The Reborn Scholar Wants To Counterattack
Settings
Chapter Summary
Even if you win this time, or even win every time in the future, I'm afraid it will be difficult for her to do the same." Can't even do the most basic things. This is the foundation." Cheng Yanbai immediately asked, "What is a PID?" Gu Weimian explained in a low voice, "Proportional-integral-derivative control algorithm: Proportional is used to quickly approach the target value, differential is used to eliminate dynamic errors after approaching the target value, and integral is used to eliminate...
This is the right thing to do.
This is also the most effective communication.
Cheng Yanbai also nodded. Generally speaking, boys are not as emotional as girls.
"The result of the last competition didn't make Shu Yizheng trust you, and she still can't see your principles. Even if you win this time, or even win every time in the future, I'm afraid it will be difficult for her to do the same."
Can't even do the most basic things.
If you are not on the same page, then don't play together.
The other two girls.
Ye Yumeng frowned.
"I don't like her. She looks weak, but she takes it for granted that Weimian helped her win! Does she think she deserves all this just by saying a few words?"
She snorted,
“It would be fine if we were friends, but we are not friends at all.
Gan Siwen adjusted his glasses.
"She's just a stranger. Whether she's in a good mood or not is none of our business."
Ning Quruo raised his eyebrows when he heard this and looked at Gan Siwen in surprise.
Unexpectedly, Gan Siwen, who looked the most gentle and quiet in the entire suite, had the same attitude as him.
Gu Weimian looked at these people, pursed his lips and smiled, a glimmer flashed in his eyes:
"right."
She clicked on the page of the laptop in her hand.
"Okay, let her go, shall we get started?"
Several people nodded.
She sent some of the documents she had found temporarily to other people.
"When learning to make robots, the first thing you need to do is learn PID, various logics and algorithms. This is the foundation."
Cheng Yanbai immediately asked,
"What is a PID?"
Gu Weimian explained in a low voice,
"Proportional-integral-derivative control algorithm: Proportional is used to quickly approach the target value, differential is used to eliminate dynamic errors after approaching the target value, and integral is used to eliminate static errors after the dynamic error is controlled within a certain range."
Some people found it difficult to listen.
Gu Weimian further explained: "Actually, it's to reduce the error during robot movement. For example, when turning, you can't just wait until you reach the corner. This action must be done in advance..."
The suite became a lecture hall.
Everyone listened attentively.
If you have any questions, please ask directly and we will explain directly.
Without Shu Yizheng constantly asking, "Is this really feasible?" or "Is this really okay?"
Efficiency improves rapidly.
The right thing to do is to try and solve specific problems.
Asking this kind of question all the time is a waste of time.
After more than an hour of explanation.
Several people quickly gained a relatively macro understanding of robot manufacturing.
I also directly understood the entire robot manufacturing process and the measures that should be taken.
This is simply a super huge system.
Several people's expressions became more and more solemn.
It was Cheng Yanbai who spoke on behalf of everyone again:
"What should we do first?"
Less than a week left.
At this time, it is almost impossible to design from scratch, no... even to learn the entire set of theoretical knowledge from scratch.
High school math doesn't involve calculus at all.
It will not even involve the subdivision into proportional integral differential control algorithm.
In fact, in college classes, unless you are a student of science or engineering, you generally won’t learn these things.
Mathematical Olympiad, although it is involved.
However, the knowledge these people have been exposed to is still relatively superficial.
Speaking of practical applications.
Gu Weiman: I protect my shortcomings, but who are you?