The program is designed to automate the production of Degenerate Quark Gluon Plasma and Molten Magmatter in the Heliofusion Exoticizer. From the features, the program itself orders plasmas that are not enough, so you will not need to put a bunch of ME Level Maintainers. It is also possible to send messages to Discord about out of service situations. And there is also the possibility of auto update at startup.
Q - Closing the program
Delete - Clear scroll list
Arrow Up - Scroll list up
Arrow Down - Scroll list down
Caution
If you are using 8 java, the installer will not work for you. The only way to install the program is to manually transfer it to your computer. The problem is on the java side.
To install program, you need a computer with:
- Graphics Card (Tier 3): 1
- Central Processing Unit (CPU) (Tier 3): 1
- Memory (Tier 3.5): 2
- Hard Disk Drive (Tier 3) (4MB): 1
- EEPROM (Lua BIOS): 1
- Internet Card: 1
Install the basic Open OS on your computer. Then run the command to start the installer.
pastebin run ESUAMAGxThen select the God Forge Control program in the installer. If you wish you can add the program to auto download, for manual start write a command.
mainNote
For convenient configuration you can use the web configurator. GTNH-OC-Web-Configurator
Note
For easy copying of addresses, use "Analyzer" from the OpenComputers mod. Right-click on the component, its address will be written in the chat. If you click on it, it will be copied.
To build a setup, you will need:
- Transposer: 1
- Adapter: 2
- Database Upgrade (Tier 3): 1
- Redstone IO: 1
Caution
Be sure to use Database Upgrade (Tier 3).
For the program to work, you need to make a simple setup. On the Heliofusion Exoticizer module, it is necessary to connect the subnetwork that will receive dusts and liquids further it will be called the output subnetwork (On the pictures it is purple). It consists of “ME Dual Interface”, “Output Hatch (ME)”, “Output Bus (ME)”, “ME Fluid Storage Bus” and “ME Drive” where there are two disks for liquids of 5 types and one disk for dust. The “ME Fluid Storage Bus” is configured in input only mode to send “Degenerate Quark Gluon Plasma” and “Molten Magmatter” to the input subnet (more about it later). We also have another subnet (In this guide we will consider a setup where the input subnet is our main subnet, but it is possible to separate them) it consists of “ME IO Port”, “ME Dual Interface” and “ME Fluid Level Emitter”. From now on in the guide I will refer to it as the input subnet (It is green in the pictures).
In the schematic we have 2 adapters connected to volume subnets, we also have a transposer to flip items from the output subnet to the input subnet. Also in one of the adapters we have “Database Upgrade (Tier 3)”.
In the input subnet “ME Dual Interface” stands in the environment of “Inventory Relay” which are directed to the quadruple input hatch.
Caution
To work properly, you need to put any liquid сraft template (which is pink) in the interface in input subnet.
The idea is that the program looks at what plasmas the machine wants and encodes a fake recipe with the right plasmas and in the right quantity, then orders this template. This approach makes it easy to transfer plasmas from AE to the machine and allows you to craft plasmas that are not enough.
You also need to adjust the “ME Fluid Level Emitter” to signal when the “Degenerate Quark Gluon Plasma” or “Molten Magmatter” is less than the desired amount, or you can put a lever and control it manually.
As for the bones of the input subnet, it is very simple. It must have a number of CPUs greater than the number of setups connected to it. It is also important that it has a “Fluid Discretizer” and all CPUs have a “Crafting Monitor”.
Caution
In cases where the input subnet is your main network, the entire CPU must be equipped with a “Crafting Monitor”.
If, on the other hand, you want to separate the entry network from the main network. Then you need to show all 80+ plasmas in the input subnet and make the output of unnecessary dust and liquids from the input subnet. And make “Spatially Enlarged Fluid” and “Tachyon Rich Temporal Fluid” storage in it.
Note
For convenient configuration you can use the web configurator. GTNH-OC-Web-Configurator
General configuration in file config.lua
Enable auto update when starting the program.
enableAutoUpdate = true, -- Enable auto update on startIn the timeZone field you can specify your time zone.
In the discordWebhookUrl field, you can specify the Discord Webhook link so that the program sends messages to the discord about emergency situations.
How to Create a Discord Webhook?
logger = loggerLib:newFormConfig({
name = "God Forge Control",
timeZone = 3, -- Your time zone
handlers = {
discordLoggerHandler:newFormConfig({
logLevel = "warning",
messageFormat = "{Time:%d.%m.%Y %H:%M:%S} [{LogLevel}]: {Message}",
discordWebhookUrl = "" -- Discord Webhook URL
}),
fileLoggerHandler:newFormConfig({
logLevel = "info",
messageFormat = "{Time:%d.%m.%Y %H:%M:%S} [{LogLevel}]: {Message}",
filePath = "logs.log"
}),
scrollListLoggerHandler:newFormConfig({
logLevel = "debug",
logsListSize = 32
}),
}
}),In the magmatterMode field you specify program mode. If it true program will in be in the magmatter craft mode.
If it false program will in be in the gluon plasma craft mode.
In the outputMeInterfaceAddress field you specify address of the me interface witch connected to input subnet.
In the inputMeInterfaceAddress field you specify address of the me interface witch connected to output subnet.
In the transposerAddress field you specify address of the transposer witch connected to ME Drive and ME IO Port.
In the meIoPortSide field you specify side of the transposer witch connected to ME IO Port.
In the meDriveSide field you specify side of the transposer witch connected to ME Drive.
In the redstoneIoAddress field you specify address of the Redstone IO to switch production on and off.
In the redstoneIoSide field you specify side of the redstone IO which connected to ME Level Emitter or other controller.
controller = heliofusionExoticizerController:newFormConfig({
magmatterMode = false, -- Enable mode of production magmatter.
outputMeInterfaceAddress = "aaaaaaaa-aaaa-aaaa-aaaa-aaaaaaaaaaaa", -- Address of me interface which connected to output AE.
inputMeInterfaceAddress = "aaaaaaaa-aaaa-aaaa-aaaa-aaaaaaaaaaaa", -- Address of me interface which connected to input AE.
transposerAddress = "aaaaaaaa-aaaa-aaaa-aaaa-aaaaaaaaaaaa", -- Address of transposer.
meIoPortSide = sides.east, -- Side of the transposer which connected to input AE ME IO Port.
meDriveSide = sides.west, -- Side of the transposer which connected to output AE ME Drive.
redstoneIoAddress = "aaaaaaaa-aaaa-aaaa-aaaa-aaaaaaaaaaaa", -- Redstone IO Address.
redstoneIoSide = sides.east -- Side of the redstone IO which connected to ME Level Emitter or other controller.
})