The so-called 80% refers to the best design solution identified by the comparison chip. That's right, this time the chip not only provided the design drawing, but also provided an optimal solution. However, Chu Jungui now had limited materials and it was difficult to meet the performance requirements of certain components, so the chip settled for the second best and used the second best solution. First-level materials redesign components to complete the overall design.
The performance of the finished product like this 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. The ups and downs were so violent that he wanted to pass high-voltage electricity to the chip to let it know the consequences of teasing him.
In fact, the current version of the chip is quite good, and the test body feels that it should be much better than the ordinary fourth-level agent chip design. Moreover, the chip also provides the optimal solution. By comparing the two, Chu Jungui will naturally know the direction of future improvement, and will also search for materials in a targeted manner, or build special equipment, such as a large-scale alien version of the universal editor. Same. Because of the emergence of 'survival' grade composite materials, the performance of this workbench has also been greatly improved. The main reason is that it is lighter and faster in production. It can also have a long service life in the exposed environment of Planet 4 while maintaining stable performance.
Chu Jun returned to a large editor, took the composite materials that had just been released, and went back to produce a new workbench.
Chu Jungui requisitioned 30 primary workbench and ten people at once, and after working for nearly an hour, he finally assembled the alien version of the fourth-level workbench.
After the power source is connected, the new workbench comes with dozens of design drawings, most of which are various equipment used by standard fourth-level agents. However, most of the equipment uses a variety of high-grade alloys, and these alloys require a full set of primary agent equipment to be produced, and must be supported by a variety of corresponding minerals.
For the current test subjects, not to mention more than ten kinds of rare minerals, even ordinary minerals have not been found. He works hard to resist the attacks of the beasts every day, how can he find time to go out to search for minerals?
These high-end but useless equipment were ignored by Chu Jungui, but surprisingly, he also saw several alien versions of the equipment. One is a universal detector. As a fourth-level version, its detection and analysis range is not limited to organic matter, but can also detect most inorganic matter. The other is an alien version of the fourth-stage organic matter separator. The fourth-stage version of the separator can decompose most organic matter, and the separation range can be selected. That is, a certain type of organic matter can be specifically separated from other substances.
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 processing capacity, and can separate more types at one time.
The pulp power furnace is a comprehensive improvement on the original basis, using heavy alloys and 'survival' grade composite materials extensively, and adding biological coatings directly to necessary parts. Moreover, the internal design of the power furnace has also been improved, apparently absorbing some of the research results from Le Mans. As a result, the power output of a single unit has increased to 400kw, and the energy output of the same amount of pulp has doubled.
According to this energy output efficiency, double-leaf tree pulp has surpassed most known biological and chemical fuels, but it is clear that there is still greater potential to be tapped.
Seeing this, even the test subject lost his composure, and directly pulled out the chip and started asking where the design drawing of the fourth-stage pulp power furnace came from.
The chip was silent, indicating that it did not understand what the test subject was saying.
It's just that this little trick can be used to deceive other people, but it is of no use in front of the test subjects. Chu Jungui recompiled the question into a research task format and sent it directly to the chip.
The chip silently gives 190,000 hours of research time.
The test body withdrew its mission and recompiled it. At the same time, it added many restrictive conditions and blocked most of the loopholes that the chip could exploit.
This time the chip was silent for a full minute before giving 3100 hours of research time.
The test subject immediately knew that there were still logical loopholes in the tasks he had given. So he withdrew the task again and recompiled. However, last time Chu Jungui felt that he had added enough restrictive conditions. The last time he did this, the chip immediately obeyed, but why did it malfunction this time?
It seems that Chu Jun's conditions for Guijia are all useful and successfully restricted the chip. However, as long as you seriously think about the meaning of 3100 hours, you will understand that this round is actually a loud slap in the face of the test subject.
Chu Jungui repeatedly deliberated on the additional conditions. He spent fifteen minutes drafting a task with more than 120 restrictive conditions and sent it to the chip. This is 15 minutes for the test subject, and it is 15 minutes for the test subject after the computing power has been increased several times.
The chip silently accepted the task and silently gave the research time: 11,300 hours.
Chu Jungui felt his face was burning, and the slap was really loud. He quietly withdrew his mission, went to the top of the base, sat down on the edge of the platform, and looked into the distance. Through this series of actions, the test subject was able to calm down.
He took a deep breath, and the unyielding nature in the young man's soul broke out, and he silently created a mission: to steal the chip. The sequence of this task is still very high.
The test subject calmed down and entered a cold state of thinking. Chips and experimental bodies essentially think in the same way. The only thing they can rely on is higher computing power. In the field of wisdom, computing power has never been the decisive factor.
Chu Jungui anesthetized himself, and then began to think about what to do now. The purpose this time 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 insignificant problem. Even without this design drawing, Chu Jungui would have to redesign the chip. But the chip's reaction was very strange, as if it was trying to hide something.
The more it conceals it, the more Chu Jungui wants to know.
Chu Jungui re-examined all the restrictions, and this time he found that the more than 120 requirements seemed like a lot, but in fact there were many internal contradictions. These subtleties will be exploited by the chip to generate contradictory logic algorithms, thereby delaying the research process.
For such a small problem, let alone tens of thousands of hours, Chu Jungui couldn't bear it even for 10 hours. The chip seems to already know this, so it has been using its research time as long as possible to refuse to answer in disguise.
After careful consideration, Chu Jungui created a task with only 60 restricted requirements and issued the chip for the third time.
The chip accepted it silently and had no response.
In the blink of an eye, 10 minutes passed, 20 minutes passed, and 30 minutes passed again.
Chu Jungui quietly withdrew the mission. He discovered that this chip was actually cheating.
