3D Rubik's cube game

a 3D city simulator game

Let's say that a hypersphere is the 4D equivalent of a 3D sphere.

The second heuristic we're using looks at the 3D problem but without obstacles.

Next View

like a piece of paper.

So if we move back, this is a two dimensional typical tree of life.

They don't fall over. They don't fall.

If you take the intersection of that plane and that cone and in future videos, and you don't do this in your algebra two class.

Galaxies seem to fit all over this particular family of profiles.

Let me draw them for you just so you can visualize it.

Most of life on earth is in that inner atmosphere.

I would make a tetrahedron.

The only component we could observe for it would be due to the radial expansion of the universe.

like in projection to the super galactic plane.

It gets us the value function, and it gets us the policy action.

Using this technology, this is mapping in three dimensions.

I went on to freeflying.

Simply a threedimensional image, commander.

Next Split View

We plan in 2D and use the 2D planning result as a heuristic for the 3D planner.

This is what we've generated.

Well here's the late, great Jerry Andrus'

Play 3d chess with reflection of the chessmen

So if we were to label our axis here, so think in three dimensions.

This is the way we should be going into the oceans.

This is a sphere. You can view it as a globe of some kind.

And I saw, Aha! That's the kidney and the psoas muscle.

Once the hapless square comes to terms with the third dimension, he begs his host to help him visit the fourth and higher dimensions, but the sphere bristles at the mere suggestion of dimensions higher than three and exiles the square back to Flatland.

Dragons

Nothing lights up the brain like play.

Cubic

I don't know, I just don't know how to plot all of these data, right cuz I need

Beyond it is another dimension a dimension of sound... a dimension of sight... a dimension of mind.

And you can see it sort of has this bow like shape.

And the Phoenix Islands is very rich in those seamounts.

All I do now is run the policy.

They float freely in three dimensions without any forces acting on them.

So now I'm going to show you a number of projects that we've built, from one dimensional, two dimensional, three dimensional and even four dimensional systems.

Obviously, moving a robot in any direction is easier than being constrained by the filters or the car.

Cubic Spline

Well, we can do the same thing in the third dimension with a four dimensional object.

And by doing it at that angle, if you've got that misconception in your head, then that two dimensional representation of a three dimensional thing will be ellipses.

But combined in a certain way, they can create something that still looks three dimensional,

So, unfolded it's about 300 linear feet.