your current location:首页 > news>Skills of overclocking upgrade [TR] Tech Reborn Minecraft Game

Skills of overclocking upgrade [TR] Tech Reborn Minecraft Game

2024-12-10 17:47:13|Myriagame |source:minecraft skins

This tutorial is set by the author to use the CC By-NC-SA protocol.

This tutorial uses science and technology revival version: 3.8.4+build.236, game version: 1.16.5

The following uses examples to illustrate the use of overclocking upgrade.

Note: The tick refers to GameTick in this tutorial, 1gametick = 0.05s.

Example 1: Use the assembly machine to make the industrial circuit board.

Use overclocking the number of overclocking, consume energy consumption of energy consumption of energy 020e/t

10S4000E

1

35e/t

7.5S5250E

261.25e/t

5S

6125E

3107.1875e/T

2.5s

5359.375e

4187.578125E/T0.25s (5tick)

937.890625e

Example 2: Use an electric furnace to burn kelp.

Use overclocking upgrades Energy consumption of energy consumption of energy 01E/T10S200E 01E/T10S200E

1

1.75e/T7.5S262.5E23.0625e/T5s

306.25E35.359375E/T2.5S

267.96875e49.37890625e/T0.1S (2tick)

18.7578125e

In addition, overclocking upgrade will also improve the energy speed and energy storage capacity of the machine.No discussion here.

The following rules can be found through the above two instances:

Let the number of overclocking upgrades be A. When the machine does not use overclocking upgrade, the energy consumes energy for X. The machine consumes time Y when the machine does not use overclocking upgrade, and the total process consumption is Z.

Z = (1.75^a) x * (1-a/4) y * 20

When A = 4, Y is special and not suitable for this formula. At this time, the time of each machine is different. For example, the above assembly machine is 0.25s and the electric furnace is 0.1S.

Multiply 20 is because there are 20 GameTick in 1 second.

It can be found that the coefficient of X is the exponential growth, and the coefficient of Y is a reduction in linear. Of course, this is not the main reason.It is mainly that the consumption time will be very small when A = 4, which causes the total process to consume much less energy than when the total process is not used when the overclocking is not used.

Example 3: Use industrial blast furnace to burn tungsten powder.

Use overclocking the number of overclocking

Energy per tick

Consumption

The total process consumes energy

0128E/T100S256000E41200.5E/T2.5S60025E

Note: This process requires 2500 calories to start.

It can be found that the use of 4 overclocking upgrades is more than 97.5s and the energy of 195975E.Bloody money

Example 4: Use industrial electrolytors, gas turbines, water sources, at least 5 air units to recycling.

Use 5 air units to load water, get 5 water units, and electrode 5 water units into industrial electrolytors into 5 electrolytic water units.

Use overclocking the number of overclocking

Energy per tick

Consumption

The total process consumes energy

020E/T10S4000E4187.578125E/T0.25s (5tick) 937.890625e

With 4 overclocking upgrades, 5 water units consume a total of 4689.453125E.

Then the 5 electrolytic units are electrolytic into 4 hydrogen units and 1 compressed air unit. This process consumes the following table:

Use overclocking the number of overclocking

Energy per tick

Consumption

The total process consumes energy

050E/T50S50000E4468.9453125E/T1.25S11723.6328125E

With 4 overclocking upgrades, 5 electrolytic water units consume a total of 11723.6328125E.

At this time, 4 hydrogen units are obtained, and each hydrogen unit is placed in the gas turbine to generate 15,000E energy.

So the total energy changes in the above process are:

-4689.453125E -11723.6328125E + 4 * 15000E = 43586.9140625E

So the total process can generate 43586.9140625E energy.Too scientific

So in summary, in general, it is generally not used by overclocking or 4.