This tutorial is set by the author's setting without permission.
Finally, the automation of the assembly line came out.
The main reason for Guru is that the hardware is too bad.
To a certain extent, I learned from https://www.mcmod.cn/post/1025.html
Still due to hardware, you can only use GTCE instead of GT5, and the GT5 data ball seems to be unable to interact automatically (?)
At present, the content is still very incomplete, to be updated ...
Equipment automation?There are so many difficulties:
1. 16 grids;
2. 4 input warehouses;
3. A variety of fluid manufacturing methods;
4. The same type of stacking items is split to multiple grids (unreasonable (referring to polytable computers), but simply solve).
Use version:
mc1.12.2
Appliednergistics2-Rv6-Stable-7
Gregtech-1.12.2-1.0.124
GregicadDitions-1.12.2-1.3.0
resource:
Link: https://pan.baidu.com/s/1qan87l0j8wxupuk4fwl6ng
Extract code: DV71
Notice:
Use lubricant as a fluid synthesis sample.
Analysis:
The synthesis of items ... The old way is to set up a pseudo -combination.
The input bus (GT) uses ULV, and then the storage bus (AE2) is preferred from entry and far away.
Learn to https://www.mcmod.cn/post/1025.html
Why not put the fluid in?
Because the fluid needs to be placed elsewhere.Of course, it is also possible to send items with fluids to the place where they are dealt with.
My idea is to put another ME interface and the corresponding logistics system to handle them.
Because brain pumping, it uses fluid storage components rather than a fluid storage tank.
So it may be slightly cumbersome ... but it is also an attempt to directly move the hard disk to transmit items/fluids.
Export the fluid in the storage component through the ME-IO port to the input warehouse.
In order to ensure that the content is not matched, the ME-IO port is stuffed into 5 items storage components:
(It is not clear if 2 144MB welding alloys can be loser into an input warehouse, so design this; if it can be turned, 1 me-io+fluid storage bus can be
These fluid storage elements are equipped with fluids.
How to synthesize fluids?
Taking the lubricant as an example.
A 750MB of synthesis, but only 250MB of a motor, so divide the fluid in three copies:
(Oil foot)
Because the oil guarantee is sufficient, the logic is as follows:
Green network management (referring to the storage bus) three drivers with storage units with pupae and the storage unit of the items and the redstone to the mixer and receive items:
When the number of items in the green network <28 accepts new items
3 white networks connect 1 driver each
Red network connects the mixer through the fluid storage bus
When the number of items in the green network> 27 and <31 and the number of streams in the red network <16001MB allows the main network to draw fluid storage components from 3 drives (fuzzy card)
At present, it is just an attempt. It may be time to complete it in the future, including strange magic reforms, such as 129MB fluids.
