Things become a bit complicated, as we use, if Elsie breaks there, we have a multiple of conditions
to see that you cover all the possible combinations, right?
So if you're just coming this out, OK, and invoke the code for the poorest one month's rate.
Now here we have a medical condition, so let us first modify our food because now we are evaluating
four inputs, right?
So this should be written right down.
You are now to see right now you could see the display now select is off, say, stupid crate, so sensitive
of type and an endless corelogic, right?
So it could have a nine possible logical rate, so we correctly define the behavior.
Four zero zero zero one one zero one one My right and N3 present all the behavior that we have not mentioned
with you.
So if you just remove and L's from here, right?
So rest of the combinations off select of simply undefined.
So what system should do when we have a value, either?
Then this conditions are not specified by a user.
So this basically represents an incomplete behave, and this will again be leading to a creation of
the let's.
So if you just see a code and try to reload a schematic, you'll be able to see the extra circuitry
which has been added to our design.
And it also add a latch, which is something we never intended, right?
So if you go to a schematic angle defining, we are expecting that chain of a Marxist.
But along with the chain of matches, we again have this extraction up of MUX, which is indeed right,
and the latter which is all to activate.
Now, if you correctly specify the behavior, right, so forest, all the conditions, we want y to
be simply close to zero, right?
So this is this is a complete behavior.
So we cover all the possible combinations that we want to go around.
The rest of the combination will be simply to zero, right?
So we specified the complete behavior for our system.
In this case, we are correctly able to invoke a chain of right.
If you just reload a schematic and you could go to a schematic now we correctly get a series of muxes.
This is an expected silk right out of this.
So remember this whether it is a fence with a two condition or a fence with a multiple coalitions c
that you specify the complete behavior OK?
As soon as you have any incomplete condition present in your design, Latch will be automatically added
to your design.
Latches are not actively supported by an SPG.
OK, and that basically is considered bad for any bridges, right?
So avoid the lattice and see that you complete.
You add the complete definition for your system, right?
So whenever you have a condition C that you mentioned the behavior of a system, well, condition worse,
the system behavior when conditions do not break.
So that is what we consider that the good holding practice when using it as T right now, what we going
to do is we will try to consider some see circuit, right.
So we have a good idea about how you use a false statement for implementation of the circuit that it
just proceed and try to implement a few sequential circuit.
OK, so that you have an understanding of how you use that little statement for an implementation of
the sequences of.