gradients

What about thresholding gradients (with adaptive threshold), storing resulting edges alongside (compressed with RLE f.ex.), and then blending it over the triangle gradients?

Many of the constructs he employs (progress circles, use of color gradients to indicate data age) are really good.

In most cases 256 colors is enough for static pixel art, especially if you avoid gradients (as most artists do).

Anybody know if air can sustain beam propagation at the E-field gradients that would be needed for this to work?

How about using examples where JPG are traditionally bad at, such as pictures with dark gradients leading to blocky artifacts?

Can the accellerations you reach with laboratory centrifuges induce sufficient concentration gradients in salt solutions?

Your next best bet would be to use HoG(Histogram of oriented gradients) along with SVMs.

What we now have is mostly people blindly following potential gradients set by markets, like water flowing downhill.

It will get rid of some of the spikiness and leave more smooth gradients.

You are even using gradients with that orange that reminded me about them.

Each of these gradients is a single color transitioning from fully-transparent to fully-opaque.

Were you expecting some tacky flash website with animations and gradients everywhere?

The "High Performance Conjugate Gradients" benchmark was proposed a couple years ago as an alternative metric for ranking supercomputers.

I doubt the idea to "simply follow gradients" can prove neural networks to be glass boxes because the output of that is still too complex.