Our system will consist of following, right, so be is an input from our usage, right, so this will
have the sides of the debate, right?
So any directional input than standard logic vector?
OK and size will be three bit greater three, but it's two down to zero.
Then we need to give have two output.
First one is I look OK, which is of, say, scope it right away for.
But because we have four seven segments, right?
So each put its allocated to enable a single seven segment display, right?
And then we have a two, which should consist of eight bit rate, so the size would be seven down to
zero eight.
Again, the directional be out, right?
So these are the codes which are required in our design right now.
We proceed.
Now we know that this will be the combination of circuit breaker.
So as soon as we understood the type of circuit, we will simply be adding, the sensitivity illustrate
that is the first step that we follow when we consider the behavioral modeling state.
Now, in this case, the entire circuit is combination of circuit will just be adding a b or higher
because vs the single input that we have in our design, right?
So as soon as we change, the value of this will automatically reevaluate the value of our catalog,
right?
Then we are typically.
OK, so here what we're going to do is we will proceed with building a table, utilizing a case team,
right?
So for us, the deciding factor will OK, what should be say on an order and calculates the value that
we have on an input?
Great.
So we'll just be performing a case on P, right?
So Case B, it's right.
And then we'll just variety and case over here.
Right?
One more thing that we need to do since we have started the process will just be ending our process.
Right now, we'll start adding a different value that we can have on Slate.
That's right.
So when we have a value of 000?
Right.
So that basically means we want to say the zero on a Seven Sigma just right.
In that case, cattle, OK, cattle will be with us to look at all vehicles to get to represent our
output, but so will again be utilizing the signal assignment operator.
And if you observe the equivalent value that we want to say low in the categories 03, right, so we'll
be going ahead and we add an X OK, so suffix should be X right.
Then in a double quick because we have a multiple digit and then the value that we want to send is zero.
Now remember, throughout our system operation, we want that A..
OK.
We just want to enable a single Seven Sigma list.
So I know the value won't be changing with the value of OK at the right, so we could just place A.
Outside of the key C3 and I load will be equal, Stu.
So here we could just tag double code, right?
And then since we want to enable our first seven segment, we'll just be adding a zero where there and
then rest three, we want to turn off, right?
So we will just be adding one one one two three because we know that due to the presence of the transistor
as soon as we apply one over here.
So this will be behaving as an open circuit and then this won't be enabling our.
And right, and that basically me the respect to seven segment display would be off.
Right.
So now we proceed and consider the next combination, right?
So when we have a valuable.
Zero zero one.
Right, in that case.
Cattle.
We'll Katherine will be with Sue, so if we analyze the table, it is 9f right, so we'll just be adding
a nightmare for him.
Likewise, what we're going to do is we'll just be adding all the possible values over here, right?
So after 01, we have a one zero look.
So in a case of war, one zero, the value that we going to save lives.
Twenty five.
Look, they not there's zero one zero.
We have one one eight, so four three we will be sending 0B rate.
So here we will just be highly.
So it'll be right, and then next, we have food.
Then we have five.
Six and then last one is said right so far.
For we need to send the Wild West night.
For the value of flight, we need to save 49.
Then the next 12 is seven and one, right, so we'll just barely see one.
And last Friday, this one.
Right.
So this completes all the combination and when we have an adverse fate.
So when we have, this will just be turning on, turning off all the right.
So how you turn off all their lives.
Now we know that we are controlling the cattle, right?
So to turn off any lily, we simply need to apply one to a cat, right?
So cattle will be equal to X and then all one will basically meet.
We need to sell them right?
So this completes an entire go rate to what we are doing is depending on the value that we have wanted
and put forth, that is b OK.
We will be sending the different value on and catch, hoping that this will basically enable the first
seven segment display out of the food seven segment displays that we have on end, right?
So this completes up.
OK, now what we're we going to do is after we complete, our first step is to verify that our goal
is correctly behaving right to what are we going to do is we will be randomly applying some of the values
of B and then we'll be checking whether we get the respective values on the cattle, right?
So we perform a behavioral simulation.
So let it just go ahead and try to force some random right, rightly fools, constitution and religious
foods, the value of to write so excited to meet you and click OK, try to execute the go support to
analysts civic rate and the value of cartoonist.
Twenty five.
So if you go ahead and if you all tip so far a value of two, we are getting pretty vague.
So Accord seems to be working fine now we proceed and perform forma synthesis.
Since we haven't specify the main configuration that is the food that we have in our source code, we
need to connect them to any BGP, right?
So that is what we refer to as an Consti, right?
So we get a new planning view where we could specify the Consti after we perform a synthesis rate.
So we'll just go ahead and form a synthesis there.
We will be getting a new planning group where we specify the constraint, right?
So if you already have our data constrained to your project, then you do not need to perform an intermediate
synthesis.
You could directly proceed for generation of extreme right.
So I've seen this.
This is complete.
It will just be clicking on open synthesis to say and will click right.
So this will automatically open up the IO planning where we will be getting all the pools which are
present in our design and we could add the things where we want to connected on an FPGA, right?
So you could see the pools which operates in in our source code is allowed B and get rate.
So I know we want to connect to the respective annual been off set and take this plea.
B will be connecting to slide switch and then we have a the rate first.
What are we going to do is we will be changing the standard rate, so we will be making it and we see
more certainty.
OK, so this will be doing for all the good.
This is the first thing that we do now.
We go in and we choose an open remember the and must be.
But is choosing to enable.
Now, if you analyze a quote we have chosen and there must be big, right?
And we are turning on and seven segment display with this must be great.
Great.
So we want to connect this to this 17 minute display.
So we should be specifying W for for A. I must be right.
So we go ahead and react w right.
The next bin will be V for you four and you two, right?
So we have before you four.
Hey, you right?
So these are the A.P. that we have, right?
So W for V for you, for you two and we anyone.
Basically, this seven segment is right that we need to specify the pin for W.
Now remember the values the.
Developed is considering it as it Ms.
Great, so we need to specify the cathode and this V to be W7 because if you observe so we have forced
as C, then kv cc right.
So e represented I must be here on to see represent.
So here it is entirely right, so we need to consider the Catholic to get to seven should be connected
to separate.
So this should be connected to W7 Then next we have is W6.
You OK, the next one that we have is you with me.
Right, so you wait, the eight.
Then the how you fly, we fly, you fly, we fly, and then we have U7, we separate you vati you seven,
then we have reset.
So this completes the declaration for.
Now we just need to find out the pin number for our flight suit.
Just right.
So let's just use his W0 as one NSW.
So V70 we sixty eight.
So we 17
OK v V60.
And the last one is W16.
So as soon as you specify all the pins, right, so just justice control A. This will automatically
ask us whether you want to see what street.
And since we do not have an existing guns gene, we'll just be creating a new ecstasy fight and we need
it to break the once guns inside it.
Now we can proceed for generation off of it strip, so just click on person.
This will automatically create a bitstream that will be downloading on an FPGA, and then we will be
verifying whether I.
System is correctly operating on.