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With the help of Xnet's optimized version of Rune Altar Automation [BOT] Botania Minecraft Game

2024-12-10 17:50:19|Myriagame |source：minecraft skins

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

(This tutorial is based on the E6E integrated package, but the principle of most integrated packages is applicable. It only needs to be changed to some structure.)

There is always a problem with the automation of the rune altar, that is, the runes in the raw materials will not consume (equivalent to a catalyst) after synthesis. If the model is written normally, a large number of useless low -level runes will be synthesized.So I thought that with the help of Xnet, all the catalyst runes were stored outside, and the corresponding runes were called according to the characteristics of the input raw material.In this way, the catalyst runes in the model can be removed, and the input and output are consistent with the actual situation, and will not be waste.

First of all, before applying Xnet, we hope that the RS synthetic warehouse will only output one raw material at a time, and then output the next raw material after the product is obtained to prevent the automatic synthetic card from death.

Click the redstone control button on the left side of the synthetic warehouse and adjust to "Redstone pulse output the next group" so that you can output a raw material at a time.

As shown in the figure, we intend to enter the synthetic finished product input return container (here are mechanical power plate boxes), and use mechanical power object detectors (the filter marks the finished product we want), when the finished product enters the container into the containerAt the same time, the redstone signal is issued. At the same time, the product is used to use the logistics classifier (need to add filtration, high signal enable) to extract the finished product to allow the synthetic warehouse to output the next raw material, thereby achieving our purpose.

When we click the synthesis, the raw materials are input, and we first consider the simplest situation.

This is the formula of the rune of Fire, and its raw materials will be consumed, so we only need to enter the wooden barrels in the raw material and livestone, and right -click below on the rune altar (if it is thrown on the rune altar, it will be vacuum boxes will be being vacuum boxes.Misty suction), then click on the forest staff to complete the synthesis. It is also the most simple right -click operation of the item router.Then use the hot series of vacuum boxes to absorb the finished runes, enter the board box, and then enter the RS.Here are a few points to note that the vacuum box needs to be set to set up a blacklisting stone; the XNET needs to be filtered to prevent the rune of the fire from being pumped into the barrel.

Next we consider the second hour. There is a catalyst rune in the raw materials, as shown in the figure.

Because the three catalyst runes are intended to call from the outside, we first use all runes that can be used as catalysts (16 -ho runes that do not include dexterizing botanicals in E6E).Each of the 16 drawers here only need to plug one rune and lock it.Remove the catalyst rune in the model, it looks like this:

(Part of the finished product recycling here is omitted)

Then we found the characteristic raw materials in the required runes. In the example of the Jemham rune, the irrigation stone is the characteristic raw material, because it can only be used as the raw material for the Jamham rune.In Xnet, turn on a Xnet.logic channel, select the Sensor mode (that is, default) on the connector attached to the container, and adjust it to Item, =, 1, red signal, and mark the irrigation stone.

Then we found the connector of catalyst runes (here is the ground, autumn, overeating), set up in a red signal, and enter it in the barrel.(If you have any questions, you can learn more about the use of XNet in detail.) This is equivalent to letting XNet know that we want to synthesize the Johnhaim runes, and place the catalyst and RS raw materials together on the altar of the rune altar to start synthesis.

After the synthesis is completed, the catalyst runes and product runes are picked up by the vacuum box together.In order to distinguish them, we first extracted the contents of the vacuum box and entered into 16 drawers, and set up high priority for 16 drawers and could only enter one item at most.In this way, the catalyst runes all enter the drawer and wait for the next call, and the remaining runes are the finished runes we want, and then enter the board box and then pull back the RS.

But this is not over yet, there is still the last hour.As shown below:

The raw materials of these two runes are only different catalysts. We cannot find other characteristic raw materials and cannot be marked according to the above steps. At this time, we need to add feature raw materials by ourselves.

As shown in the figure above, I added a placeholder in the model of the runes of the overeating. According to the above method, this place occupies is our characteristic raw material.Prepare enough placement symbols in RS.Just pay attention to the place where the placement is not output to the rune altar, and the filter should be filtered in the XNET.

Finally, display the finished product.Because there are too many formulas to handle the rune altar in E6E, there are entangled blocks and the second XNET controller here.Under normal circumstances, because XNET has fifteen signals, it can process up to 15 catalyst synthesis, so it is enough.

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