It's really a very simple algorithm.

If U equals 1, all the values are cyclically shifted to the right by 1.

One is by calling the closure or predicting.

So we're going to shift it to the left by 4.

let's go through the 3 different actions and here's a tricky part how to make the action work but it works beautifully.

An operation he called Job 314 .

So this point is equivalent to that point.

In the case of exact motion, we have a perfect robot.

This thing here is interesting.

So it's as if we have this (E) in our input and we're going to shift over it.

And so here's the challenge

Shift

Shift

What I want you to do is use minimax to fill in the values of these intermediate states.

And then I'll do another video where I actually shift the hyperbola.

left, and you would have to add another 0.

Shift left

Shift up

Shift down

Shift right

Hatcher's got you working a double shift?

SHIFT and Enter! SHIFT and Enter!

Well, then this will just shift this Laplace transform by 1.

The one to second motion touches these things over here.

That means that if both players played rationally, then Max would take this move.

Action

Behavior

Manage user actions

Action

Actions

Actions

Now let's try to apply the minimax routine to this game tree.

Change to Desktop 3

Move your panels into place. Three.

Let me type rand 3.

Action Property

User Action

Actions

Log filter actions

Action Flag

Head motion

Activating radar.

Stealth mode activated.

A hiccup?

(Typing noise) (Typing noise)