Jupiter

[Dune]

Test to get a decent Jupiter.

[mhaze]

Very nice indeed great textures and some subtle touches like the mist are superb.

[DannyG]

Epic stuff Ulco

[DocCharly65]

Really epic!

But...
I am a little bit ashamed to criticize, but could you get the displacement of the Jupiter clouds smaller? It looks impressive but feels too much.

[René]

Impressive! Did you use an image map for the atmosphere? If so, you might want to add some small fractal displacement; there seems to be a difference in resolution between the rocks and the atmosphere. But maybe this is just what you were after.

[Ethrieltd]

Really epic!

But...
I am a little bit ashamed to criticize, but could you get the displacement of the Jupiter clouds smaller? It looks impressive but feels too much.

Yeah, what he said. I thought exactly the same. It's a bit much. Gotta remember that Jupiter would probably be several hundred thousand miles away from the camera in this pic.

[Dune]

No problem, crits are welcome of course. And yes; image map, so I'm bound by its 4K resolution. Sure I can dial the displacement down and add some fractal. Fractal color adjust perhaps, I'll have a go. Renders fast so, it's no worry at all.

[bobbystahr]

**anticipating the update** like where it's headed

[masonspappy]

Nice Job. Agree the displacement could be downsized a tad.

[Agura Nata]

Well done, looks fascinating

[mhaze]

I suspect that, if you were that close, the displacement would be about right!

[Dune]

Never been there, myself. The only problem I had was the slight jpg compression artifacts. A little less bumpmap and more procedural displacement would overcome that maybe. i'll have a go anyway.

[Ethrieltd]

I suspect that, if you were that close, the displacement would be about right!

I'm sure that out near Jupiter is WAY beyond the limit for the inverse square law to make a real difference so shadows (and thus displacement) won't behave as we normally see them. The falloff at that distance would flatten shadows by virtue of the light intensity being reduced by the factor of the inverse square law beyond anything that we see on Earth.

https://www.nasa.gov/audience/foreducators/9-12/features/F_How_Far_How_Faint.html

Not that it doesn't look good, I'm just not sure it's scientifically accurate, which I think I may have mentioned before, is something I have issues with....

[fleetwood]

Great image.

[René]

Perhaps you can use the warp shader to deform jpeg artifacts and add some more detail at the same time away.