I can't flip it because I've put a little twist on it, haven't I?

This bit, the big secret of automotive design reflection management.

A final instance where things might go wrong is reflective objects that have specular reflections.

Unlike a normal mirror, it can reflect back the incidental light in the exact same direction.

lights will be turned on, and then they can all look around at each other.

Everything else we quote unquote, observe in

Reflections on puddle.

And blue.

Yes, because Big Theta is like an equality.

Meanwhile, the ripples are traveling on the table, and because of the reflections at the top, you see at the back of the bottle, after several frames, the reflections are focused.

Refraction

Refraction

Reflection

Reflections

Reflect

Some more examples.

So we don't actually have to ever learn the transition model, P, with a Q learning agent.

Completely wrong. OK. Utterly backwards.

Fresnel reflectivity

The rebel base will be in firing range... in seven minutes.

Rather their goal is to look reasonable to the viewer.

Reflection

What if I were to ask you four is twenty percent of what number? So a lot of people's reflex might just be, oh, let me take twenty percent.

Reflex.

So the first one is we call solar radiation management, and that's the idea that you could put reflective, mostly reflective particles or other means to make the earth whiter, effectively to increase the earth's reflectivity, reducing the amount of of heat that's absorbed by the sun and therefore exerting some overall cooling tendency on the earth.

It would reflect, sparkle.

Two changes give a better result, one that's both more plausible and easier to control.

You look like a radioactive tampon.

It starts way up here, but then it's a free fall.

We're more interested in the Bi Directional Scattering Distribution Function. This type of function captures both how light reflects from and transmits through material.

And then you go a little crazy, and so you do various optical components or you do microprism arrays,

That's why he appears to have such quick reflexes.

A mirror reflects light.

Water reflects light.

The sonar will reflect off the thermocline layer.

You can demonstrate this by putting two mirrors next to each other, facing so they reflect back and forth forever.

Diffuse

Special reflection

It is similar with objects of other colors.

The point here is that we want to know how much light is coming from each direction.

One idea is to attenuate the specular term by the lumbersian fall off.

Never take it off until the last minute, it reflects light.

Isotope?

Not a challenging task.

It doesn't become dark. Why is that?