Hello, already we learned how can we control Delta?
We have to keep it.
And how can we adapt our parameters?
And now we will learn how can add up acceleration and deceleration time.
Let's go to parameter one point nine.
I will go to parameter one point nine.
Let's make it bigger for you.
OK, maybe a little bit more clear.
OK.
And I will go to parameter one point.
Nine.
And this is 10 seconds, so the acceleration is.
Ten seconds, so we will reach to maximum frequency or setpoint frequency in 10 seconds.
I will make it to, for example, five.
Let's go to the moon and now it's five.
And now we can check once to deceleration time one point ten.
And let's go to one point, then it's ten seconds and I will increase it to 30 seconds.
So this is the stopping time, OK?
And it will stop in 30 seconds.
Or twenty nine point two, it doesn't matter and I will go to first screen, let's go to output frequency
and I will give a start in five seconds.
We will reach to maximum speed.
OK, we reached the maximum speed and I will say stop, just check.
After 30 seconds.
It will stop.
Slowly and slowly.
Now it's going down and down and down and down, almost 30 seconds later, it will be down.
So let's go to perimeter area one point nine.
This increase our speed to, for example, after twenty eight seconds later, we will reach the maximum
speed and we will stop.
And for example, two second.
Two seconds.
OK, let's go back to first, then make it two, for example, 50 hearts, and I will give you a start
so you can see it will increase to 50 yards in 30 seconds or 20 seconds.
It doesn't matter.
So it is increasing and slowly and slowly and slowly.
OK, it's going forward and turning and the speed is increasing and increasing and increasing.
This is our output for against age.
And now we reach to 50 hertz.
If I press to stop, you can see in just two seconds it's stopped.
So this is how can we adopt our acceleration and deceleration time for the Delta?
We have this unfinished for this video.
See you in the next video.