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Hello, friends in the cities of Libya, tutorials today, we'll discuss about comparison in Libya,

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so or here in functions programming, we have a comparison.

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Belliard Basically, this is used in any program like if you want to control the temperature of room

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or if you want to check the number of persons in a room and any comparison, you can use this.

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So one by one I will discuss this.

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So over here we have a do.

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So in this case, if the X is equal to you are Vye, in that case you can go to the true value.

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Like if we're here, we have four and over here we have two.

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In that case, it is false.

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And when I continuously run this and when X is equal to two, it will give me proof.

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So this is the case of.

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Comparison Belliard So we're here when it is not equal to when it is greater than when it is less than

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when, it is greater than equal to, less than equal to, or when it is equal to zero.

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So these are the functions you can use in your program.

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Like if we have three or four zero two hundred and we in that we select our number and I want to check

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that number.

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It is greater than zero or less than zero or it is greater than a specific value or less than a specific

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value.

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We can check using these functions.

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OK, it will give you any form of true and false only.

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OK, so now I just read this.

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This is the select function I like.

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Now I.

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Explain its function.

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So.

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Over here, this is the value.

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True, if the value is true right now, it is a.

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Function and or here it is, the value.

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So when it is true, like in this case, when it is there, it will evaluate and if is there, it will

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generate a value one.

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So then I had one continuous run.

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Right now it is false that we value one.

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When it is true, it will come later.

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So this is how you can use this.

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Select function and level.

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OK, so our next function is max minimum, if we have any function or any value, like in this case,

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creative control over here, again, creative control.

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And in this, you will want to check the value if the in this case we have a scalar value only order,

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one value is there.

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If we have a very we can find out, Max.

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Minimum of that also.

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So over here, this is the max over here.

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This is the minimum like in this case or here is seven.

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This is two.

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So when I hit bottom in this maximum is seven and minimum we do it will generate maximum remaining value

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of these two.

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Then we have in range and cost.

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Basically, when you don't control it over here, we have upper limit, then X and then lower limit.

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And this is the code and this is the end function.

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Basically over here I just create a control and again or here control it is the lower limit.

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And this is my value of X and this is the cause, the value and this is the it is in range or not.

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So my upper limit is like 10 and lower limit is zero.

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And when I continuously run this, this is in range.

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When I increase this, it is also in range cost values also there.

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Right now, upper limit is reached and my gold value is 10, so you can set your value and this value

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is right now exceeds input value is adding, but the value is ten.

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So you can set your values and upper limit and you can find out it is in range or not in danger.

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OK, not in that range.

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So this is how you can use it.

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Range and cost.

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Then if you find out any empty.

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Eddie, like over here first creator Eddy.

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And in this case, I just assigned I use this and I use in theory and in that area I want to check if

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there is any element is there or not.

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When I hit on the.

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So here it is empty because no element is in this.

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So when I put an element in this, it is off.

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So this is how you can check and empty it.

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Then we have empty string.

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You can check.

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So first I take a.

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Array of string.

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So just put strict control in this.

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Just connect this and create an integrated there, so again, in this case, I just.

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I I'm not putting any value in this, I just click on one button, so right now it is off.

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And I put.

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And evalu.

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So something is.

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From or here it comes true if string or partisan and string or otherwise, this function return false.

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OK, so this function is also designed to work with variant picture and dicy tags also.

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So I just delete this first and I create a string over here and in the string I just connect this and

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create an indicator over here.

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When I don't unbutton it is on because the string is empty when I put any letter or any word in this

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or any character in this case.

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OK, this is how you can use and when you use.

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Array of string like here I put.

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There's one.

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And when I mean, not this one.

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In this case, I have to put a string in this.

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So this is the case, I just connect this to this and this, because in this case, the input is spring

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everything.

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So I'll put this up also.

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So when I in this case, I have poor values.

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Again, I have poor values when I don't understand.

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So right now, I wouldn't assigned any value like over here just.

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Put a character in this A.

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And when I hit bottom, this one is got some value.

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This is not a string.

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So it is of all the three are pasting like this.

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And when I put on this also, it is also.

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OK, so this is how you can use how you can find out.

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Empty string in any.

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So this is the similar desert, basically, it is a part of this deal.

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So we're here I just the control and over here we have indicator.

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So as the first character is a letter, not nomadic, it will create a true function.

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So when I don't continuous one.

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So when I put forty five or fifty five again, it is true when I put a letter because it will generate

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to function when the first letter is a numeric.

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In this case it is alphabetical.

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So it is ok.

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OK, so this is work for the symbol only it will check for only the first letter as you see it until

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if represented a single digit range from zero to one.

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If you string this function uses the first vector in the string, if character is a number, this function

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interpret it as a value of the character.

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OK, so next function.

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In this case we have our hex digit.

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So again, create control then the hex desert is zero to F..

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So as I we don't continuous when I put it it will on when I put it also on and I put g it is off because

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our value is zero.

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One, two, three, four, five, six, seven, eight, nine a b c d e f hex this.

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OK, so this is how you can use this one, this function.

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Then we have our digit.

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It is from zero to seven only.

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So again, greater control you can check true only when the value is between zero to seven.

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So when I put it over here, it is off when it is seven.

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OK.

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It is on so you can find out any octal hexadecimal or decimal using these functions.

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So this is how you can use comparison Belad and this is the express we placed in comparison Pallett

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or here you can use this function over here.

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We if we want to compare any two with forms, you can use this.

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OK, so these are the how you can compare like datapoints time span, time between points, time of

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datapoint, single name.

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So I take our example if they function.

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And in this over here is I would hope, and over here is our constant value.

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So I just take.

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I just cleared and director, you can get away from also over here.

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So over here I'm going.

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Control.

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And this is the result, it is in the form of BlueNotes also.

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So you can use graph indicator or an indicator.

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But in this case.

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So I just put five in this and five in this, and when I hit on, it will generate up to function.

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OK, so this is how you can use or I can take another example like.

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I just create a sine wave, so I just go to express my and over here we have to do some later signal.

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So I just take a sine wave.

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And again, covid.

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So this is a sine wave, I guess, to go to compare it over here.

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I want to check it is equal to or not according to data points.

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So just put OK.

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This.

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And over here, I just Beike.

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Are four indicators in this case.

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So then I don't understand.

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So it will generate values in between.

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OK, our.

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In place of or when I hit on continuous.

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Again, it will generate Samila basically takes the plane to a loop, according to data points from

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021.

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And when I put.

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Or when I change the value from zero to one, so the comparison is like hundred.

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And when I don't done the same cases there.

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There is little.

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But we got one result per data points, it will check one result for data point.

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OK, so when in place of graph, when I use.

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An American alligator in this case.

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So it will give me.

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One, because both the values are the same.

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And when I change the sine wave to cause wave.

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Or squaresville.

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In that case, I know you don't run, but get zero because the sine wave is not equal to squared away.

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So this is how you can use this comparison palette and Leffew.

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Thank you.