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1a4a4b0eb2
🆑 coiax add: The cyborg reset module wire has a star symbol marking, allowing a trained Roboticist to easily provide resets without altering any other cyborg settings. /🆑 When I removed cyborg module reset modules, it was pulse-to-reset, which when applied to all the wires on a cyborg, had no real side effects if there was only one AI. Now that it's a cut-to-reset wire, cutting all the wires will invariably desync the cyborg from its parent AI, given that all cyborg wires are randomised. My intention was never for the reset wire to be "found" just like door wires, just to make it cheaper and possible to reset a borg module "in the field". Someone who hasn't read the wiki or knows what a "star symbol" means, will have to be told what to look for, so I chose this method of signaling rather than just "the module reset wire is X". Also, it's a Keep Talking And No One Explodes reference.
87 lines
3.0 KiB
Plaintext
87 lines
3.0 KiB
Plaintext
/datum/wires/robot
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holder_type = /mob/living/silicon/robot
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randomize = TRUE
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/datum/wires/robot/New(atom/holder)
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wires = list(
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WIRE_AI, WIRE_CAMERA,
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WIRE_LAWSYNC, WIRE_LOCKDOWN,
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WIRE_RESET_MODULE
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)
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add_duds(2)
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..()
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/datum/wires/robot/interactable(mob/user)
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var/mob/living/silicon/robot/R = holder
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if(R.wiresexposed)
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return TRUE
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/datum/wires/robot/get_status()
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var/mob/living/silicon/robot/R = holder
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var/list/status = list()
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status += "The law sync module is [R.lawupdate ? "on" : "off"]."
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status += "The intelligence link display shows [R.connected_ai ? R.connected_ai.name : "NULL"]."
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status += "The camera light is [!isnull(R.builtInCamera) && R.builtInCamera.status ? "on" : "off"]."
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status += "The lockdown indicator is [R.lockcharge ? "on" : "off"]."
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status += "There is a star symbol above the [get_color_of_wire(WIRE_RESET_MODULE)] wire."
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return status
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/datum/wires/robot/on_pulse(wire, user)
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var/mob/living/silicon/robot/R = holder
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switch(wire)
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if(WIRE_AI) // Pulse to pick a new AI.
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if(!R.emagged)
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var/new_ai
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if(user)
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new_ai = select_active_ai(user)
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else
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new_ai = select_active_ai(R)
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R.notify_ai(DISCONNECT)
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if(new_ai && (new_ai != R.connected_ai))
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R.connected_ai = new_ai
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if(R.shell)
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R.undeploy() //If this borg is an AI shell, disconnect the controlling AI and assign ti to a new AI
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R.notify_ai(AI_SHELL)
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else
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R.notify_ai(TRUE)
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if(WIRE_CAMERA) // Pulse to disable the camera.
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if(!QDELETED(R.builtInCamera) && !R.scrambledcodes)
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R.builtInCamera.toggle_cam(usr, 0)
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R.visible_message("[R]'s camera lens focuses loudly.", "Your camera lens focuses loudly.")
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if(WIRE_LAWSYNC) // Forces a law update if possible.
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if(R.lawupdate)
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R.visible_message("[R] gently chimes.", "LawSync protocol engaged.")
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R.lawsync()
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R.show_laws()
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if(WIRE_LOCKDOWN)
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R.SetLockdown(!R.lockcharge) // Toggle
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if(WIRE_RESET_MODULE)
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if(R.has_module())
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R.visible_message("[R]'s module servos twitch.", "Your module display flickers.")
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/datum/wires/robot/on_cut(wire, mend)
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var/mob/living/silicon/robot/R = holder
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switch(wire)
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if(WIRE_AI) // Cut the AI wire to reset AI control.
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if(!mend)
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R.notify_ai(DISCONNECT)
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if(R.shell)
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R.undeploy()
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R.connected_ai = null
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if(WIRE_LAWSYNC) // Cut the law wire, and the borg will no longer receive law updates from its AI. Repair and it will re-sync.
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if(mend)
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if(!R.emagged)
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R.lawupdate = TRUE
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else if(!R.deployed) //AI shells must always have the same laws as the AI
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R.lawupdate = FALSE
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if (WIRE_CAMERA) // Disable the camera.
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if(!QDELETED(R.builtInCamera) && !R.scrambledcodes)
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R.builtInCamera.status = mend
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R.builtInCamera.toggle_cam(usr, 0)
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R.visible_message("[R]'s camera lens focuses loudly.", "Your camera lens focuses loudly.")
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if(WIRE_LOCKDOWN) // Simple lockdown.
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R.SetLockdown(!mend)
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if(WIRE_RESET_MODULE)
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if(R.has_module() && !mend)
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R.ResetModule()
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