Artillery tutorial

There are five types of artillery in the game, namely wood, cast iron, bronze, steel, and lower steel.

Under normal circumstances, press shift in the artillery parts, but when we bring the engineer's goggles, it becomes like this

Taking this figure as an example, the 6 loaded gunpowder in the figure indicates that the artillery made of this material can only be loaded at most six sections of gunpowder, which corresponds to the six artillery cavity. The warhead can be stuffed in the cannon.Of course, less gunpowder is also possible. It is not necessary to load so much gunpowder in six sections of gunpowder. It is only a different number of gunpowder, and the range of artillery will be affected.If there are too many, it will cause explosion.Immediately after seeing the explosion ratio, "2 cannons reaches 1 to load the gunpowder", which means that every one of the gunpowder needs to add two cannons, and as for the word "arrival", I guess that it is a translation problem. It can be understood that it can be understoodTo carry.In other words, if you add a warhead according to six gunpowder, you need 6*2 = 12, a total of twelve -section cannon, and six cannon cavity (the number of warheads has no effect on the number of cannons).

Finally, the results map is as follows

The second battalion, your Italian cannon!Intersection

Some friends may have noticed that there are "fragile artillery tails" in the attributes, indicating that there will only be four gunpowder in the artillery in the future.The cannon is equipped with a low -level rear to save materials.(This also proves that parts of different materials can be combined with each other)

The second is to calculate the consumption of stress

As shown in the figure, the "6.00x speed" of the penultimate line indicates that after the artillery is activated, the stress that rotates it is six times that of the power source speed.

For example, the power source is the creative engine of the sixteenth rotation, then the stress required for a component is 96. If it is an eight artillery cavity, the lower steel artillery of the twenty -four cannon barrel, the total stress is 96*(8+24+1)= 3168 (+1 is also consumed by stress).

Tip: The connection point of the artillery and artillery base will not affect the stress consumption (you can even directly connect the cannon barrel on the base).

Then the basic assembly explanation is the case. Finally, another example can only carry two guns for cast iron artillery, and the number of cannons is from one to one to one to one.The complete maximum range of the cast iron cannon is shown in the figure below

at last.Thank you for checking this tutorial. At the same time, I very welcomed everyone to ask me. .(But school will start tomorrow, the news may not be able to reply to QAQ in time)