How to use CC+Integrated power to simply automate the calculator (anti -stack method) [CC] Calculator Minecraft Game

2024-12-10 17:58:25|Myriagame |source：minecraft skins

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

As we all know, the dock can enter four grids from four faces. Some synthesis requires two same items, which can easily lead to stacking, and integrated power can solve this problem well.

Principle: Read the content of the container (dock) → determine whether the calculator is empty → output 1 item

Materials:

Computor/scientific calculator: extended dock*1, variable card box*1, item container reader*1, item output port*2 (atomic calculator requires output port of the item*3), the item input port*1, item, the item, the item, the item, itemInterface*2, several logic cables.

The following method:

As shown in the figure, you can do not swing like this. Please ignore the later ordinary compressed space machinery.

The first is to put the blank variable card in the item container read and get a list of item list variable cards

Then get a integer variable card with a number 0 and 1 in the logical programmer (the first element of the list is 0 digits.).Then search in the search bar to get (get), which can obtain elements corresponding to the number in the list.

Put the newly obtained item list variable card, put two integer variable cards on the right, put a blank variable card in the lower right corner, and get two new variable cards, respectively.Items.

Search the "empty" in the left search bar, and put the two new variable cards just obtained into it, and get two Boolean variable cards.The use of "empty" here is that when the corresponding grid is empty, "True" is output.Put the two Boolean variable cards in the output port of the two items respectively, adjust the channel of the output port to 1, and set the transmission rate to 1, so that only one output once.

Two items interfaces, one placed on the No. 1 box, the channel is 1, responsible for the output material, and the other is placed on the No. 2 box, the channel is 2, and the channel is responsible for entering the finished product.2. Prevent the finished product from running to the raw material box.

Then it is OK. The scientific calculator and atomic calculators are made, and the latter is just added.

At this time, some people have to ask. The perfect calculator needs to enter 4 raw materials. If it is placed in the picture above, there is no room for entering the energy. What should I do?

I have not found the placement method that only uses integrated power and computing process.

Therefore, you can use the pipeline of the last shadow interface, the aximum pipeline of the thermal pipeline, etc. You can transmit energy and items at the same time at the same time. At the same time, you can also set the pipes that receive the redstone signal output item, and use them to replace one of the integrated power outputs.wire.

Here is an example of the pipeline of the last shadow interface:

The principle here uses the "non -empty" operator. When the perfect calculator's 1, 2, and three grids are empty, the redstone signal is output.

Make 0, 1, and 2 three "non -empty" variable cards, the method is the same as making "empty" variable cards above, and then use the operator in the logical programmer: press the position and the 0 and 1 in theCard, then put this variable card in, and put 2 "non -empty" variable cards on the other side, get a variable card with only three of them "true", and put in the redstone output port.It's right.Remember to set the pipeline of the redstone output to receive the redstone signal output.

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