So let start discussing about how we implement the sequences together and then the sequences that we
have considered here in Johnson County will be noticing that you from a previous age, we have to be
OK, whereas for if you consider the last there Cuba.
So you see a bubble here.
So Cuba refer to it.
And this is the arrangement that we make.
And Johnson, look, if you consider it, we still said a Q OK, off the last dish to the dean of the
facility and that make it nonsense, whereas Johnson got the results.
So we'll have more discussion on this when we when we deal with him.
OK, so right now what we'll be focusing is first try to implement a new flipflop, OK?
And then use and we value IP integrators to build this chance encounter.
So let us move ahead.
And now what we'll do is we'll just create a new source code.
So we will click on plus adultry to design Soules create file and we'll just mean this has flipflop.
OK.
So here, we'll just try to clock right now.
OK, so the queen will be deciding.
As required for us to get ourselves, it consists of ClearPoint had we have connected the research,
so if research is high, our output will be considered.
So that is one of the controls.
And then we have a quality of a clock.
OK, and then the D and Q so for final stage will require two bottles.
So that is an extra thing that we need to get so far flipflop.
The importance that we require is clear clock and output per Mănescu and Cuba.
OK, so now we'll be finding we have a right to.
The first thing that will do is to.
Of data and input and output.
So we have a clock has already declared, this is not my last, so I lied semicolon, then we required
that he sick and we also required the rate.
So there's also our input and all this good logic that is single trait.
The next one is a doubt which will be announced again, that will be also a state senator and the school.
And since this is my last book, so I will not be adding any semicolon.
So this complete my declaration of all the OK now will proceed with a process, OK.
So let us assume that reset is a synchronized signal, guess who will decide the clock inside the sensitivity
list and then will proceed with the so if when we have a synchronized research.
So first we sense an age of a clock.
So if rising age of a clock, OK, then.
If.
And remember, that we did is case insensitive, so here it'll be fine if you have an uppercase still
rising, each being clearly understood by everyone.
OK, so if clear or if this is one right, then in that case the D out should be close to see it.
OK, else.
And this will be making a deal to follow D.
So this is how your deal should be here.
We require one more.
Output, which is down, right?
So we'll just complete this call first and then we'll add one more.
So let me just name this as D and OK, so the complemented output and for that, when we said there
is one, so the N should be equal to one.
This makes sense.
And else is the N should be should be equal to north of.
The night, so this completes our behavior, so we have four sensory sets of researchers, Heidi, out
will become Basti and will be exactly opposite of the which is what else will followed and the end will
follow not.
And since we have started a process, we will just in the process now will see.
And the next thing that you'll be doing is to verify that it is working correctly so that I'll.
Not due here, because this is very simple, but you try to apply its behavior and then only proceed
for creating a blog.
OK, so now we'll create a new blog designed so we can create blog design, will choose a different
name, which is designed to.
Now we want to use the flipflop.
Right.
So we go to a small staff will already flipflop.
OK, so here the problem is it is updating, so we want to update and hierarchy and then it will allow
us to add sous vide onto canvas.
To one side of that is complete, we'll just copy it if to it here.
OK, so now we have our first.
Deeply flawed.
So will require full search.
So we'll just bring this out and now what I do is I'll just copy this.
So for coffee, you can just press control, see, and then control we to paste the multiple.
Instances of an order to create so will create for such instances.
And then we'll place them horizontal.
OK, so.
We have an input on the left side, but as output on the right side, this is clear, right?
So it should be connected to the design of the next block.
So it should be connected to be the next else should be connected to dean of the next, whereas the
dean of the last flipflop should be connected to the dean of the force.
This is an arrangement that we do for the.
Johnson County, then we need to connect all the resources to get right, so here first will add up
to just right click and you have an option to create a pool.
So just create a pool and name this risk.
OK.
So this is our input.
OK, and you'll be finding we also have a specific type.
So since this representa reset, we'll just select this to be a reset.
OK, and then you can see actually how we want that when we apply, it should be active.
So in that case, we choose to and we'll hit it once we do this.
Now, we can connect this to the recipients.
OK, so we'll just connect all the reset to the reset pool that we have just started.
And one more thing we need to connect, that is so again with a click.
Output.
OK, we'll just name this as a clock.
It will have a direction of an input and this belongs to a clock.
I take it you can, in fact, specify the frequency.
Just add a hundred, which is repeated a hundred regards and we'll just talk.
Now, we'll just take this to the local rate.
Now we have our finger ready and I thought our entire design, so you can just click on regionality,
OK, so this will create a thin diagram for us and then we proceed with the validate design.
OK, so once validation is successful, OK, what we'll do is we'll just go ahead and create an actual
wrapper for our design.
So, OK, so we currently work on a design to right.
Click and create and still.
So this will take a while to generate and once have virtual school is ready, we'll try to verify its
functionality.
So allow you to update and Hauraki.
So once that process of a date is complete, will first set design to happen as a top model, because
this is where we want to perform a simulation and tests of this stuff.
Right.
So we'll set this system.
And then we will proceed with the simulation, so allow the update process to complete.
And then we'll perform behavioral simulation.
OK, again, one knee, one more thing that you need to check is whether inside a small step we have
designed to Rappler as our top model, right.
So we have set design Tarapur inside a design source as a top model dissimilarly.
Similarly, need to check whether simulations who's also designed to happen is a top model look.
So that is the second check that you'll be doing and once this due process is complete.
We'll proceed with the simulation, so we'll click on Run Behavioral Simulation, and we just need to
force the clock and reset and this thing will start working fine.
Right.
So no.
We'll be finding we have a clock and he said, OK, if you're going to resign, OK, we'll be finding
that we have dealt also with which are not right now to just go to resign to.
And then since we have not made our out.
How would you not be finding any deal in that case, what you do is you just go ahead.
Close the simulation.
OK, now you'll be finding that we want to change our design, so we have created an exterior, but
later on we recognize that there are some mistakes that we have committed.
So how you handle that procedure will be understanding with this example.
OK, so you go to a design lab, you have a design block to design that you just Double-Click, and
that will take you to the design that we have created.
Right now, we want that vote should be outside, right.
So users should have an access to a deal and then only that can be used to interface with an outside
site.
So if you're just right, click, you have an option to create a pool.
And then if you right.
Click on a net, you do not see a make external option.
Right.
So what you do is.
You can either create a split, it just add.
A food guest said this is an output.
OK, and we'll just name this as Que.
Three, OK.
I will.
OK, so we required for such proof, so we'll just copy will be.
OK, and then the name that will be changing is to.
You when.
OK, and then finally, we required to see this should be.
Now will connect and individual output.
So this is a relatively flipflop, so Cusato will be connecting to vote they took one should be connected
to the out of this.
OK, then we have.
Doubt told this to be connected over here.
And then.
The final that we have will be connecting over here.
OK, so we'll just verify connection once so disconnected to the dial, disconnected to these.
Disconnected to.
OK, so here we have one mistake.
So this should be played with the deal and then deal is connected to date.
This should be.
Being connected to deflate and we want to have this as a.
Well, we have DNA not of the connected to the DNA match.
OK, here we have connected up into Q3, then we have a Q2, then we have a Q1.
OK, and then finally we have you know, we try to regenerate.
We get to remember that region really me sometimes be confusing.
OK, so once you finish an entire design, then you try to regenerate.
In fact, that will be confusing sometimes because this try to clean up your diagram and then you'll
not be finding any hierarchy of a block that you have to say so once you complete an entire thing.
OK, what we'll be doing is we'll just be validating our design, OK, once validation is successful.
Now.
Will go ahead again.
Right, click on the blog design and will create an ideal rapport and will allow us to be able to manage
to generate a source file for us.
To once designed Apple file is ready.
OK, so it will automatically be seen in updating and simulation.
Also right now we proceed to simulation, so we will click on Run Simulation and Run Behavioral Simulation.
We.
See you in Q2, Q3, along with the clock, and great, now we'll just follow relock using a false laksa
one to zero and then you can then reset will fall to zero so that we will to see an outbreak.
And then if I just try to execute a good salary, just falls are reset to a one.
So this will reset all output.
OK, so now we have all the output being decided to a zero and then we try to remove he to force consumer
SEYDOU again will try to execute.
Now you'll be finding that you have a result similar to what we are expecting in Johnson County.
And in fact, that can actually be verified by creating a virtual buzz.
So we'll just go ahead and we'll try to merge all this signal into a buzz.
OK, so we want Kutty to be an update.
So we will bring Kuzio down, will bring you one about zero in Q2 and Q3.
Right.
And then we will select the Q3 shift down arrow and then click neutral bus.
OK, and then we try to observe a binary.
All right.
Just to innovate and will.
Right.
Click.
Will choose the next to be.
Will be finding we have one zero zero, then we have one one zero zero one one zero one one one and
then one after another will be finding that we get it.
OK, so the number of unique, Steve, that we are expecting out of four, Johnson going to recede because
we have a full Johnson going to let us count the number of unique value.
OK, so let's assume that one zero zero zero is our first value then.
This is also unique.
While the second, third, fourth, fifth, sixth, seventh, eighth and again, we reached one zero
two.
Right.
Which is the first value that we have considered.
So we have to tell each unique value.
And that is what we are expecting because for an end, Johnson Johnson, we are expecting to win unique
value.
And here we are getting four of Robert Johnson after each unique so we can see that Johnson is working
fine.
Now, what you do is you try to implement a ring count.