This tutorial is set by the author's setting without permission.
As we all know, the MEK machine can only perform one operation (extraction/input/output), which is extremely inconvenient.
However, XNET's advanced connector can access all the planes of a block instead of the surface of the connector. Using this with AE, you can complete the automation of the MEK machine in one line!
MOD: MEK, XNET, AE2
Here I demonstrate the automation array that completes the irrigation factory, which is also applicable to other machines.
The bottom layer in the figure is the ME interface, the diamond box, and create an energy cubic cube.
The far left is the controller, and the middle row is a advanced connector.The two on the left are rich factories (for making and cache compressed red rocks), and eight on the right are irrigation factories.
First create an energy channel in the controller to power the machine and the controller.(You need to start some energy for the controller to supply power to power)
Create an item channel from the ME interface to extract redstone to the rich factory.
Create an item channel to send the made compressed red stone to eight irrigation factories
The point is that the high -end connector can access all the surfaces of a block instead of the surface of the connector. In the figure, the red circle can set the direction of accessing the machine.
Although the advanced connector is placed behind the rich factory (red input surface), it can change the direction of accessing it here, which is equivalent to extracting from the front (blue output surface) of the rich factory.Is there a powerful function?
Here we should extract the compressed red stone from the rich factory. The front (blue output surface) of the rich factory corresponds to the East = EAST.(Please combine the actual situation)
Although the advanced connector is placed behind the irrigation factory (red input surface), it can change the direction of accessing it here, which is equivalent to entering the input from the top of the factory (purple extraction surface) from the irrigation factory.
Here the compression red stone is sent to the irrigation factory, and the purple extraction of the irrigation factory should face the above = UP
AE issued an automatic synthetic command, the raw material output to the cache diamond box, and the diamond box is evenly distributed to the irrigation factory.
Because the advanced connector is placed behind the pouring factory = red input, the default direction is good here.
Send the circuit board/rich collection alloy produced by the irrigation factory to the ME controller
Please set the direction of the access container according to the actual situation. The picture here will not be demonstrated here.
The automation wiring of XNET logistics is very concise. The automation is completed in the tutorial. This is not done by the pipelines of other modules.(Automated player is ecstatic)
Some small logic settings can help you better complete automation:
If you need to be divided, please use the cycle mode (Roundrobin)
The amount of extraction can be changed 16/5tick (better average score)
Try to use the order to use the order (avoid only the first grid)
PS: Please do not copy my automation arrays. This is just an eight -threaded pour factory that requires a lot of materials in a integrated package, and only one category can be irrigated.Everyone can learn to develop itself.
