So let's try to implement a complex circuits such as a big counter, which is operating in and of itself
as we produce further, will try to lower complexity and control inputs to account.
OK, so we have a clock reset and only three pins are there will proceed with the process and then we'll
make our process until two o'clock.
Let us assume that the reset that we are targeting for the controller consideration is synchronous reset
to proceed with the rising age of a clock.
Then we will just sense that you have an idea about this.
So whenever we are implementing a synchronous reset.
So first we sense a clock and then we sense, at least in this case, the old should be equal to it
because research is high.
So it that can be defined like this.
So X defining that we are supplying a number similar format and it will be simply adding to the El's.
The will be was to be a plus.
OK, so since we are targeting only for an up counter, so we will be OK with your placement and you
already know that we'll get an error because we are utilizing an automatic operator and we have to include
the libraries, which are mandatory for utilising an automatic.
So just go ahead.
We'll include I don't normally stand as a first library.
And then the second library be required since we are working with the standard and the psychological
tests correctly today.
OK, so unsane library is also reminded.
So once you add this to libraries, you'll be noticing that there that we are finding on line number
will on.
OK, but here now you have something different that is there is not really from an output object and
this is the difficulty.
So when you have your output object on the left hand side, so it will create a problem.
But if you want to reuse some value of an apple, you cannot simply walk around with an output.
And that we have looked when we discussing about a SO to do have a situation, we require to have a
signal to signal let us said the term sender.
This logic and this call vector and the size should be seven down to zero.
OK, and let it just initialize this to what you.
OK, now, instead of a vote, we need to step right?
So we do not have any other choice than to go with the.
Tampa, Tampa, close to 10 plus one.
Similarly, heroes will use Tim.
So now we're finding that there that we are getting is gone now.
OK, but one more thing that we need to do is to connect the output to Twitter.
Right.
So first, we will end the process now, since the signal have a global scope so we can access them
outside the process.
OK, so once we complete all the algorithm, that is what we are doing over here.
So once we complete all the process, what we'll do is we'll just assign a deal to be close to to.
OK, so this concludes our entire call, know, what we'll do is we'll go ahead and will perform a simulation
because that will give us an idea about the correct functionality of our count.
OK, so what we did is we work around to implement asynchronous research.
OK, so first we are sensing the blockage, then we are sensing a reset.
OK, and since we want to reduce our legal counsel, we have declared a temporary OK, so time is zero
and reset is high and stamp is simply going up.
Right.
And finally, once we are in the process, we are connecting the at.
I will go ahead, will perform a simulation.
And we just need to circle, so first will force the clock one to zero.
Let's assume that the parade is a nanosecond and first we'll make our research high.
So once we make a reset high, our output should be zero.
Right.
So if you just two and three tarvin, they'll be finding we have a valid clock cycle, but still the
output is huge.
And once we remove the reset, OK, by using a false constant, applying a value of zero, you'll be
noticing that we will to see an.
Up, going up, and that can actually be verified by going into the Australian choosing and still be
finding out we have a positive slope.
So the camera is working fine.
Now, what we'll do is we'll add some modifications so that we make our account a bit more complex.
OK, so let's assume there is one more control point which will decide whether we want to go up or down.
OK, so.
Here we light up as when we open again and have a sight of single between surrender and the psychologic.
So every citizen that is.
And so, OK, so here what will be doing is if all is well in that case, are.
Temps will go up.
And our team will simply go to right.
So this is what we'll be doing.
As when we have our research.
OK, so this is how you can incorporate the more controlled.
OK, so let us go ahead and try to see whether things are working fine.
Right.
So for this, Eiffel's also we need to learn and write.
So once we see a green indication, we can just move ahead and now we have added a new push to remember
that we have a pretty dark so that we have added one move and we have digital logic.
Right.
So in that case, do not go with the relaunch simulation.
Instead, go ahead with a run simulation of us, lose our previous simulation window, discard the waveform
output, and then perform a behavioral simulation.
OK, so if you just apply for Schlocker here, Sofus, clock one two zero.
OK, and for resale, let's just apply first one so that this will set out to be close to zero, then
will change the state of the up control thing, right.
So first we'll set up to be close to.
And so this will make sure that our counter will go up and will also force a reset to zero.
Right.
So if you just try to perform a simulation, you'll be seeing that our slope is bogus.
Right?
Click on the go to a phone sale and select analog will be finally that our hope is positive.
And if you just Meeka.
Of control and zero, in that case, you'll be noticing that our reform is going to right.
So the mood control is also working fine.
OK, now what we'll do is we'll add a provision where you can load account and then can start the counter
from that specific.
So, in fact, we can utilize the recipient for title to save resurges one to whatever we have at the
Lord and will be lowering one 10 and then our country will start counting from that.
But what we'll do is we'll keep open independent.
So along with an up and we also have a loan.
OK, and lower in the lead up and she'll have a say exactly.
The equal to the size of our counter.
Right.
So it should be in standard.
And this cold logic and Victor seven.
Down to sue.
They.
So the logic will be said, but then term should be zero, and that's what we'll be doing it if.
LOL.
OK, which is the control that we have at it, if that is one in that case, in that case will be Luling,
the camp with the looting value.
So whatever value we specify, the looting will be loaded into a 10.
And depending on the mood control bill.
Will be simply going up or down.
OK, so this makes it so we'll just make the alignment proper so that it won't be confusing, right?
So this is first and if not for the logic that we have newly added, we need to add one more and.
OK, and then.
We now have full ministry, Nesterov State.
So we'll just see why, since we have a great indication we're here right now, we since we have added
a new poll for us to include our previous simulation.
And then.
Will perform a behavior simulation of.
OK, so here was a clock one two zero.
OK, and then we said, first we'll be making a high.
OK, and then we'll be making low, so we'll be forcing it to zero, let us make our.
Up to be close, you want to will be counting up, and first will Luling our country to how will we
make a law high and Lowline will apply somewhere to do hexadecimal?
Well, one.
OK, but if you just try to perform a simulation, you'll be filing, even though the risk is low and
up is high will be finding since loban is high, we have a fixed amount of OK.
So as soon as we decide, as soon as we apply zero, we'll be finding that it will start counting up
from the value that there is after one when we have one, two and three and so on.
So I will make up zero.
Then it will start again, counting down to if I just change the view from straight to an analog you'll
be analyzing, it could be OK.
So this is what the value that we have alluded.
OK, so we have from zero directly going to one.
This is the value that we have then we have up and down.
So these are the frequently used controls that will be finding right now.
You have an understanding how you use multiple vectors with behavioral modeling.