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740a471dbb
original pr here: #59789 (Closed because he didn't think it was good enough) came back to this because i realized that all machines were area sensitive, meaning they had a list with at least a reference to themselves (assuming they arent in the contents of another movable which most arent) for the purposes of handling power differences when their area changes pipes are machines there are ~14k machines and ~6k pipes i made this problem worse with a recent pr by making it a nested list so i needed to track what machines needed power, and this pr had work already done that could be used for that purpose. now machines that have use_power == NO_POWER_USE do not have this extra memory overhead for no reason currently every machine that uses power draws that amount from its area from a dynamic channel via auto_use_power() which is called every SSmachines fire(), then in apc/process() the area's dynamic power draw is reset and the power is used. with static power its not calculated then reset every loop, its just taken from the grid. so now machines handle updating their static power usage from their current area (this doesnt touch power machines that require a wire connection). in order to allow this, use_power, idle_power_usage, and active_power_usage have setters to track state correctly and update the static power usage on the machines current area and handle area sensitivity. also goes through a lot of heavy abusers of SSmachine processing time and tries to make it faster. makes airalarm/process() into a signal handler for COMSIG_TURF_EXPOSE since air alarms only need to process for changes. Why It's Good For The Game SSmachines isnt the heaviest hitter in terms of total cpu and certainly not in terms of overtime, but its not a lightweight. it frequently takes > 50ms to complete a run and seems to be in the top 5 or so of subsystem costs looking at some round profilers also gets rid of a few thousand lists since every pipe no longer has two useless lists each (and any other machines that dont use power) Love ya kyler Co-authored-by: Rohesie <rohesie@gmail.com>
213 lines
7.9 KiB
Plaintext
213 lines
7.9 KiB
Plaintext
// channel numbers for power
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// These are indexes in a list, and indexes for "dynamic" and static channels should be kept contiguous
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#define AREA_USAGE_EQUIP 1
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#define AREA_USAGE_LIGHT 2
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#define AREA_USAGE_ENVIRON 3
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#define AREA_USAGE_STATIC_EQUIP 4
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#define AREA_USAGE_STATIC_LIGHT 5
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#define AREA_USAGE_STATIC_ENVIRON 6
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#define AREA_USAGE_LEN AREA_USAGE_STATIC_ENVIRON // largest idx
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/// Index of the first dynamic usage channel
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#define AREA_USAGE_DYNAMIC_START AREA_USAGE_EQUIP
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/// Index of the last dynamic usage channel
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#define AREA_USAGE_DYNAMIC_END AREA_USAGE_ENVIRON
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/// Index of the first static usage channel
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#define AREA_USAGE_STATIC_START AREA_USAGE_STATIC_EQUIP
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/// Index of the last static usage channel
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#define AREA_USAGE_STATIC_END AREA_USAGE_STATIC_ENVIRON
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#define DYNAMIC_TO_STATIC_CHANNEL(dyn_channel) (dyn_channel + (AREA_USAGE_STATIC_START - AREA_USAGE_DYNAMIC_START))
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#define STATIC_TO_DYNAMIC_CHANNEL(static_channel) (static_channel - (AREA_USAGE_STATIC_START - AREA_USAGE_DYNAMIC_START))
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//Power use
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#define NO_POWER_USE 0
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#define IDLE_POWER_USE 1
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#define ACTIVE_POWER_USE 2
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/// Bitflags for a machine's preferences on when it should start processing. For use with machinery's `processing_flags` var.
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#define START_PROCESSING_ON_INIT (1<<0) /// Indicates the machine will automatically start processing right after it's `Initialize()` is ran.
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#define START_PROCESSING_MANUALLY (1<<1) /// Machines with this flag will not start processing when it's spawned. Use this if you want to manually control when a machine starts processing.
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//bitflags for door switches.
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#define OPEN (1<<0)
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#define IDSCAN (1<<1)
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#define BOLTS (1<<2)
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#define SHOCK (1<<3)
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#define SAFE (1<<4)
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//used in design to specify which machine can build it
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#define IMPRINTER (1<<0) //For circuits. Uses glass/chemicals.
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#define PROTOLATHE (1<<1) //New stuff. Uses various minerals
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#define AUTOLATHE (1<<2) //Prints basic designs without research
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#define MECHFAB (1<<3) //Remember, objects utilising this flag should have construction_time and construction_cost vars.
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#define BIOGENERATOR (1<<4) //Uses biomass
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#define LIMBGROWER (1<<5) //Uses synthetic flesh
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#define SMELTER (1<<6) //uses various minerals
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/// Protolathes for offstation roles. More limited tech tree.
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#define AWAY_LATHE (1<<8)
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/// Imprinters for offstation roles. More limited tech tree.
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#define AWAY_IMPRINTER (1<<9)
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/// For wiremod/integrated circuits. Uses various minerals.
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#define COMPONENT_PRINTER (1<<10)
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//Note: More than one of these can be added to a design but imprinter and lathe designs are incompatable.
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//Modular computer/NTNet defines
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//Modular computer part defines
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#define MC_CPU "CPU"
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#define MC_HDD "HDD"
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#define MC_SDD "SDD"
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#define MC_CARD "CARD"
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#define MC_CARD2 "CARD2"
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#define MC_NET "NET"
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#define MC_PRINT "PRINT"
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#define MC_CELL "CELL"
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#define MC_CHARGE "CHARGE"
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#define MC_AI "AI"
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#define MC_SENSORS "SENSORS"
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#define MC_SIGNALER "SIGNALER"
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//NTNet stuff, for modular computers
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// NTNet module-configuration values. Do not change these. If you need to add another use larger number (5..6..7 etc)
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#define NTNET_SOFTWAREDOWNLOAD 1 // Downloads of software from NTNet
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#define NTNET_PEERTOPEER 2 // P2P transfers of files between devices
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#define NTNET_COMMUNICATION 3 // Communication (messaging)
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#define NTNET_SYSTEMCONTROL 4 // Control of various systems, RCon, air alarm control, etc.
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//NTNet transfer speeds, used when downloading/uploading a file/program.
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#define NTNETSPEED_LOWSIGNAL 0.5 // GQ/s transfer speed when the device is wirelessly connected and on Low signal
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#define NTNETSPEED_HIGHSIGNAL 1 // GQ/s transfer speed when the device is wirelessly connected and on High signal
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#define NTNETSPEED_ETHERNET 2 // GQ/s transfer speed when the device is using wired connection
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//Caps for NTNet logging. Less than 10 would make logging useless anyway, more than 500 may make the log browser too laggy. Defaults to 100 unless user changes it.
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#define MAX_NTNET_LOGS 300
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#define MIN_NTNET_LOGS 10
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//Program bitflags
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#define PROGRAM_ALL (~0)
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#define PROGRAM_CONSOLE (1<<0)
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#define PROGRAM_LAPTOP (1<<1)
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#define PROGRAM_TABLET (1<<2)
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//Program states
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#define PROGRAM_STATE_KILLED 0
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#define PROGRAM_STATE_BACKGROUND 1
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#define PROGRAM_STATE_ACTIVE 2
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//Program categories
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#define PROGRAM_CATEGORY_CREW "Crew"
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#define PROGRAM_CATEGORY_ENGI "Engineering"
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#define PROGRAM_CATEGORY_ROBO "Robotics"
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#define PROGRAM_CATEGORY_SUPL "Supply"
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#define PROGRAM_CATEGORY_MISC "Other"
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#define FIREDOOR_OPEN 1
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#define FIREDOOR_CLOSED 2
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// These are used by supermatter and supermatter monitor program, mostly for UI updating purposes. Higher should always be worse!
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#define SUPERMATTER_ERROR -1 // Unknown status, shouldn't happen but just in case.
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#define SUPERMATTER_INACTIVE 0 // No or minimal energy
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#define SUPERMATTER_NORMAL 1 // Normal operation
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#define SUPERMATTER_NOTIFY 2 // Ambient temp > 80% of CRITICAL_TEMPERATURE
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#define SUPERMATTER_WARNING 3 // Ambient temp > CRITICAL_TEMPERATURE OR integrity damaged
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#define SUPERMATTER_DANGER 4 // Integrity < 50%
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#define SUPERMATTER_EMERGENCY 5 // Integrity < 25%
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#define SUPERMATTER_DELAMINATING 6 // Pretty obvious.
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#define HYPERTORUS_INACTIVE 0 // No or minimal energy
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#define HYPERTORUS_NOMINAL 1 // Normal operation
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#define HYPERTORUS_WARNING 2 // Integrity damaged
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#define HYPERTORUS_DANGER 3 // Integrity < 50%
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#define HYPERTORUS_EMERGENCY 4 // Integrity < 25%
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#define HYPERTORUS_MELTING 5 // Pretty obvious.
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//Nuclear bomb stuff
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#define NUKESTATE_INTACT 5
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#define NUKESTATE_UNSCREWED 4
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#define NUKESTATE_PANEL_REMOVED 3
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#define NUKESTATE_WELDED 2
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#define NUKESTATE_CORE_EXPOSED 1
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#define NUKESTATE_CORE_REMOVED 0
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#define NUKEUI_AWAIT_DISK 0
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#define NUKEUI_AWAIT_CODE 1
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#define NUKEUI_AWAIT_TIMER 2
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#define NUKEUI_AWAIT_ARM 3
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#define NUKEUI_TIMING 4
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#define NUKEUI_EXPLODED 5
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#define NUKE_OFF_LOCKED 0
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#define NUKE_OFF_UNLOCKED 1
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#define NUKE_ON_TIMING 2
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#define NUKE_ON_EXPLODING 3
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#define MACHINE_NOT_ELECTRIFIED 0
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#define MACHINE_ELECTRIFIED_PERMANENT -1
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#define MACHINE_DEFAULT_ELECTRIFY_TIME 30
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//mass drivers and related machinery
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#define MASSDRIVER_ORDNANCE "ordnancedriver"
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#define MASSDRIVER_CHAPEL "chapelgun"
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#define MASSDRIVER_DISPOSALS "trash"
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#define MASSDRIVER_SHACK "shack"
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//orion game states
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#define ORION_STATUS_START 0
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#define ORION_STATUS_INSTRUCTIONS 1
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#define ORION_STATUS_NORMAL 2
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#define ORION_STATUS_GAMEOVER 3
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#define ORION_STATUS_MARKET 4
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//orion delays (how many turns an action costs)
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#define ORION_SHORT_DELAY 2
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#define ORION_LONG_DELAY 6
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//starting orion crew count
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#define ORION_STARTING_CREW_COUNT 4
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//orion food to fuel / fuel to food conversion rate
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#define ORION_TRADE_RATE 5
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//and whether you want fuel or food
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#define ORION_I_WANT_FUEL 1
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#define ORION_I_WANT_FOOD 2
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//orion price of buying pioneer
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#define ORION_BUY_CREW_PRICE 10
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//...and selling one (its less because having less pioneers is actually not that bad)
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#define ORION_SELL_CREW_PRICE 7
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//defining the magic numbers sent by tgui
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#define ORION_BUY_ENGINE_PARTS 1
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#define ORION_BUY_ELECTRONICS 2
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#define ORION_BUY_HULL_PARTS 3
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//orion gaming record (basically how worried it is that you're a deranged gunk gamer)
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//game gives up on trying to help you
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#define ORION_GAMER_GIVE_UP -2
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//game spawns a pamphlet, post report
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#define ORION_GAMER_PAMPHLET -1
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//game begins to have a chance to warn sec and med
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#define ORION_GAMER_REPORT_THRESHOLD 2
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// Air alarm [/obj/machinery/airalarm/buildstage]
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/// Air alarm missing circuit
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#define AIRALARM_BUILD_NO_CIRCUIT 0
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/// Air alarm has circuit but is missing wires
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#define AIRALARM_BUILD_NO_WIRES 1
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/// Air alarm has all components but isn't completed
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#define AIRALARM_BUILD_COMPLETE 2
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///TLV datums wont check limits set to this
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#define TLV_DONT_CHECK -1
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///the gas mixture is within the bounds of both warning and hazard limits
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#define TLV_NO_DANGER 0
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///the gas value is outside the warning limit but within the hazard limit, the air alarm will go into warning mode
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#define TLV_OUTSIDE_WARNING_LIMIT 1
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///the gas is outside the hazard limit, the air alarm will go into hazard mode
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#define TLV_OUTSIDE_HAZARD_LIMIT 2
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