Almighty Lord: I can modify hidden entries

Ahem, what about the third type?

After coming back to his senses, Gudern looked at Helisa and asked with a slight curiosity.

The third type is actually an upgraded version of the second type. Since the overlap of elemental magic points can be extracted, let's change the idea and change the magic array to non-overlapping...

Doesn't overlap?

The magic array nodes displayed by Helisa made Gudern suddenly feel like he had discovered a new world.

Yes, it's just like this. The mutual stimulation between the magic arrays actually only needs to be close to a certain distance to guide the elemental magic.

At this time, we only need to add certain improvements and restrictions to make certain changes in absorption and storage, so that they can adapt to the needs of different situations...

For example, I only need to provide the magic array that stores elements with magic power that can be used for fireball once, and then add weakening changes when absorbing it.

boom……

An orange fireball flew out from between the magic formations and exploded.

The three methods caused countless thoughts to rush through Gudern's mind.

Okay, anything else?

She withdrew from her thoughts and looked at Helisa, who was lying on the soft chair. She didn't know how many bottles of pure water she had drank. Her white neck was now slightly pink under the catalysis of alcohol.

At the same time, there is also a hint of blush on the cheeks, coupled with the slightly blurred eyes, which makes people can't help but wonder.

However, Gudern, who was still on a mission, nodded with some difficulty and said.

I have another question... Regarding the material selection of the recording carrier, are there any cheap and large-volume options?

Huh? Oh yes... I just woke up after I forgot about you. You don't know about this yet...

Helisa stood up and took out three coins from the space magic weapon, which were copper, silver and gold.

Do you know why mainland China uses these three metals as currency?

Facing Helisa's question, Gudern was stunned for a moment, thought about the characteristics of these three metals, and answered with some caution.

Because of their widespread and convenient forging?

No, wouldn't it be simpler to use iron coins for convenience?

Actually, the most critical issue is their element circulation and resistance. Compared to non-magical metals, these three metals have superior performance in recording magic.

Although magic inscription can be completed on any item, whether it can resist the erosion and damage caused by the elements is another matter.

Ordinary metal, after being burned with a magic array, is fine if it is not excited. Once it is excited, it will be eroded and brittle by the elements at an alarming speed until it breaks.

These three metals can greatly delay the negative effects caused by elemental corrosion. Although they are not as good as magic metals, they are still a good choice for novices to practice.

After listening to Helisa's words, Gudern looked at the three types of coins floating in the air with some surprise.

He originally thought this was just a world setting similar to a parallel world, but he didn't expect this thing to have such a use.

The performance of the three types of coins is also improved according to the value. Copper metal is the worst, but the quantity is large. Silver metal has mediocre performance and a lot of output. The general choice of experiments is to use silver.

Gold is also relatively good at helping with magic, but it needs to be pure gold, and it is too soft. If there is a bump, it will easily destroy the magic structure, so it is mostly used on scrolls.

The same goes for the platinum coins and magic gold coins that go up higher. The platinum coins have the best performance and are very hard. They are one of the favorite materials used by mages for shaping.

Needless to say, the magic gold coin is already a magic metal, and its performance is definitely the best.

Hlisa also explained the choice between metals to Gudern in great detail, and she was very patient with this 'student' who had become a monk on the way.

If it were the students in the academy who dared to ask her this question, they would be greeted not with a detailed answer but with a fireball technique.

…

Chapter 107 Mechanical burning, mass production of magic weapons!

After Gudern got the information he wanted, he left immediately, not daring to stay in Helisa's room for one more second. He couldn't bear this kind of luck now.

Looking at Gudern leaving in a hurry, Helisa, who was lying on the soft chair, couldn't help but chuckle.

It's indeed a little different...

…

After leaving Helisa's room, Gudern immediately went to his small vault and took out some coins to try.

The three metals were quickly turned into ingots after being smelted by the fire. Looking at the small gold bar in his hand, Gudern couldn't help but fall into deep thought.

Just a small gold bar of less than 100 grams can smelt more than 30 gold coins for him. If this thing is to be used as a magic weapon burning material, the price will skyrocket.

However, compared to authentic magic metals, the price of gold is considered the cheapest among the cheap.

In addition, when building it, it does not need to be made of a single metal. You only need to burn the magic array in the core part and use these metals that are resistant to elemental corrosion.

With the ideas and materials prepared, Gudern left and began to use manganese steel as a material to try to burn the magic array for experiments.

For the second-generation magic rifle, Gooden's design idea was to place overlapping magic nodes on the 'hammer' at the rear of the gun.

Under normal circumstances, the hammer is released, and when the trigger is pulled, a miniature mechanical arm is used to pull the impact and overlap, allowing the entire magic array elements to circulate and trigger an implosion thrust.

Of course, in order to avoid the explosion of the magic array and the elemental magic power absorbed by the word, Gooden set it at a level just enough to release a fireball.

In this way, even if the elemental node on the hammer is disconnected, there will be no overflow of elemental magic.

At the same time, taking into account the metal embrittlement effect caused by magic erosion, Gooden made the magic burning structure a detachable modular process.

For such a simple change, including the burning magic array, Gudern didn't even use it for half an hour.

Such rapid development work made him sigh again at the convenience of magic.

After the production is completed, it is time to test it. Pull the trigger to complete the magic construction and cause the fireball to implode.

boom……

A slight explosion sound came from the cavity. This sound also meant that there was no problem with his thinking.

Then Gooden continuously pulled the trigger to check the upper limit of the second-generation magic rifle's rate of fire and how long it could withstand the erosion of elemental magic.

This test did not load it with bullets, but simply pulled the trigger to continuously release magic.

As the trigger was continuously pulled, finally more than three hundred times, the manganese steel carrier on which the magic array was recorded could not withstand the erosion of the elemental magic power, and exploded with a click.

Fortunately, Gudern was prepared in advance and arranged defensive measures, so he was not injured by the broken metal fragments.

A simple manganese steel carrier can be shot more than 300 times before it breaks. This kind of performance performance is a little surprising to Gooden.

Originally, he thought that ordinary metal could withstand up to a hundred years, which was enough, but he did not expect that it was three times higher than he expected.

It seems that manganese steel may be used as a consumable material as an alternative material...

After recording the experimental data, Gooden quickly built a 'gun receiver' using copper as a carrier. After the first experience, he was obviously much more proficient the second time.

The production was completed in less than twenty minutes. After replacing the broken manganese steel 'magic gun receiver', Gooden frantically pulled the trigger again.

The result of using copper as a carrier this time was also a bit unexpected for Gudern. It took more than 800 shots before it cracked.

The subsequent test results for silver and gold were 1,500 and 2,300 times respectively.

From the most economical point of view, it seems to be most appropriate to use silver metal as the core recording material for the second-generation rifle.

Although the number of 1,500 times is a bit low, it is not unacceptable considering the convenience of maintenance of this weapon.

After all, it's just a matter of changing the gun receiver. This simple mechanical replacement work, this small skill will definitely be learned by the soldiers below, so don't worry that they can't master it.

After completing the recording work, Gudern took a shower and went to rest. The rest of the work will not come back until tomorrow.

…

By the time Gudern took over the work of developing weapons again the next day, it was already after lunch.

The tasks piled up yesterday were not productive all day long. After spending the whole morning confirming and verifying them, Gooden finally had time.

However, it was this time of daily work that made Gudern suddenly think of a way to burn the magic array.

When burning the magic array, the element nodes are burned and connected to an object. This step is similar to the carving method, except that the carrier of the burning is invisible and intangible elemental magic.

If you were to make a burning template with elemental magic power, wouldn't it mean that you only need to lightly 'print' it on the carrier to be able to copy the magic array structure points soon?

It sounds a bit abstract, but the actual idea is a replica of movable type printing.

The magic array structure that originally required manual and time-consuming burning is handed over to mechanical burning, and when it is needed, it can be directly 'printed' and used.

The source of inspiration for this was the facial collector with a purely mechanical structure.

The structure of the magic array is not like magic, which requires three-dimensional dislocation. If you insist on comparing it, it may look more like a flat QR code.

It is precisely for this reason that the possibility of mechanically recording the magic array has been upgraded from impossible to possible.

If this method can be born, according to Gudern's envisioned plan, let alone a magic rifle, it may not be impossible to create a magic computer in the future.

But Gudern would probably find a group of 'extremely smart' magicians to research it on his behalf, instead of suffering the torture himself.

When researching and manufacturing, once you have goals and inspiration, the speed of research and development will become extremely fast.

From research concept to finished experimental device, Gooden completed it in less than three hours.

Looking at the 'Magic Array Burning Protoembryo' that was no bigger than a palm when the three pieces were put together in his hand, Gooden was very excited at the moment.

Using the burning carrier to paste and burn other items in turn, he didn't know if anyone in the world was also using this operation.

But he knew that in the future, Qingyuan Town's technological and industrial era might turn into a magic industry.

The three burning primitives are: fireball, magic gathering array, and element storage. These three are also the main magic for burning and manufacturing the second-generation magic rifle.

At the same time, on each of the original recording embryos, Gooden deliberately lacked an overlapping structure and did not add it.

This missing point will be added to the hammer later. This design can also avoid the situation where the magic gathering array madly absorbs and wastes elemental magic.

After burning the original embryo, the next step is to test the burning work.

Gudern placed a silver gun receiver that had been made but did not have the magic array engraved on it on the fixed platform.

Then use the magic hand to simulate the mechanical arm to perform the burning work.

Burning the original embryo is not just a simple mechanical structure, but it needs to provide elemental magic power for it to burn the item.

According to the order, the three magic arrays completed the burning work within five seconds. Looking at the flawless silver surface, Gudern quickly installed it on the rifle and added the hammer prepared in advance.

If there are no accidents, he only needs to pull the trigger next, and this set of magic arrays burned by the machine will be activated.

After taking a deep breath, Gooden slowly pulled the trigger.