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

Brief introduction

As we all know, blood magic has a altar (

The items are put in, and the absorption of LP can be converted into another item.

Generally, automated the synthetic equipment is not selected.Even if it is to be automated, multiple altars will be selected with a whitelist.

There are many difficulties in this challenge:

1. In terms of redstone: Do not accept redstone control, do not provide redstone comparative signals, no block update and comparator update will occur.

2. In terms of logistics: It is difficult to know when to complete the synthesis. The finished product must be taken out in a short time after completing the synthesis, otherwise the finished product may change again.

So let's briefly introduce the restrictions of our finished products and the cancellation plan:

Universal: Unlimited LP system

Waste case: finished product+n material => finished product*(n+1), which requires the finished product in the network.

Waste case: finished product (renamed)+n material => finished product (rename)+N finished products, you need to go to the namer to make the mated samples consistent with the made of finished products.And the pseudo -synthesis control of the sample is not easy.

Final plan: N material => N finished products, unstable, try to ensure N> 16, unless it is synthetic and hanging slate, it will not change anymore, or consumes large LP.The finished product is directly synthesized by the material, not a material in the middle.Recommend n> 16.

logic

Items are distributed to box A (materials+synthetic placement samples)

Try to maintain the box B with 32+ materials (the material comes from A)

The remaining 26 grids of Box B are occupied by the type of place occupying: one stage: make samples

First put 8 materials into the altar.

Then circulate the following two things

1: When the items in the altar are less than 8, the materials are extracted from the box B to the altar.

2: Take an item from the altar.If you can put it in the box B, continue.If you can't put it in the box B, put it in the box C and enter the next stage.

Two stages: the remaining part of the synthetic

Box C should be: some finished products, and the remaining 26 grids are types of placeholders (the same figure above)

Execution: Continue to supplement the materials from the box B to the altar, and continue to extract items from the altar to the box C. The number of items in the box C> = 33 to return 32 items to the main network to the main network

Third stage: Return to the finished restoration system

When there are no materials in box A or B, and the start phase is executed when there is no items in the altar:

Pick away all the finished products in the box C and take away the synthetic placement.

Picture analysis

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The three boxes in the figure are ABC from left to right (from top to bottom).

Blue network -based network

Green network collects items from box C to the blue network

Purple network execution second stage of the operation of extracting items from the altar

Black network is responsible for the operation of extracting items from the altar in the first stage

Green Network is responsible for providing items from box A to box B

The white network is responsible for providing items from box B to the altar

*Three red networks: responsible for the launch of the black network in the third stage

Constantly draw items from the altar to B and C, but we want to reduce the number of networks, so ... the black network is also responsible for providing information about box C.

The storage bus of B is [just write] so that you can only see if there are samples in C.

When there are samples in C, you can stop drawing!Purple network

When the number of items in C> = 27 (that is, when there is a finished product), start drawing

In order to make the extraction interval shorter, we used another operation: constantly draw to the original to keep high -frequency extraction.Of course, the priority of box C is higher.White network

Always try to maintain the number of altar items> = 8

When there is a sample in C, you try all the materials to the altar.

Resource download

Map use module: ApplieDERGISTIS2-RV3-BETA-6, Bloodmagic-1.7.10-1.3.3-17

Map download