Name: Arduino IDEの紹介 (Arduino IDE Introduction)
Uploaded: 2021-01-14T10:43:44.000Z
Duration: 23 min 53 s
Description: VoiceTubeの動画で発音を聞きながら英語表現を覚えよう！学べる英語：

If you're looking for the rest of the videos in this Siri's, please go to Eli the computer guy dot com to see in my full catalogue of videos.

So in this video, I want to talk a little bit about what you used to code for your Arduino projects.

So whatever you do in, aren't we know Project you're going have some type of art we know board, you're going, have your sensors, you're gonna have your motors at that time of thing, and then you actually have to feed code to your Arduino board.

So it knows what it's supposed to do, how it's supposed to interpret, uh, the inputs and then what it's supposed to do for the outputs.

So the big thing to remember whenever you're dealing with an Arduino board is that this is simply a microcontroller.

It is very important to understand that this is not a full flesh computer.

A lot of people get confused, they think aren't we know, and raspberry pi is same same but different that basically they're the exact same thing.

No other than them being relatively inexpensive, there's a lot of difference between an Arduino and a raspberry pi.

A raspberry pi is an actual computer that happens to simply be inexpensive and run on something called an arm processor so you can put an operating system on a raspberry pi.

You can do all your normal computer re type stuff on a raspberry pi, and so, if you're going to do something like code for a raspberry pi, you have a whole bunch of options, right?

A lot of different languages were running a raspberry pi.

And so, just like if you're dealing with a normal computer, you will pick the language based off of what you're actually trying to solve for when you're dealing with an Arduino, it is not the same.

This is not a full fledged computers, just simply a microcontroller.

Basically, what you do is you feed it the environment variables, and then you feed it a loop.

So basically, there's a loop that just continuously loops, Um, and then that that that's all it does.

This assembly a microcontroller, you feed it instructions.

So for most people when you're going be coding for Uruguay.

You are going to be using what is called the Arduino I e.

Now to be clear, and you always have to be a little bit careful.

Whenever you talk about technology, there are other ways to code for the artery.

Or we'll talk about that when we get to that point.

For the most part, especially in the beginning, when you're hobbyist when you're playing around with this stuff, you will simply use the artery.

Now a lot of people ask what programming language do you use for the art We know and that's again, it's kind of it's kind of one of those fuzzy, fuzzy answers.

So basically, when you're coding for the art, you know within the artery No, i e.

You're using what are called C or C plus plus of functions.

So there are functions that have been created that will turn your instructions into c++ went.

So whenever you click on the compile button, basically what happens is the code that you that you've written gets turned into C C plus plus, so how this gets coated to C plus plus the basically what the code that you're right looks a lot like C C plus plus, but it's not really that you're coding and C C plus plus, you're you're writing functions that are then compiled into C C plus.

Plus, if that makes any sense, the big thing to understand here if you're starting to get a little bit confused, is you use the artery.

No, I d e you create a sketch with in what's called the yard, we No, i d e.

You are going to have to write out the code within that I.

That idea is going to compile into C C plus plus, and then that is going to upload the code to the board.

So don't get lost too much in the weeds with the whole You know what programming language that you're going to use.

You used the i d to write the code that's gonna get compiled and then showed up to the road.

We know once you learned a whole bunch more about how this stuff works, then you can start to get a little bit more fancy.

That is one thing to understand whenever you're dealing with the Arduino again anything in the d i y Tech world, there is the simple way to Theo There is reinventing the darn wheel you will as you go As you go, you will learn all kinds of fancy new ways to code for the aren't we?

You know, upload code of the aren't we know there's all kinds of stuff that you can D'oh.

But in the beginning, in the beginning Ondas long as it works for you Just remember you do the yard.

Your code and what's called a sketch that gets uploaded to the board That will do you for a long time if you want to know more about the different ways to code for a DWI.

No, there are other options out there, but it's one of those options that you don't have to worry about this boy.

So let's actually go over the computer so I can show you wear toe downloaded the artery?

No, I d from on then show you a little bit about the artery.

No, I d so that you get comfortable with that environment.

So to make life easier on how to find the Arduino i d.

The best thing that you should do is go to Google or whatever else and plug in, Aren't we no space I d e and see what the search results are.

Basically, what should pop up first is hardly know software i e.

It's important that you download the software from Arduino dot cc.

So the main website for all we know is not artery no dot com.

So when you go searching for the Arduino I d e look for whatthe link says.

And if the link says Arduino dot c c plus something like software and there that is what you're going to be looking for, then all you do is you.

What we're going to be dealing with today is actually being able to download the artery.

And you can see that they've ported the artery.

No, I d too many different types of operating systems.

So there's Windows versions of the I D it Windows Hap Mac OS X Lennox for the X 86 processors and Lennox for the arm processors.

Whatever operating system you're using, they should have an option here for you.

And then from that you just click on on this, you download and install it.

I've seen many of the different versions of the artery.

No, I d e and horseshoes and hand grenades.

So I don't think you'll have, like, a different experience if you were using the Windows version versus whether you're using polemics version.

So once you download and install the Arduino I d eat, you could just open it up.

Oh, you go to finder your applications and you go, Where would we know is and you just open it up and this is what it's going to look like.

Eso these air last projects that I was working with and we can see these are different sketches that I was working on.

Now, if we go up here, we take a look at the basic configurations and the settings for the Arduino i d.

You go here, we take a look at preferences preferences air Pretty basic.

You know what the sketchbook location is going to be?

You know, that might be something you want to change.

So when you're writing the code, you can have the artery.

No, i d e automatically verifying for you.

So if you don't have this check mark checked, basically what'll happen is your code just simply gets uploaded.

It will actually verify to make sure that you haven't screwed up the code.

And there's a few different settings here that you could work with later again.

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Arduino IDEの紹介 (Arduino IDE Introduction)

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