Let us try to perform a simulation, right, just to verify whether our system is working as expected
since we already set our liturgy as a top model in the simulation.
So also, we just need to go to the simulation tab where we have run simulation click on run behavioral
simulation, right?
So here we have a set of 10 stimulus that will be applied to our system and then we'll be observing
whether the output matches to what we have over here, right?
The first value that we're going to add, it's all zeros, and then we are expecting to get all zeros
right.
And all right.
All right, click on and to represent our input bus.
Then you have a force constant rate, so we just need to add four zeros, right?
So the default format we're just using is hexadecimal right.
So four zeroes in a binary is equal to a single zeroing in hexadecimal right.
But we will be choosing to work with the binary.
So just click on this and then you'll be able to choose the different radix rate.
And here then you could specify for zero.
So we have one two three four zero three.
So once you add this value, let it just really use the time, but it be a nanosecond rate and then
click on this run.
But right, so once you click on Run button, you'll be noticing that you have 0.10 invert, right?
So if you just select the bus, right click and change the Radix to a binary.
You'll get similarly output also to a binary.
So we could observe that for all zeros at an input will be getting all zeros out, and I'll great the
next value that we're going to artists.
One zero zero What right?
So already just go right click on a full scholarship and add one zero zero one.
This is again a binary format.
So we need to choose the Read X correctly, right?
Once this is done, just click on Red Button and for it, we are getting one one zero one, right?
So this is one one zero one right here.
We are exactly getting the same value.
Now let me just focus one one zero one, so we're likely going to be for on student.
Then we have one one zero one.
Again, this is in a binary format.
Right click OK and click on run button.
So the value that we are getting is one zero one one at an output.
And here also we are getting the same value right to the last value that we're going to add is zero
one one one.
So right click.
Ford's constant zero one one one in a binary format.
Click OK and click on red button, right?
So you are getting evaluated zero one zero zero, right?
And here also we are getting the see right.
So our system is working as expected rate.
So this is how we used a multi bit bus with a data flow more relaxing.
Right now, we have an idea how we use the signal to define an undefined net rate, how we work with
then signal based values, OK at an input and output port and use them to work with the data flow modeling
state.
We also covered an example where we looked into how we use a multi bit vector or multi multiple put
to work with our data flow modeling state.
Great.