition/pulsar
name = "Pulsar"
description = "A pulsar near the site requires dishes to be shielded from electomagnetic noise. Ensure no other machines are working near the dish."
var/distance = 2
/datum/scan_condition/pulsar/check_dish(obj/machinery/exoscanner/dish)
for(var/obj/machinery/some_machine in range(distance,dish))
if(some_machine != dish && some_machine.is_operational)
return 0
return 1
/datum/scan_condition/asteroid_belt
name = "Asteroid Belt"
description = "An asteroid belt is obscuring the direct line of sight from the station to the site. Ensure the dishes are placed outside of the station z level."
/datum/scan_condition/asteroid_belt/check_dish(obj/machinery/exoscanner/dish)
var/turf/dish_turf = get_turf(dish)
return is_station_level(dish_turf.z) ? 0 : 1
/datum/scan_condition/black_hole
name = "Black Hole"
description = "A background black hole requires you to focus the scan point precisely. Ensure the dishes are isolated from rest of the station with at least 6 walls around them."
/datum/scan_condition/black_hole/check_dish(obj/machinery/exoscanner/dish)
var/wall_count = 0
for(var/turf/turf_in_dish_range in range(1,get_turf(dish)))
if(turf_in_dish_range.density)
wall_count += 1
return wall_count > 6 ? 1 : 0
/datum/scan_condition/easy
name = "Easy Scan"
description = "This site is very easy to scan, all dish power is doubled."
/datum/scan_condition/easy/check_dish(obj/machinery/exoscanner/dish)
return 2
#undef MAX_SCAN_DISTANCE
#undef WIDE_SCAN_COST
#undef BASE_POINT_SCAN_TIME
#undef BASE_DEEP_SCAN_TIME
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