This tutorial is set by the author's setting without permission.
Recently, the artillery module has undergone a big update. Now casting artillery requires a complete set of processes, and just take advantage of the online class time, I conducted another detailed research.
Warm reminder that the module requires mechanical power: alloy assisted, because the lower steel cannons and steel cannons require the steel formula in the module to make.The steel forging in it does not require calcium carbonate, the void carbon dioxide is it right, right?
1. Forging
We use steel cannons as an example. First of all, forging according to the formula, every three iron and one coal forging as three iron are actually the best here. After all, the steelmaking is about 1500 degrees, which will be heated and melted, preparing to prepare, prepareCasting mold.
2. Modeling
After heating to melting, you can cast the mold. First, the casting mold sand is enclosed into a layer of 3*3, put the mold in the middle, and then use the mold sand right -clicking the mold, and then the empty hand right -click to form a model.The step of building molds is written in the thinking of casting molds, so I won't go into details here.
The mold can be superimposed, and we can directly forge a whole according to the scale of the required artillery.(Since the current version is not stable, it is best not to do this, it may trigger the bug)
Write in the formula: Steel, the next steel components, from the plus small number to the increase, each requires 1006MB, 1222MB, 1546MB, 1762MB, 2410MB melting metal.However, in the game, each casting model is actually slightly more consumed than the melting metal of the data from the plus small number to the increase.(Because according to the formula data, except for the 144MB of each ingot melted, the number obtained as an infinite decimal, so that it will cause unnecessary trouble in both calculations and use)
In the same way, although in the formula, it is displayed in the formula: bronze, cast iron cannon, cannon cavity, ordinary cannon tails require 1006MB, 1546MB, and 1222MB melt metal.It seems that when the same molds they need, they need less metals and lower steel metals, but they actually consume the same.Can't take advantage anymore
After many experiments, I got the table below
cast iron
bronze
steel
Xiajie Steel
Equivalent to the number of ingots
Add a trumpet (cannon)
1008MB
1008MB
1008MB
1008MB
7
small
/ /
/ /
1296MB
1296MB
9
Middle (artillery cavity)
1728MB
1728MB
1728MB
1728MB
12
large
/ /
/ /
2016MB
2016MB
14
Increase
/ /
/ /
2880MB
2880MB
20
Tail
/ /
/ /
1296MB
1296MB
9
Wedge artillery tail
1296MB
1296MB
1296MB
1296MB
9
Tail
1296MB
1296MB
/ /
/ /
9
So in all kinds of data about the amount of use in the following, I will follow the data of the form.According to this data, we can convert the raw materials required for each component of each metal.
Wooden
Cooked iron
cast iron
barrel
/ /
/ /
Iron ingots*7
Cannon
Rogu*4, gunpowder*1
Illustrated*4
Gunpowder*1
Iron ingots*11
bronze
steel
Xiajie Steel
Copper ingot
Zinc ingot
Lower meal flour
Iron ingot
coal
Lower alloy fragments
Iron ingot
coal
Add a trumpet (cannon)
twenty one
7
twenty one
twenty one
7
0.875
10.5
2.625
small
/ /
/ /
/ /
27
9
1.125
13.5
3.375
Middle (artillery cavity)
33
11
33
36
12
1.5
18
4.5
large
/ /
/ /
/ /
42
14
1.75
twenty one
5.25
Increase
/ /
/ /
/ /
60
20
2.5
30
7.5
In the experiment, I found a vicious bug. Do not copy any liquid into the molding mold that has been copied in the blueprint. Otherwise, your game may be stuck immediately, then flickered, and finally the archive is directly into the soil.Blood lesson
3. Drilling
After forging cooling, drilling is needed. The construction of the drilling machine has been said in its thoughts, and it is not repeated here too much.
The power bearing speed for rotating cannon embryos must be less than the speed of the drilling machine. Therefore, the speed of my fixed drilling hole is 256 rpm. By changing the speed of the power bearing that drives the cannon embryo, the 11 bronze artillery embryos are processed.The time required.The control variable method is repeatedly tested, and I get the data below:
Workpiece speed
16
20
32
48
64
Required time
102
90
56
37
28
Number of processing parts
11
11
11
11
11
Average time per time
9.272727
8.181818
5.090909
3.363636
2.545455
Workpiece speed
80
96
128
192
256
Required time
twenty three
19
15
10
7
Number of processing parts
11
11
11
11
11
Average time per time
2.090909091
1.727273
1.363636
0.909091
0.636364
We extract the required time and the average time of each required time, multiply the K value to approximately 164, and bring the K value into the y = k/x to get the function parsing y = 164/x.
When in use, we only need to bring the speed into X to get the Y value, that is, the time required for each artich drilling of each artive embryo under the corresponding speed, and then use the total number of guns to get all the guns to process all the guns.The time for the embryo is always needed.
The same material, whether it is a cannon or a cannon cavity, adds a small number or increase, the drilling time does not change.However, at the same speed, the time for artillery embryos of different materials is different.When I realize that my four metals need to be tested, people are almost numb
In short, after the boring and repeated test, the speed of the speed of the four metals and the functional relationship of the average time required for the average time is shown in the figure below
cast iron
y = 244/x
bronze
y = 164/x
steel
y = 408/x
Xiajie Steel
y = 493/x
As for why the K value of bronze is smaller than the cast iron, because the iron is harder than bronze in reality.The author is so rigorous, I cry to death
4. Construction
This step is only required by steel and lower steel guns, and artillery of other materials can be skipped directly.
Now the cannon embryo is called the tube layer, but it still cannot be used. We also need to use a artillery builder for assembly. This step is very simple. First, build a good venue based on the thinking of the assembly device, and then create the cannon that we need., Combining them.
Their combination has a very simple law.
Xiajie steel cannon barrel = plus small horn steel tube layer
Xiajie steel cannon barrel = plus the small body tube layer of the small number Xiajie+Xiajian Xiajie steel body tube layer
Xiajie steel cannon cavity = plus the small body tube layer of the lower boundary+small slot lower steel body tube+mid -node Xiajie steel body tube layer
Xiajie steel cannon cavity = plus the small body tube layer of the small number Xiajie+lower bound steel body tube layer+mid -bound steel body tube layer+large lower steel body tube layer
Thickened lower bound steel cannon cavity = plus small lower steel body tube layer+triability layer of the lower boundaries+mid -bound steel body tube layer+large lower steel body tube layer+increased lower steel body tube layer
Steel with the same reason.As for why there are two lower steel cannons and two lower steel cannon cavity, because in the game, the two different cannons and cannon cavity are not distinguished in the translation, as shown in the figure below.
The four can be clearly seen, but the first two are called lower steel cannons, and the latter two are called Xiajie steel cannon cavity.
5. sintering
This step of sintering is also a step that only steel and lower steel steel are needed. Other materials can skip this step.
The sintering steps are talked about in the second situation of the assembly, but it also missed many details.
First of all, the speed of the virus has nothing to do with sintering time or less. Regardless of the speed, the sintering of Xiajie Steel takes 5-6 minutes.Secondly, the thermal flow must be a grid above the gun tube, and there is no way to left, let alone a slanted angle (this can also show that the number of magma has nothing to do with the sintering time.When the cannons are sintering, there will be a black smoke particle effect above the gun tube. Through this, it can also determine whether the location of the thermal current is correct.Secondly, the distance from the magma cannot affect the time of sintering. As long as it is within the effective range of the wind turbine, the sintering time is the same.
Another point, as shown in the figure, whether the cannon is facing the heat airflow, it will not affect sintering, but the vertical sintering gun can not work.
Finally, the cannon can be used normally after sintering.In addition, I found that any level of pickups cannot dig out unpractical articulum, and the cannon embryos and sintered artillery cannon cannon cannon cannon cannon cannon (summary can not be digged).Generate any drops.IntersectionIntersectionIntersectionIntersectionIntersectionIntersectionIntersectionIntersectionIntersectionIntersectionIntersectionIntersectionIntersectionIntersectionI really don't understand where the author's intention is.In short, if you want to move artillery parts in the survival mode, you can only pass the piston, crane and rope.What are you doing by the author -oops
I will develop an advanced construction tutorial in the recent phase of the artillery. Among them, I will explain the effects of the thickened cannon, the shells and the latter.Then this tutorial is over, I hope to help you.You can leave valuable recommendations before exiting, after all, it is really troublesome to compile these data QAQ
