Hello, friends.
Today I will tell you different properties of graph.
In this lecture.
First we create an artificial signal.
For that purpose.
I just go to for loop.
So the number of loop count is, let's say 100.
And.
I just use random number with range function.
So over here, initially unsigned number 64 is automatically selected.
Just set the upper bound.
Let's say my upper bound is 100 and lower bound value is, let's say 40.
Then.
I have to just again create.
A random number.
So right now, this will generate a signal.
And I want to just.
Check it on my waveform graph first.
So as you see, when I hit on run button, it will generate signals from 40 to 100 range and number
of points are 100.
Okay.
So now.
I just.
Want to.
Generate another random number.
It will also give me signals.
In this case, the upper limit is, let's say 40 and the lower limit is zero.
Lower limit is zero.
As you see over here, just connect it to the edge.
In this case, I just go to the array function.
Right now.
I just.
Insert these values into array.
So initially, this is my first input.
Eddie.
Now just delete from here and add the indexing zero.
I want to just add.
This values form in which my range is 0 to 40.
I want to just insert let's check what happened and run it.
So as you see, total number of values are 200 because 100 values are generated from 40 to 200 range
and another 100 values are generated from 0 to 40 range.
Now, if you want to just add another.
Signal to it.
Let's say again, just.
Insert value.
So this is my initial value and I want to just put the another.
Values, because in this case, I want just from 0 to 100.
Values are from 0 to 40, then 4200, then 40 to 0.
I want this type of signal.
So create constant over here.
The initial indexing is 200 and I just put this signal and delete this one.
So connect this when I again hit on run button.
As you see over here, this is my.
The form graph in this case.
So now just minimize it.
Control you.
So over here.
This is my.
Input graph.
Just change its scaling.
Auto scale.
So 0 to 100 values are there in this case only.
Now, I want to just.
Change the scaling of this waveform graph.
So let's check how.
So first I just go to cluster.
Just use bundle.
Cluster or bundle.
By name, it is up to you.
So then I just connect.
Over here.
One.
Create one numeric control for this one.
For scaling of this of the frequency and for scaling of the or moving the time.
So.
Just change the representation of this.
So.
Click over here.
Representation use 64.
Delete this one.
Make another copy of it.
So now just connect you.
Numeric two over here.
Numeric one over here.
And this one.
Is my signal.
So just drag and drop.
Another.
This is my output function.
Our output graph is like this.
So when it is one one, both the values are one.
Let's check what happened to it.
Or here one the numeric two, also one.
So just run it.
So as you see.
Uh, my signal is not this.
My signal is over here.
This is my signal.
Spectre hit Ctrl B.
So now when I hit on run button, same signal is there.
If you want to just move your signal, let's put over here.
So initially I just make it 600.
Again, I just make it 600 double the value.
So initial signal is this as one one is there.
So when I just make it 50, let's check what happened to it.
Scaled signal is scaled so numeric to means middle one will give you the scaling option.
Or you can say you can see, let's say it is 0.5.
So let's check what happened to it.
It is not.
Taking any floating value.
So just make it.
I just change the representation to.
So now it is 0.5.
Let's check when I hit on run button, you can see changed.
But if you want to just make it one and just make numeric value to 50, you just check your graph shift
by 50 points.
Okay.
And if you want to just just make continuous run and I increase the size, it goes from 50 to 100 right
now.
As you see, if I just put 200 over here, it goes from this place to this place.
And right now, if you want to just.
Scale it.
So 0.5 scaling.
If you want to just 0.2, this is how you can work with your initial signal or here, this is my initial
signal and this is after scaling.
So it is your.
Time scaling time axis scaling.
And it is your fault frequency.
Okay, so this is how you can go for different signals.
You can create your own signal and modify it according to your application.
Okay.
And if you want to just change the color and the width, let's say over here style, you can change
width, you can change.
As you see, I'm just increase the size of the signal.
You.
Again Over here.
Okay, So when you hit on run run button, as you see, run continuously.
So this is how it works when one is there.
Same signal is there.
This will give you the scaling.
One will give same signal.
Okay, so this is about graph cluster and a.
This is all about today's lecture.
Thank you.