So we already implemented fully what we'll try to do is we'll try to use our flager, OK, and we'll
try to build a repository out of it.
OK, and here will not be using structural modeling state of.
As we did in that previous case, when we are using an hufford, that is we are performing a good mapping
and then we are creating an individual instance.
Finally, we are also connecting the different components in it will can help of and we are to be integrated
and see an entire floor.
So this is a typical structure that we have for holiday.
So as we proceed further with the help of Destructoid, so try to understand any type of and we are
to be integrated and that really helps to build.
Are much bigger design together without worrying much about the signals defined and undefined.
OK, so let's start with the block design.
OK, so this is the first step that you need to follow when you wish to use.
And we able to integrate.
We can use the same name or you can choose the name if you wish to.
So here you'll be finding you'll get a canvas where we can actually work with the schematic.
OK, so one way around is writing a visual.
So this is a text based way of specifying a design.
The other way around is by specifying a schematic.
Right now for a full hour, you can create your own IP and then you can use an app that is also possible.
But that part will be keeping for an IP section, then will be specifically discussing about an IP here.
What we'll do is if you just drag the ideal good onto a canvas, you'll be finding it automatically
create an awful other instance for us.
So this is the new feature, which is added after 2017 version where you can directly play Sonatine
modules and then you can look around with and we are going to integrate.
Right.
So for such instances we required.
This is our first instance.
We just copy will be stutt full time.
So full, full added.
We require to build a full picture.
So this is our first full and then we have a second order.
Then we have our third folder.
And then finally of Fullard right now, try to understand an entire procedure in greater detail so that
you have a good idea.
Right.
So we'll just keep a schematic with us also so that this will help us to perform the connection.
OK, so you'll be finding we have easy to V0 as an input to our left Fullard.
OK then some of the country's been said to the Cardinals next Flat-Rate.
So this is the simplest thing to.
So when you you are using an outdated model, the convention that we follow is on the left side, you
have all the input put on the right side, you have all allowed people to be finding some and carry
report, which are specified on the left side of the diagram, which has been created on the left side
of the block, which is an octave.
And on the left side you have an input.
So what we want is the Cadieux Ogiek from the previous to it should go to the carrying of the next stage,
will just click on this and then we will just connect.
So this is simply connecting the two.
Put together, OK?
So you just click on the pool and then you.
Select the desired food where you want to concentrate, so similarly, this one is.
How you achieve the connection between the from previous teach to the carrying of our next story, now
this will become Arcadio writes this We want to be on board, so we just click on Open and you select
Mique External, OK?
So as soon as you make external defining default, you get some Nymagee.
So here you'll be finding we get animacy in the school, but we want to have this Demasi out for that
you just need to go back to are.
So this is the schematic that we have.
You just click on this option, zoom it so you'll have an entire schematic for it on the canvas.
Select or click on, OK.
And then here you get the properties where you are allowed to change the name.
So we just select the name.
OK, and then we just see out in the speech in the place of CNN and we'll hit into the fighting automatically,
this represents.
Right, we want to have although some say.
Right.
So we will destroy it and we'll make the right click and meekest will right click and you'll just meet
to extend it.
Similarly for this also will make it extend.
Right.
So this is our LSP.
So this should represent some detail, so we just select the net will go in here and will you name this
as a seed will hit enter?
Similarly, the next song will become his one.
So we'll just select Kaputt and we'll change it to Esswein.
Similarly, next board will be changing to eschew.
OK, and then we have a lawsuit will be naming a dozen.
This makes sense, right?
So we have full sum and then we have also right now, we also want to make all the E and B Exton, along
with C just right.
Click MC External right.
Click Megson.
They click make Exton.
Right.
So this should be easy to.
They should be busy, too, and then they should be.
See, right, so now I'll try to make a report externally.
OK?
So I have completed my schematics, you will be finding for a first Falletta, we have input as easy
to be seen then for the next flight that we have even been and the Cadieux from the previous just to
the next train.
Similarly for the next flight, we have to we do our last flight.
We have three right now, this computer schematic, this representative of Bulgaria.
So once you are schematic is ready, what you do is you need to perform, validate, design.
So what this will do is this would check with the critical collection which are present inside an IP
or the instance of an ideal model that we have created with all the connections being connected to their
respective or whether there are any incorrect connections.
So that is really helpful.
Before you actually understand and remember that the navigator that we have here inside, we want to
work on it.
So even though we have created a schematic, but finally we are required to still call on which the
entire floor will be performed.
Right.
So we'll just.
Right.
Click on the design.
This is the design that we have created and this is the design.
So we'll just right.
Click and create and still.
So this is how you transform your schematic to the visual cortex.
And once we have a deal with then the entire steps that you'll be finding enough navigator can be performed.
OK.
So one side designed that, but now we'll be finding this is the new reality, which is basically a
version of this design that we have created in refining, it consists of a design and then we do not
need to understand much about this.
What we'll do is we just said this so that we'll be able to perform a simulation like.
So once we set design that put in a design source, we also need to set designers at the top in a simulation.
So we'll just go to a simulation so we will select a design, one output and we'll set it up.
So once that is done, you go to run simulation and perform or behave in submission.
OK, so here will understand how we march single to create a buzz and that will really help us to easily.
Work around with, like a bit like this.
So now you'll be finding we have easy to even eat.
So we want this as a single input for food better so 80 percent of weight and we'll just select them,
WILL.
Right.
Click And then you have a new virtual option.
So we'll just select and take on new virtual bus and we'll just deem it as any.
So now you'll find that you have a OK where you have all the food signals or all the food that's been
present.
Now, if you just select.
OK, so now we understand how we manage this single put together so that we get to correct but Bulgaria,
that we are expecting that the input will be fulfilled.
But here in the design that we have created, we have a single single bit off of the pool.
So we'll just select the four.
Easy to invite you to.
So selectees zero Evony, 23, will right click and then we will select.
Newgroup.
OK, and then we'll just name this as.
So let us try to understand how we perform a simulation, OK, so we have an individual easily when
you do it similarly be when we do NBT and see, OK, so you can either editors or you can use of force.
So I just use a false clock, OK, one two zero of different clock.
So for spirit that we have hundred.
For next, when we have chosen two hundred nine.
For the next one, we will choose the nanosecond for lost will just choose one zero and let's use it
to be three hundred nine.
OK, we'll be finding we have multiple signals.
So this could be a good idea.
But let's just proceed with the method that we have chosen so far.
Be one, two.
For Racine, Wisconsin.
OK.
And now if you just try to execute a simulation.
They'll be filing a three month all over the country.
So now you'll be finding it is very, very difficult to analyze the results.
OK, because we have an individual signal and an individual.
But if you are unable to merge them together as a first, then analyzing it as it will become very,
very easy.
OK, so we'll try to understand how we perform that.
OK, so will we want to basically merge easily?
We need to eat three of us, so we'll just select e0, then we'll click shift and the down arrow to
select really when you do it.
OK, so choose an easy to press button down arrow and that will allow us to select easily.
We need to eat selected.
Shift down at once, you select all the individual word that you want to watch as a bus, right click
and then you find of a new Chilvers option.
So you just click on that, OK?
At the very bottom, you'll be finding the actual best option and then you just name the virtual brzeski.
OK, so once you give a name to a bus, you'll be finding now the full or or of individual signals of
emerge and then we get to good.
Now, if I just choose the relics to an unsigned decimal, I can easily figure out the result of the
first letters of the.
But there it is.
And so observing five.
So if you just click on this arrow on the bus, you'll be finding that if you just click around here,
you have E three as one, even as one and then Zardozi.
So here you'll be finding three is considered as an alias.
And for that reason you outfight.
But we do not want that.
We want to venomously.
So we want to reverse a bit on OK.
And that can easily be done by just selecting a again right click and then you have a reverse bit on
this once you do that.
Now you correctly find that is because one zero one zero is 10 and we are getting that rate.
So this is how you use the different features that we have, then will again select V0.
They click.
And at the bottom, you have.
New virtual, so just selected will just name it as we and then we will see whether we get characters.
So we will just observe seven for seven.
I'll be noticing that.
We again have 3000 LSP, but we want to win and we we'll just right click and reverse order and now
we have a great scene.
We want to be a single bit.
So that is not a problem at all for some.
We need to work around because as you will be able to let it just please sit down.
So we have a pseudo.
Then we should have an assessment that will be suitable, is suitable, then we should have NASA, then
we should have NASA and finally we should have a second rate.
So this is how you can individually play from this to Baci recognize that the Wormuth signal is recognized
that Elísabet OK, so at least as zero at the lowest position, then I have a witness to history and
see.
And now when I merge them together to create a virtual buzz, this will be representing a truce.
So we do not need to subliterate, so we'll just change the lyrics to and a symbol for all the inputs
and outputs and then we'll try to analyze it.
OK.
Now if you just observe, if I just try to zoom in a bit.
So 15 and 15 will give us 30.
OK, Burraston plus 14.
Give us twenty four.
Thirty nine 11.
Give us twenty four zero and then give us 10, seven and five.
Give us two.
So this is how you can use the virtual bass feature and it was better to analyze the result more clearly.
You have good understanding about what we are doing later.
Also you how you analyze and merge must together to analyze the resident and simulation reform.
Right now what we'll do is we'll consider a few sequences so that we have an overall picture of structure
multicasting.