The so-called 80% is the best design scheme identified by the chip. That's right, this time the chip not only gave a design drawing, but also gave an optimal plan, but now Chu Jungui has limited materials and it is difficult to meet the performance requirements of some components, so the chip retreats to the second best and redesigns the parts with second-level materials, thus completing the overall design.

In this way, the performance of the finished product is naturally not as good as the original design, so that several built-in equipment design drawings are locked.

After reading the design drawings, Chu Jungui's mood changed from sadness to joy, and the ups and downs were so violent that he wanted to give the chip a high-voltage power supply and let it know the fate of teasing him.

In fact, the current version of the chip is already quite good, and the test subject feels that it should be much stronger than the scheme designed by ordinary fourth-order agent chips. Moreover, the chip also gives the optimal solution, compared with the two, Chu Jungui naturally knows the direction of future improvement, and will also find materials in a targeted manner, or create special equipment, just like a large alien version of the general editor. Because of the emergence of 'survival' grade composite materials, the performance of this workbench has also been greatly improved. The main thing is that it is lighter, and at the same time the production speed is faster, and it can also have a considerable service life in the bare environment of Planet Four, while maintaining stable performance.

Chu Jungui came to a large editor, took the freshly baked composite materials, and went back to produce a new workbench.

Chu Jungui requisitioned 30 primary-level workbenches and ten people in one go, and was busy for nearly an hour, and finally completed the assembly of the Alien version of the fourth-level workbench.

After switching on the power supply, the new workbench comes with dozens of blueprints, mostly of various equipment used by standard fourth-order agents. However, most of these equipment uses a variety of high-grade alloys, which require a full set of primary agent equipment to produce, and are supported by a variety of corresponding minerals.

For the current test subjects, not to mention more than a dozen kinds of rare minerals, not even a single ordinary mine has been found. He struggled to resist the attack of the beast tide every day, how could he have the time to go out to find mines?

These high-end and useless devices were all ignored by Chu Jungui, but unexpectedly, he also saw several alien versions of equipment. One is a general-purpose detector, as a fourth-stage version, its detection and analysis range is not limited to organic matter, but also can detect most inorganic matter. The other is the Alien version of the fourth-order organic matter separator. The fourth-stage version of the separator can break down most of the organic matter, and the separation can be selected. That is, it is possible to specifically separate one organic matter from another.

The last two are the Alien version of the Refining Furnace and the Pulp Power Furnace. The refining furnace is more efficient, has a larger throughput, and can separate more varieties in one go.

The pulp power furnace, on the other hand, is a complete improvement on the original basis, using a large number of heavy alloys and 'survival' grade composite materials, and adding biological coatings directly to the necessary parts. The internal design of the power furnace has also been improved, apparently drawing on some of the research results of Le Mans. As a result, the power output of a single unit rises to 400 kW, doubling the amount of energy that can be output for the same amount of pulp.

At this energy output efficiency, Futaba pulp has surpassed the vast majority of known biological and chemical fuels, but there is clearly more potential to be tapped.

Seeing this, even the test subject was not calm, and directly pulled out the chip and began to ask how the design drawings of the fourth-order pulp power furnace came from.

The chip is silent, indicating that it does not understand what the subject is saying.

It's just that this kind of little trick can deceive others, and it is useless in front of the test subject. Chu Jungui recompiled the problem and turned it into a model for research tasks, and sent it directly to the chip.

The chip silently gives 190,000 hours of research time.

The subject withdrew the task, recompiled, and added a number of restrictive conditions, blocking most of the loopholes that the chip could exploit.

This time the chip was silent for a full minute before giving 3,100 hours of research time.

Subject immediately knew that there were logical holes in the task he had given. So he withdrew the task again and recompiled. However, last time Chu Jungui felt that he had added enough restrictive conditions, and the last time he did this, the chip was immediately gone, but how did it fail this time?

It seems that the conditions of Chu Jun's return are all useful and successfully limit the chip. However, if you think about what 3100 hours means, you will understand that this round is actually a resounding slap in the face to the subject.

Chu Jungui repeatedly deliberated on the conditions that needed to be attached, and spent fifteen minutes before and after, drawing up a task with more than 120 restrictive conditions and sending it to the chip. That's 15 minutes for a test subject, and 15 minutes for a test subject after the computing power has increased several times.

The chip silently accepted the task and silently gave the research time: 11,300 hours.

Chu Jungui only felt that his face was hot, and this slap was really loud. He silently withdrew his mission and made his way to the top floor of the base, where he sat down on the edge of the platform and looked into the distance. Through this series of movements, the subject was able to calm down.

He took a deep breath, and the instinct in the young man's soul that would never admit defeat attacked, and silently generated a task: to flip the chip. The sequence of this task is still high.

Subject calms down and enters a cold state of thought. Both the chip and the test subject essentially think in the same way, and the only thing it can rely on is higher computing power. In the field of intelligence, computing power is never the decisive factor.

Chu Jungui anesthetized himself, and then began to think about what to do now. This time, the purpose is very clear, that is, I want to know how the new version of the pulp power furnace is designed. Originally, this was just an inconsequential issue, even if there was no design drawing, Chu Jungui would have to redesign the chip. But the chip reacted very strangely, as if trying to find a way to hide something.

The more it covered up, the more Chu Jungui wanted to know.

Chu Jungui re-examined all the restrictions, and this time found that more than 120 requirements seemed to be a lot, but in fact there were many contradictions inside. These subtleties will be exploited by the chip to generate contradictory logic algorithms, thus achieving the purpose of delaying the research process.

Just such a small problem, let alone tens of thousands of hours, even if it takes 10 hours, Chu Jungui can't bear it. The chip seems to have known this, so it has been refusing to answer in disguise for as long as possible.

After careful consideration, Chu Jungui generated only 60 tasks with limited requirements, and sent the chip for the third time.

The chip accepted silently and did not react.

In the blink of an eye, 10 minutes passed, 20 minutes passed, and 30 minutes passed.

Chu Jungui silently withdrew the mission. He found out that this chip would actually be tricked.