//Main class for the modular RCD system.
/obj/item/device/rcd
name = "\improper Rapid-Construction-Device (RCD)"
desc = "Used to rapidly construct things, or deconstruct them, for that matter."
icon = 'icons/obj/RCD.dmi'
icon_state = "rcd"
flags = FPRINT
siemens_coefficient = 1
w_class = 3
siemens_coefficient = 1
force = 10
throwforce = 10
throw_speed = 1
throw_range = 5
starting_materials = list(MAT_IRON = 50000)
w_type = RECYK_ELECTRONIC
melt_temperature = MELTPOINT_STEEL // Lots of metal
origin_tech = "engineering=4;materials=2"
var/datum/rcd_schematic/selected
var/list/schematics = list(/datum/rcd_schematic/test) //list of schematics, in definitions of RCD subtypes, no organization is needed, in New() these get organized.
var/sparky = 1 //Make sparks. LOTS OF SPARKS.
var/busy = 0
var/datum/html_interface/rcd/interface
var/datum/effect/effect/system/spark_spread/spark_system
/obj/item/device/rcd/New()
. = ..()
interface = new(src, sanitize(name)) //interface gets created BEFORE the schematics get created, so they can modify the HEAD content (RPD pipe colour picker).
init_schematics()
rebuild_ui()
spark_system = new
spark_system.set_up(5, 0, src)
spark_system.attach(src)
//create and organize the schematics
/obj/item/device/rcd/proc/init_schematics()
var/list/old_schematics = schematics
schematics = list()
for(var/path in old_schematics)
var/datum/rcd_schematic/C = new path(src)
if(!schematics[C.category])
schematics[C.category] = list()
schematics[C.category] += C
/obj/item/device/rcd/Destroy()
for(var/cat in schematics)
for(var/datum/rcd_schematic/C in schematics[cat])
C.master = null
schematics = null
del(interface)
del(spark_system)
. = ..()
/obj/item/device/rcd/attack_self(var/mob/user)
interface.show(user)
/obj/item/device/rcd/proc/rebuild_ui()
var/dat = ""
dat += {"
Selected:
Options
Available schematics
"}
for(var/cat in schematics)
dat += "[cat]:"
var/list/L = schematics[cat]
for(var/i = 1 to L.len) //So we have the indexes.
var/datum/rcd_schematic/C = L[i]
dat += "- [C.name]
"
dat += "
"
interface.updateLayout(dat)
if(selected)
interface.updateContent("schematic_options", selected.get_HTML())
interface.updateContent("selectedname", selected.name)
/obj/item/device/rcd/Topic(var/href, var/list/href_list)
. = ..()
if(.)
return
if(href_list["cat"] && href_list["index"] && !busy) //Change selected schematic.
var/list/L = schematics[href_list["cat"]]
if(!L)
return 1
var/datum/rcd_schematic/C = L[Clamp(text2num(href_list["index"]), 1, L.len)]
if(!istype(C))
return 1
if(!(selected ? selected.deselect(usr, C) : 1 && C.select(usr, selected)))
return 1
spark()
selected = C
update_options_menu()
interface.updateContent("selectedname", selected.name)
return 1
else if(selected) //The href didn't get handled by us so we pass it down to the selected schematic.
return selected.Topic(href, href_list)
/obj/item/device/rcd/afterattack(var/atom/A, var/mob/user)
if(!selected)
return 1
if(selected.flags ^ (RCD_SELF_SANE | RCD_RANGE) && !(user.Adjacent(A) && A.Adjacent(user))) //If RCD_SELF_SANE and RCD_RANGE are disabled we use adjacency.
return 1
if(selected.flags & RCD_RANGE && selected.flags ^ RCD_SELF_SANE && get_dist(A, user) > 1) //RCD_RANGE is used AND we're NOT SELF_SANE, use range(1)
return 1
if(selected.flags & RCD_GET_TURF) //Get the turf because RCD_GET_TURF is on.
A = get_turf(A)
if(selected.flags ^ RCD_SELF_SANE && get_energy() < selected.energy_cost) //Handle energy amounts, but only if not SELF_SANE.
return 1
busy = 1 //Busy to prevent switching schematic while it's in use.
var/t = selected.attack(A, user)
if(!t) //No errors
if(selected.flags ^ RCD_SELF_COST) //Handle energy costs unless the schematic does it itself.
use_energy(selected.energy_cost, user)
else
if(istext(t))
user << "\the [src]'s error light flickers: [t]"
else
user << "\the [src]'s error light flickers."
busy = 0
return 1
/obj/item/device/rcd/proc/spark()
if(sparky)
spark_system.start()
/obj/item/device/rcd/proc/get_energy()
return INFINITY
/obj/item/device/rcd/proc/use_energy(var/amount, var/mob/user)
return
/obj/item/device/rcd/proc/update_options_menu()
if(selected)
interface.updateContent("schematic_options", selected.get_HTML())
else
interface.updateContent("schematic_options", " ")
/obj/item/device/rcd/borg
var/cell_power_per_energy = 30
/obj/item/device/rcd/borg/use_energy(var/amount, var/mob/user)
if(!isrobot(user))
return
var/mob/living/silicon/robot/R = user
if(!R.cell)
return
R.cell.use(amount * cell_power_per_energy)
/obj/item/device/rcd/borg/get_energy(var/amount, var/mob/user)
if(!isrobot(user))
return 0
var/mob/living/silicon/robot/R = user
if(!R.cell)
return
return R.cell.charge * cell_power_per_energy
//Matter based RCDs.
/obj/item/device/rcd/matter
var/matter = 0
var/max_matter = 30
/obj/item/device/rcd/matter/examine(var/mob/user)
..()
user << "It currently holds [matter]/[max_matter] matter-units."
/obj/item/device/rcd/matter/attackby(var/obj/item/weapon/W, var/mob/user)
..()
if(istype(W, /obj/item/weapon/rcd_ammo))
if((matter + 10) > max_matter)
user << "\the [src] can't hold any more matter-units."
return 1
qdel(W)
matter += 10
playsound(get_turf(src), 'sound/machines/click.ogg', 20, 1)
user << "\the [src] now holds [matter]/[max_matter] matter-units."
return 1
if(isscrewdriver(W))
user << "You unscrew the access panel and release the cartridge chamber."
while(matter >= 10)
new /obj/item/weapon/rcd_ammo(user.loc)
matter -= 10
return 1
/obj/item/device/rcd/matter/use_energy(var/amount, var/mob/user)
matter -= amount
user << "\the [src] currently holds [matter]/[max_matter] matter-units."
/obj/item/device/rcd/matter/get_energy()
return matter