Simple and practical Tyra steel automatic synthesis (using AE2) [BOT] Botania Minecraft Game

Myriagame 32

Release time：2024-12-08 22:05:01

Disclaimer: This tutorial was written when I first came into contact with the module, and now it is for reference only (the comment area has more practical value).

First do this thing to set up a tailra condensed board (nonsense)

Then pull a line from your main channel and connect to the ME interface

The ME interface below must be tuned into the direction of the upper direction with a wrench

The ME interface above does not need to be adjusted

The ME interface above must be isolated with quartz fiber, and then connects to the cable

Then put the lattice box directly above the Tyra condensed board (remember one space interval)

Then put the funnel on both sides of the flower box

Put the toss upwards under the funnel, pay attention to the thrower

Then put the third thrower here. Note that the direction is a quasi -box box

Put three ME storage bus behind the buttocks of the three throws

Then use the cable to connect

Three different raw materials are placed in the three storage bus to mark

After that, we put a comparator here to detect the redstone signal of the Tyra condensed board

Here is also a red stone fire handle, so that the tailra condensed board will send out the redstone signal when working

Put a viscous piston here, and then put the detector on it. Pay attention to the direction of the detector. Don't put it wrong.

This detector is used to activate the three throws

Put red stones above the funnel, and the third thrower is placed on the charging rails

The charging rails are used to update the following throws. According to the original BUD, the detector can also activate the toss in the lower right corner after activating the above block

However, the throw device below the funnel is not far from the BUD to activate the bulk of the detector.

(Note: The redstone on the funnel activation below is also used by the BUD, because the funnel is not a capable block)

Now let's do the detection system. When the comparator detects items in the thrower, the machine will start working automatically

Now there are no items in the thrower, so the sticky piston will be activated above. Once the thrower has items, the piston will be recovered, and the three throws are activated.

(Note: Don't worry about locking the funnel. If you think about activating the three throws, the piston must be recovered, and the piston must be recovered. This red stone must be extinguished, so don't worry

Now let's do the magic detection system at the beginning, as long as the magic power is detected less than half of the machine, it will shut down

(Note: It is best to add a gathering plug -in to the spark of this magic pond)

Here we need to use the original comparative machine mechanism. When the comparative signal of the magic pond is lower than the comparator signal in the furnace, the comparator will not send the redstone signal

There are two sets of items here, and the signal sent is 10

Then as shown in the figure

Redstone fire handlebars are stacked high

(Note: This is a problem, it will be corrected later)

Supply energy to Magic Pond, it is best to put it closer

In this way, the nearby magic pond can also accelerate the production of Tella Steel

The magic pond in the machine is mainly used to detect magic reserves

The last step, the most important collection system

Here is a small funnel flower

The items display box next to it must be placed, and Tyra steel must also be placed in the display box to mark the funnel flower

At the end, make a model, and then write a Tyra steel coding as shown in the figure

Then put the coding model into the ME interface with the item display box below