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https://github.com/Aurorastation/Aurora.3.git
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Batrachophreno
3c2bd9bb45
# Summary This PR rebalances the spawn count and radius of overmap hazard clusters, as well as adjusts some of their overmap movement behavior. ## Justification Mining trips to exoplanets distant to the Horizon can force miners to spend large portions of a given round just trying to navigate around overmap hazards; in the worst cases, the sheer number of dead ends and blind spots can result in their effective removal from the first 60-90 minutes of a round, and the worst delays can obviate the need for their materials in the first place. While reducing these hazards would also benefit the Horizon and offships, the primary motivation was to reduce mining's "dead time" in any given round. ## Details Most overmap hazard types have had their 'count' (the number of clusters spawned) and radius reduced, to open up more navigable space on the overmap. This has been compensated for by modifying movement probabilities, speeds, and behaviors of overmap hazards. The intervals between overmap hazards moving (their effective speeds) has been made variable; different clusters of movable hazards will no longer always proc movement at the same time. Carp continue to have a random chance to move in a random direction every interval. Space dust and meteors now also have a chance to spawn in as movable hazards, but they will only ever move in one direction. While more dangerous to passing shuttles and ships than carp, they are also much more predictable. The current numbers were based on observation of several randomly generated maps during testing, but will likely need adjustment as it faces actual miners and we accumulate their feedback. I erred on the side of 'less difficult' to avoid overtuned rocks from smashing crew to pieces every round.
138 lines
4.6 KiB
Plaintext
138 lines
4.6 KiB
Plaintext
/datum/event/meteor_wave
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startWhen = 86
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endWhen = 9999//safety value, will be set during ticks
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has_skybox_image = TRUE
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var/next_meteor = 40
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var/waves = 1
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var/start_side
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var/next_meteor_lower = 10
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var/next_meteor_upper = 20
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ic_name = "a meteor storm"
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/datum/event/meteor_wave/get_skybox_image()
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var/image/res = overlay_image('icons/skybox/rockbox.dmi', "rockbox", COLOR_ASTEROID_ROCK, RESET_COLOR)
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res.blend_mode = BLEND_OVERLAY
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return res
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/datum/event/meteor_wave/setup()
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waves = 0
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for(var/n in 1 to severity)
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waves += rand(5,15)
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start_side = pick(GLOB.cardinals)
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endWhen = worst_case_end()
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/datum/event/meteor_wave/announce()
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command_announcement.Announce(SSatlas.current_map.meteors_detected_message, "Meteor Alert", new_sound = 'sound/AI/meteors_detected_message.ogg', zlevels = affecting_z)
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/datum/event/meteor_wave/announce_start()
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if(announce_to_sensor_console)
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send_sensor_message("Entering [ic_name].")
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return FALSE
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else
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command_announcement.Announce(SSatlas.current_map.meteor_contact_message, "Meteor Alert", zlevels = affecting_z)
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/datum/event/meteor_wave/announce_end(var/faked)
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if(faked)
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return
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if(announce_to_sensor_console)
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send_sensor_message("Exiting [ic_name].")
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return FALSE
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else
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spawn(100)//We give 10 seconds before announcing, for the last wave of meteors to hit the station
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command_announcement.Announce(SSatlas.current_map.meteor_end_message, "Meteor Alert", zlevels = affecting_z)
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/datum/event/meteor_wave/tick()
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if(waves && activeFor >= next_meteor)
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send_wave()
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/datum/event/meteor_wave/proc/worst_case_end()
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return activeFor + ((30 / severity) * waves) + 30
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/datum/event/meteor_wave/proc/send_wave()
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var/pick_side = prob(80) ? start_side : (prob(50) ? turn(start_side, 90) : turn(start_side, -90))
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spawn() spawn_meteors(get_wave_size(), get_meteors(), pick_side, pick(affecting_z))
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next_meteor += rand(next_meteor_lower, next_meteor_upper) / severity
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waves--
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endWhen = worst_case_end()
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/datum/event/meteor_wave/proc/get_wave_size()
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return severity * rand(2,4)
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/datum/event/meteor_wave/proc/get_meteors()
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switch(severity)
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if(EVENT_LEVEL_MAJOR)
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return SSatlas.current_sector.meteors_major
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if(EVENT_LEVEL_MODERATE)
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return SSatlas.current_sector.meteors_moderate
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else
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return SSatlas.current_sector.meteors_minor
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/datum/event/meteor_wave/downed_ship
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ic_name = "a downed vessel"
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no_fake = TRUE
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/datum/event/meteor_wave/downed_ship/get_meteors()
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return SSatlas.current_sector.downed_ship_meteors
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/datum/event/meteor_wave/downed_ship/announce()
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command_announcement.Announce(SSatlas.current_map.ship_meteor_end_message, "Ship Debris Alert", new_sound = 'sound/AI/meteor_end_message.ogg', zlevels = affecting_z)
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/datum/event/meteor_wave/downed_ship/announce_start()
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. = ..()
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if(.)
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command_announcement.Announce(SSatlas.current_map.ship_meteor_contact_message, "Ship Debris Alert", new_sound = 'sound/AI/meteor_contact_message.ogg', zlevels = affecting_z)
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/datum/event/meteor_wave/downed_ship/announce_end(var/faked)
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if(faked)
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return
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. = ..()
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if(.)
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spawn(100)//We give 10 seconds before announcing, for the last wave of meteors to hit the station
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command_announcement.Announce(SSatlas.current_map.ship_meteor_end_message, "Ship Debris Alert", new_sound = 'sound/AI/meteor_end_message.ogg', zlevels = affecting_z)
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/datum/event/meteor_wave/overmap
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next_meteor_lower = 5
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next_meteor_upper = 10
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next_meteor = 0
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/datum/event/meteor_wave/overmap/announce()
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return
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/datum/event/meteor_wave/dust
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ic_name = "a dust belt"
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/datum/event/meteor_wave/dust/announce()
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command_announcement.Announce(SSatlas.current_map.dust_detected_message, "Dust Belt Alert", new_sound = 'sound/AI/dust_detected_message.ogg', zlevels = affecting_z)
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/datum/event/meteor_wave/dust/announce_start()
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if(announce_to_sensor_console)
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send_sensor_message("Entering [ic_name].")
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return FALSE
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else
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command_announcement.Announce(SSatlas.current_map.dust_contact_message, "Dust Belt Alert", new_sound = 'sound/AI/dust_contact_message.ogg', zlevels = affecting_z)
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/datum/event/meteor_wave/dust/announce_end(var/faked)
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if(faked)
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return
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if(announce_to_sensor_console)
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send_sensor_message("Exiting [ic_name].")
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return FALSE
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else
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spawn(100)//We give 10 seconds before announcing, for the last wave of meteors to hit the station
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command_announcement.Announce(SSatlas.current_map.dust_end_message, "Dust Belt Alert", new_sound = 'sound/AI/dust_end_message.ogg', zlevels = affecting_z)
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/datum/event/meteor_wave/dust/get_meteors()
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return SSatlas.current_sector.meteors_dust
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/datum/event/meteor_wave/dust/overmap
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next_meteor_lower = 5
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next_meteor_upper = 10
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next_meteor = 0
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/datum/event/meteor_wave/dust/overmap/announce()
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return
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