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Application Energy Tutorial 2-Transfer [AE] Application Energy (Applied Energistics 1) Minecraft Game

2024-12-10 17:53:11|Myriagame |source：minecraft skins

2. Transmission

Hello everyone, today I will introduce things about transmission in the application energy MOD.Friends who have a certain foundation for technology MOD can read the content of this part. Although it is more complicated, if it can be deepened, the function that can be realized is very powerful.

For friends who have not been exposed to the automation transmission of technology, let me introduce a few basic concepts first, you can start with some simple pipelines.

There are many transmission methods in the entire Minecraft Mod industry, including pipelines, teleportation belts, trains, robots (puppets, pets also), instant transmission, wind blowing, and original water flow, etc.How much is the implementation method.The most transmission method of MC players is the pipeline.Here is the "father of pipeline" BC pipeline.

Here is to realize the transfer of the grass on the left box to the box on the right box, you need a yellow pumping pipe and several pipes responsible for transmission. After providing energy with the extraction of the pipeline with the redstone engine, the pipe is drawn to extract the grass on the left box to the grass on the left box.The block draws out and maintains a certain speed to the right, which is such a simple feature that can make the technology of technology much more convenient.Assuming that when you are playing Industry 2, you can dig back various ores, gold, silver, copper, iron nickel nickel -lead uranium, etc., you can put these mines in a box and automatically transmit them to the powder or grinding machine.Pull out the automatic transmission to the electric furnace, and finally transmit it to the box of a product (the details of the details here, everyone will improve it by themselves, it is the content of BC. If it is troublesome, try the TE pipeline).In this way, the function of automatic processing of minerals is achieved, and no manual operation is used.

With the basic concept of transmission, we can look at the transmission of AE.

1. ME cable

The role of the ME cable is to build the ME network as a medium. When a ME network is not squeezed into a ball, you need to put a block outside a certain distance, so you need to use the ME cable to connect.The most common ME cable is the purple (Farux color) cable at the top of the picture above, and the seven of the following color cables are corresponding staining cables.

The use of dye cables is: ① Different color cables cannot be connected to each other, but can be connected to cables that are not stained. When you have multiple ME networks, you can avoid stringing cables with staining cables. This feature is also in the subsequent sub -network.It will be useful.② Beautiful, ME access terminals that are directly connected to ME chrome cables, ME synthetic terminals, ME synthetic monitor and ME storage monitor will become corresponding colors, and this color will be maintained after removing the cable. I personally think that blueColors and yellow are more feeling.

The ME outsourcing cable is the thick cable on the far left. The function is the same as ordinary cables and cannot be dyed.

On the far right, a ME connect to the terminal is the ME dark cable. It is controlled by the redstone signal. When the redstone signal is turned on, the cable is connected, and the cable is closed when it is closed.This cable has a great role. I raise two chestnuts: ① When your ME system has a lot of blocks and consumes power, and your energy supply often leads to power off. At this time, you can only put common squares and memory storage.In the foundation location, connect the unusual memory and the square with the ME dark cable. It can be turned off when not in use, which can save a lot of electricity.② Assuming that the ME dark cable is connected to the ME network at one end and a container at one end.After using the following knowledge, we can automatically transmit a certain item in the ME system into the latter container. Assuming that we have 5,000 iron ore in our ME system, which we dig backIron ingots, and we only have powder machine now, and there is no high -end mines (Gray items, which can achieve production and obtain by -products). Now we must automatically transport 500 iron ore into the powder pour machine, and the remaining 4,500 areIron ore should be used in the ME network. At this time, a monitoring device (the sender behind it) must be used. After the 500 iron ore is completed, the redstone signal next to the ME dark cable can be closed.

2. ME precise storage bus and ME blur storage bus

The general functions of these two items are similar, so we collectively refer to the ME storage bus.

① The bus is the end of the ME network. It is a bridge connecting the ME network and non -ME blocks.When the ME network can connect with other blocks, the function of the ME network is instantly increased.(The interface is the most basic bus. Because it is complicated, we will talk later)

② The container posted by the storage bus will be considered "accessing" the ME system. The following box is good. When it is connected to the ME storage bus, it is like a ME box.You can see the items in the box. Similarly, when you put it in the terminal, put it into the items, and the items will enter the box when conditions permit.③ME storage bus can also connect square blocks such as melting furnaces. The detection results are related to the posted noodles. For AE, the furnace is like a collection of three boxes (burned, fuel, products) with only one capacity.

④ The figure above shows the interface of the ME blur storage bus. This interface is mainly to set the storage limit of the connector, that is, the items are automatically returned to the formatting limit of this container. This format is written in the previous tutorial.The first button on the left side of the interface is formatted according to the current storage situation, that is, what is in the box, what the bus mark is, the second button is to switch the two -way/only extraction/only send, this is a good understanding, for example, if it is extracted, it is only extracted.Then you can only take the items in the box from the terminal, instead of putting the items into the box automatically.The third button is to switch the black and white list.The fourth button is the degree of fuzzy treatment. The difference between the fuzzy bus and the accurate bus can see the blur comparison of the previous article.The second section on the right is the priority of setting this bus.

Suppose you store items such as diamonds, emeralds, ruby and other items in a box. There are many types. I hope that this box will only store these items in the future, and it will automatically enter this box after accessing the terminal.This button can be formatted to this storage bus format and clear the gems with other storage positions.(There is a misunderstanding here. Even if a storage bus that is connected to the box is formatted, other items can be manually put in this box or passed them in other pipes. Don't brainwashed by AE!)

⑤ The direction of the ME storage bus can be adjusted with quartz wrench.

3. ME basic input bus, ME blur input bus, ME precise input bus

First of all, it is clear that the input and output in AE is from the perspective of the ME network, so the ME input bus is to enter the ME network of external items instead of the connected electric furnace connected by the item.

As shown in the figure, the ME network uses a basic input bus to connect an industrial 2 electric furnace. The electric furnace is burning the logs. The product charcoal will be automatically entered into the ME network and stored in the most storage location of charcoal priority.Do you feel the simple and powerful of the ME network here, of course, this has just begun.

There is no interface for this basic input bus, because as long as there is a location in the ME network, the container connected will transmit all items into the ME network. If we use this input bus to connect a box, there are various metal mines, and usOnly the copper and tin ore are needed to make bronze, so you need to use the ME blur or accurately enter the bus. These two bus are the input bus that can be formatted.Mark copper ingots and tin ingot, then the copper ingots and tin ingots in the box will be transmitted, and others will not.

The function of blurring and accurate input bus than the basic bus has the functions of redstone control and transmission in addition to the mode matching. The button in the upper right corner of the above figure is redstone control.Activation/Non -redstone signal active/Non -acceptable redstone signal activation once (this means that a redstone signal pulse activation is activated once, which is to activate it once from scratch), and the number of transmission in the following transmission belowThe mode of the button has a mobile single item and a group of items.

Like the ME dark line cable, the ME input bus includes the red stone control function of the output bus below.To put it wider, redstone is a very OP item in Minecraft. Any technology MOD and the use of red stone can make it agile. Redstone makes the rigid static technology become functional and powerful.Here are the basic items. The cooperation between AE and redstone system will finally give an example.

4. ME basic output bus, ME blur output bus, ME precise output bus

It can be seen literally that they are similar to the input bus just now, but they are only extracted from the ME network.Contrary to the ME input bus, the ME output bus transmits the corresponding items in the ME network into the corresponding container, and other settings are similar to the input bus, which is not repeated here.

5. ME interface and subnet

The more basic things, the more functions, and the above bus are derivatives of the ME interface.My understanding of the function of the ME interface is not comprehensive, and most of them are better to cooperate with automation, so in the next chapter specific explanation.

6. ME signal transmitter mentioned the ME signal transmitter when introducing dark cables. Its function is to detect the number of some items in the ME network and emit redstone after excess or below a certain value after a certain value or below a certain value.The signal, as shown in the figure, when the number of copper ingots in the ME network is greater than 10, this signal transmitter will send a redstone signal, and it will not be issued without more than it.The use of this item is also widely used, such as an example previously cited: If you make an automatic sugarcane field, you can control the opening of the entire sugarcane field with a redstone signal through some ways, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port can be controlled, and this signal port isConnecting this ME sender, the sugarcane produced is also transported into the ME network. If the sugarcane will be stuffed with the ME network, manual control will be more troublesome.Signal, then it can be turned off brushing sugarcane field when sugarcane is enough, and can start brushing sugarcane when sugarcane is not enough?Of course, this is just an example. Everyone can think about other usage.

7. ME IO port

The function of the ME IO port is to pass the items in the memory into the ME network or the items in the ME network into the memory.If you want to change a 4K memory, you can put an unbenarded 4K memory into a ME drive, then put 1K memory into the IO port, and then click to transmit it into the ME network. In this way, if there are no other can be transmitted, there are no other transmission that can be transmitted.Storage location, the items in this 1K memory will enter the 4K memory.Individuals do not study this block, I hope everyone will add.

8. ME P2P channel and ME bus memory card

This is a tool for transmitting the ME network as the intermediate medium. It can be transmitted with redstone signals, items, liquid, MJ energy, RF energy, EU electrical energy, etc. As an example, the electricity issued by the generator is input from the P2P channel at the end of one end.You can output from the P2P channel at the other end. This effect is at most in normal circumstances that it is convenient for wiring, but if it combines it with the quantum network bridge behind, it can play a transmitted redstone signal of ultra -remote transmission across maps., Transfer items, transmit liquids, and even pass the energy!Imagine that you have engineering in various places in the map, such as stone picking fields, nuclear power plants, brushing towers, etc. You can operate and send raw materials receiving products at home, and you can truly plan!The specific implementation method can see the subsequent quantum network bridge.

Take EU as an example. Let's take a look at the implementation process.

There is a ME P2P channel at both ends of the ME network here. The left channel is connected to a solar generator expanded by Industrial 2, and the MFSU power storage box (yellow on both sides of the yellow on both sides) is connected to the right.Now take the Golden cable or copper cable of Industry 2 to right -click the front -end silver place of the P2P channel on the left side of the left to change its mode. It is found that it has become light blue, and the golden cable is also connected to it, which means that the P2P channel can be at this time.Enter EU electrical energy.Then use the ME bus memory card Shift to right -click the P2P channel on the left, and then right -click the right channel on the right, so that the right channel is bound to the left and the mode becomes EU.I received the electricity of the generator.

Other modes are similar. The corresponding items used to change the mode below.From left to right are redstone signals, liquids, items, MJ, EUs (my version does not support RF energy for the time being, you can try it yourself).

9. ME quantum network bridge

First of all, although the ME quantum network bridge can realize cross -space transmission items, energy, signals, etc., it is not a concept with the super cube in the TE. This is caused by the concept of the AE network.The ME quantum network bridge is one -to -one, and must be divided into the main and secondary. The secondary network bridge is an extension of the main network bridge. No matter how you get it, the secondary network bridge is also part of the main network bridge. That is to sayA ME network.And we combine the P2P channel to transmit items, signals, etc., only use the ME network to be a transportation, they have not entered the ME network.

Take a look at it for details:

First, use the ME quantum field ring to form this shape. The ME cable is connected to a quantum field ring on the top, left and right, and cannot connect to the corner, and then places a ME quantum link room in the middle to turn it:

This means that this ME network establishes a wireless signal sending point waiting for the quantum network bridge in another place to connect, but this wireless signal is infinitely long and across space.(The author means something like wormhole, but the compressor is made by strange points, maybe the author also confuses wormholes and black holes?)

Then set up the same quantum network bridge in a place (guarantee the load of the block). In order to test, connect an ME access terminal, and then provide the two network bridges with each energy (ME network is not provided).Finally, we threw the strange point made in the ME compressor and the last shadow pearl powder to the ground and then detonated a small TNT next to them, and we will get the strange point surrounded by two quantums. These two strange points are paired.Put them in the two quantum link rooms just now, the quantum network bridge in the two places is connected, and the access terminal over the second network bridge is also incorporated into this ME network.

Now let's look at the example of P2P.

The two pictures are the secondary and main parts of the connected ME network bridge established above. I used it when I play with my classmates. He is a Gray player. I am playing mystery. I am playing mystery. I am playing mysterI picked up a network bridge and put a pair in my house, which means that my family put a access terminal. This terminal actually belongs to his ME networkGive him something.However, we found that the power consumption of this network bridge was really large, and we needed to turn off the power constant. Fortunately, my family was not convenient to turn off.So as shown above, assuming that the left side is my house, I use a switch to control the power supply of the network bridge on the Internet bridge (that wire is an EU-diversion wire of Industry 2, affected by the redstone signal), and then use the redstone signal modeThe P2P channel, the input terminal connects a switch in my house, and the output is connected to the diversion wire of his house.In this way, we can turn off his network bridge at my house.but!Can't open it at my house again, because the two network bridges are not connected at this time, so the erythema signal can be passed.(Of course, this is just an example for explanation principles, not practical)

ME's various bus with the quantum network bridge can make many anti -sky devices. Everyone trys more.

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