Heidi's a shooting star once again welcome to the next video of the series of Cartland programming.
Now in this video will we talk about vort oranges in case of Cartland.
Now in case of Cartland we have some concept related to a range of values or a range of characters as
for example here I've simply defined value to an equal or two when then followed by Dr. Prader daughter
pre-code 5.
Now this is actually newness.
There were Dorte operator in Cartland.
If you define the word dark five then this Arverne variable will simply contain the range of values
such as 1 2 3 4 and 5.
And these are the sequence in which the values has been stored inside the value of.
Right.
Now suppose I've earned a value in descending order.
So far that we have this example.
So here you can naughties value are two equal to 5 down to 1.
So in this case we have the range of values in their descending order such as 5 four three two one like
this.
Now here you can also have 50 down to let's say 10 or 1.
Then in that case we will have 50 49 47 46 and so on.
They'll very each win.
And now suppose I have the values from 5 to 1 but I don't want this for a value and to value.
So far that we have another example such as five down to 1 in the step of two.
So when we start counting from five to one they really count like this five then then three then then.
So we're actually moving towards one in the step of two that is we're actually skipping every ordinary
value from five to one like this.
Now instead of two.
You can also have three for like this.
Fine.
So in that case the steps will change.
Now in the first case Cephalus I've undervalues such as 1 3 and 5 that is every ordinal value in the
ascending order will be squibbed similar to the key is that we have seen here.
So in that case you just need to write SCDP SPEEs legacy too.
So in that case this do and this 4 will not exist inside this value.
Right.
And now apart from integer values you can also have the range defined for the characters such as Val
are four equal or two legacy from the alphabet A dot dot to alphabet zigged.
So in this case we have the odd food value defined as a b c d e f Dell zayd.
Right.
So the whole alphabet has been defined in just one variable of our food.
And now apart from this string characters you can also have the character alphabets such as within the
single chords.
Right now these are all about the ranges.
Now suppose you want to test this R4.
Suppose you want to check if the C character is actually present inside.
Or foot or not.
So far that simply defined VAD is present such as a variable name equal to leg C A.
With the help of an operator we can simply check if it is actually present inside the odd foot or not.
Or if he wanted to check if the character to see is actually present inside the odd full range or not
so it's present is simply good the value of either true or false.
But in this case it will get the value of true because C is actually present inside this range and in
a similar way you can use the NGI word for these range as well right to test if the number is present
inside these ranges or not.
And now apart from this you can also have the ranges such as that are.
Let's see.
Count down equals 2.
If you want to count down from 10 Dorte down to let's say when.
So in this case this going down is actually the range of values where we are counting down from 10 to
1 so it will simply contain all your values from end to and right like this.
Ten nine eight seven six five four three two win and now to have the value in sending ascending that
you can simply replaced by Lerche see Prange to a synergistic example as well.
So here this range to mentor simply increments of value from one to three four.
Then right like we have been here range to slow down to and range to actually oppose it to each other.
And now this one is actually comparable to let's see this one.
Right.
And similarly this R2 range is actually comparable to let's say this gone down fine and now the question
arises.
Vivier actually learning the ranges in Cartland just because these range of values are actually helpful
by learning the loops in Cartland.
So we're going to use this ranges concept in our upcoming more deals then we're going to learn about
loops in Cartland.
So dark excited for this video gets you in the next video.
Thank you.