Smooth

Vivid Smooth

Calibrated Smooth

We got Madd Chadd,

If it's smooth, they'll follow it!

And then another thing opens, you close that.

Let's take a look at another example. Let's look at the Quick Contacts animation.

gt gt Chris Yerga

So in Jelly Bean, we put a lot of effort into making the user interface fast, fluid, and smooth.

Let's take a look at the launcher animation.

And this slide shows the difference among the four distributions ah, nicely.

(Music) (Applause)

And here, we show formation of a group of galaxies. Again, using same thing. 'Kay.

Hobnob was positively skewed. Foreplay, was, negatively skewed.

Um, you can do this in

And this allows the GPU, the CPU, and display to all run in parallel without waiting on each other.

It's a little bit time sensitive, so I apologize for interrupting. You've seen some really compelling demos here.

Now, we have good understanding explanation effects from galaxy revolution.

And nowadays, the way this is done is the galaxy map on the sky, projected density map of the sky is smoothed and Algorithm of some sort is used to identify the other densities.

Many of them saw that if they just agree to meet each other halfway, then everybody's cost goes down, and the traffic moves more smoothly.

But then they grow, condensing into little dark halos, which keep merging into every larger ones.

Here is a similar thing, but in this case simulation of a formation of a cluster of galaxies, done by John Dubinsky, again we start with very smooth sample conditions, and you see objects condensing and merging violently together with each other making

See, there are 2 dominant galaxies there, and the x ray image in the lower part and you can see it's much smoother than the one for Virgo because Virgo is dynamically young cluster, still falling together.