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Bleeding-Edge
code/modules/assembly/assembly.dm
309 строк
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SECBATON GRIFFON
Makes sound synthesizer attachable to assemblies (#38992)
02 мар 2026, 21:33
Не верифицирован
02 мар 2026, 21:33
72920fb
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#define VALUE_VARIABLE_NAME 1 //See var/list/accessible_values below! #define VALUE_VARIABLE_TYPE 2 #define VALUE_VARIABLE_MIN 3 //Minimum possible number value #define VALUE_VARIABLE_MAX 4 //Maximum possible number value #define VT_NUMBER "number" //Number values, for example 1, 4, -15 #define VT_TEXT "text" //Text values, for example "hello", "help" #define VT_POINTER "pointer" //Pointers to other assemblies - the value is dynamic. If the variable contains an assembly, returns the assembly's position in the assembly frame. Writing to them is possible #define VALUE_IS_NUMBER(value_parameters) (value_parameters[VALUE_VARIABLE_TYPE] == VT_NUMBER || value_parameters[VALUE_VARIABLE_TYPE] == VT_POINTER) #define VALUE_IS_POINTER(value_parameters)(value_parameters[VALUE_VARIABLE_TYPE] == VT_POINTER) #define MAX_TEXT_VALUE_LEN 200 var/global/list/assembly_short_name_to_type = list() //Please, I beg you, don't give two different types of assembly the same short_name /obj/item/device/assembly name = "assembly" var/short_name //Short name of the assembly. If the name is "remote signalling device", short_name must be something like "signaler" desc = "A small electronic device that should never exist." icon = 'icons/obj/assemblies/new_assemblies.dmi' icon_state = "" flags = FPRINT siemens_coefficient = 1 w_class = W_CLASS_SMALL starting_materials = list(MAT_IRON = 100) w_type = RECYK_ELECTRONIC throwforce = 2 throw_speed = 3 throw_range = 10 origin_tech = Tc_MAGNETS + "=1" var/show_status = 1 //in order to prevent the signaler button in signaler.dm from saying "... is ready!" when examined var/secured = 1 var/silent = 0 var/list/attached_overlays = list() var/obj/item/device/assembly_holder/holder = null var/cooldown = 0//To prevent spam var/datum/wires/connected = null var/wires = WIRE_RECEIVE | WIRE_PULSE var/const/WIRE_RECEIVE = 1 //Allows Pulsed(0) to call Activate() var/const/WIRE_PULSE = 2 //Allows Pulse(0) to act on the holder var/const/WIRE_PULSE_SPECIAL = 4 //Allows Pulse(0) to act on the holders special assembly var/const/WIRE_RADIO_RECEIVE = 8 //Allows Pulsed(1) to call Activate() var/const/WIRE_RADIO_PULSE = 16 //Allows Pulse(1) to send a radio message var/connection_text = "sending signals to" //For assembly frames var/list/accessible_values = list() // List of variables that can be READ / WRITTEN TO by other assemblies. // Format of the list: // // accessible_values = list("Time" = "time;number", // "Frequency" = "freq;number", // "Code" = "code;number") // // "Time" - name of this value. Can be anything // "time;number" - parameters. Convert this to a list using params2list, and access them by doing either list[VALUE_VARIABLE_NAME] or list[VALUE_VARIABLE_TYPE] //The example above allows any assembly (connected to an assembly frame) to access this assembly's time, frequency and code, e.g. a math circuit can READ this assembly's time, multiply it by 90 and SET this assembly's time to the result /obj/item/device/assembly/New() ..() if(!short_name) short_name = name /obj/item/device/assembly/proc/activate() //What the device does when turned on return /obj/item/device/assembly/proc/pulsed(var/radio = 0) //Called when another assembly acts on this one, var/radio will determine where it came from for wire calcs return /obj/item/device/assembly/proc/pulse(var/radio = 0) //Called when this device attempts to act on another device, var/radio determines if it was sent via radio or direct return /obj/item/device/assembly/proc/toggle_secure() //Code that has to happen when the assembly is un\secured goes here return /obj/item/device/assembly/proc/attach_assembly(var/obj/A, var/mob/user) //Called when an assembly is attacked by another return /obj/item/device/assembly/proc/process_cooldown() //Called via spawn(10) to have it count down the cooldown var return /obj/item/device/assembly/proc/holder_movement() //Called when the holder is moved return /obj/item/device/assembly/interact(mob/user as mob) //Called when attack_self is called return /obj/item/device/assembly/proc/describe() // Called by grenades to describe the state of the trigger (time left, etc) return "The trigger assembly looks broken!" /obj/item/device/assembly/proc/send_pulses_to_list(var/list/L) //Send pulse to all assemblies in list. if(!L || !L.len) return for(var/obj/item/device/assembly/A in L) A.pulsed() /obj/item/device/assembly/proc/get_value(var/value) //Get the assembly's value (to be used with various circuits). value = an element from the accessible_values list! if(!accessible_values.Find(value)) return var/list/L = params2list(accessible_values[value]) var/var_to_grab = L[VALUE_VARIABLE_NAME] if(VALUE_IS_POINTER(L)) //Pointers return the refered assembly's index var/obj/item/device/assembly/AS = vars[var_to_grab] if(istype(AS)) var/obj/item/device/assembly_frame/AF = loc if(!istype(AF)) return return AF.assemblies.Find(AS) return vars[var_to_grab] /obj/item/device/assembly/proc/write_to_value(var/value, var/new_value) //Attempt to write to assembly's value. This handles value's type (num/text), whether writing is possible, etc. set waitfor = 0 if(!accessible_values.Find(value)) return var/list/L = params2list(accessible_values[value]) var/var_to_change = L[VALUE_VARIABLE_NAME] if(var_to_change == "null") return if(L[VALUE_VARIABLE_TYPE] == VT_NUMBER) if(!isnum(new_value)) //Attempted to write a non-number to a number var - abort! return if(L.len >= VALUE_VARIABLE_MAX) new_value = clamp(new_value, text2num(L[VALUE_VARIABLE_MIN]), text2num(L[VALUE_VARIABLE_MAX])) else if(L[VALUE_VARIABLE_TYPE] == VT_POINTER) //When importing assembly frames, assemblies can't connect to stuff with a higher index (because it's not loaded yet) //The sleep below ensures that pointers are handled after everything is loaded sleep() //POINTERS //Variables that refer to other assemblies in the assembly frame //They contain the assembly's index (as a number) //Writing another number to them causes the reference to update //Writing 0 causes the currently connected assembly to disconnect if(!isnum(new_value)) //Pointers are numbers return var/obj/item/device/assembly_frame/AF = loc if(!istype(AF)) return if(AF.assemblies.len < new_value) return var/obj/item/device/assembly/AS = null //New assembly to connect. If it's null, disconnect the old assembly without connecting anything new if(new_value != 0) AS = AF.assemblies[new_value] if(!istype(AS)) return if(AS == src) return var/obj/item/device/assembly/current = vars[var_to_change] if(current) AF.disconnect_assembly_from(src, current) if(AS) AF.start_new_connection(src, AS) new_value = AS else //Text if(!istext(new_value)) //Attempted to write a non-string to a string var - convert the non-string into a string and continue new_value = "[new_value]" new_value = strip_html(new_value, MAX_TEXT_VALUE_LEN) //text values can accept either numbers or text, so don't check for that set_value(var_to_change, new_value) return /obj/item/device/assembly/proc/set_value(var/var_name, var/new_value) //Actually change the assembly's var. No sanity or anything vars[var_name] = new_value /obj/item/device/assembly/proc/connected(var/obj/item/device/assembly/A, in_frame = 0) //Called when assembly is connected to another assembly. in_frame is 1 if the connection occured in an assembly frame return /obj/item/device/assembly/proc/disconnected(var/obj/item/device/assembly/A, in_frame = 0) //Called when assembly is disconnected from another assembly return /obj/item/device/assembly/process_cooldown() cooldown-- if(cooldown <= 0) return 0 spawn(10) process_cooldown() return 1 /obj/item/device/assembly/Destroy() if(istype(src.loc, /obj/item/device/assembly_holder) || istype(holder)) var/obj/item/device/assembly_holder/A = src.loc if(A.a_left == src) A.a_left = null else if(A.a_right == src) A.a_right = null src.holder = null else if(istype(src.loc, /obj/item/device/assembly_frame)) var/obj/item/device/assembly_frame/AF = src.loc AF.eject_assembly(src) ..() /obj/item/device/assembly/pulsed(var/radio = 0) if(holder && (wires & WIRE_RECEIVE)) activate() if(radio && (wires & WIRE_RADIO_RECEIVE)) activate() return 1 /obj/item/device/assembly/pulse(var/radio = 0) if(src.connected && src.wires) connected.Pulse(src) else if(istype(holder, /obj/item/device/assembly_frame)) var/obj/item/device/assembly_frame/AB = holder AB.receive_pulse(src) else if(holder && (wires & WIRE_PULSE)) holder.process_activation(src, 1, 0) if(holder && (wires & WIRE_PULSE_SPECIAL)) holder.process_activation(src, 0, 1) if(loc) //if(radio && (wires & WIRE_RADIO_PULSE)) //TODO: uncomment this? only kept here to make a PR atomic loc.assembly_pulse(src) return 1 /obj/item/device/assembly/activate() if(!secured || (cooldown > 0)) return 0 cooldown = 2 spawn(10) process_cooldown() return 1 /obj/item/device/assembly/toggle_secure() secured = !secured update_icon() return secured /obj/item/device/assembly/attach_assembly(var/obj/item/device/assembly/A, var/mob/user) holder = new/obj/item/device/assembly_holder(get_turf(src)) if(holder.attach(A,src,user)) to_chat(user, "<span class='notice'>You attach \the [A] to \the [src]!</span>") return 1 return 0 /obj/item/device/assembly/attackby(obj/item/weapon/W as obj, mob/user as mob) if(isassembly(W)) var/obj/item/device/assembly/A = W if((!A.secured) && (!secured)) attach_assembly(A,user) return if(W.is_screwdriver(user)) if(toggle_secure()) to_chat(user, "<span class='notice'>\The [src] is ready!</span>") else to_chat(user, "<span class='notice'>\The [src] can now be attached!</span>") return ..() return /obj/item/device/assembly/process() processing_objects.Remove(src) return /obj/item/device/assembly/examine(mob/user) ..() if(show_status) if(secured) to_chat(user, "<span class='info'>\The [src] is ready!</span>") else to_chat(user, "<span class='info'>\The [src] can be attached!</span>") /obj/item/device/assembly/attack_self(mob/user as mob) if(!user) return 0 user.set_machine(src) interact(user) return 1