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Thermal expansion and application energy to automate the output of resonance [TE5] Thermal Expansion 5 (Thermal Expansio

2024-12-10 17:55:01|Myriagame |source：minecraft skins

This tutorial is set by the author's setting without permission.

The last shadow ingots in thermal expansion belong to items with relatively high demand in the middle and late stages.

OK, let's look at the finished product directly:

The first is to talk about the principle, copy the pull -down pull -down to see the picture;

This set of automated processes mainly uses the heat -expanding lava furnace and fluid to transfer to the machine, and the ME interface and automatic synthetic system of application energy;

1 last shadow pearl can produce 250MB of resonant last shadow in the lava furnace, so the four last shadow pearls can get a bucket of resonant last shadow.

The fluid side output of the fluid generated by the lava furnace is transferred to the fluid to the machine. After the processing of the items of the sub -network is completed through the pipeline, it is transported back to the main network through the pipeline.

The two ME interfaces are placed side by side, one of which is adjusted to the other ME interface to divide the sub -network.The items output from the main network will enter the ME interface of the sub -network for further allocation.

The model coding of the bucket resonance last shadow is only required, and four last shadow pearls and a barrel can be placed.The automatic synthesis has a detailed strategy. I won't go into details here.

Starting here, graphic explanations:

1. The first is the placement of the model terminal:

2. The interface configuration of the lava furnace:

Enter the last shadow pearl processing on the left of the lava furnace to complete the automatic output to the fluid transfer to the machine.

3. The fluid transfer to the interface configuration: The fluid here is transferred to the left side of the machine and is responsible for receiving the fluid, and is responsible for entering the barrel.

4. Place two placed together like this, right -click the left interface with a quartz wrench until the arrow points to the right interface.

The ME interface on the left is only responsible for accepting and transmitting items, and the ME interface on the right is responsible for allocating items.

5. Server

Internal GUI of the server, select the white list, mark a empty barrel, and the redstone control options on the right are ignored.

Another server:

The internal GUI is still choosing a whitelist to ignore the redstone signal; mark a last shadow pearl.

6. Connect with a pipeline:

You can also use AE's input and output interface or other MOD logistics pipelines to complete items to be transported. In order to facilitate understanding that I use the item transmission pipelines with thermal expansion here.

The ME interface on the left is just across the network!

7. Synthetic end -shaped ingot:

In fact, I was too lazy to write, and the conventional automatic synthetic and burning.

I use the immersive arc furnace to burn, and it will be more convenient to be more convenient.

The test runs normally, complete!

In the end, if you want to synthesize the Xinxin ingot, the same is true. You only need to replace the four last shadow pearls in the model terminal with ten red stones.

A liquid of 100MB after a red stone melts, so it takes ten.The process in the back is the same, and I won't go into details.

This tutorial is partially new, welcome to discuss

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