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CHOMPStation2/code/modules/research/rdconsole_tgui.dm

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/*
* This file contains all of the UI code for the RD console.
* It's moved off to this file for simplicity and understanding what is UI and what is functionality.
*/
#define ENTRIES_PER_RDPAGE 50
/obj/machinery/computer/rdconsole
var/locked = FALSE
var/busy_msg = null
var/search = ""
var/design_page = 0
var/builder_page = 0
/obj/machinery/computer/rdconsole/tgui_interact(mob/user, datum/tgui/ui)
ui = SStgui.try_update_ui(user, src, ui)
if(!ui)
ui = new(user, src, "ResearchConsole", name)
ui.open()
/obj/machinery/computer/rdconsole/tgui_status(mob/user)
. = ..()
if(locked && !allowed(user) && !emagged)
. = min(., STATUS_UPDATE)
/obj/machinery/computer/rdconsole/tgui_static_data(mob/user)
var/list/data = ..()
data["tech"] = tgui_GetResearchLevelsInfo()
data["designs"] = tgui_GetDesignInfo(design_page)
data["lathe_designs"] = tgui_GetProtolatheDesigns(linked_lathe, builder_page)
data["imprinter_designs"] = tgui_GetImprinterDesigns(linked_imprinter, builder_page)
return data
/obj/machinery/computer/rdconsole/tgui_data(mob/user, datum/tgui/ui, datum/tgui_state/state)
var/list/data = ..()
data["locked"] = locked
data["busy_msg"] = busy_msg
data["search"] = search
data["builder_page"] = builder_page
data["design_page"] = design_page
data["info"] = null
if(!locked && !busy_msg)
data["info"] = list(
"sync" = sync,
)
data["info"]["linked_destroy"] = list("present" = FALSE)
if(linked_destroy)
data["info"]["linked_destroy"] = list(
"present" = TRUE,
"loaded_item" = linked_destroy.loaded_item,
"origin_tech" = tgui_GetOriginTechForItem(linked_destroy.loaded_item),
)
data["info"]["linked_lathe"] = list("present" = FALSE)
if(linked_lathe)
data["info"]["linked_lathe"] = list(
"present" = TRUE,
"total_materials" = linked_lathe.TotalMaterials(),
"max_materials" = linked_lathe.max_material_storage,
"total_volume" = linked_lathe.reagents.total_volume,
"max_volume" = linked_lathe.reagents.maximum_volume,
"busy" = linked_lathe.busy,
)
var/list/materials = list()
for(var/M in linked_lathe.materials)
var/amount = linked_lathe.materials[M]
var/hidden_mat = FALSE
for(var/HM in linked_lathe.hidden_materials)
if(M == HM && amount == 0)
hidden_mat = TRUE
break
if(hidden_mat)
continue
materials.Add(list(list(
"name" = M,
"amount" = amount,
"sheets" = round(amount / SHEET_MATERIAL_AMOUNT),
"removable" = amount >= SHEET_MATERIAL_AMOUNT,
)))
data["info"]["linked_lathe"]["mats"] = materials
var/list/reagents = list()
for(var/datum/reagent/R in linked_lathe.reagents.reagent_list)
reagents.Add(list(list(
"name" = R.name,
"id" = R.id,
"volume" = R.volume,
)))
data["info"]["linked_lathe"]["reagents"] = reagents
var/list/queue = list()
var/i = 1
for(var/datum/design/D in linked_lathe.queue)
queue.Add(list(list(
"name" = D.name,
"index" = i, // ugghhhh
)))
i++
data["info"]["linked_lathe"]["queue"] = queue
data["info"]["linked_imprinter"] = list("present" = FALSE)
if(linked_imprinter)
data["info"]["linked_imprinter"] = list(
"present" = TRUE,
"total_materials" = linked_imprinter.TotalMaterials(),
"max_materials" = linked_imprinter.max_material_storage,
"total_volume" = linked_imprinter.reagents.total_volume,
"max_volume" = linked_imprinter.reagents.maximum_volume,
"busy" = linked_imprinter.busy,
)
var/list/materials = list()
for(var/M in linked_imprinter.materials)
var/amount = linked_imprinter.materials[M]
var/hidden_mat = FALSE
for(var/HM in linked_imprinter.hidden_materials)
if(M == HM && amount == 0)
hidden_mat = TRUE
break
if(hidden_mat)
continue
materials.Add(list(list(
"name" = M,
"amount" = amount,
"sheets" = round(amount / SHEET_MATERIAL_AMOUNT),
"removable" = amount >= SHEET_MATERIAL_AMOUNT,
)))
data["info"]["linked_imprinter"]["mats"] = materials
var/list/reagents = list()
for(var/datum/reagent/R in linked_imprinter.reagents.reagent_list)
reagents.Add(list(list(
"name" = R.name,
"id" = R.id,
"volume" = R.volume,
)))
data["info"]["linked_imprinter"]["reagents"] = reagents
var/list/queue = list()
var/i = 1
for(var/datum/design/D in linked_imprinter.queue)
queue.Add(list(list(
"name" = D.name,
"index" = i, // ugghhhh
)))
i++
data["info"]["linked_imprinter"]["queue"] = queue
data["info"]["t_disk"] = list("present" = FALSE)
if(t_disk)
data["info"]["t_disk"] = list(
"present" = TRUE,
"stored" = !!t_disk.stored,
)
if(t_disk.stored)
data["info"]["t_disk"]["name"] = t_disk.stored.name
data["info"]["t_disk"]["level"] = t_disk.stored.level
data["info"]["t_disk"]["desc"] = t_disk.stored.desc
data["info"]["d_disk"] = list("present" = FALSE)
if(d_disk)
data["info"]["d_disk"] = list(
"present" = TRUE,
"stored" = !!d_disk.blueprint,
)
if(d_disk.blueprint)
data["info"]["d_disk"]["name"] = d_disk.blueprint.name
data["info"]["d_disk"]["build_type"] = d_disk.blueprint.build_type
data["info"]["d_disk"]["materials"] = d_disk.blueprint.materials
return data
/obj/machinery/computer/rdconsole/proc/tgui_GetResearchLevelsInfo()
var/list/data = list()
for(var/datum/tech/T in files.known_tech)
if(T.level < 1)
continue
data.Add(list(list(
"name" = T.name,
"level" = T.level,
"desc" = T.desc,
"id" = T.id,
)))
return data
/obj/machinery/computer/rdconsole/proc/tgui_GetOriginTechForItem(obj/item/I)
if(!istype(I))
return list()
var/list/data = list()
for(var/T in I.origin_tech)
var/list/subdata = list(
"name" = CallTechName(T),
"level" = I.origin_tech[T],
"current" = null,
)
for(var/datum/tech/F in files.known_tech)
if(F.name == CallTechName(T))
subdata["current"] = F.level
break
data.Add(list(subdata))
return data
/proc/cmp_designs_rdconsole(list/A, list/B)
return sorttext(B["name"], A["name"])
/obj/machinery/computer/rdconsole/proc/tgui_GetProtolatheDesigns(obj/machinery/r_n_d/protolathe/P, page)
if(!istype(P))
return list()
var/list/data = list()
// For some reason, this is faster than direct access.
var/list/known_designs = files.known_designs
for(var/datum/design/D in known_designs)
if(!D.build_path || !(D.build_type & PROTOLATHE))
continue
if(search && !findtext(D.name, search))
continue
var/list/mat_list = list()
for(var/M in D.materials)
mat_list.Add("[D.materials[M] * P.mat_efficiency] [CallMaterialName(M)]")
var/list/chem_list = list()
for(var/T in D.chemicals)
chem_list.Add("[D.chemicals[T] * P.mat_efficiency] [CallReagentName(T)]")
data.Add(list(list(
"name" = D.name,
"id" = D.id,
"mat_list" = mat_list,
"chem_list" = chem_list,
)))
data = sortTim(data, /proc/cmp_designs_rdconsole, FALSE)
if(LAZYLEN(data) > ENTRIES_PER_RDPAGE)
var/first_index = clamp(ENTRIES_PER_RDPAGE * page, 1, LAZYLEN(data))
var/last_index = min((ENTRIES_PER_RDPAGE * page) + ENTRIES_PER_RDPAGE, LAZYLEN(data) + 1)
data = data.Copy(first_index, last_index)
return data
/obj/machinery/computer/rdconsole/proc/tgui_GetImprinterDesigns(obj/machinery/r_n_d/circuit_imprinter/P, page)
if(!istype(P))
return list()
var/list/data = list()
// For some reason, this is faster than direct access.
var/list/known_designs = files.known_designs
for(var/datum/design/D in known_designs)
if(!D.build_path || !(D.build_type & IMPRINTER))
continue
if(search && !findtext(D.name, search))
continue
var/list/mat_list = list()
for(var/M in D.materials)
mat_list.Add("[D.materials[M] * P.mat_efficiency] [CallMaterialName(M)]")
var/list/chem_list = list()
for(var/T in D.chemicals)
chem_list.Add("[D.chemicals[T] * P.mat_efficiency] [CallReagentName(T)]")
data.Add(list(list(
"name" = D.name,
"id" = D.id,
"mat_list" = mat_list,
"chem_list" = chem_list,
)))
data = sortTim(data, /proc/cmp_designs_rdconsole, FALSE)
if(LAZYLEN(data) > ENTRIES_PER_RDPAGE)
var/first_index = clamp(ENTRIES_PER_RDPAGE * page, 1, LAZYLEN(data))
var/last_index = min((ENTRIES_PER_RDPAGE * page) + ENTRIES_PER_RDPAGE, LAZYLEN(data) + 1)
data = data.Copy(first_index, last_index)
return data
/obj/machinery/computer/rdconsole/proc/tgui_GetDesignInfo(page)
var/list/data = list()
// For some reason, this is faster than direct access.
var/list/known_designs = files.known_designs
for(var/datum/design/D in known_designs)
if(search && !findtext(D.name, search))
continue
if(D.build_path)
data.Add(list(list(
"name" = D.name,
"desc" = D.desc,
"id" = D.id,
)))
data = sortTim(data, /proc/cmp_designs_rdconsole, FALSE)
if(LAZYLEN(data) > ENTRIES_PER_RDPAGE)
var/first_index = clamp(ENTRIES_PER_RDPAGE * page, 1, LAZYLEN(data))
var/last_index = clamp((ENTRIES_PER_RDPAGE * page) + ENTRIES_PER_RDPAGE, 1, LAZYLEN(data) + 1)
data = data.Copy(first_index, last_index)
return data
/obj/machinery/computer/rdconsole/tgui_act(action, list/params, datum/tgui/ui, datum/tgui_state/state)
if(..())
return TRUE
add_fingerprint(usr)
usr.set_machine(src)
switch(action)
if("search")
search = params["search"]
update_tgui_static_data(usr, ui)
return TRUE
if("design_page")
if(params["reset"])
design_page = 0
else
design_page = max(design_page + (1 * params["reverse"]), 0)
update_tgui_static_data(usr, ui)
return TRUE
if("builder_page")
if(params["reset"])
builder_page = 0
else
builder_page = max(builder_page + (1 * params["reverse"]), 0)
update_tgui_static_data(usr, ui)
return TRUE
if("updt_tech") //Update the research holder with information from the technology disk.
busy_msg = "Updating Database..."
spawn(5 SECONDS)
busy_msg = null
files.AddTech2Known(t_disk.stored)
files.RefreshResearch()
griefProtection() //Update CentCom too
update_tgui_static_data(usr, ui)
return TRUE
if("clear_tech") //Erase data on the technology disk.
t_disk.stored = null
return TRUE
if("eject_tech") //Eject the technology disk.
t_disk.loc = loc
t_disk = null
return TRUE
if("copy_tech") //Copys some technology data from the research holder to the disk.
for(var/datum/tech/T in files.known_tech)
if(params["copy_tech_ID"] == T.id)
t_disk.stored = T
break
return TRUE
if("updt_design") //Updates the research holder with design data from the design disk.
busy_msg = "Updating Database..."
spawn(5 SECONDS)
busy_msg = null
files.AddDesign2Known(d_disk.blueprint)
griefProtection() //Update CentCom too
update_tgui_static_data(usr, ui)
return TRUE
if("clear_design") //Erases data on the design disk.
d_disk.blueprint = null
return TRUE
if("eject_design") //Eject the design disk.
d_disk.loc = loc
d_disk = null
return TRUE
if("copy_design") //Copy design data from the research holder to the design disk.
for(var/datum/design/D in files.known_designs)
if(params["copy_design_ID"] == D.id)
d_disk.blueprint = D
break
return TRUE
if("eject_item") //Eject the item inside the destructive analyzer.
if(linked_destroy)
if(linked_destroy.busy)
to_chat(usr, "<span class='notice'>The destructive analyzer is busy at the moment.</span>")
return FALSE
if(linked_destroy.loaded_item)
linked_destroy.loaded_item.loc = linked_destroy.loc
linked_destroy.loaded_item = null
linked_destroy.icon_state = "d_analyzer"
return TRUE
if("deconstruct") //Deconstruct the item in the destructive analyzer and update the research holder.
if(!linked_destroy)
return FALSE
if(linked_destroy.busy)
to_chat(usr, "<span class='notice'>The destructive analyzer is busy at the moment.</span>")
return
if(alert("Proceeding will destroy loaded item. Continue?", "Destructive analyzer confirmation", "Yes", "No") == "No" || !linked_destroy)
return
linked_destroy.busy = 1
busy_msg = "Processing and Updating Database..."
flick("d_analyzer_process", linked_destroy)
spawn(2.4 SECONDS)
if(linked_destroy)
linked_destroy.busy = 0
busy_msg = null
if(!linked_destroy.loaded_item)
to_chat(usr, "<span class='notice'>The destructive analyzer appears to be empty.</span>")
return
for(var/T in linked_destroy.loaded_item.origin_tech)
files.UpdateTech(T, linked_destroy.loaded_item.origin_tech[T])
if(linked_lathe && linked_destroy.loaded_item.matter) // Also sends salvaged materials to a linked protolathe, if any.
for(var/t in linked_destroy.loaded_item.matter)
if(t in linked_lathe.materials)
linked_lathe.materials[t] += min(linked_lathe.max_material_storage - linked_lathe.TotalMaterials(), linked_destroy.loaded_item.matter[t] * linked_destroy.decon_mod)
linked_destroy.loaded_item = null
for(var/obj/I in linked_destroy.contents)
for(var/mob/M in I.contents)
playsound(linked_destroy, 'sound/machines/destructive_analyzer.ogg', 50, 1)
M.death()
if(istype(I,/obj/item/stack/material))//Only deconsturcts one sheet at a time instead of the entire stack
var/obj/item/stack/material/S = I
if(S.get_amount() > 1)
playsound(linked_destroy, 'sound/machines/destructive_analyzer.ogg', 50, 1)
S.use(1)
linked_destroy.loaded_item = S
else
playsound(linked_destroy, 'sound/machines/destructive_analyzer.ogg', 50, 1)
qdel(S)
linked_destroy.icon_state = "d_analyzer"
else
if(I != linked_destroy.circuit && !(I in linked_destroy.component_parts))
playsound(linked_destroy, 'sound/machines/destructive_analyzer.ogg', 50, 1)
qdel(I)
linked_destroy.icon_state = "d_analyzer"
use_power(linked_destroy.active_power_usage)
files.RefreshResearch()
update_tgui_static_data(usr, ui)
return TRUE
if("lock") //Lock the console from use by anyone without tox access.
if(!allowed(usr))
to_chat(usr, "Unauthorized Access.")
return
locked = !locked
return TRUE
if("sync") //Sync the research holder with all the R&D consoles in the game that aren't sync protected.
if(!sync)
to_chat(usr, "<span class='notice'>You must connect to the network first.</span>")
return
busy_msg = "Updating Database..."
griefProtection() //Putting this here because I dont trust the sync process
spawn(3 SECONDS)
if(src)
for(var/obj/machinery/r_n_d/server/S in machines)
var/server_processed = 0
if((id in S.id_with_upload) || istype(S, /obj/machinery/r_n_d/server/centcom))
for(var/datum/tech/T in files.known_tech)
S.files.AddTech2Known(T)
for(var/datum/design/D in files.known_designs)
S.files.AddDesign2Known(D)
S.files.RefreshResearch()
server_processed = 1
if((id in S.id_with_download) && !istype(S, /obj/machinery/r_n_d/server/centcom))
for(var/datum/tech/T in S.files.known_tech)
files.AddTech2Known(T)
for(var/datum/design/D in S.files.known_designs)
files.AddDesign2Known(D)
server_processed = 1
if(!istype(S, /obj/machinery/r_n_d/server/centcom) && server_processed)
S.produce_heat()
busy_msg = null
files.RefreshResearch()
update_tgui_static_data(usr, ui)
return TRUE
if("togglesync") //Prevents the console from being synced by other consoles. Can still send data.
sync = !sync
return TRUE
if("build") //Causes the Protolathe to build something.
if(linked_lathe)
var/datum/design/being_built = null
for(var/datum/design/D in files.known_designs)
if(D.id == params["build"])
being_built = D
break
if(being_built)
linked_lathe.addToQueue(being_built)
return TRUE
if("buildfive") //Causes the Protolathe to build 5 of something.
if(linked_lathe)
var/datum/design/being_built = null
for(var/datum/design/D in files.known_designs)
if(D.id == params["build"])
being_built = D
break
if(being_built)
for(var/i = 1 to 5)
linked_lathe.addToQueue(being_built)
return TRUE
if("imprint") //Causes the Circuit Imprinter to build something.
if(linked_imprinter)
var/datum/design/being_built = null
for(var/datum/design/D in files.known_designs)
if(D.id == params["imprint"])
being_built = D
break
if(being_built)
linked_imprinter.addToQueue(being_built)
return TRUE
if("disposeI") //Causes the circuit imprinter to dispose of a single reagent (all of it)
if(!linked_imprinter)
return
linked_imprinter.reagents.del_reagent(params["dispose"])
return TRUE
if("disposeallI") //Causes the circuit imprinter to dispose of all it's reagents.
if(!linked_imprinter)
return
linked_imprinter.reagents.clear_reagents()
return TRUE
if("removeI")
if(!linked_imprinter)
return
linked_imprinter.removeFromQueue(text2num(params["removeI"]))
return TRUE
if("imprinter_ejectsheet") //Causes the imprinter to eject a sheet of material
if(!linked_imprinter)
return
linked_imprinter.eject(params["imprinter_ejectsheet"], text2num(params["amount"]))
return TRUE
if("disposeP") //Causes the protolathe to dispose of a single reagent (all of it)
if(!linked_lathe)
return
linked_lathe.reagents.del_reagent(params["dispose"])
return TRUE
if("disposeallP") //Causes the protolathe to dispose of all it's reagents.
if(!linked_lathe)
return
linked_lathe.reagents.clear_reagents()
return TRUE
if("removeP")
if(!linked_lathe)
return
linked_lathe.removeFromQueue(text2num(params["removeP"]))
return TRUE
if("lathe_ejectsheet") //Causes the protolathe to eject a sheet of material
if(!linked_lathe)
return
linked_lathe.eject(params["lathe_ejectsheet"], text2num(params["amount"]))
return TRUE
if("find_device") //The R&D console looks for devices nearby to link up with.
busy_msg = "Updating Database..."
spawn(10)
busy_msg = null
SyncRDevices()
update_tgui_static_data(usr, ui)
return TRUE
if("disconnect") //The R&D console disconnects with a specific device.
switch(params["disconnect"])
if("destroy")
linked_destroy.linked_console = null
linked_destroy = null
if("lathe")
linked_lathe.linked_console = null
linked_lathe = null
if("imprinter")
linked_imprinter.linked_console = null
linked_imprinter = null
update_tgui_static_data(usr, ui)
if("reset") //Reset the R&D console's database.
griefProtection()
var/choice = alert("R&D Console Database Reset", "Are you sure you want to reset the R&D console's database? Data lost cannot be recovered.", "Continue", "Cancel")
if(choice == "Continue")
busy_msg = "Updating Database..."
qdel(files)
files = new /datum/research(src)
spawn(20)
busy_msg = null
update_tgui_static_data(usr, ui)
if("print") //Print research information
busy_msg = "Printing Research Information. Please Wait..."
spawn(20)
var/obj/item/weapon/paper/PR = new/obj/item/weapon/paper
PR.name = "list of researched technologies"
PR.info = "<center><b>[station_name()] Science Laboratories</b>"
PR.info += "<h2>[ (text2num(params["print"]) == 2) ? "Detailed" : null] Research Progress Report</h2>"
PR.info += "<i>report prepared at [stationtime2text()] station time</i></center><br>"
if(text2num(params["print"]) == 2)
PR.info += GetResearchListInfo()
else
PR.info += GetResearchLevelsInfo()
PR.info_links = PR.info
PR.icon_state = "paper_words"
PR.forceMove(loc)
busy_msg = null
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