AISubs
The summer break has ended and the new semester has begun.
The children's excitement won't stop.
That's right.
Programming classes, which were supposed to start in April at many schools, are waiting.
But it's also true that they don't know how to learn programming.
So, a new project to learn programming in an easy- to- understand way starts.
The catchphrase is, I want to know now.
Programming is actually deeply ingrained in our lives.
The fireworks of Amuro Namie are also launched by programming.
Everyone wants to know.
A tour of that company's society.
Create a homepage with programming.
Programming stars who changed the world with the power of programming are also appearing one after another.
Pro star members challenge programming.
The road to success may not be easy.
Let's have fun learning while playing.
This month, we will make a homepage of the math multidimensional class that I studied with Scratch,
and the homepage of Yakitori Miyagawa.
And we will review the programming certification that Noemi will challenge.
I want to know now.
Aim for programming star.
This program is brought to you by the programing learning system pro star.
First of all, from the multidimensional class that Shinji and Iori learned.
What I learned this time was how to find the inner and outer angles of a triangle and a square.
60 degrees, 60 degrees, 90 degrees.
Oh, I see.
Shinji, who is good at math, has already noticed the inner angle.
But Yori-chan, don't worry. What's important in class is this awareness.
That's a big step.
So, what is the inner angle of a square?
The size of one angle is 90 degrees.
Oh, hint.
It's a square, right?
How many cards do you have?
I have four.
4x9 is 36.
360 degrees.
You said it like a rap.
Then, let's draw a line connecting the diagonal lines of this square.
Then, we have two triangles, right?
Yes, we have.
So, half of 360 degrees is the circle of the inner angle of a triangle.
Yes.
It's a circle, so it's 180 degrees.
Yes.
Correct answer.
In the case of a triangle, the circle of the inner angle is 180 degrees, whether it is a two-sided triangle or a rectangular triangle.
A square, a rhombus, or a cube are all 360 degrees.
It's interesting, isn't it?
I want you to build up this awareness by studying the figure.
If you know how to find the circle of the inner angle, you can program a square.
This time, I'm going to add a palette and a pen in Scratch.
Yes.
First, click on the block mark at the bottom left.
Various expansion functions will appear.
Oh, it's true.
Select a pen and click on it.
Now, a pen palette has been added.
Next, select when the space key is pressed from the event palette.
And from the pen palette, please connect the pen down to the bottom.
By adding a block to lower the pen, you can draw a line according to the movement of the sprite.
Then, from the movement palette, please connect the 10-step movement to the bottom.
And change the number 10 to 100.
Next, from the movement palette, select the arrow to the left, turn it 15 degrees, and connect it to the bottom.
Let's delete these 15 numbers.
Next, select the 10-step movement from the movement palette, and connect the two blocks.
Finally, since we will draw a square, let's set the number of repetitions to 4.
With this, we have been able to program the movement to change the angle after 10 steps.
After that, please think about how many times you can turn the sprite to draw a square.
Do you think about it yourself?
First, let's take a look at Shinji's programming.
Next, let's take a look at Yori-chan's programming.
Let's go!
Wow, in an instant!
Well done, both of you!
Let's check the code one more time.
First, press the space key to lower the pen to draw a line.
Then, move 100 steps to change the direction by 90 degrees.
If you repeat this 4 times, you can make a square.
Did you get it?
Next, let's draw a triangle with programming.
Prosta-chan, please explain the code.
When the space key to draw the square you just drew is pressed,
right-click on it and duplicate it.
This time, I want to do it when I press 1, not when the space key at the top is pressed, so please change it to 1 in this.
If you click on the triangle next to the space, scroll down and check it out.
From now on, let's think about programming ourselves so that we can draw a triangle.
What's going on with Shinji's programming?
I don't know. I did it 63 times.
It's a nice error.
It's a nice error, isn't it?
If you go with the square basic theory, it will be like this.
Let's take a look at Iori's programming this time.
It's the same.
Iori is also a nice error.
The correct answer is 120 degrees.
120 degrees?
The inner angle of the triangle is 60 degrees.
If you add a line there,
By drawing this line, the angle that comes out is called the outer angle.
The reason why the two of them couldn't draw a triangle well was because they didn't notice this outer angle.
So how do you find the outer angle?
At first glance, there seems to be no angle, but the straight line angle is 180 degrees, right?
You can calculate it by subtracting 60 degrees from the inner angle of the triangle.
It's easy, isn't it?
180 minus 60 is 120 degrees.
In other words, when you draw a rectangle, the outside angle is 120 degrees.
It's the number you put into the rotation palette.
Of course, it's 120 degrees.
I see!
Like this!
The inside angle and the outside angle of a rectangle are different.
That's why they couldn't draw a rectangle well.
In other words, to draw a polygon in programming,
you need to find not only the inside angle, but also the outside angle.
In the second week, we programmed a pentagon and a hexagon.
Now, let's draw a hexagon in programming.
Yes.
First, let's find the circle of a hexagon.
The circle of a pentagon and a hexagon we learned last time was 180 degrees and 360 degrees.
This is a big hint.
To find the circle of a hexagon, draw a line and make a triangle.
How many triangles did they draw?
Let's start with Yori.
Yes.
Ta-da!
1, 2, 3, 4, 5, 6!
Yes.
It looks like it was drawn in a meeting.
It looks dirty.
There are 6 answers.
What did they get?
Let's see the answers.
What?
But both of you made a nice error.
Prosta-chan, please tell us the reason.
Everyone, do you remember when we were looking for the inner square of a square,
we divided the triangle in half and thought of two triangles?
Yes.
The inner square of a triangle is 180 degrees,
so the point is how many triangles can be divided into triangles.
Oh, you write the smallest one.
Shinji-san, that's right.
And you can see that the number of triangles increases one by one every time the number of squares increases, right?
Now that you know how to think, let's actually use Scratch to program.
Yes, I understand. I see.
We used the same block for the programming of the square root of 5 and the square root of 6.
Let me give you a hint.
The circle of the square root of 3, square root of 4 and the square root of 5 is like this.
I think you can figure out the circle of the square root of 6.
720 degrees.
Can I try it?
I did it.
Shinji, you are correct.
I don't know.
I want to make 120 degrees.
Why is it 120 degrees?
120 degrees.
It's wrong, isn't it?
I want to be a blond teacher.
Hey, Noguchi.
If you put a line in the square root of 6, you can make four triangles.
The circle of the square root of 6 is 720 degrees when you multiply 180 degrees by 4.
The inside angle is divided by the number of angles.
If you divide it by 6, it is 120 degrees.
If you know the angle of this inside angle, it is easy to calculate the outside angle.
If you subtract 120 degrees from 180 degrees, it is 60 degrees.
This is the angle that makes it rotate.
This time, let's write the square root of 5 in programming.
Let's do trial and error.
How is it?
Oh, I made an error.
It's like this.
It's the same up to here.
It's different here.
Let's take a look at Shinji's.
Here we go.
Great.
Shinji repeated the 72-degree rotation 5 times.
Let's ask Shinji how he noticed it.
First, you have to find the angle of the pentagon.
How many triangles can you make?
You can make three, right?
As it is written, 180 degrees times 3 is 540.
Divide by 5.
Divide by 5?
There are 5 angles in 540 degrees.
Divide by 5.
You can get an angle of 108 degrees.
180 minus 108 is 72.
If you turn 72 degrees, you can get this angle.
If you turn 72 degrees 5 times, you can make a circle.
Shinji did a good job.
He understood it and got it right.
After this, we will promote Shinise Yakitori store on the homepage.
Let's make an original homepage.
This time, Shoko-chan and Momo-chan made the homepage of Miyagawa-san of Shinise Yakitori store.
Let's review it.
Let's eat the top 5 of popular yakitori.
I will eat from the back.
It's delicious.
It has a crunchy texture.
It has a charcoal flavor, so it's delicious.
I will eat the first one, Negima.
It's really delicious.
The green onion is crispy and the sauce is delicious.
And there was a flowchart like this in the store.
This is a work process chart of one position in the store.
It's up to the time.
Since the pandemic, the number of employees has been limited.
We talked about which order is the most efficient to do it more efficiently.
Flowchart, which is also useful for programming.
A flowchart is a diagram of thought circuits and work procedures.
It can be organized so that the process of complex work can be conveyed to anyone easily.
It's the same as the order processing of programming.
In the case of Mr. Miyagawa, he lists out what kind of preparation to do before the store opens.
It is arranged in order along the time axis.
If you prepare according to this flowchart, even if you are an unfamiliar part-time job,
you can prepare for the store without making a mistake, so you can rest assured.
If you feel that the procedure is different, just change the order of the work pasted with a pencil.
It was the same as programming that can be redone many times.
It's the same as programming.
It's the same as programming that can be redone many times.
If you do flowchart work at the store, you can proceed efficiently.
The programming thinking you are learning will be useful even if you go out into the world.
In addition, due to the effect of self-restraint, the legs of the customers are sluggish.
The secret weapon that is being pushed to solve the problem.
That is the amazing egg rice.
Shoko-chan actually made it.
As a secret to call back the customers, the amazing egg rice is prepared.
This seems to be an important topic on the homepage.
Is there any secret to how to make it?
A lot of seaweed.
Next is this egg white.
This is the taste of the soup stock.
Next, the soup stock and egg white are put in a tool called Espuma.
It is said that it is made by using gas to make meringue.
Then I will do it.
Wait a minute.
cute.
Isn't it a sweet?
It's really a sweet.
I don't know what it is anymore.
It's a little difficult.
I will do it.
Is it done?
It's done.
It's amazing.
It's delicious.
I did it.
Finally, the meringue part is burnt with a burner.
If you put the egg yolk soaked in the chicken sauce, the amazing egg rice is completed.
It's done.
It's a charming side dish.
Let's eat.
It's fluffy.
The meringue is fluffy.
And I put soy sauce on it.
It's really good.
The unknown sightseeing tour is over.
Now, they are going to make a homepage.
They are going to tell the world the characteristics of this restaurant.
Their responsibility is serious.
This time, the software to make the homepage of YAKITORI MIYAGAWA is Web Fusion.
Web Fusion is a software that allows you to freely change letters and photos by choosing your favorite from 10,000 types of templates.
The template they chose is here.
A template that fits the restaurant.
A large photo can be posted on the top screen, so you can see what kind of restaurant it is at a glance.
Once the template is decided, the layout is decided.
Let's see.
I'm using the company's secret sauce and salt.
I want to put sake in it, too.
This is the layout they made while talking.
The history of the Shinisei Yakitori Shop, which began with a large list of delicious-looking yakitori.
Top 5 Popular Yakitori
What's troubling you right now, and what you're doing to improve it.
Great egg rice PR
All six pages of the last interview.
What kind of homepage will it be?
Which do you think is better, pop or something?
I think the pop one is better.
Then I'll go with the pop one.
Their idea is to call young customers to lunch.
It seems to make the text look pop.
The work is divided.
Momo-chan thinks about the text.
Shoko-chan builds a homepage.
This is also a history sentence.
Momo-chan, it's a nice sentence.
It seems that this will attract customers from the top page.
And Shoko-chan.
We will make fine adjustments such as the size of the text.
The production time is about 5 hours.
The homepage has been completed.
This is the homepage they made.
In the top 5 of popular yakitori, they appeal deliciousness from the point of view of young people.
This is what they talked about in the interview.
You are not good at eating liver, aren't you?
Yes, I'm not good at it.
But if you eat this part, you will like it.
They were able to convey clearly that they were not good at eating the liver of the third place.
They were able to promote the deliciousness.
They were very attracted to the content.
They complained that they were in trouble due to the influence of the corona virus.
They published a large number of photos of their favorite egg rice.
I want to eat this.
The homepage expresses the feelings of the interview.
I'm glad you like it.
I want many people to see this.
The homepage created by the two is on the official website of the program.
Everyone who wants to eat YAKITORI, let's check it out.
Next is Noemi's Hitomi-chan and Hana-chan's way to programming certification.
Programming education was introduced in elementary school in 2020.
We have also challenged programming to match the introduction.
Scratch is what we have used to learn programming.
Scratch is an educational programming language developed by Massachusetts Institute of Technology.
You can easily program just by combining blocks.
You can create animations and games freely.
In fact, there is a certification exam for Scratch.
How much Scratch we have learned
Noemi's Ogi Hana-chan and Suzuki Hitomi-chan aim to pass the exam.
The way to programming certification
Programming certification is a beginner level that has just escaped the basics of programming.
Professional people who aim to be a programmer with professional knowledge are targeted.
This time, the two will take the entrance exam to learn the basics of programming.
What kind of problems are there in programming certification? Challenge past certification problems.
Yes, then I will solve the problem immediately.
What do you call the parts that represent commands like a figure?
No. 1.
No. 2.
No. 3.
No. 4.
I don't remember.
Ms. Aikawa, today's assumption problem is the basic knowledge of Scratch.
That's right. It's a problem about the basic knowledge of Scratch, so please remember it well and write it.
It's been a year and a half since the program started.
It's bad if you don't know this.
Did you write the answer?
I wrote it.
One, two, three.
Both of you have the same answer.
Thank you very much.
Ms. Aikawa, please tell us the answer.
The answer is...
Block 3.
Yay!
Both of you are correct.
I was so nervous.
This block is a characteristic of Scratch.
The programming that builds up this block is called visual coding.
The programming language is written on the back of the block.
To program in this language, you need professional knowledge.
So, Scratch blocks this professional programming language.
Anyone can easily build up a block and program.
Even if you don't remember this name, you can operate Scratch.
I want you to remember these basic words.
They are on their way to get a programming certification.
I'm looking forward to seeing how they improve their skills.
Will they be able to get a good feeling?
This time, some of the fireworks that everyone programmed will be online according to Ms. Amuro's song.
1, 2, 3, 4, 5, 6, 7, 8, 9, 10.
I'm always grateful to my mother who loves me.
This program was brought to you by FROSTA.