This tutorial is set by the author to use the CC by-NC protocol.
Single pile version
Code first
sides = request ("sides")
component = request ("component")
tp = request ("component"). Transposer
OS = Require ("OS")
battery = component.gt_batterybuffer
GPU = Component.gpu
uuid, reactor_name = component.list ('reactor') (0)
Print (reactor_name)
reactor = component [reactor_name]
Computer = reques ("Computer")
-Colon the direction of the reactor
function getReactorContaineridx ()
For i = 0,5,1 do
Local container = tp.getinventoryName (i);
If (container == "blockgenrator" or container == "blockReactorchamber") then
Return i;
End
End
Return nil;
end
-Cap the direction of the box
Function GetiocheStidx () ()
For i = 0,5,1 do
Local container = tp.getinventoryName (i);
If (container == "tile.ironches" or container == 'tile.chest') then;
Return i;
End
End
Return nil; End
Function Iscoontcell (itemstack)
Return String.find (itemstack.name, 'coolant') ~ = nil;
end
Function Isfuelrod (Itemstack)
Local name = itemstack.name;
Return Not (string.find (name, 'dep') ~ = nil or string.find (name,' dep') ~ = nil or string.find (name, 'deploy') ~ = nil) and (string.find(name, 'reactoruranium') ~ = nil or string.find (name, 'mox') ~ = nil or string.find (name, 'thoriumcell') ~ = nil or string.find (name, 'naq,' naq UADAHCELL ') ~ ~= Nil or string.find (name, 'mnqcell') ~ = nil);
end
Function IsdepleTedRod (itemstack)
Local name = itemstack.name
Return String.find (name, 'thoriumcelldep') ~ = nil or string.find (name, 'deploy') ~ = nil or string.find (name, 'naquadahcelldep') ~ = = = = = = = = = = = = = = nil or string.find (name, 'Mnqcelldep ') ~ = nil;
end
Function isCoolanTDEPLETED (Itemstack)
Return itemstack.damage> = itemstack.maxdamage-10;
end
Function TransferdepletedItem (Reactoridx, CheStidx, SourceSLOT)
Local chest = tp.getallstacks (chestidx)
Local SourceType = TP.getallStacks (Reactoridx) [SourceSlot] .Name
For i = 1, chest.count (), 1 do itemstack = chest [i]
If (itemstack == nil or itemstack.name == nil or (itemstack.size
TP.TRANSFERITEM (ReactoridX, ChestidX, 1, SourceSLot, I)
Break
End
End
end
Function TransferNewitem (ReactoridX, Chestidx, SourceSLOT, TargetsLot)
TP.TRANSFERITEM (CheStidX, ReactoridX, 1, SourceSLot, Targetslot)
end
Function Locatenewrod (CheStidX)
INV = TP.Getallstacks (CheStidX)
For i = 1, inv.count (), 1 do
If (INV [i] ~ = nil and inv [i] .name ~ = nil and isfuelrod (inv [i]) then
Return i
End
End
end
Function Locatenewcoolant (CheStidX)
INV = TP.Getallstacks (CheStidX)
For i = 1, inv.count (), 1 do
If (INV [i] ~ = nil and inv [i] .name ~ = nil and isCoolantcell (inv [i]) and inv [i] .damage
End
End
end
-The battery cache has a lot of batteries, so the information of each battery needs to be obtained
Function getBatteryBufferinfo ()
If (battery ~ = nil) then
LOCAL TOTALEUSTORED = 0
LOCAL TOTALMAXEU = 0
For i = 1, 16, 1 do
BatteryCharge = Battery.getBatteryCharge (i)
MaxbatteryCharge = Battery.getmaxbatterycharge (i)
If (batterycharge ~ = nil) then
Totaleustored = Totaleustored+BatteryCharge
TotalMaxeu = TotalMaxeu+MaxbatteryCharge
End
End
Return Totaleustodo, TotalMaxeu
End Return -1, -1
end
Function Sleep ()
Local clock = os.clock
Local t0 = clock ()
While Clock () -t0 <= 0.05 Do
End
end
Function Clear ()
If (gpu ~ = nil) then
Local w, h = gpu.getResolution ()
Gpu.fill (1,1, w, h, "")
Gpu.setForeground (0xffffff)
Gpu.setbackGrior (0x000000)
End
end
Function InitialText ()
If (gpu ~ = nil) then
GPU.SET (1,1, "STATUS:")
GPU.SET (1,2, "Power Output: EU/T"))
GPU.SET (1,3, "Reactor Heat:")
GPU.SET (1,4, "max head:")
If (battery ~ = nil) then
GPU.SET (1,5, "Batterybuffer Eu input: EU/T") GPU.SET (1,6, "Batterybuffer Eu Output: EU/T"))))))))))))))))))))))))))))))))).
GPU.SET (1,7, "Total Eu Stored in Batterybuffer:")
GPU.SET (1,8, "Max Eu Capacity in Batterybuffer:"))
End
End
end
Function Display (Status)
If (gpu ~ = nil) then
GPU.SET (8,1, String.Format ("%25S", Status))
GPU.SET (14,2, string.format ("%8F", reactor.getReactoreuoutput ())
Gpu.set (14,3, string.format ("%5F", Reactor.getheat ()))
GPU.SET (10,4, String.Format ("%5F", Reactor.getmaxheat ())))))))))))))
If (battery ~ = nil) then
GPU.SET (25,5, string.Format ("%8F", Battery.GeteuinputAVERage ())
GPU.SET (26,6, String.Format ("%8F", Battery.GeteuoutputaVeaVERAGE ())) Totaleustored, TotalMaxeu = getBatterybufferinfo ()
GPU.SET (35,7, String.Format ("%16D", Totaleustored)
GPU.SET (35,8, String.Format ("%16D", TotalMaxeu)
End
End
end
Function main_loop ()
Clear ())
Initialtext ()
LOCAL LANENERGYSTORD = 0;
While (computer.nergy ()/computer.maxnergy ()> 0.5) do
Totaleustored, TotalMaxeu = getBatteryBufferinfo ()
If (reactor.getheat ()> 0 or (TotalMaxeu> 0 and Totaleustored == TotalMaxeu) then
Reactor.setActive (FALSE)-private goods, 2.4.0 GTNH does not exist in this interface, and the main line has been merged.
Elseif (TotalMaxeu <0 or (TotalMaxeu> 0 and Totaleustored/TotalMaxeu <0.05).
Reactor.setActive (true)
End
LOCAL Reactoridx = getReactorContaineridx () Local Chestidx = GetioChestidx ()
Local reactorInventory = TP.GetAllstacks (ReactoridX)
For i = 1, reactorInventory.Count (), 1 do
Local itemstack = reactorInventory [i]
IfMStack ~ = nil and itemstack.name ~ = nil) then
If (ISDEPLETEDRODRO (Itemstack)) then
Reactor.setActive (false)
TransferdepletedItem (Reactoridx, CheStidX, I)
NewRodidx = Locatenewrod (CheStidX)
While (newrodidx == nil) do
Display ("WAITING FOR New Fuel")
SLEEP () newRodidX = localnewrod (cheatidx)
End
Transfernewitem (ReactoridX, CheStidx, Newrodidx, I)
Reactor.setActive (true)
Elseif (iScoolantcell (itemstack) and isCoolantDepleted (itemstack) then
Reactor.setActive (false)
TransferdepletedItem (Reactoridx, CheStidX, I)
Newcoolidx = LocatenewCooland (CheStidX)
While (newcoolidx == null) do
Display ("Waiting for MeW Cooland") Sleep ()
Newcoolidx = LocatenewCooland (CheStidX)
End
Transfernewitem (ReactoridX, CheStidx, NewCoolidx, I)
Reactor.setActive (true)
End
End
End
Display ("running")
End
end
main_loop ()
reactor.setActive (false)
In addition to the reactor, you need to prepare:
1 big refrigerator
1 basic camera
Several basic display
1 T1 CPU
2 T1 memory bar
1 T1 hard disk
1 original box is used to store premium cooling units and fuels, as well as temporarily placed waste and replaced units
1 transferor is used to transfer materials between the boxes and fuel boxes and fuels of the storage of backup components and fuels
1 adapter is used to interact with reactor and battery box
1 GT battery box is used to store electricity (internal cache information will be displayed on the screen. In addition to according to the heat, the program will also be based on the power of the power station in the battery box.Code obtained by changing power)
Several Enderio items pipelines
Several high -end items filters (for filtering NBT)
Put a reactor, computer and refrigerator, connect to the adapter and transferor with a cable.Among them, the adapter needs to be in contact with the reactor and the battery box at the same time.If you need to use multiple adapters, you need to upgrade your computer's chassis, CPU, etc. Otherwise, you will report an error of a 'too many components'.The transferor is also in contact with the box and the reactor at the same time to transfer items between the two.Use Ender IO pipeline to connect to the box-refrigerator input bus, box-refrigerator output bus.
Among them, the input bus requires the NBT 黒 list, the blacklist contains a full -durable cooling unit. The durable fuel rods and its exhaustive versions are used, and then the box is enabled to the input bus, and the extraction function of the output bus to both ends of the box.
On the built -up computer, install the operating system with OpenOS floppy disk.
After entering the operating system, enter Edit Reactor.Lua in the /Home# prompt and open the editor.
Check the adhesion key of OpenComputers.
Copy the code of the tutorial and paste the paste button to the editor.
Press Ctrl + S and CTRL + W, saved and exit.
Enter ./reactor.lua execution
Start power generation!Note: It will start when the deposit is less than 5%.
Note:
There is no exit method for this script, unless the computer's energy is disconnected (note that the power supply of the GUI is not turned off! The consequences are very serious!), The program monitors the energy level lower than 50%, and will automatically exit and return to the shell.
It is strictly forbidden to do any operation directly to the strong cold piles during operation, including but not limited to some components of the computer, components in the dynamic reactor, and the box that moves that depository.The energy of the computer exits it.
Make sure computers, large refrigerators, nuclear power, battery boxes in the same block (common sense!)
Any deployment of a single machine to test and then the server, the power generation is irregular, and the two lines of tears explode.
This tutorial code uses one of my private goods, and the change has been merged to the main line of the GTNH OpenComputers, https://github.com/gtnewhorizons/opencomputers/pull/108.
GTNH 2.5.x is available.
After many BOOM iterative iterations, the single machine tested for one afternoon, and MOX 0%stacked the temperature and run 2 rounds. There was no problem.
Multiple piles:
This design can be promoted to a multi -reactor, and the multi -reactor version needs to be used with AE.
Due to the more number of components in multiple versions, in order to enhance the expansion capacity, the "server" is no longer used to use ordinary "computer".
The server recommended configuration is shown in the figure
Configuration to: T2 APU (provided 12 component positions) + 2x super component bus (each provided 16 component positions) + 1x T2 memory + basic hard disk + E2PROM (LUA BIOS), if the keyboard and display, and connectingThe adapter of the ME controller (controls the AE fuel rod through this adapter), the initial component is 9.
The server provides 44 component positions and 35 available. It uses a transferor according to each reactor, and a battery box is calculated (the adapter does not calculate the component, and the reactor itself is a component). In this way, the server can bring 11 reactors.
The server uses right -click to open the GUI configuration. After putting the component, it is stuffed into the rack.
By clicking the middle vertical line to connect it with the server's grid, you can output the signal of the server from a specific surface, so that you can connect the external component with a wire.
Code:
Local Component = Require ("Component")
local os = Require ("OS")
LOCAL COROUTINE = Require ("Coroutine")
local gpu = component.gpu
local clock = os.clock
LOCAL RODOPTIONS = {"Gregtech: gt.quad_thoriumcell", "Gregtech: gt.quad_ mnqcell", "Gregtech: gt.Readoruraniumquad", "Gregtech: GT.ReaCTORMOXQUD "}
Local ChosenOption = 2
LOCAL CRAFTINGTASK = Nillocal Event = Require ("Event")
Function craft ()
if (craftingtask ~ = nil) then
Canceled, Reason = Craftingtask.iscanceled ()
if (not can cover and not craftingsk.isdone ()) then
Return
end
end
for, craftable in pairs (component.me_controller.getcraft ())
if (craftable.getItemstack (). name == Rodoptions [chosenOption]) then
craftingsk = craftable.request (15)
Return
end
end
end
Function Shouldcraft ()
LOCAL FILTER = {}
Filter ["name"] = Rodoptions [chosenOption]
local item = component.me_controller.getItemsinNetwork (Filter)
if (item [1] ~ = nil) then
Return item [1] .iscraftable and item [1] .size <15
else
Return false
end
end
Function loadReactorconfig ()
reactorsconfs = {}
local I = 1
reactorsconfs [i] = {}
For Line in IO.Lines ("ReactorConfig.txt") do
if (string.find (line, "=====") ~ = nil) then
i = i+1;
reactorsconfs [i] = {};
Elseif (string.find (line, "reactor:") ~ = nil) then
reactorsconfs [i] ["reactor"] = component.proxy (string.sub (line, 9));
Elseif (string.find (line, "buffer:") ~ = nil) then
reactorsconfs [i] ["buffer"] = Component.proxy (string.sub (line, 8));
Elseif (String.find (LINE, "Transposer:") ~ = Nil) then
LOCAL Transposer = Component.proxy (String.Sub (Line, 12)); Reactorsconfs [i] ["transposer"] = transposer;
local reactoridx = getReactorContaineridx (transposer)
reactorsconfs [i] ["reactoridx"] = reactoridx;
reactorsconfs [i] ["Meidx"] = Getmeinterfaceidx (Transposer)
local initialitems = {}
reactorsconfs [i] ["initialitems"] = InitialItems
for idx, item in pairs (transposer.getallstacks (reactoridx) .getall ())
If (item.name ~ = nil) then
IF (ISFULROD (it) or isdepletedrod (item)) then
initialitems [idx] = "f"
Elseif (iSCoolantcell (item)) then
initialitems [IDX] = "C"
else
initialitems [IDX] = "O"
end
else
initialitems [IDX] = "E"
end
end
end
end
Return reactorsconfs;
end
Function getReactorContaineridx (TP)
for i = 0,5,1 do
local container = tp.getinventoryName (i);
if (container == "blockgenrator" or container == "blockReactorchamber") then
Return i;
end
end
Return nil;
end
Function GetMeinterfaceidX (TP)
for i = 0,5,1 do
local container = tp.getinventoryName (i);
if (container == "tile.appliednergistics2.blockInterface") then
Return i;
end
end
Return nil;
end
Function IsemptYitem (itemstack)
Return itEMSTACK == nil or ittemstack.name == nil;
end
Function Iscoontcell (itemstack)
Return String.find (itemstack.name, 'coolnt') ~ = nil; end
Function Isfuelrod (Itemstack)
local name = itemstack.name;
Return Not (string.find (name, 'dep') ~ = nil or string.find (name,' dep') ~ = nil or string.find (name, 'deploy') ~ = nil) and (string.find(name, 'reactoruranium') ~ = nil or string.find (name, 'mox') ~ = nil or string.find (name, 'thoriumcell') ~ = nil or string.find (name, 'naq,' naq UADAHCELL ') ~ ~= Nil or string.find (name, 'mnqcell') ~ = nil);
end
Function IsdepleTedRod (itemstack)
local name = itemstack.name
Return String.find (name, 'thoriumcelldep') ~ = nil or string.find (name, 'deploy') ~ = nil or string.find (name, 'naquadahcelldep') ~ = = = = = = = = = = = = = = nil or string.find (name, 'Mnqcelldep ') ~ = nil;
end
Function isCoolanTDEPLETED (Itemstack)
Return itemstack.damage> = itemstack.maxdamage-10;
end
Function TransferdepletedItem (TP, Reactoridx, Meidx, SourceSLOT)
Return TP.TRANSFERITEM (Reactoridx, Meidx, 1, SourceSLot, 3)
end
Function TransferNewitem (TP, Reactoridx, Meidx, SourceSLOT, TargetsLot)
Return TP.TRANSFERITEM (Meidx, ReactoridX, 1, SourceSLot, Targetslot)
end
-The battery cache has a lot of batteries, so the information of each battery needs to be obtained
Function GetBatteryBufferinfo (Battery)
LOCAL TOTALEUSTORED = 0
LOCAL TOTALMAXEU = 0FOR I = 1, 16, 1 Do
local batteryCharge = Battery.getBatteryCharge (i)
LOCAL MAXBATTERYCHARGE = BATTERY.GetMaxBatterycharge (i)
if (batterycharge ~ = nil) then
Totaleustored = Totaleustored+BatteryCharge
TotalMaxeu = TotalMaxeu+MaxbatteryCharge
end
end
Return Totaleustodo, TotalMaxeu
end
Function CheckClock (LAST)
local T1 = Clock ()
Return T1-Last> = 1
end
Function Clear ()
if (gpu ~ = nil) then
local w, h = gpu.getResolution ()
gpu.fill (1,1, w, h, "")
gpu.setForeground (0xffffff)
gpu.setbackGrior (0x000000)
end
end
Function InitialText (ReactorConfigs)
For, Config in Pairs (ReactorConfigs) do
local re = config ["reactor"]
GPU.SET (1, I, String.Format ("Reactor%D: Stopped, Output: 0eu/T", i)
end
end
Function Display (ReactorConfigs)
For, Config in Pairs (ReactorConfigs) do
local re = config ["reactor"]
GPU.SET (1, I, String.Format ("Reactor%D:%S, Output:%Deu/T", I, Config ["STATUS"], Re.getReactoreuoutput ())
end
end
reactors = loadReactorconfig ()
running = true
Function main_loop ()
Clear ())
InitialText (Reactors)
lastTime = Clock ()
While (running) do
For IDX, ReactorConfig in Pairs (Reactors) do
LOCAL Reactor = ReactorConfig ["Reactor"] LOCAL TP = ReactorConfig ["Transposer"]
local buffer = reactorconfig ["buffer"]
Local ShouldsetActive = false;
LOCAL StoppedDuetofull = false;
local reactoridx = reactorconfig ["reactoridx"]
local meidx = reactorconfig ["Meidx"]
Local InitialItemmap = ReactorConfig ["Initialitems"]
local activity = reactor.getReactoreuoutput ()> 0
Totaleustored, TotalMaxeu = getBatteryBufferinfo (buffer)
if (reactor.getheat ()> 0) then
ShouldsetActive = False
Elseif (not activive and totaleustored/TotalMaxeu <0.05)
shouldsetActive = true;
elseif (Active and Totaleustored> = TotalMaxeu) then
stoppedDuetofull = true;
elseif (Active and Totaleustored
shouldsetActive = true;
end
if (not stoppedDuetofull) then
local reactorInventory = tp.getallstacks (reactoridx) .getall ()
for, Itemtype in Pairs (Initialitemmap) Do
local itemstack = reactorInventory [i]
if (itemtype == "e" or itemtype == "o") then
elseif (itemtype == "f") then
ISEMPTYITEM (itemstack) then
-Print (i)
Transfernewitem (TP, Reactoridx, Meidx, 2, I+1)-ME interface second grid fuel stick
Elseif (ISDEPLETEDROD (itemstack)) then
TransferdepletedItem (TP, Reactoridx, Meidx, I+1)-ME interface other arbitrarily entered the network of drying items. Here I+1 is tried. The use of i will actually change the component of the left side., ReactoridX, Meidx, 2, I+1) -This no longer check whether it is successful, unsuccessful only causes the power to decrease. The next check will be replaced. The fuel rod can only be placed in the second grid.Destructive consequences
end
else
if (iScoontDepleted (itemstack)) then
Reactor.setActive (false)
TransferdepletedItem (TP, Reactoridx, Meidx, I+1)
Local Transfercount = TransferNewItem (TP, Reactoridx, Meidx, 1, I+1) -The cooling unit put me interface first, and disbursement will cause devastating consequences
if (transfercount <0) then-If the new unit of the ME interface is not available, the reactor will not be set up to boot
shouldsetActive = false;
end
end
end
end
end
if (ShouldsetActive) then
reactorConfig ["STATUS"] = "Running"
else
reactorConfig ["Status"] = "Stopped"
end
Reactor.setActive (ShouldSetActive)
end
Clear ())
display (reactors)
if (shoppingcrft ()) then
craft ())
end
Coroutine.yield ()
end
end
Function Stopallonerr ()
Print (debug.traceback ())
For IDX, ReactorConfig in Pairs (Reactors) do
Print ("Stopping Reactor#" .. IDX)
reactorconfig ["reactor"]. SetActive (false)
end
end
Function C ()
xpcall (main_loop, Stopallonerr)
end
Co = Coroutine.create (C)
While (running) do
local evt = event.pull (0.001, "interrupt")
if (EVT ~ = nil) then
running = false
end
Coroutine.Resume (Co)
end
For IDX, ReactorConfig in Pairs (Reactors) do
Print ("Stopping Reactor#" .. IDX)
reactorconfig ["reactor"]. SetActive (false) end
Use the Edit command to create a new file Reactor.Lua and stick the above code to save.
Configuration file format:
Use Edit to create the following format file reactorconfig.txt in reactor.Lua
The reactor, the battery box (mainly for low -power start+full power shutdown control), the three components of the transferor are a group. When you need to drive a few heaps, write a few sets of UUID configurations. Each set of configuration is separated by 5 = number.
UUID acquisition is introduced later.
reactor: reactor UUIDbuffer: me interface component UUID
Transposer: UUID
====
reactor: reactor component UUID
buffer: me interface component UUID
Transposer: UUID
====
reactor: reactor component UUID
buffer: me interface component UUID
Transposer: UUID
....
Reactor configuration:
As shown in the figure, the transferor is also exposed to the reactor and ME interface at the same time, and the adapter also contacts the reactor and battery box at the same time.
The first grid cooling unit of the ME interface, the second grid fuel stick (the default uranium) can be modified to modify the value of the 7th line of Local ChosenOption = 2.3 is MOX.
Large refrigerators are as follows: Power supply can be used for EV's single refrigerator.
The ME output bus configuration of the refrigerator, inserts a fuzzy card filter in the upper right corner, so that only the loss of cooling units can enter. When the vague comparison is selected at 99%, the separation loss is used.Can).
The ME input bus does not need to be installed directly without special configuration.
Use "analyzer" to obtain component UUID,
Handheld analyzer, press the stealth+right -click component.
The chat box shows the battery box and the UUID of the adapter contact. In order to easily obtain it, you can copy it directly from the label's log, and then paste it to the editor of the computer in the game.
Adapter to the ME controller:
3 reactor summary:
After all the reactors are configured, input ./reactor.lua in the terminal to start the operation of the reactor.
Run effect:
The output of 33000EU/T per pile can meet a large amount of energy consumption in the IV period, and can continue to expand to more reactors.
