Dear students, close this screen and I want to show you one more thing.
Normally on the items we can see or we can monitor the data.
For example, one hundred point one, two hundred point six, for example, but institute policy, we
can seat one thousand and one or two thousand and six.
But how it is possible, this is really easy.
Then let's take a look once, for example.
This is my input, right?
And this input into rice side, you will see the maximum data we can put into your digits, for example.
Five.
All we can say for and the fractional is one, then four.
Don't forget this maximum data is now six thousand five hundred fifty three point five.
So I will write here this one, right?
Then this data is data.
This is the policy data into the policy.
What will happen?
And I will go offline simulation again, and you will see very important point and ten point, OK.
We need a password.
And let's leave it.
Make it zero.
Let's make it.
No.
And go offline again because it doesn't matter now.
And I will make it, for example, 2.0.
But you will see into the policy this data is going to be 50.
If right here, for example, seventy eight point nine.
And this will be 789.
This is the first thing.
OK.
Don't forget.
And other thing, if we go here, then gain an offset data.
If I make it zero point one.
OK, this is going to be.
Multiplication and division also by the game.
We can't change another thing.
Already, we used them all in the thymus.
OK, if you're put here five point zero and then you will see it is multiplied by 10.
OK, then this is normal is 50.
But now into policy because we are saying or monitoring this data is five hundred.
If I write here six point, for example, seven, then this will be like that.
But also, we can do one more thing.
We can make it to, uh, ten point zero.
OK.
And now what will happen already with it?
There is a site, but this is multiplication by, uh, at the same time.
And now I will write your, for example, five hundred point zero.
Then you will say this is five hundred because of why.
Because of this is a five thousand.
OK.
Five thousand is divided by 10.
Because of the gain data, we just gave it ten five thousand divided by 10.
And the result is now now five.
If I write, for example, six thousand and the result is this one.
If I are right here these maximum data, then you will say this is divided by 10 and this one?
That's OK.
OK.
If you make it just at one.
But the offset data, we can just put your five.
Let's go to, uh, simulation again.
Then this is going to be OK.
Case already came to hear the offset data is suddenly, is it up to here?
Now this is edit.
And for example, this is a calculation Im like, how can I say you can add multiplying two data and
plus one constant?
And this is your constant offset Theta 5.0.
OK.
Then if I write your five point zero, then five was the offset data.
It will monitoring now on my 5.0, but into the real data is four to five.
OK, then this is another complicated.
Also, this is not an important just.
You need to know how can you use minimum and maximum data and fractional data and the gain data?
I will make it zero.
I never use an offset.
This is the first thing.
And the second thing with the time was I am using this zero point one.
OK.
Because if right, you're a second.
For example, one second.
And what will happen into the policy we need, right?
10.
So 10.
Multiply by 100 millisecond how and maybe the beginning of peoples into the policy, for example, into
timer.
100 milliseconds sort.
One hundred milliseconds multiplied by 10, because one side saw from the HMO.
How can we add up one second?
Tata saw if I write here just the one that game is going to be.
Zero point one.
OK.
That into the cities will be 10.
Right.
Ten multiplied by 100 millisecond data.
So that's okay.
So if we put here an input numeric entry for the timer, just we need to say two here.
0.1, that's all.
And if I write here just a one, then let's test it and finish this tutorial.
The five and I will copy this to here, and this is going to be also the five.
Let's go flying as simulations and OK, just a one.
Second, I want to run a timer.
This is a one, but this is not monitoring what.
This is the five.
This is the.
Sorry.
And go offline again.
Then once I got into the sea, the five will be tan and tan is going to be the timer, data, timer,
set data, and this will just the equal to one second.
That's all for this tutorial.
I'm finished there already.
We talked about the gain and offset and the fractional data and that and other combinations of the input
inputs of the HMO.
And also that means the output to the outputs of the PSC.
And ultimately, the PSC is not the physical HMAS outputs to the P&L say OK with the gain and offset
that us or the fraction of dots for this tutorial, I'm finished here.
If you stuck it in the plane, you can ask me a question immediately.
See you into an extra $4.