Now, let's modify this call so that we get to process material which will be emerging next to logic
and logic.
Now you'll be finding there are differences between the process, which has NextEd logic is depending
on state and whereas our logic is dependent on street.
So in this case, whenever you have a multiple process, depending on the multiple variables to the
process, which covers the maximum variable.
So, for example, this process already Kovalsky OK, but this process do not cover these.
So what we'll do is we'll.
Choose a signal process that is sensitive to both the variables so that we won't be getting an incorrect
operation if you just make our process sensitive to see the next logical and be working fine.
Right.
So we will choose this process because here we.
Have all the variables, one which both the processes are sensitive.
Now, here, what we will be doing is so when we are in OK, independent of the we know that our police
will just copy this and will not be working to check what is the value of the.
And we will just be checking once we are in the should be one.
Right.
And then the next it can be decided on the value of this makes sense.
When we are in Esswein we know that output should be equal.
Students will just copy this independent of checking what is the value of being.
We'll just be seeing it here.
In fact, what you can do is you can just paste DL twice or so here.
Also, you can be out and here also you can this deal.
So that also mean that independent of the value of the deal will be OK.
But the easier way you faced before or you add your day out before you check the plate, and that is
what we have followed when others should be zero.
So this will won't be affect our entire code.
So we just be wasting it over here.
Right.
And then we can safely delete this process.
Right.
So now we have a to process.
So remember, this point will be choosing a process which is sensitive or which cover all the variables
on which both the process and depending.
We'll just see the will proceed to perform a simulation that also will disclose an existing simulation
and will proceed with a behavioral simulation.
Will apply Akallo.
Will first apply a reset and just apply a reset, try to execute who will be finding we are continuously
in zero, then will proceed and apply when that deal will be to reset rate.
So we'll just go ahead and apply zero at a reset and will try to execute code and still be finding that
we are able to get a square before.
Right.
So the code is working fine.