a specific 3d fractal

[isosceles]

I find it interesting just how different the 3D fractals are between Mandelbubler and Mandelbulb3D. There are certain fractals that be created within one and not in the other.

I have been trying to create a fractal similar to this one. Anyone able to achieve this? Are their limitations I am unaware of?
http://www.fractalforums.com/index.php?action=gallery;sa=view;id=5328

[bib]

The programs are quite different indeed. However there is a hybrid mode in Mandelbulber too, so it should be possible to replicate what you did here:

20 iterations of Mandelbox
1 iteration of Sierpinski
20 iterations of Folding Int Pow

Mandelbulber experts can you confirm?

[KRAFTWERK]

Yes! It would be really interesting and helpful to get an example of how to do this kind of emigration!
Would be nice to try both worlds...

[taurus]

my knowledge for a quest like this is quite limited, but i think the chance of a successful reproduction is close to zero (at least for me). the reasons are:

• folding int hybrids are looking completely different in mandelbulber. eg http://www.fractalforums.com/index.php?action=gallery;sa=view;id=7105
• afaik there's no sierpinski formula in mandelbulber. maybe the ifs tab could be a solution, but that's only a guess
• the last time i tried to migrate a simple negscale rotbox parameter from mandelbulber to mb3d, i failed. it wasn't even close

i admit, that i had almost no expierience with mb3d, the last time i tried to migrate somethong between theese programs. this is a bit different now, but i think, to bridge the gap between bulber and mb3d someone with much more fundamental knowledge about the math background is needed.