This tutorial is set by the author's setting without permission.
This tutorial is based on the environment of Minecraft 1.12.2, Immersive Engineering 0.12-84, and INDUSTRIALWIRES-2.6-25.
First of all, thank you for your hard work, and the technical support given by "how to use Marx generators for nearly four times the output of minerals for nearly four times the output of minerals".
The linkage MOD of immersive engineering and Industry 2 -industrial cable not only simplifies the ugly and occupied cable system, but also adds a new capacity method to Industry 2. It does not introduce too much here.
More importantly, the emergence of the Marx generator can increase the production of mineral output from 1 ore = 2+4/9 powder in Industrial 2 to the highest 1 ore = 4 powder/gemCalculate), so that players have a better game experience.
First of all, the control panel mentioned in the control panel mentioned in the "how to use the Marx generator for nearly four times the output of minerals" (hereinafter referred to as a four -fold mineral tutorial) is made to make some additional supplements to facilitate the players and later explanations.
TIPS: The Marx generator on the engineer manual is upside down. You need to pay attention when you place it. For details, please refer to the illustrations in the four -fold mineral tutorial.
In the four -fold mineral tutorial, we placed 5 controls, which were 1 auto -coupled transformer, 3 panel instruments, and 1 buttons.Among them, all controls use the redstone channel with 00, and the color of the No. 1 output signal (hereinafter referred to as the output) of the auto -coupled transformer is white, the second output is yellow, and the output of the panel instrument ① is the same auto -coupled transformer, the panel instrument ②The first output is orange, the output of No. 2 is light green, the number 1 output of the panel instrument ③ is purple, the second output is pink, and the button output is sky blue.
On this basis, we took out 6 "7 -segment display" and adjusted their output to six colors of white, yellow, orange, green, purple, and pink.Orange green is the output of the panel instrument ②, the output of the purple powder is the output of the panel instrument ③, and placed it in the control panel maker to observe the data (set to 7 segments of white, orange, and purple output in 7 sections of white, orange, and purple output.The display is the first place in their respective groups).
In the end, you can draw the label control that the text on the right (the text on the right is too lazy to remember the energy required by each mine. You can add it according to your preference. The current label does not support Chinese, which cannot be displayed on the panel).
Panel example
By repeatedly adjusting the knob (auto -coupled transformer), we can see that a total of 15 numbers/letters will be displayed on each "7 -segment display", which shows that it uses a hexadecimal calculation method, corresponding to the redstone signal strength from 0 ~15 A total of 16 copies and segment each signal into 16 small copies, with a total of 256 signal strength (00-FF, namely decimal 0-255).) Only the first number of numbers will be beating, that is, the increase or decrease of the redstone signal in the decimal (= 16 small copies). Adjust the knob (hereinafter referred to as fine -tone) in the sneak state. The second digit will be beating.That is, the increase or decrease of the redstone signal in the decimal is 1/16 copies (= 1 small part).
Green numbers and their left meters are our input settings (corresponding to the panel instrument number 2 in the four -fold mineral tutorial), that is, the strength of the redstone signal strength corresponding to the capacity of the capacitance of the Marx generator;
Red numbers and their left instruments are temporarily defined as the target redstone signal strength of the Marx generator (corresponding to the panel instrument number 3 in the four -fold mineral tutorial).The goals set internally;
The blue number and the left meter can be regarded as the capacitor of the Marx generator. The current cache energy (corresponding to the panel instrument with 4 in the four -fold mineral tutorial).Signal.
When the blue number is the same as the green number, we can think that the current charging energy of the Marx generator is over and we can press the button to work.At this time, the red numbers and meters are zero (the goal is to release all the cache energy), the blue numbers and the instrument are zero (internal cache are released), the green numbers and the instrument remain unchanged, and the machine enters the energy stage.(Completed tutorial) Energy adjustment of the Marx generator:
As mentioned in the four -fold mineral tutorial, in order to process the minerals, we need to adjust the energy storage of the machine. As an example, the iron ore is used as an example. The minimum energy that the Marx generator can release is 63.1KJ (lower than this value can be regarded as too low energy to form an arc), and although the energy of 68.1kj can handle iron ore, it will not make the output of iron powder at peak, so we can put 2 or 3 pieces of blocksIron ore is also placed on the Marx generator at the same time and increased energy output, which has achieved the purpose of handling multiple ore at the same time.
As an example, we need to output the energy of 150kJ to deal with these iron ore. How to determine how much the energy released by the Marx generator is a new problem.
This is that we need to use the "discharge energy table" to place it in the two levels of the Marx generator and hold the aluminum line and put it on a (IE aluminum wire rushed out of the stamping machine. If the aluminum wire is not placedDestroyed), adjust the knob on the panel, and right -click the button to release the energy after the charge is completed (remember to wear an earmuffs, the tinnitus effect is true).
Discharge energy meter and aluminum line
After releasing the energy, we will observe the discharge energy table, and we will find that the aluminum line above has disappeared (speculates that the strong arc causes the aluminum thread to overheat and evaporate? If the aluminum line is not placed, the discharge energy table is HHH)., The last release of the energy is displayed in the chat box, and then we continue to adjust the knob and repeat the above steps until the value we need.
Discharge feedback
When we adjust to C6 (that is, 12 times to the right, 6 times, the two icons are the results that have been adjusted), the discharge energy is displayed at 150.7kJC6 is farther, so select C6), at this time, three iron ore can be placed for work.Enjoy this process. At this point you are also a 4x mineral tycoon ~ (Rotating process: 4 times? Tycoon? Are you sure?)
In order to facilitate the number of players who use the Marx generator, after testing records, some important data are listed out for everyone to use.
It should be noted that all the data collected here are taken from the 5th floor of the Marx generator (the book can be added to the layer, but it has not been tested), and the energy released by the Marx generator is to spread it to each ore to be treated with ore to be treated.On the top, if you use 125KJ energy treatment to process 50+75kj energy combination, it will only be counterproductive ~ (measured 1 copper, 1 iron 125kJ, only 1 copper powder and 5 iron grains)
Display the minimum energy that the value of the energy (KJ) and the applicable ore 8063.15 layer of Marx generator can release, which is lower than the value of the value without working.75kj energy ore
A2100.8 gold, redstone, lower quartz ore (group) ore (group) B4124.4 uranium, etc. The ore C6150.7 that requires 125kJ energy C6150.7 ore group E4199.5 diamonds such as 150kj energy (group group) F2224.7 ore (group) that requires 225kJ energy (group) F6232.45 layer of the maximum energy that can be released
Interestingly, when the setting value is greater than equal to F7, once the target signal (red value) reaches F7, the Marx generator will force the voltage at both ends of the discharge to cause the capacitor to be penetrated?It ’s not bad to change it, and then recharge and enter the cycle.Therefore, it is currently regarded as the maximum energy that F6 is 232.4KJ as the 5th floor of the Marx generator.
Combined with the calculation formula, the calculation formula for the use of the use of the Marx generator is as follows:
When calculating, it is deemed to be a fixed value as a parallel plate capacitor C = εs/D as a parallel plate capacitance (it is indeed a fixed value, which is convenient for calculating the value of the capacitor to 8 × 10 -3 <3 c);;
16A+B is a calculation of converting hexadecimal numbers into 10-proof number. A is a coarse-tone and B is a fine-tone. Among them, A-F represents the 6 numbers of 10-15, respectively.hexadecimal.(I have to talk about the calculation formula mentioned in the engineer manual is e = 0.5 × u × u, but the correct capacitor energy calculation formula should be e = 0.5 × C × u × u)
The data of this article may float between different versions, and only the 5 -layer Marx generator is applied (there are no more layers have not been tested, but if there is, the data will change). ThereforeTable+aluminum lines to test the release of the energy.The significance of this tutorial is how to enlighten some players who have not yet used the Marx generator how to adjust the use of the Marx generator to save the aluminum loss in this process (a aluminum ore can only be measured 8 times, and it can be adjusted to the processing to deal with it.The output of aluminum was lower).In addition, it is hoped that more big brothers can share the relevant tutorials of the industrial cable -industribiS, especially some experiences and tutorials on control panels.
Finally, I thanked the MOD author and the Chinese author for their hard work, and the technical support given by the article "How to use Marx generators for nearly four times the output of minerals for nearly four times output".
A 8 -year MC player respects it