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Application Energy Tutorial 3-Automation [AE] Application Energy (Applied Energistics 1) Minecraft Game

2024-12-10 17:53:29|Myriagame |source：minecraft skins

Today, I will introduce the knowledge about automation in the application energy MOD, mainly about the interface and molecular assembly room mentioned in the previous article.

The previous article is about automatic transmission of items inside and outside the ME network. You can automatically output the items from the ME network to the external container or the external items to the ME network.The functions of automation applications such as BC, TE, railway, etc., AE can already do it for them.However, AE also has a more powerful feature. For example, in terms of transmission, the pipelines including other MODs can so as to transmit a box of messy minerals into a set of mineral treatment machines and summarize the final product into anotherBox, this is a set of processes we arrange. This process contains a machine that is used for burning machines, so this machine can only be in this set of mineral treatment.A new electric furnace, such as a forestry MOD tree field automatically collecting industrial 2 rubber and then entering the extraction machine to finally burn into a rubber ball.Together, it is too ugly, which shows that traditional transmission automation is still bulky.

The concept in AE is: the machine (such as Industry 2 and Gray's basket machine) is connected to the ME network with the interface.Essence

The specific implementation method is introduced below.

1.

The function of the interface is very powerful. He is the initial form of the previous bus, which means that it can be output or input.There are three basic functions of the interface:

1. Complete the input and output as an interactive medium

As shown in the figure above, there are two grooves above, one is called output configuration, and the other is called output items. I think the column of the output item should be the storage position of the interface itself.

The output configuration and the interface interface agent 8 are one -to -one, and the output configuration bar is a marking bar, and the interface interface bar is an item bar that can be stored.How many items are not available in the output configuration, this interface will try to maintain the number of such objects in that column at the corresponding location.If you can't understand it temporarily, you can see the following:

① When no items are marked, it means that the interface interface does not need any items to be stored. After the items are manually put in the interface interface, the interface will try to keep the intermediary empty, so the items put in will be transferred to the ME network.

② The interface can accept the various transmission methods of other mods, such as connecting pipelines, mysterious puppets, etc. Anyway, when the outside world transmits the items to the interface, this interface will temporarily accept these itemsItems follow the principles of minimum reduction.

③ reduction plus refers to if there are more items in the interface interface than the number of marks, the transfer is transferred to the ME network. If it is less than the number of markers, try to draw this item from the network to fill it up to the specified item.For example, I marked 2 lapigraphic stones in the first column of the first column of the interface output configuration column, so if there are many greenite in the ME network at this time, then the first column of the interface interface interface interface in the ME interface will be accepted by the ME network.Two green stone, if you manually put 30 lauginas in the first intermediary column, then these 30 greenite will be transferred to the ME network, because only 2 greenite is needed in the first column of the ME interface intermediary.

Therefore, when the external machine draws the items in the interface interface, the interface will automatically supplement this item. According to this statement, I have made the following system, which can relatively complete the process of automatic burning bronze ingots.We all know that three copper and one tin can be made into four copper. If the number of items is simply transmitted into the machine solely, it is not controlled. It may be passed on to 64 copper and 64 tin.It is necessary to manually recover, so we can use AE to make automated bronze production version 1.0 version:

There are several copper ingots and tin ingots in the ME box in the ME network. The ME network is connected to two interfaces. One interface is marked with 3 copper ingots, and a tin ingot is marked in one interface. This will always remain in the interface.Three copper and 1 tin, using the pipes in the TE to draw the items in the two interfaces into the two input surfaces of the TE sensor furnace, and the output port of the TE pipeline is set to a redstone signal extraction item, and red with red.The stone cable is connected to a ME signal transmitter. In this signal transmitter, the number of bronze ingots in the network emits the redstone signal when the number of bronze ingots is less than 64. Finally, place a ME input bus on the output port of the inductive furnace.Return to the network.

At this time, if the bronze ingots in the ME network are used less than 64, the signal transmitter sends a redstone signal, the two pipes are drawn at the same time, the copper ingot is taken in three or three places, and the tin ingot is one by one.Ground is taken, so the copper ingots and tin ingots of the induction furnace are also matched.

The first function of the interface here is finished.

2. Automation

There are two other things here, ME blank model and ME template encoder.

The significance of the combination of ME model and interface is that the machine connected to the interface will try to handle the process in this model.

For example, we open the ME template encoder, put the ME blank model in the upper right corner, and marked 9 diamonds on the left and a diamond -to -right side. This is a task book for industrial 2 compressors.A blank model gets a ME encoding template with 9 diamonds that need to be made to make a diamond.As shown in the figure below, there are several diamonds in a ME network, an interface connect a compressor. This interface is placed in the ME encoding template just made, which is a task book.

At this time, open the ME access terminal, and you can see a diamond -lapse with a CRAFT word. This can actually be understood as a mission book with diamonds. Click this task book.Diamonds are introduced into the compressor.

3. Build a sub -network

The function of the interface was extended by one of its characteristics, and the concept of SF was greatly proposed at the beginning. I originally did not understand it at all. Here he quoted his statement.

When the interface is right to use the quartz wrench, the interface will appear in an arrow in a certain direction, which means that this interface will only transmit items in this direction, and the AE block connected to the arrow direction cannot be incorporated into a network (here refers to although although although although although although although although it refers to although although it refers toPut together but disconnected from the perspective of AE).

In the second function automation processing of the interface, we know that after putting a ME coding model in the interface, after a task book, and click on several clicks of this item in the ME access terminal or synthetic terminal.The container transmitted to its connected is the container transmitted to the right. Regardless of whether the right side can be completed, even if a box is placed on the right, the interface will transmit all the required raw materials to the box on the right.

Using this principle, we can build automated bronze production 2.0:

In the figure above, a main ME network surrounds the red circle on the left, and the green circle surrounds a sub -ME network. These two networks are actually non -interference on the connection side.

Several copper ingots and tin ingots are stored in the ME box of the main network. A 3 copper ingot+1 tin ingot is placed in the interface of the main network with an arrow.It is ME access terminal, ME box, ME controller and ME interface.In order to make it easy for the sub -network, a long ME cable extends an interface with an interface with the main network. The sub -network is incorporated into a TE sensor furnace.The accurate storage bus on the upper ME is marked with copper ingots and tin ingots, respectively. The back of the induction furnace is set to the output surface and connected to a interface of the main network.

At this time, click to synthesize 8 bronze ingots in the access terminal of the ME main network. The interface of the main network receives this task. The 6 copper ingots and 2 tin ingots need to be transmitted to the right interface.There is no output configuration in it, so the items received should be transferred to the sub -network, and there is no other storage location in the sub -network, so the copper ingot will be stored to the inductive furnace surface of the storage bus that marked the copper ingotThe storage location of the furnace, the tin ingot will be stored to the other, so that the 6 copper ingots and 2 tin ingots enter the sensor furnace and start burning bronze. The burned 8 bronze ingots will be output to the interface behind it, and then it willTurn into the box of the main network.

In this way, the corresponding amount of bronze ingots can be accurately synthesized, and excess raw materials and products are not required to manually take out excess raw materials.

2. ME molecular assembly room

This is an automatic synthetic device with a multi -block structure. As long as there is a task book (ME encoding template), the molecular assembly room will automatically complete this synthetic process.

The ME quantum network bridge requires four squares, ME synthetic CPUs, ME radiator, ME assembly outdoor wall and ME template provider.It needs to be placed into a cuboid structure with at least 3*3. Among them, the ME assembled outdoor wall is placed on the corner of the corner, and the ME radiator is placed on the surface.The assembly room and construction have changed, and the material has changed.

Among them, a ME template provider will provide a page of task books. The more ME synthesizes the CPU, the faster the automatic synthesis of the molecular assembly room.Therefore, you can allocate according to personal preference. If you need to constantly synthesize a certain item, it is recommended to put more synthetic CPUs to speed up. If it is privately survive, you can put more templates to provide more task books.

The ME molecular assembly room can be connected to the ME network with the ME cable.

The ME molecular assembly room can support multiple calls. For example, putting several wooden boards in the ME network, and putting a wooden board to a wooden stick synthetic table in the molecular assembly room, as wellIn the ME access terminal, click to synthesize a notice sign. The molecular assembly room calculates one wooden stick and six wooden boards, so you will use two wooden boards to synthesize four wooden sticks, and then synthesize three notice signs with six wooden boards.Stick, make two more notices.

Here is an example.The following is the required process (a energy crystal powder compressing a energy crystal may be caused by the version, and the rubber ball will become a tree glue block because my factory MOD can be ignored):

This is all the synthetic tables needed. In addition to synthesis, we also need an industrial 2 electric furnace, powder, compressor, extraction machine, board mode and squeezing mode.If you make these machines for this process, it is too troublesome, but with AE, we can not change the structure of the industrial 2 machine, only connect to some interfaces and bus to put all the basket machine into the ME network, as shown in the figure belowThe

The machines used here are all placed together, and the wires are connected to the wire, which connects the ME input bus on it. The interface is connected to the corresponding ME encoding template, which is the task book. Put other the templates required in the molecular assembly room.ME network deposits are required for sticky resin, iron ingot, copper ingot, red stone, greenite, fluorite, and ruby.You can connect a ME synthetic monitor in the ME network to view the progress of the synthetic, click on the ME access terminal, click to synthesize a blue wavedon crystal. ME synthetic monitor display:

It can be seen that the synthesis of the molecular assembly room is from the bottom, that is, the lack of 6 lapigraphic stone powder in the synthesis of a blue wavedonine crystal, so began to put the task under the interface next to the powder.Law ② requires 2 high -level circuit boards, and the high -end circuit board also needs primary circuit boards and various materials. This contains two green gold stone powder, so a total of 8 green -gold stone powder is required.This step is called until synthetic iron plates, squeezing copper wires, burning the bottom -up materials such as cubes, etc. ③ A energy crystal, which is also called down.So such layers of the mission book synthesis, and finally made a blue wavedon crystal.

Therefore, when surviving games, you don't have to deliberately do an automated process. You only need to place various machines such as industrial 2, Gray, TE, BC, last shadow interface, etc., as beforeThe way of the ME network (some MOD supports automatic output, some need to be drawn out, depending on).And put the required ME encoding templates in the interface behind each machine., Bronze ingots to bronze plates, etc., so that this metal molding machine can participate in the automation of automatic synthesis of Blueton crystal, the automation of the battery, or the automation of high -level alloy. Of course, the superior of the battery is like wind power like wind powerThe automation of the generator also contains it.Therefore, as long as the automation of iron plates, iron shells, tin plates, bronze plates, etc., can be used for this machine. The corresponding other machines are like this. A completely simple advanced automation factory is completed.

Here is a automated factory that he built when playing with his classmates. All the machines are hidden. Only a ME synthetic terminal is needed to save items and synthetic items., Assembled the small parts.

You can see that you can see the synthetic tables of small to iron ingots, wooden sticks, as large as the highest wind power generator array, MFSU, etc., although there will be many small problems that need to be adjusted, but they have a sense of accomplishment.If you download the Extra Cells Mod in AE, you can input and output liquids in the ME network, so the function of this system is more complete. The UU substance in the figure above also automatically import the water and magma about the TE stone machine.Automatic output of magma manufacturing machines.

The AE machine like water droplet in the upper left corner is the connection of liquid access terminals in AE -attached Extra Cells Mod. You can ignore it.

Let's call it an AE integrated factory, haha.

All in all, AE's function of automation is very powerful, but not simple.For SF, a good MOD is modular like redstone, not simple and rude. Players can use the fragments provided by the MOD to DIY the function that it wants, rather than put a powerful block.

At this level, AE is a good MOD. It is worth studying friends who like technology and automation.

After all, the application energy of the 1.7.2, 1.7.10 and other versions is the version of AE2.0. Compared with the 1.0 version here, there are many changes, but it is mainly changed in automatic synthesis. Play AE1.0 Players are still very easy to get started with AE2.0. The high version of AE has a better repair and linkage with other MODs. For exampleGospel, friends who like the mysterious era can try AE2 and its auxiliary mysterious energy.

If you have a chance, I will introduce knowledge about AE2 and its affiliated MOD.

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