I mean, to come here and what are we going to do?
We are going to take the state, the data that we have in Oregon, the data that we have in our state
about the cost.
So, um.
Sorry, I say this is not state roads, cars, and we are going through a copy.
We are going to say, for example, we are going to see Slice, we are going to copy.
Just make a copy, slice dots, and here we going to call this sort of function and the search function
will have a narrower function, having two parameters, A and B in order to filter a state, because
that's we have an update that we are going to take all this value and assign this value in our records,
which is our state, in order to have the desalting product.
And here we are going to see that this year it will be a neural function and directly we are going to
return something here, a reason why you see, I have to put in brackets, brackets like this.
So what's the first thing is we are going to ask a question.
We are going to say Salk's is equal to.
Lowest like this is the first thing, so let choices were to make sure.
Lloris, is the first letter easy?
OK, so let us make sure our feature Lloris highest it is the first letter E!
Yes, copy and come here up to chase it.
Lloris is equal to Laurice ending.
If true, OK, you're going to take the first parameter, which is eight, and take your press because
PRUs is in the car.
Check the price and they take and you can take from the lowest price to the highest price.
OK, you're going to see a door to price.
Is Greater Dane be the price?
Not just.
You're going to see equal to one artery's minus one.
OK, so don't tell don't.
That's OK.
Let us come first.
So sort is equal to lowest.
If you select, for example, Laurice, it will use these two parameters in order to access in our data,
which is our records, and make this comparison saying, for example, if a Dods price is greater than
the price, OK, you're going to return like you're going to return what you have from the lowest price
to the moon, from the lowest price to the highest price.
OK, so return.
And the other is if you.
Is otherwise, we're going to keep these sorts with Lois and we're going to take, for example, HIAS
or all.
Okay, so it's like you can see this first condition is to sort out products from the lowest price to
the highest price, a where you can hear if we have all these two parameters, you're getting and getting
our price.
OK, and with this one and minus one, that's mean to sorts out products from the lowest price to the
highest for us.
And the other is if there is a sort E core to highest here like this in the area, going to say, hmm.
So it is you courtroom.
Sports is the highest.
It make a I don't notice, yes.
And the second thing we're going to do here is to take the same thing.
And we're going to reverse here, we are going to say less than.
That is OK, and it's really through our products from the highest price to the lowest price.
Ls OK, this is the last condition when here, for example, when we have a selected CLEET all get and
then we are going to have all by default, guess what we're going to do by default it will sorts.
But using it OK by using it from the lowest ID like this from the lower side through the ice.
It can not.
Heidi.
Yes, from the lowest, Heidi, to the
highest item.
And what we're going to do here is to say.
Like, just.
You're here to put it like this.
I can put this, yes.
Very good.
So let us make here, and it is close for these part reloj page a click on almost like you're going
to see it will feature from the lowest price through the highest price and click on all and we are going
to have all by default by using the idea from the lowest I did through the highest ID and if we say
to highest it's received from the highest price we k through the lowest price to the lowest price they
contribute to their goods and we have finished that.
We've filtered products in them.
How to filter products and how to source products.