So let's try to analyze the ground value, which will help us to recognize that the country is going
really in a downward or not great.
So we first disconnect our application.
Then we go to a design perspective and here we start making the changes.
So we go to our Halliwell Darcy.
OK.
And here we are, waiting to hear why we think what we could do is we could just bring the values of
a timer at a random rate.
So let me just go in and try to find out the EPA that we have to get the current value of the time,
right?
So this is the API that we have, and it basically returns you dirty to value the current value of the
timer account.
So this again equate to admit the instant structure, and the MRC can be declared one variable other
again the same day, which is written by the function that we are utilizing it.
And then we will just be naming this as called value, right?
The required two argument first one is the.
Instance structure you just might not is an upmarket, yeah, no, it's you.
And now what we will be doing is at some random interval will be printing the value just to verify whether
the account value is going downward, going in and downward direction.
So we go ahead and we will delay and sell printer.
OK, and here we will be mentioning the value.
We're seeing Tweedledee, and again, do not forget to add a new line character.
And the variable, which is holding the value of account discount.
Right, right, so once this is done, we'll just be adding a delay.
OK, so instead of working with the second, we could work a microsecond together to achieve a delay
in microsecond, you have an EPA that could threaten you sleep.
Here we will be adding a council such that we are able to get the delayed millisecond.
OK, so we do not bring a lot of value to one zero zero.
OK.
And then three more zeros.
So this will basically give us.
So if you just calculate one, two, three.
So here we have rates one, two and three five zero that day, and this basically gives us a delay in
microsecond rate.
So.
If you calculate the tennis to five girls tennis to minus six, and that will basically give us tennis
two minus one, right?
And if you just calculate the value, it will be one hundred millisecond.
So this would be around one hundred millisecond delay.
And then.
We will proceed for execution of.
OK, so what we are doing is we are capturing the value of our counter, printing the baton, reading
four hundred millisecond.
So this won't be generating a whole lot of value or not.
First lusting after you complete your application is to build a project, suppress control b.
Does it automatically build the project and once be successful?
We select an application project.
Right click OK, and we have a debug at launch on hardware, so this will allow us to switch to debug
perspective.
So once automatically programs and FPGA, we will be going to avoid disturbing.
The good data will be to again connect to the serial terminal, right?
So we disconnect the click on plus button again.
We just need to select the correct partner.
So once this is done, just be clearing up items and we are ready to execute our application.
So just click on resume button.
Now you could see the take the series of undervalue.
OK.
And then we get the delay of five second, right?
So if you analyze the clearly going down and as we reach to.
The value of zero, we get daily of flights.
Right.
So this is all you could verify the specific value just to confirm whether we are going up or down.
Right?
Other interesting.
Option that we have with a timer is an auto reload mode that we will be understanding the.