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OK, so we've installed everything we need to install now we can start to create our first project,

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so open up your sublime text editor and you should see a blank sort of screen here and go to file and

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save as and we want to save this to that directory we just created in the last video.

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So kind of navigate, maybe you might want to click on your this PC and then your C drive and then just

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find that guv's directory.

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And there it is and double click on it and you see there's our virt directory so we know we're in the

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right place and we could just now name this anything we want.

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Let's name this hello, Dot Pi and all python files and Dot Pi.

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So you always want to save it as dot pi.

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So you can see now says hello DCPI and we can now right some code.

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So in order to create Kintyre programs and I should mention, I call it Kintyre, I know it's spelled

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T Kintore, I just don't like S. Kintner and a lot of people just call it Kintyre.

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So I, I pretend that the T is silent.

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Nobody really knows how you're supposed to pronounce, as I pronounce it, Kintner.

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So to create Kinta programs, the only thing you really need to do is import Quinter into your program.

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Now Kintyre comes with Python already, so we don't have to install anything on the back end to use

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Cantare.

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We just need to tell our program that we're going to be using it.

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So to do that we just go from tenter import and then the star and the star is usually shift an eight

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on a keyboard, the the number eight.

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So that's Star and that's all we have to do.

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Now we can use everything from Kintner in our program, so.

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In order to create counter programs, there's a couple of things we need to do, we need to create a

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counter instance and then we need to create a loop, a main loop and basically a loop does what it sounds.

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It loops around constantly, non-stop.

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And any time something changes when it loops, it sees that change.

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So if you move your mouse, your mouse across the screen, what's happening here is that loop is looping.

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And every time it loops, I mean, blazingly fast, like millisecond loops, you know, very fast,

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it says, OK, now the mouse is over a little bit.

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Now it's a little bit more.

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A little bit more.

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And that's how it keeps track of everything.

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You know, when you go to click a button, that loop is spinning and it says, oh, you've pressed a

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button and it loops again.

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Oh, you've left know you've removed the mouse from the button.

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Anything you do in a program, it's that loop that's spinning around.

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Now, we don't really care about that, but that's what's happening in the background.

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So we need to create that loop.

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And really, that's all there is to.

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Creating a counterprogram just for the framework of it, so like I said, first, we need to create

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an instance.

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So I'm going to call this instance root.

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You can call it anything you want, but root is sort of the customer.

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That's the root.

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It's the main instance that we're going to create.

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And this is a tea cake instance.

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It's uppercase T, lower lowercase K, and that's it.

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So that's our instance.

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And we'll see what we're going to do with that later on.

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Now we just need to create our loop and it's called a main loop.

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So it's a root dot main loop and then that's a function as well.

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And we usually keep this at the bottom of our program.

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So I usually put some space in there.

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And so now, strictly speaking, this is all we need to create Cantopop programs.

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Now, if we save this as hello DCPI and if we run this, I don't think much is going to happen.

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So make sure you're in your C GUI directory if you want to type.

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Now you see a there's that file we just created.

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So that's cool.

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Now to run files, to run any sort of python program, including counter programs, we just type in

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Python.

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And since we click that ad Python to towpath box when we installed it, we can run Python from anywhere

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on our computer, including in this directory, so then we just call the file.

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So hello.

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Hi.

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And when we do.

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Here's a little program that pops up now, there's not much going on here, right, but it's got a little

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icon at the top here, says T.K. has our, you know, minimize.

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Maximize.

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Oh, right.

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Minimize.

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And sort of exit button, and then when it stops running, boom, we get our terminal back.

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So that's our very first program.

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That's cool, but it's not that cool.

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So let's let's do at least let's at least add a title to this thing.

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So let's go root that title and then you can just type in anything you want to appear in the title screen.

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So let's go.

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Hello World.

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This is usually the first program that anybody writes as the Hello World Program.

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So we're going to print the title as Hello World.

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Now we can create the size of this app, too.

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We can go a route.

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Geometry.

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And then we can set this equal to any size we want.

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I'm just going to go four hundred by four hundred and we just put this in quotation marks and that's

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all there is to it.

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So go ahead and save this.

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Now, I'm hitting the control on the S button at the same time on my keyboard to save its command,

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as I think if you're on a Mac or you come up to file and just click save, if you'll notice it says

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on here to control s so you just hit the control key, hold it down and press the button at the same

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time.

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So either way, go ahead and save it and then just come back to our terminal here and I'm just going

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to click up on my arrow key to type in the last command.

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And there it is, Python Hualapai.

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If we run this, you'll notice that now it says Hello World up here at the top.

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Hey, that's cool.

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And if you remember, this box is now bigger than it was before.

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It's four hundred pixels by four hundred pixels.

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So it's a nice square box.

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So congratulations.

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You have created your very first Hello World Program with Kintore, your very first graphical user interface.

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And how easy was that?

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I mean, granted, this doesn't do much of anything, but it is a fully blown graphical user interface

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with Python using just, what, three, four lines of code.

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What we do, one, two, three, four, five lines of code.

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And we've got a program already.

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Now, obviously, we're going to want to make it look cooler than that and have it do things.

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But it really isn't that much harder than what we've just done already.

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And we'll see that going forward.

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So very cool and a lot of fun in the next video.

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I think we'll look at labels.