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Energy network and its transmission rate calculation in Mekanism [Mek] Minecraft Game

2024-12-09 18:29:48|Myriagame |source：minecraft skins

Mekanism's grid is quite special, and its energy transmission rate has a unique set of calculation methods.

It was completely aggressive, so there was this tutorial.9102, I don't know if Mars is not.

Prepare knowledge:

All connected cables in Mekanism are called a network.

A network is a whole, and its energy transmission rate is equal.

The interior of the network must be directly connected by the cable, and the indirect connection through the machine is deemed to be different networks.

The maximum transmission rate (Rate) of the network is equal to the value of the maximum cache capacity, but the unit is different.

This is because the process of energy transmission through the network is essentially like this:

1. Power supply equipment stores energy into the network cache

2. Take out energy from the network cache of the electric equipment

This process is performed once every Tick, so the upper limit of a network energy transmission rate is equal to its maximum cache capacity on the value.

So there is the following conclusions.

Conclusion 1:

The same level cable is connected to the network, and its transmission rate is directly proportional to the number of cables in the network.

This is a good understanding.It is learned from the previous article that the transmission rate of the network depends on its cache size.The more cables in a network, the larger the cache capacity, and the faster the speed of transmission energy.(Only applicable to the situation of the same level cable in the network!)

As shown in the figure, the three 3.2KJ/T basic general -purpose cables are connected, and the transmission rate is 3.2 * 3 = 9.6kj/T

This has nothing to do with the connection topology of the cable, as shown in the figure, Xia Ji Bayi can also.

A total of 28 basic general -purpose cables are connected, and the transmission rate is 28 * 3.2 = 89.6kj/T

It can be seen that the reader given by the network reader is 89.57, which is a little error between the theoretical values. This error is related to the algorithm to be mentioned below.

Conclusion 2:

When different levels of cables are connected to the network, Mekanism uses an anti -intuitive algorithm, as follows:

1). Calculate the countdown of each cable rate in each section of the network

2). Add these counts to get a countdown and

3). The total number of cables in the network is divided by the countdown, and the average rate is obtained

(Described in the term of matrix terms, the above three steps are actually calculating the "reconciliation average")

4). At the average rate multiplied by the total number of cables, the final result is the transmission rate of the network.

example:

As shown in the figure, calculate the transmission rate of the network.

untie:

There are basic general -purpose cables*3, high -level general -purpose cable*2, elite universal cable*1, and the transmission rate of three cables is 3200, 12800, 64000 (J/T)

Calculate according to the algorithm described earlier:

First of all, the average number of cable rates in the network in the network is obtained:: The sum of the summary is multiplied by the total number of cables, that is, the transmission rate of the entire network:

Use the network reader to verify it, and the results are correct.

The error comes from the loss of accuracy in the floating -point operation and can be ignored.

Add conclusions:

It can be known from the nature of the sum of the balance:

 The average blending average is easily affected by extreme values, and it is affected by minimal values.

Therefore, the connected low -level cables in the network composed of high -level cables will cause the network transmission rate to plummet.

As shown in the figure, the network consisting of the ultimate general cable*30, its transmission rate is 9.6mJ/T

However, if a basic general -purpose cable is connected, the transmission rate will suddenly drop to 2.36mJ/T

Continue to connect to basic cables, the transmission rate will continue to decline.When connecting 4 basic cables, the rate is not one -tenth of the original.

Therefore, when you have a huge advanced cable network, do not connect to low -level cables due to greed for cheapness, which will cause the transmission rate of the entire network to a sudden drop, and the automated production line with greater energy demand is likely to be paralyzed.The output of high -end power generation equipment such as reactors and industrial turbine is also likely to be limited.

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