mandelbulber Gallery of Torolf Sauermann

[jotero]

some of the image have amazing ptoential for big sized prints, but i think many of them lack a really good perspective, e.g. centering of interesting objects,
good outlook, there are soo amazingly interesting structures, and for example this image looks like a massive gateway
http://www.jotero.com/bilder/mandelbulber/mandelbulber_25_11_2010_06_sauermann.jpg
but, with a little changed camera perspective, the impact would be a little larger, in my eyes...

yes a view is always available!
http://www.jotero.com/bilder/mandelbulber/mandelbulber_25_11_2010_15_sauermann.jpg

ciao
torolf

[jotero]

hello all

it's incredible what you can find everything! mandelbulber 0.97


Larger
http://www.jotero.com/bilder/mandelbulber/mandelbulber_25_11_2010_17_sauermann.jpg



Langer
http://www.jotero.com/bilder/mandelbulber/mandelbulber_25_11_2010_18_sauermann.jpg

ciao
torolf

[Tglad]

The first pic in the last post is a shell, each big dip has several smaller dips inside it, which have smaller dips again etc.
The second pic is awesome, and nice colours too.

[hobold]

If you want to structure rotations such that they are commutative, you can borrow physics' rules for momentum. A momentum is a vector that originates in the center of mass and points along the axis around which a rotational force is applied. The length of the vector represents the strength of that force. Whenever more than a single momentum affect a mass, they add commutatively just like vectors.

I have no idea if this would make for a good UI or good fractal imagery, though.

[Buddhi]

Great images Jotero!

Rotations do exist in Mandelbulb3D. Just select an amazing box as the first formula, and _Rotate as the second one.

As far as I understood, a rotation is simply.....a rotation ! for the current iteration, the point is rotated around each axis by the assigned angle in degrees.

By the way, I think that rotations are not commutative in 3D. So I don't know exactly in what order they are processed.

In Mandelbulber, buddhi talked about rotating angles of the folding planes, which is not the same thing as the _Rotate function in M3D I think, but it gives very similat results in essence (spirals...)

I might be totally misinterpreting

About rotations, in Mandelbulber there are two possibilities to add rotations to Mandelbox. You can add very simple rotation of actual iteration around the origin. You can also rotate each folding plane separately. Results are similar, but rotations of folding planes give more possibilities.

[bib]

About rotations, in Mandelbulber there are two possibilities to add rotations to Mandelbox. You can add very simple rotation of actual iteration around the origin. You can also rotate each folding plane separately. Results are similar, but rotations of folding planes give more possibilities.

OK, thanks for clarifying.

[jotero]

hello all,

fractal fungus


ciao
torolf

[jotero]

hello all,

What you see, it's not there! 


ciao
torolf

[jotero]

hello all 

For the passions of the sighted.
http://www.jotero.com/bilder/mandelbulber/fractal_fungus_01G_2011.jpg
2,390px × 1,793px

ciao
torolf

[jotero]

hello all

stereoscopic rot/cyan




Original image :*)
http://www.jotero.com/bilder/mandelbulber/image00011.jpg

3D TV and holographic http://www.rabbitholes.com is possible

ciao
torolf

[jotero]

Hello all,

I'm still excited about mandelbulber 


ciao
torolf

[DarkBeam]

Beautiful images and very anticipative. That was 2010...