After the baptism of a large number of hardcores or excessive materials, try to compress the redstone difficulty of superficial items in a simple way.There are too much to watch

After careful consideration, it looks like the following content, providing ideas for you who are too small and too complicated and difficult to live in the sample.Because there is no magic change end, it cannot be tested

Given that there are more tutorials before, the renovation of this

The following items need to be used: ME interface/me (panel) interface, quartz fiber, cable anchor, cable, storage bus, input bus, anti -phase trigger bus, standard sender, printed device and name pressure printing template

First show the main structure of the machine and the machine that is closed

Use green cables to indicate input, red cables indicate output, blue cables indicate power supply

For the two storage bus markers A (if you need it, you need to mark the item B), and add the reverse card in the storage bus posted by the box (explained below the name of the item)

Below is the structural diagram of the ending processing

Reset the recycled named item input compression printer (output bus marking recycling items)

Note: You can use any form of input/output to replace the red and green cables of the printer (remember to power the printer)

With a process of processing items that require queue processing (such as rune altars, etc., multiple task items cannot exist at the same time)

Standard sender marks 1 item, the main network ME controller (block) needs to open the blocking mode

The following explains naming items and sample processing

First use the quartz cutting knife to open the GUI, put the iron ingot and enter the name, and get a name for the printing template.

Put the name pressure printing template into the printer to change the item (this is the focus of this logic logic)

The following uses a set of drivers at a time as a model demonstration

Taking this as an example, the iron ingots in the left synthetic column are named by the main network in the AE main network (such as A, B, or a place occupying symbol) here.

After entering the item A into the sub -network, the input printer is renamed to a set of drive (final product) and returned to the main network to complete the logistics task

At this time, the driver and 64K component and the ME storage shell are entered into the box for the next process, and the driver's set is sent to the processor from the main network to name items A re -use for later use.

For saving land, the suggestion here is to rename a set of drives to the universal name (such as items B), and to distinguish it with different items, so that a system can output a variety of model items

The following is the use of this set of logic logic.

Suppose I want to synthesize a set of AE controllers at a time and automatically put it in the box for it to take it out for others

The driver is omitted here here

The left gold ingots on the left are initial named items A

The iron, gold, and diamonds on the left are named items B, Item B, and items A. At this time, when diamonds with name B are synthesized, a set of AE items will be synthesized at one time and automatically output and end task lists.

For this set of logistics systems to expand processing models, in addition to the labeling of different items of machines, it can also be completed by multiple machines (suitable for synthetic formulas that need to output a large number of items), such as the super pot of Aunt Panmar's magic reform reform.Of course, you can also output it to the box

Assuming that the system 1 is named input A output B, then the system two can output A for input B

In this way, the final product can be marked with naming items, and the final product mark that can only be synthesized by the output material can be used.

The advantage is that the final product is strong, and it automatically renames recycling items when processing

Here is a wonderful description of people who cannot still understand the operating logic:

This method of expanding the model is to treat a item as a conveyor belt, and the other items are transmitted and returned to the original place.The superposition is to set multiple input ports on the conveyor belt, enter a variety of items to the end and return.

Here the red stone represents an output process. The green stone represents the recycling process. A whole set of processes rotate for a teleportation belt for a week.