I'm getting directions.

The same with y, and we take the square root.

This is negative.

We want to get back to negative 3.

As you move the line around watch how it will snap to a red direction, a green direction and a blue direction.

You can just see, there's a yellow ribbon tied to one of my ski poles.

This car now has its state an x, a y, and an orientation, theta.

So we shoot across the street through the window.

That information then needs to be connected to choices, needs to be connected to a range of options, directions that we might go to trade offs, benefits.

We want to rotate 2 12ths of the way around the circle. So that's 60 degrees.

Which direction is the park in?

Which way is the cheese shelf?

You have to distribute the b squared.

Take the imaginary part squared so let me write this.

And in the next video or the video after that, we'll solve an example where you want to take the negative square root.

And I wrote the y first just because we're going to integrate with respect to y first.

Though I joke about it,

YR Yeah.

And let's say the direction of my force vector, right, any vector has to have a magnitude and a direction, and the direction, let's say it has a 30 degree angle, let's say a 60 degree angle, above horizontal.

We want the right side to just be x minus 1.

Fields are planted in such an extraordinary way, that the one side of the field is planted like that by the women.

As a robot moves, its location uncertainty is going to increase.

Betty arrive at point A?

So how many ways to get to this last cell?

That, however, changes when I put a big obstacle horizontally over here, at which point it's really interesting to see A star cannot decide whether the horizontal path is best or the vertical path.

And the sphere has that balance property that it always sort of stays still and looks the same from every direction.

And now in the x direction, this is the x term, my x radius is 3.

And so the best way, if we don't want all of our Ys to sit on the 1 side, we can remove, we can remove a Y from each side.

And it's correlated with happiness. And, this is actually true in a lot of studies.

The reason why the area below the mission goal is green is because we expect the car to point up, to point north, at the time it reached the mission.

This submenu allows you to changes the orientation of the pages of the document.

This isn't any kind of fancy factoring.

Well you know, this'll work for any b, any 2a.

And remember, the reason why it wasn't minus 5 pi here is because we're going in a clockwise direction.

The way I'm going to do it is to use these numbers here and run through those backwards.

Suppose we have m camera poses.

The state space is augmented correspondingly.

Here you see that the balconies actually have to move out of the way in order to bring a thrust into the space.

Now the obvious thing is to think about what we could remove from our diet, what to strip out, take away.

But in this cell over here I have to turn to the left side.

For starters, let's focus on the beat

She's heading West on Leadwell.

So x has to be less than negative 3.

(Applause) For the second demo,

It isn't going to work.