So now we'll start implementing a battleship.
OK, so this is the schematic that we get with whatever discussion we have in our previous week.
Right now what we'll do is we'll go to a volume and I'll just for three.
Two is two one because that is the fundamental block that we require to implement a paradigm shift.
OK, so we'll proceed with.
Select as one of encode, we also require two inputs, which are the data input, so EMV in sender and
the school logic.
OK, and finally we required an output Silvy, which represents out again, the type should be standard
in the school lot.
Right.
No, here we can use a different modeling style.
OK, but let us stick to a procedure or a behavioral modeling site, so we'll start with the process.
OK, and since this is a sequence, this is a combination of circuits.
So we'll make it sensitive to all the inputs.
So we just start being selected inside the sensitivity list and then we'll just change our process.
Now, here we know that if.
Selectors, that is is you.
Zero, OK, in that case, why should we Questa else and why should be was to be OK since we started
and if we'll just end not.
OK, so this completes the behavior.
So remember, put in a prison guard, both of our monks, whereas would be to the PIN number one of
our monks.
So those are the two doubles and then we have selected.
So we'll just see Rocco and now will proceed for creating an IP.
So we'll go to the Wall Street and package IP.
We'll click next.
We'll package our IP in the current project so that it will automatically be added to a repository.
OK.
Only thing that will observe is that you so you have three inputs, A, B select and you have an output.
So this seems perfect.
Will just go ahead and package.
All right.
So once our packaging is done, we'll start with the block, decide.
OK, we'll stick to it for me.
Now, you already know that we require each such instance for muckrake to now will first see the.
I guess so we haven't changed, so it will be having a nervous stop, right, so required each such
to just copy and will be stateful times.
And then what we'll do is we'll just.
Align them together in a logical direction.
OK, and then we can copy the group, so.
You just select all the hallmarks.
OK, so select control, then you able to select a multiple block and then you just press control and
control.
We soon able to see the four more instances of four straight.
Now, what we'll do is first we'll create an input and help appropriate so for an input we required
for a single bit code for selecting the required to single people, similarly for an output required
for poultry.
So we will proceed and we to put.
So you have an option to create a board, we'll just name this as D.C., OK, which represents Dean
Zero, OK, and then we'll just copy them together, control C, control V and we control rewrite.
So we have D when D two and three.
So this will represent.
Dean zero lead one to any entry we required for a selective silliness, just go ahead and we like to
more quotes.
OK.
So we'll go at rewritable as zero input again, and we just copied and pasted, right.
So we have a..
A. one also available with this.
Finally required for our proposal to create a boat and that will have a direction of an output and it
should be due to name as Visi or.
OK, we'll just copy and we'll be streetwise.
So we are right when we have to, and then we have white.
So we'll just connect this to raise you, right?
So if you just see a figure, you'll be finding we have zero connected to our Facebook, so we will
follow the same terminology, will disconnected to hear why we should be connected to the next output
then we have.
Right.
And then finally, we have it, so this completes our first connection, that is why zero y one, right,
when Y three are connected to the series of marks that we have in the medical direction.
So here for Séraphin, we want these zero Daewon D two and then three to just go ahead.
So here is Representative Robbinsville just connected to this.
OK, similarly, we can take this to Divine Will, connect this to these two, and then we'll just take
this to a little.
So for this bloc, select should be selected for this entire column, it should be displaying it.
We're here.
OK?
And that's when we'll just bring with you.
So let's try to connect as to all all right, so.
As you know.
OK, and then we want this to be connected to an estimate of just what we'll do if we just feed it to
NSW, right.
So.
OK, so we have NSW, we've been connected to our entire column of REMOXY, this is what we have in
the schematic calls for this data connection when we have.
D2 Guitry this year or so, we'll just take twenty three first, so here we wanted to do is to soon
they then for next we want these three so we'll just be connecting over here and then we have.
These just select this will connected to this hero and this we will be connecting to the right.
So this completes all the connection that we have an end in sight for this one thing.
We whatever that we have, we should be connecting it to pin number one of this first rate Discworld
Wallarah that we have will be connected to PIN number one.
Superspeed number one is.
OK, and then next one that we have is this whatever output that we have for this first mux will be
connecting it to the second mux.
Similarly, for the second, Mux will be connecting it to third and thus far the third most will be
connecting to illustrate to this output will be feeding to.
The second one, this will be feeding to the next one and then this will be feeding to the last day
to this complete all the connection for one.
OK, then, for Lazerow, you'll be noticing that whatever we have, it will just be feeding it to the
respect to say we'll just go ahead and will connect this to the slain, OK?
Similarly, this to the next line, this one, two or three months.
And then finally this to our final straight.
So now this completes our entire week.
So if we just try to regenerate, it will basically clean up a diagram of it and then we'll just validate
targets.
So once validation is successful, we'll just go ahead and create.
The is still the.
So now we have our opportunity now what we'll do is we'll just check.
Whether it is stop money and then will feed some random stimuli and will observe that we are getting
correct.
All right.
So in the simulation also we have a design wrap.
The appearance of top models will perform a behavioral simulation.
OK, so now what we'll do is we'll just create a virtual bus for all the religion in D.C. to divine
two and three represent our.
But they destroyed this underrepresented are selected and why you do it, three representative.
All right, so for us three, OK, so if you just see.
Over here.
So these three.
And Dautry, so they should be on the same position and so this seems fine, what we'll do is we'll
just go ahead and first apply the values, OK, so as soon as then, Batarseh of Wisconsin.
Seydou.
And whose constituency when they you to do whatever we have it in these zero?
OK, so I just use food to consume so little supply.
In fact, we can use force also.
Just add some random foods, consume one.
OK, then foods can't run again and foods can't see.
OK.
So we have fed zero one one zero if you just try to execute the code.
Now what I'll do is I'll try to merge the things together.
OK, so this is when the twenty three will create a new waterbus and this will be naming its steam.
OK, and four is zero and seven.
OK, we'll just merge them together, will create a new virtual bus we'll just need to select.
OK, and then we have zero, right, when right when we just merge them together with a new virtual
person we just named Jesus to operate, so we'll be noticing when we have a zero shift.
Here you can clearly see that we have seen value at butoh thing to future students, relics to a winery.
And we finding that the nine and old exactly have the same because we are not shifting.
Now, if I just try to.
Fools zero one, right?
So if you just try to force Esswein to a one right when we fools S21 here, we give as zero zero ninety
free for this one to a one will get shift in right direction, OK, with a unit of one.
So we'll get a single big shift in the right direction.
So we'll just go ahead.
Will apply foods consistent again one OK, and we'll try to execute.
So now we'll be noticing that on a select we have one.
Right.
So if you just change our Alex to a winery, you'll be finding that now we have zero.
So once we have a zero and so we can get the right shift with a unit of one.
So this one will come over here and we'll get one over here and then one will be here and this will
be coming up here.
So we should be getting zero zero one.
And that is what we are getting.
If you just try to add one zero.
OK.
So if you just try to get one Zeitels, we'll just use constraint S02 over and Woods constraint this
to see.
Right.
So if you just try to perform a simulation.
So when we have one zero.
OK, so we should be getting to shift.
Right.
So this one should be coming in first position because two shifts to one shift over here and the next
shift on the MSP position.
So this is what is happening with this one for this.
When will be getting to shift?
So this should be coming over here and then we'll be getting the it's one 00, right.
So our battleship there is looking fine.
And this is how you can utilize we are to be integrated to build up a complex subcontract.
The advantage that we get instead of directly pressing and I still call in and canvasses.
You can alter the configuration parameter.
You you also do not get a provision to edit an IP in between.
If you find some error, you need to go again to the school and then you need to.
Again, drag and drop the conviction that you need to seriously change the conviction, whereas when
you use an IP, once you merge, the changes we want will automatically upgrade.
That is an advantage that we get trade.
So those are the fundamental things that you need to understand about an integrated so we cover almost
everything that you need to know about an integrated.