This tutorial is set by the author to use the CC By-NC-ND protocol.
I remember in a previous comment that I mentioned that my reactor only needs a computer to connect to it, and there is no need for a lot of pipelines, circuits or something.Here is the computer I mentioned ~
The automation of the reactor (including the current reactor) has always been a challenge.Simple Marki reactor automation is easy to achieve, and various strong cold reactors have also realized automation (I also sent a tutorial in this regard).But strictly speaking, the automation of a strong cold reactor is moisture: its automation is often just solving some materials, and some need manual.And some special reactors are difficult to fully automate, such as:
At the same time, various specifications of fuel rods are used.For example, a very classic 440 reactor, at the same time, the uranium rods of 4 and 2 units are used.God knows which one will be delivered automatically!
Reactor (fuel rod is also considered a consumables) that needs to be replaced by multiple consumables, such as using various cooling units or reflectives.This includes a variety of strong cold reactors and efficient reactors.(There is no Gray here, do not discuss the infinite durable 铱 铱 铱)
Need to keep the empty reactor.In some cases, we will want to leave some empty positions in the reactor, or do not need to put so many things in.Traditional automation is difficult to deal with this situation.
Various pulse reactors (possibly burning elements or non -burn)
Here, I use an OC computer to implement comprehensive supervision of the reactor, including temperature control and material replacement.I hope to give you some inspiration and let everyone develop more and more interesting things by themselves.
1. Hardware environment
My world Minecraft 1.7.10
Open computer OpenComputers 1.7.2.1166
Industrial 2 experimental version of IndustRialCraft2 2.2.827 Experimental
Second, equipment placement
illustrate:
This program is suitable for ordinary reactors and fluid reactors.Because the fluid reactor is more complicated, the fluid reactor is taken as an example.
Adapter: This is a key device that computer can access the reactor.Through it, the computer can get the temperature and operating status of the reactor.For ordinary reactors, place it on the edge.However, there is no way to contact the fluid reactor, and MFUs need to be placed in the adapter to achieve the effect of interlacing access:
This thing is more expensive, but people who can afford the fluid reactor should not be short of this material.Take it in your hand, Step in+Right -click the reactor itself (before the shell is closed), the MFU records the location of the reactor.Then put the adapter, the adapter can access it without contacting the reactor.But it cannot be too far away, and the distance can be opened at most.
Redstone I/O port: It is used to open/close the reactor.Put it on the reactor redstone interface and place it.
Converter: Used to remove and put all things that need to be exchanged.Put it on the reactor access interface.You need to put a fuel box and a waste box, a fuel rod or cooling unit consumables, a collection of waste fuel sticks and low durable consumables.Please note that the computer does not check the consumables in the fuel box, which means that you can throw some half of the reflective board or cooling unit in and continue to use it.Because the fuel rod and the waste rod can be distinguished from the name. If only the fuel rod is replaced, you can put only one box, and if you use other consumables, you must use two boxes or a container like AE2 ME interface (ME ME (METhe interface cache area can put fuel rods and replacement of consumables, and when the waste rods and waste consumables are put in, they will enter the ME network without staying in the container).By the way, the new version of the IC2 experimental version has solved the problem of durable recovery of the redstone cooling unit and the greenite cooling unit. It does not require external forces to modify the synthetic table.But there seems to be no way to synthesize?
Software settings
In the same way, the computer can use the lowest level configuration.It consumes only a little iron and a small amount of gold, which is very cheap!After installing the system, install the Internet card and type the Pastebin get PN6NJ55CV Reactor.lua to get the control program.(I won't change it anymore)
Run it.If it is the first run, let you set the parameter first:
A total of 5 parameters need to be set, namely the direction of the redstone signal sending (based on the redstone I/O port) and the direction of the reactor, the fuel box, and the waste box (based on the replacement device), and the overheating protection value (as well as the replacement device) (the replacement device), as well as the overheating protection value (0.2 is to stop at 20%).Corresponding to the actual north -south and east, please set it carefully.After setting, it will be stored automatically. When the program starts next time, it will be prompted:
The program will automatically display the preserved configuration (don't care too much in order).If there is a change in setting, type N and reset it.
The program is displayed as follows when running normally:
The first line is the time in the current game.The second line is the current heat and maximum hot value of the reactor.The third line is the display of the pattern (in order to let me see the approximate situation), the fourth line usually has no content.The fifth line is the running state, and the sixth line is an available command.Each command is a hot keys, and the last letter is the command that is currently executed.When the program is just started, the last letter is "S", indicating that it is currently a stop state.Click "R", the final letter changes, and the program starts to start the reactor (of course, if the reactor has content that does not meet the operation, the reactor will still standby).When pressing the "C" key, enter the previous configuration interface. At this time, the reactor is automatically stopped to prevent problems during the configuration process.When pressing the "X" key, the reactor will be suspended before exiting.Rules for computer replacement consumables: When you find that items need to be replaced, stop first, then remove the items, and then find the replacement item from the fuel box.The corresponding items will continue to run.Since all replacement is performed in the state of the control, it will not affect the heap temperature for the constant temperature MOX reactor (including the strong cold type).
As for how to deal with the consumables, there are a lot of related tutorials, and there will be no waste of time here.
All IC2 reactor fuel rods, consumables and heat dissipation components have been built in the program.If you want to use other fuel and heat dissipation elements in other modules such as Gray, add it to the program by yourself:
This is the definition of various materials.Need to pay attention:
The value in front of the equal number is the items that need to be found from the reactor. If the items in the reactor are not in this table, the program will ignore its existence.
Those with Item items are objects that need to be replaced.Without this item, it means that the item does not need to be replaced. When it detects that it is not durable, it will only stop.The heat sink and heat exchanger will not be less than 8000 under normal working state. If you are low, stop and wait for it.
Those with DAMAGE value are objects that need to be durable.The value set here is the residual durability (with 10000 as full durability). Do not set too small for consumables that may disappear, so as not to be burned directly.The burned things cannot be identified and replaced.
Fourth, discussion
Through this program, not only can the 440EU reactor or the efficiency 7 reactor, it can also achieve such a reactor:
This is a fluid reactor with an efficiency of 6.5, with a full -lodged load produced by 1200+HU/s. If the power generation efficiency is 75%, you can get 800EU/T. Even if the Sterling generator is used directly, 600EU/T can be obtained.It's pretty good!And its work is very smooth, which is the best choice for people with a shortage of fuel.Of course, you can also use the reactor below, and it will work normally.Its efficiency is higher (7) and the power is higher.But in actual use, its power is not as stable as above. You may need a storage tank to collect the thermal coolant.I haven't tested for a long -term power. Whoever is interested can test which power is higher.
By regulating overheating protection values, this program can also be used for various MOX reactors.But considering safety, it is best not to set the temperature too high.In case the adapter is melted and the redstone I/O port is still healthy, the program will exit due to errors, but the redstone signal will not disappear, and the result will inevitably be miserable.The following is the MOX reactor I use now. The temperature is stable and controlled at the safe 8496, which takes into account safety and efficiency.There are two such reactors that can skip the direct development of silicone rocks.
In the end, this solution basically meets the automation needs of all types of reactors, so I call it a "ultimate" solution.Under the protection of this program, you can safely add and remove various items to the reactor at will. Even novices can ensure sufficient safety when the first time is set up for reactors.I hope everyone will put forward valuable opinions, and I hope everyone prefers OC!
Attachment: Update record
2018.9.21 Version 2.2 Pastebin extraction code: kastd3nd
Modify content:
Increased GT5.09.31 items, including new fuel rods and cooling units.There is an additional MOD selection in the setting interface, corresponding to IC2 and GT5 respectively.Please set it according to your MOD.If you do not have GT5, there is no need to update this version.
The durable judgment method (because some items of the GT5 are not 10,000 full durability, but 100), and change to percentage control.
2018.8.29 Version2.1 Pastebin extract code: PN6NJ5CV
Modify content:
Fixed an error that pressed the "S" key to stop immediately.In version 2.0, I wrote a few sentences. After pressing the "S" key, it was only stopped after stopping, but it would not stop immediately.I have been using the pulse reactor and I can't see this problem. It wasn't until I set up a classic 420 reactor to discover this bug.
Modify the exit hot key X.Because I often press the E key to close the window by myself ...
2018.8.25 Version2.0 Pastebin extract: 1wrvyn4b
Modifying motivation: I have been impressed by a tutorial issued by "Recalling the Chen DE Chen" before: IC2 Stirling Energy Nuclear Power Case.The tutorial was built with a time -pulse fluid reactor, which achieved an extreme in terms of the power of the fluid reactor.But this tutorial is very difficult to imitate, and I have been thinking: Can I implement its function in my program?After many experiments, this idea was finally perfectly realized in the new procedure, and even a step further, making a high -power and high -efficiency fluid reactor.Modify content:
Modify the interface, allow the input command: start; stop; exit; configuration.
Increase the protection function of the heat dissipation element, so that the program can protect all types of reactors
Modifying the format of the item form not only simple and easy to change, but also improves the efficiency of program search
2018.8.24 Version1.0 Pastebin extract: S4V7WCRS