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Before we look to generate the failing effect on an ADT, it's OK bad, what we're going to do is right.

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We will start from a lower intensity, OK, then we increase in intensity till we reach to the maximum

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intensity and then we are again in density.

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So this is what we refer to as a fading effect on an LCD.

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OK, so we'll take the help of an BW where we try to change an average power so that LCD brightness

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will be back, right?

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So from low intensity will be going to at high intensity and from high density will again be going to

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a lower intensity, right?

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So before doing that, let's first proceed to understand how we vary a duty cycle, right?

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So I have just modified an existing code that we release right now here if you want to continuously

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generate the newly settled rate.

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So we have our data while one over here, right?

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And then these are the two patterns.

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Is it decided to calibrate, is that right?

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First thing that we always do is to disable P.W. because we know that we need to first configure them

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before enabling it.

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Right.

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So I could really say, well, we will be generating a high value rate.

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So here, as compared to previous case, we have set our high value, too busy period.

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We get consumed because this should be constant.

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Only thing that will be changing to vary the duty cycle is the high value rate.

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So the initial values zero and we are checking whether high value leads to this value.

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OK, once our high value reaches to a period, that basically means we get to 100 percent duty cycle.

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That is for all the time I laid eyes on, right?

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So we'll just be checking whether high value is equal to the value that we have for fitting, OK, if

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that is the case, we again want to.

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Start generating four zero, right, so that is the minimum value that we want to set, right?

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So here we are.

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Getting initialized in high value to be zero is what we're going to do is if I high value is not equal

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superior, we are just incrementally higher value with this step, right?

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So this is quite big number.

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But this is how we are implementing our high value rate.

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So we do have a limited step before we reach to the maximum rate.

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So once we correctly generate in high value and this is in fact variable rate, so this you could set

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according to how fast you go from lower intensity to higher intensity rate.

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So here we are, consuming only a few steps to go from zero to the higher value rate, then we are storing

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the value that is being generated as a duty cycle.

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Once we add the period and high value, we're here, right?

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So first step is we disable our VW, then we proceed for generation of and hydrogen.

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This is our second step.

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Third step is to add the high value and put it in a P.W. configuration.

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This will retain duty, right?

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So once we correctly configure repeatable.

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The next step is to enable a repeat of that, right?

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And here we are, also branding the value of duty cycle and then we are waiting for the timer went to

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expire, right?

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So once timer unexpired, we complete our full cycle.

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Then we proceed for generation of a new value for our high value variable rate.

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So we will be waiting till the timer expired and then we again go back over here, right?

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So where we disable them, generate the new high value, configuring appropriate and enabling our energy?

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Right.

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So let me just go ahead and try to build our project.

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OK.

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So once I if I lose ready, we will just be going.

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And this is a configuration that we are really right.

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So right click on the configuration and just click on Relaunch, right?

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So this will automatically relaunch our debug session.

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And here if you analyze the latest.

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Right.

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So we are already connected to Comm six with about eight nine six zero zero.

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Right now, we are ready to perform or hold resumption, right?

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So here you could see timer and it is successful and then the duty cycle is ready, right?

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So you could see four, nine, 14, 19, 24, 50, 55, 60, 65, 70, 75, 80.

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90 and then hundreds, they and as soon as we reached 100, we.

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Start again from four, nine, 14, 19, so on and so forth.

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So what this will do is we are going from a lower value to higher value to will be getting the changes

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in intensity that here.

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In fact, in this code, we are again going back to the lower value end and increasing rate, so this

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won't be generating the feeding effect.

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Instead, we'll be getting sort of like me a break.

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But for a fading effect, we want to have a triangular like view.

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So that will be understanding in the next do write how we generate a triangular light vehicle.

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That basically means we go from zero two and then 400 hundred, we will be going to zero.

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So you should not be thrown for that.

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It should be eight to 95, then 98 and into one right and then then only will be able to get the feeding

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effect.

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So they just modified the score so that we able to generate the feeding effect.