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Hello, friends.

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Today I will tell you different properties of graph.

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In this lecture.

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First we create an artificial signal.

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For that purpose.

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I just go to for loop.

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So the number of loop count is, let's say 100.

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And.

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I just use random number with range function.

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So over here, initially unsigned number 64 is automatically selected.

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Just set the upper bound.

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Let's say my upper bound is 100 and lower bound value is, let's say 40.

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Then.

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I have to just again create.

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A random number.

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So right now, this will generate a signal.

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And I want to just.

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Check it on my waveform graph first.

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So as you see, when I hit on run button, it will generate signals from 40 to 100 range and number

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of points are 100.

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Okay.

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So now.

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I just.

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Want to.

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Generate another random number.

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It will also give me signals.

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In this case, the upper limit is, let's say 40 and the lower limit is zero.

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Lower limit is zero.

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As you see over here, just connect it to the edge.

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In this case, I just go to the array function.

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Right now.

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I just.

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Insert these values into array.

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So initially, this is my first input.

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Eddie.

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Now just delete from here and add the indexing zero.

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I want to just add.

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This values form in which my range is 0 to 40.

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I want to just insert let's check what happened and run it.

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So as you see, total number of values are 200 because 100 values are generated from 40 to 200 range

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and another 100 values are generated from 0 to 40 range.

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Now, if you want to just add another.

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Signal to it.

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Let's say again, just.

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Insert value.

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So this is my initial value and I want to just put the another.

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Values, because in this case, I want just from 0 to 100.

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Values are from 0 to 40, then 4200, then 40 to 0.

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I want this type of signal.

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So create constant over here.

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The initial indexing is 200 and I just put this signal and delete this one.

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So connect this when I again hit on run button.

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As you see over here, this is my.

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The form graph in this case.

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So now just minimize it.

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Control you.

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So over here.

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This is my.

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Input graph.

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Just change its scaling.

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Auto scale.

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So 0 to 100 values are there in this case only.

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Now, I want to just.

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Change the scaling of this waveform graph.

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So let's check how.

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So first I just go to cluster.

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Just use bundle.

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Cluster or bundle.

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By name, it is up to you.

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So then I just connect.

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Over here.

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One.

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Create one numeric control for this one.

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For scaling of this of the frequency and for scaling of the or moving the time.

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So.

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Just change the representation of this.

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So.

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Click over here.

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Representation use 64.

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Delete this one.

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Make another copy of it.

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So now just connect you.

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Numeric two over here.

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Numeric one over here.

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And this one.

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Is my signal.

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So just drag and drop.

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Another.

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This is my output function.

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Our output graph is like this.

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So when it is one one, both the values are one.

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Let's check what happened to it.

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Or here one the numeric two, also one.

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So just run it.

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So as you see.

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Uh, my signal is not this.

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My signal is over here.

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This is my signal.

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Spectre hit Ctrl B.

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So now when I hit on run button, same signal is there.

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If you want to just move your signal, let's put over here.

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So initially I just make it 600.

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Again, I just make it 600 double the value.

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So initial signal is this as one one is there.

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So when I just make it 50, let's check what happened to it.

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Scaled signal is scaled so numeric to means middle one will give you the scaling option.

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Or you can say you can see, let's say it is 0.5.

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So let's check what happened to it.

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It is not.

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Taking any floating value.

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So just make it.

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I just change the representation to.

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So now it is 0.5.

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Let's check when I hit on run button, you can see changed.

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But if you want to just make it one and just make numeric value to 50, you just check your graph shift

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by 50 points.

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Okay.

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And if you want to just just make continuous run and I increase the size, it goes from 50 to 100 right

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now.

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As you see, if I just put 200 over here, it goes from this place to this place.

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And right now, if you want to just.

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Scale it.

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So 0.5 scaling.

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If you want to just 0.2, this is how you can work with your initial signal or here, this is my initial

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signal and this is after scaling.

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So it is your.

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Time scaling time axis scaling.

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And it is your fault frequency.

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Okay, so this is how you can go for different signals.

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You can create your own signal and modify it according to your application.

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Okay.

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And if you want to just change the color and the width, let's say over here style, you can change

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width, you can change.

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As you see, I'm just increase the size of the signal.

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You.

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Again Over here.

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Okay, So when you hit on run run button, as you see, run continuously.

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So this is how it works when one is there.

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Same signal is there.

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This will give you the scaling.

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One will give same signal.

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Okay, so this is about graph cluster and a.

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This is all about today's lecture.

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Thank you.