Hello, everyone, and welcome back.
So in this video, we'll be seeing how you can vote with the tax data as this cause is all about the
tax data processing.
We'll be learning in this appendix.
How you can deal with the actual data with the help of different functions that are available either
in a patent or some of the third party libraries to deep as in any kind of tax bazilian, a bite on,
let's say, the very small scale.
Even you can use such a screen plus.
So let's I just want to represent my own name so I can just simply define like a variable, let's say.
Let's say I'll put the name on it.
Let me execute it.
Suppose I want to display this particular variable value.
I can just simply use, like a print name.
All right, suppose if I want to head some of the things along with the name, like a string concatenation,
something like my name is, and then I would to put my own name.
So I can use like a drink.
Let's say.
My name is.
And I could just simply put up curly braces and apply the formic matter.
On top of it, let's say, we'll keep name.
So wherever you kept your nickolay presses, that part will be replaced by whatever argument you will
supply to this formic function.
If you're just executing.
And there are some other ways also you can display the same text with Delp of this brain function.
So that will be like on Kapstream.
So if you don't want to use this me matter, you can just start with F..
And then inside the single quotation mark heritable condition.
Anyway, my name is Ann Coulter basis.
Now, here, instead of applying this format matter, you are going to use this name variable directly
inside this curly braces.
So in place of this curly places, it will be replaced by the actual value of those even.
All right, so now you can see something got split, but this little battery that you're trying to display.
Exactly the same thing.
Nothing, something like it is getting replaced from this.
All arguments of what matters.
Now, Lexing, I'm trying to represent this list of values.
Certain disasters, some of the list points, Trelew and each individual list.
Well, Lou, is a couple having a value associated with the name of the film.
Very quarterly's.
And with the director of this film.
Suppose if we try to display this particular course, we can just simply a iterate over for film in
movies.
So all those moderate family of filling.
I'll display it.
And let me display film.
But don't you think it looks a little clumsy also?
Suppose you want to represent all the filling in one single column, having some fix or lose some kind
of alignment?
We do far inside the Microsoft Excel.
So same formatting we can do with the help of this Python print function also.
So what we'll do is far.
Let's say moderate.
Now we are going to use this brain function and we'll be starting with a string.
So let's say the first thing, what we're going to display that is a brain.
Zero.
Now, suppose this particular all zero value of individual players, if I want to display with some
specific.
Let's just keep that it will be 40.
Now, don't get confused with this particular colleague as we dug out the curly braces.
All right, let me put comma and let's do same thing for the two variables or something like the date
released.
And with director also one.
Karma and Lexcen for two.
So every single column has of it.
14 now.
And you can see compared to our earlier representation, isn't this looks nicer.
So this particular second and third column, I don't think it requires this party 40.
Let just make it 20, 20 that we do so.
OK.
All right.
So this looks better.
Now, suppose same thing.
You want to leave prison with some different alignment.
So here everything is like the left alignment, Tony.
You want to make it something, the right alignment or something center alignment.
How we can do it.
So let me copy into that cell.
And let's say very first column, I want to make it right along.
Let's say the middle when they went to market center, Laming.
So this Garriock symbol is for the central alignment.
This is for the right alignment.
And let us keep it as it is.
The default one will be left alone.
All right.
So now you can see this KomaI is just giving us the indication that this particular 40s space we got
finished.
And that is the right alignment.
And this particular comma indicates another 20 space, I'd call it.
And inside this particular column, it is center alignment.
And on the third column, it is completely left alignment because that is the big fight that just make
it decisive, the right alignment.
And you can see it will be shifted to the right in say.
Now, suppose there is some space already left.
Whenever something is right, a landing.
So in that particular space, if you, let's say, fill up with some particular constant character.
Let's say it will be or not.
And if you try to display.
You can see everything has been filled up with a lot.
So this we.
You can manipulate this particular string brain formating function and you can display the same string
with a different, different ways.
And this is the one of the basic building, fundamental blocks of Biton string representation.
All right.
So that is all about this video.
See you in the next video.
We'll see some more stuff related to how to deal with this tax data inside the python.