Now what we're going to do is we will modify our code such that we have in synchronicity sitting right.
So to implement this in resolution, the process is very simple.
But what we are going to do is.
We will be removing the risk from here, right?
And first, we will be sensing the clock right, safe.
Rising age of the clock right there.
So let me just start, and I never hear if risk is high right then in that case to be one out of equals
to zero else.
And we'll just take it out to be equals to the right.
So this completes the quote.
We just need Trident and great.
So we have a two o'clock, hence we need to act to.
And.
So this complete.
Now we go ahead and try to lose an existing simulation and they perform again a behavior simulation,
so let it just right click on a clock, you would clock one two zero.
Period that will be choosing a nanosecond.
The good idea will be that you choose a leading edge as you do, and the tooling is just one, so you
could clearly understand the difference between the synchronous energy and.
Synchronicity, citrate, so click OK for research, let's just use first the value of one.
OK, then partly in use Wood's clock.
OK, one, two zero and then be that will be choosing this latest issue.
Two hundred not missing, right?
If you just try to click on one button now, if you observe the.
Wiffle ball research that we are utilizing is, oh, synchronicity, Sydney, so you really see we have
our worst edge over here, right?
So this is our first spot to do it and do that right.
So from the starting instance to the to edge of a clock, we have an undefined value for deal, right?
As soon as we have our basic research disincentives, research is high.
We are getting a value of C, right.
So this clearly indicate that our usage is reading four o'clock ish to arrive and then it is thinking
our be right.
So yeah, you could clearly see the difference between the synchronous and the synchronicity right now
if you just try to remove more research.
So right click on the reset and add a value to zero.
And if you just try to execute the code again, you'll be noticing that now Ivy form is following a
D, right?
So this is working good in both values.
Then use it, apply, reset and then use a remote.
Right.
So this is how we implement the sequential circuit vector offense.
Now we proceed to understand how we use case.