// Areas.dm /area level = null name = "Space" icon = 'icons/turf/areas.dmi' icon_state = "unknown" layer = AREA_LAYER mouse_opacity = MOUSE_OPACITY_TRANSPARENT invisibility = INVISIBILITY_LIGHTING var/map_name // Set in New(); preserves the name set by the map maker, even if renamed by the Blueprints. var/valid_territory = TRUE // If it's a valid territory for gangs to claim var/blob_allowed = TRUE // Does it count for blobs score? By default, all areas count. var/clockwork_warp_allowed = TRUE // Can servants warp into this area from Reebe? var/clockwork_warp_fail = "The structure there is too dense for warping to pierce. (This is normal in high-security areas.)" var/eject = null var/fire = null var/atmos = TRUE var/atmosalm = FALSE var/poweralm = TRUE var/party = null var/lightswitch = TRUE var/requires_power = TRUE var/always_unpowered = FALSE // This gets overriden to 1 for space in area/Initialize(). var/outdoors = FALSE //For space, the asteroid, lavaland, etc. Used with blueprints to determine if we are adding a new area (vs editing a station room) var/power_equip = TRUE var/power_light = TRUE var/power_environ = TRUE var/music = null var/used_equip = 0 var/used_light = 0 var/used_environ = 0 var/static_equip var/static_light = 0 var/static_environ var/has_gravity = FALSE var/noteleport = FALSE //Are you forbidden from teleporting to the area? (centcom, mobs, wizard, hand teleporter) var/hidden = FALSE //Hides area from player Teleport function. var/safe = FALSE //Is the area teleport-safe: no space / radiation / aggresive mobs / other dangers var/no_air = null var/list/related // the other areas of the same type as this var/parallax_movedir = 0 var/global/global_uid = 0 var/uid var/list/ambientsounds = GENERIC flags_1 = CAN_BE_DIRTY_1 var/list/firedoors var/list/cameras var/list/firealarms var/firedoors_last_closed_on = 0 var/xenobiology_compatible = FALSE //Can the Xenobio management console transverse this area by default? var/list/canSmoothWithAreas //typecache to limit the areas that atoms in this area can smooth with /*Adding a wizard area teleport list because motherfucking lag -- Urist*/ /*I am far too lazy to make it a proper list of areas so I'll just make it run the usual telepot routine at the start of the game*/ GLOBAL_LIST_EMPTY(teleportlocs) /proc/process_teleport_locs() for(var/V in GLOB.sortedAreas) var/area/AR = V if(istype(AR, /area/shuttle) || AR.noteleport) continue if(GLOB.teleportlocs[AR.name]) continue var/turf/picked = safepick(get_area_turfs(AR.type)) if (picked && is_station_level(picked.z)) GLOB.teleportlocs[AR.name] = AR sortTim(GLOB.teleportlocs, /proc/cmp_text_dsc) // === // Added to fix mech fabs 05/2013 ~Sayu // This is necessary due to lighting subareas. If you were to go in assuming that things in // the same logical /area have the parent /area object... well, you would be mistaken. If you // want to find machines, mobs, etc, in the same logical area, you will need to check all the // related areas. This returns a master contents list to assist in that. /proc/area_contents(area/A) if(!istype(A)) return null var/list/contents = list() for(var/area/LSA in A.related) contents += LSA.contents return contents /area/Initialize() icon_state = "" layer = AREA_LAYER uid = ++global_uid related = list(src) map_name = name // Save the initial (the name set in the map) name of the area. canSmoothWithAreas = typecacheof(canSmoothWithAreas) if(requires_power) luminosity = 0 else power_light = TRUE power_equip = TRUE power_environ = TRUE if(dynamic_lighting == DYNAMIC_LIGHTING_FORCED) dynamic_lighting = DYNAMIC_LIGHTING_ENABLED luminosity = 0 else if(dynamic_lighting != DYNAMIC_LIGHTING_IFSTARLIGHT) dynamic_lighting = DYNAMIC_LIGHTING_DISABLED if(dynamic_lighting == DYNAMIC_LIGHTING_IFSTARLIGHT) dynamic_lighting = CONFIG_GET(flag/starlight) ? DYNAMIC_LIGHTING_ENABLED : DYNAMIC_LIGHTING_DISABLED . = ..() blend_mode = BLEND_MULTIPLY // Putting this in the constructor so that it stops the icons being screwed up in the map editor. if(!IS_DYNAMIC_LIGHTING(src)) add_overlay(/obj/effect/fullbright) if(contents.len) var/list/areas_in_z = SSmapping.areas_in_z var/z for(var/i in 1 to contents.len) var/atom/thing = contents[i] if(!thing) continue z = thing.z break if(!z) WARNING("No z found for [src]") return if(!areas_in_z["[z]"]) areas_in_z["[z]"] = list() areas_in_z["[z]"] += src return INITIALIZE_HINT_LATELOAD /area/LateInitialize() power_change() // all machines set to current power level, also updates icon /area/Destroy() STOP_PROCESSING(SSobj, src) return ..() /area/proc/poweralert(state, obj/source) if (state != poweralm) poweralm = state if(istype(source)) //Only report power alarms on the z-level where the source is located. for (var/item in GLOB.silicon_mobs) var/mob/living/silicon/aiPlayer = item if (state == 1) aiPlayer.cancelAlarm("Power", src, source) else aiPlayer.triggerAlarm("Power", src, cameras, source) for (var/item in GLOB.alert_consoles) var/obj/machinery/computer/station_alert/a = item if(state == 1) a.cancelAlarm("Power", src, source) else a.triggerAlarm("Power", src, cameras, source) for (var/item in GLOB.drones_list) var/mob/living/simple_animal/drone/D = item if(state == 1) D.cancelAlarm("Power", src, source) else D.triggerAlarm("Power", src, cameras, source) for(var/item in GLOB.alarmdisplay) var/datum/computer_file/program/alarm_monitor/p = item if(state == 1) p.cancelAlarm("Power", src, source) else p.triggerAlarm("Power", src, cameras, source) /area/proc/atmosalert(danger_level, obj/source) if(danger_level != atmosalm) if (danger_level==2) var/list/cameras = list() for(var/area/RA in related) for (var/item in RA.cameras) var/obj/machinery/camera/C = item cameras += C for (var/item in GLOB.silicon_mobs) var/mob/living/silicon/aiPlayer = item aiPlayer.triggerAlarm("Atmosphere", src, cameras, source) for (var/item in GLOB.alert_consoles) var/obj/machinery/computer/station_alert/a = item a.triggerAlarm("Atmosphere", src, cameras, source) for (var/item in GLOB.drones_list) var/mob/living/simple_animal/drone/D = item D.triggerAlarm("Atmosphere", src, cameras, source) for(var/item in GLOB.alarmdisplay) var/datum/computer_file/program/alarm_monitor/p = item p.triggerAlarm("Atmosphere", src, cameras, source) else if (src.atmosalm == 2) for (var/item in GLOB.silicon_mobs) var/mob/living/silicon/aiPlayer = item aiPlayer.cancelAlarm("Atmosphere", src, source) for (var/item in GLOB.alert_consoles) var/obj/machinery/computer/station_alert/a = item a.cancelAlarm("Atmosphere", src, source) for (var/item in GLOB.drones_list) var/mob/living/simple_animal/drone/D = item D.cancelAlarm("Atmosphere", src, source) for(var/item in GLOB.alarmdisplay) var/datum/computer_file/program/alarm_monitor/p = item p.cancelAlarm("Atmosphere", src, source) src.atmosalm = danger_level return 1 return 0 /area/proc/ModifyFiredoors(opening) if(firedoors) firedoors_last_closed_on = world.time for(var/FD in firedoors) var/obj/machinery/door/firedoor/D = FD var/cont = !D.welded if(cont && opening) //don't open if adjacent area is on fire for(var/I in D.affecting_areas) var/area/A = I if(A.fire) cont = FALSE break if(cont && D.is_operational()) if(D.operating) D.nextstate = opening ? FIREDOOR_OPEN : FIREDOOR_CLOSED else if(!(D.density ^ opening)) INVOKE_ASYNC(D, (opening ? /obj/machinery/door/firedoor.proc/open : /obj/machinery/door/firedoor.proc/close)) /area/proc/firealert(obj/source) if(always_unpowered == 1) //no fire alarms in space/asteroid return var/list/cameras = list() for(var/area/RA in related) if (!( RA.fire )) RA.set_fire_alarm_effect() RA.ModifyFiredoors(FALSE) for(var/item in RA.firealarms) var/obj/machinery/firealarm/F = item F.update_icon() for (var/item in RA.cameras) var/obj/machinery/camera/C = item cameras += C for (var/item in GLOB.alert_consoles) var/obj/machinery/computer/station_alert/a = item a.triggerAlarm("Fire", src, cameras, source) for (var/item in GLOB.silicon_mobs) var/mob/living/silicon/aiPlayer = item aiPlayer.triggerAlarm("Fire", src, cameras, source) for (var/item in GLOB.drones_list) var/mob/living/simple_animal/drone/D = item D.triggerAlarm("Fire", src, cameras, source) for(var/item in GLOB.alarmdisplay) var/datum/computer_file/program/alarm_monitor/p = item p.triggerAlarm("Fire", src, cameras, source) START_PROCESSING(SSobj, src) /area/proc/firereset(obj/source) for(var/area/RA in related) if (RA.fire) RA.fire = 0 RA.mouse_opacity = MOUSE_OPACITY_TRANSPARENT RA.updateicon() RA.ModifyFiredoors(TRUE) for(var/item in RA.firealarms) var/obj/machinery/firealarm/F = item F.update_icon() for (var/item in GLOB.silicon_mobs) var/mob/living/silicon/aiPlayer = item aiPlayer.cancelAlarm("Fire", src, source) for (var/item in GLOB.alert_consoles) var/obj/machinery/computer/station_alert/a = item a.cancelAlarm("Fire", src, source) for (var/item in GLOB.drones_list) var/mob/living/simple_animal/drone/D = item D.cancelAlarm("Fire", src, source) for(var/item in GLOB.alarmdisplay) var/datum/computer_file/program/alarm_monitor/p = item p.cancelAlarm("Fire", src, source) STOP_PROCESSING(SSobj, src) /area/process() if(firedoors_last_closed_on + 100 < world.time) //every 10 seconds for(var/area/RA in related) RA.ModifyFiredoors(FALSE) /area/proc/close_and_lock_door(obj/machinery/door/DOOR) set waitfor = FALSE DOOR.close() if(DOOR.density) DOOR.lock() /area/proc/burglaralert(obj/trigger) if(always_unpowered == 1) //no burglar alarms in space/asteroid return var/list/cameras = list() for(var/area/RA in related) //Trigger alarm effect RA.set_fire_alarm_effect() //Lockdown airlocks for(var/obj/machinery/door/DOOR in RA) close_and_lock_door(DOOR) for (var/item in RA.cameras) var/obj/machinery/camera/C = item cameras += C for (var/i in GLOB.silicon_mobs) var/mob/living/silicon/SILICON = i if(SILICON.triggerAlarm("Burglar", src, cameras, trigger)) //Cancel silicon alert after 1 minute addtimer(CALLBACK(SILICON, /mob/living/silicon.proc/cancelAlarm,"Burglar",src,trigger), 600) /area/proc/set_fire_alarm_effect() fire = 1 updateicon() mouse_opacity = MOUSE_OPACITY_TRANSPARENT /area/proc/readyalert() if(name == "Space") return if(!eject) eject = 1 updateicon() /area/proc/readyreset() if(eject) eject = 0 updateicon() /area/proc/partyalert() if(src.name == "Space") //no parties in space!!! return if (!( src.party )) src.party = 1 src.updateicon() src.mouse_opacity = MOUSE_OPACITY_TRANSPARENT /area/proc/partyreset() if (src.party) src.party = 0 src.mouse_opacity = MOUSE_OPACITY_TRANSPARENT src.updateicon() for(var/obj/machinery/door/firedoor/D in src) if(!D.welded) if(D.operating) D.nextstate = OPEN else if(D.density) INVOKE_ASYNC(D, /obj/machinery/door/firedoor.proc/open) /area/proc/updateicon() if ((fire || eject || party) && (!requires_power||power_environ))//If it doesn't require power, can still activate this proc. if(fire && !eject && !party) icon_state = "blue" else if(!fire && eject && !party) icon_state = "red" else if(party && !fire && !eject) icon_state = "party" else icon_state = "blue-red" else var/weather_icon for(var/V in SSweather.processing) var/datum/weather/W = V if(W.stage != END_STAGE && (src in W.impacted_areas)) W.update_areas() weather_icon = TRUE if(!weather_icon) icon_state = null /area/space/updateicon() icon_state = null /* #define EQUIP 1 #define LIGHT 2 #define ENVIRON 3 */ /area/proc/powered(chan) // return true if the area has power to given channel if(!requires_power) return 1 if(always_unpowered) return 0 switch(chan) if(EQUIP) return power_equip if(LIGHT) return power_light if(ENVIRON) return power_environ return 0 /area/space/powered(chan) //Nope.avi return 0 // called when power status changes /area/proc/power_change() for(var/area/RA in related) for(var/obj/machinery/M in RA) // for each machine in the area M.power_change() // reverify power status (to update icons etc.) RA.updateicon() /area/proc/usage(chan) var/used = 0 switch(chan) if(LIGHT) used += used_light if(EQUIP) used += used_equip if(ENVIRON) used += used_environ if(TOTAL) used += used_light + used_equip + used_environ if(STATIC_EQUIP) used += static_equip if(STATIC_LIGHT) used += static_light if(STATIC_ENVIRON) used += static_environ return used /area/proc/addStaticPower(value, powerchannel) switch(powerchannel) if(STATIC_EQUIP) static_equip += value if(STATIC_LIGHT) static_light += value if(STATIC_ENVIRON) static_environ += value /area/proc/clear_usage() used_equip = 0 used_light = 0 used_environ = 0 /area/proc/use_power(amount, chan) switch(chan) if(EQUIP) used_equip += amount if(LIGHT) used_light += amount if(ENVIRON) used_environ += amount /area/Entered(A) set waitfor = FALSE if(!isliving(A)) return var/mob/living/L = A if(!L.ckey) return // Ambience goes down here -- make sure to list each area separately for ease of adding things in later, thanks! Note: areas adjacent to each other should have the same sounds to prevent cutoff when possible.- LastyScratch if(L.client && !L.client.ambience_playing && L.client.prefs.toggles & SOUND_SHIP_AMBIENCE) L.client.ambience_playing = 1 SEND_SOUND(L, sound('sound/ambience/shipambience.ogg', repeat = 1, wait = 0, volume = 35, channel = CHANNEL_BUZZ)) if(!(L.client && (L.client.prefs.toggles & SOUND_AMBIENCE))) return //General ambience check is below the ship ambience so one can play without the other if(prob(35)) var/sound = pick(ambientsounds) if(!L.client.played) SEND_SOUND(L, sound(sound, repeat = 0, wait = 0, volume = 25, channel = CHANNEL_AMBIENCE)) L.client.played = TRUE addtimer(CALLBACK(L.client, /client/proc/ResetAmbiencePlayed), 600) /client/proc/ResetAmbiencePlayed() played = FALSE /atom/proc/has_gravity(turf/T) if(!T || !isturf(T)) T = get_turf(src) var/area/A = get_area(T) if(isspaceturf(T)) // Turf never has gravity return FALSE else if(A && A.has_gravity) // Areas which always has gravity return TRUE else // There's a gravity generator on our z level if(T && GLOB.gravity_generators["[T.z]"] && length(GLOB.gravity_generators["[T.z]"])) return TRUE return FALSE /area/proc/setup(a_name) name = a_name power_equip = FALSE power_light = FALSE power_environ = FALSE always_unpowered = FALSE valid_territory = FALSE blob_allowed = FALSE addSorted() /area/AllowDrop() CRASH("Bad op: area/AllowDrop() called") /area/drop_location() CRASH("Bad op: area/drop_location() called")