HOME | DD
FractalMonster — Attack from the 4th dimension
Published: 2006-10-04 22:54:21 +0000 UTC; Views: 1739; Favourites: 27; Downloads: 22
Redirect to original
Description
Download for 1960x1470 resolutionThis is a 3D-section of the four dimensional cubic parameter space (the iteration formula is z -> z^3 - 3a^2 z + b), the axis b_imag pointing into the fourth dimension, the 3D-slice is performed at b_imag = 1. The red set is a part of M+, the grey set of M-. The motive is somewhat rotated.
More about this can be read about in my Cubic Tutorial and from article 16 in my Chaotic series . Here the history of my way to Cubics .
Regarding my 3D drawings, see my journals,
fractalmonster.deviantart.com/…
fractalmonster.deviantart.com/…
fractalmonster.deviantart.com/…
fractalmonster.deviantart.com/…
The image is rendered using a special module for Ultra Fractal, the module written by my very dear friend here on dA. Resized from 8000 x 6000. Small color adjustments is performed. All this postprocessing by Photoshop.
Regards
/Ingvar
klippan.seths.se/ik/frholmes/
Related content
Comments: 78
Really glad you also like my 3D-fractals 
👍: 0 ⏩: 1
great imagination , fantasy and creativity
👍: 0 ⏩: 1
Awesome. I put showgirls on my last one. Mandelbot would faint, but they look like they're under lights. This, I'd hang in my house, the colors are gorgeous.
👍: 0 ⏩: 1
It's one of my most popular 3D fractals, and yeah, the very skilled formula programmer (Greenseng on dA) have lights from different angels as an option 
👍: 0 ⏩: 1
That's not happening with me. I enjoy what I've learned. Skews arches, etc. and one false more those things go haywire, but it's addictive, so I try.
I've found 2 programs I can handle, but tutorial is a dirty word to me. LOL.
👍: 0 ⏩: 1
.. but that was an extreme long rendering time. You have to sleep with the computer fan some nights
👍: 0 ⏩: 1
I frequently wake up with my head on the computer. Ouch.
👍: 0 ⏩: 1
I'm a writer who keeps goofy hours. Sometimes I just crash.
👍: 0 ⏩: 1
Very nice textures and colours! 
👍: 0 ⏩: 1
Yeah, using my old computer from 2003 (2.3 GHz) Now I have one with 4 cores processor
👍: 0 ⏩: 1
Hope this one will do better.
👍: 0 ⏩: 1
.. at least faster rendings
👍: 0 ⏩: 0
I don`t really understand how you do this but it look amazing!
👍: 0 ⏩: 1
This one is a little bit special, but generall:, Fractal geometry is the math of the new science of chaos and complexity 
First: Check out the zoom sequences (only images) from page 4 in the pdf's [link] and [link] . The end motives are my deviations [link] and [link]
Second: In my journal [link] you have some links to short cool fractal animations I stumbled over at YouTube
Third: If you wanna try some free simple fractal software, go to my journal [link]
Fourth: Wikipedia has a nice site [link]
Fifth: Maybe you would appreciate my "Chaotic series of fractal articles" [link] if you have a little theoretical interest
Hope you don't feel spammed
👍: 0 ⏩: 1
My pleasure 
👍: 0 ⏩: 0
That's the cutoffs when the tentacles of N+ and M- reach the wall of the virtual box
👍: 0 ⏩: 1
I see. So they would go on and on if there wasn't a box to contain them.
👍: 0 ⏩: 1
Yeah, but they will be infinite thin after an infinite distance
👍: 0 ⏩: 0
Whoa! This looks awesome! Great job once again, my friend!
👍: 0 ⏩: 1
..or at least a 3D slice of a 4D object
All my 3D images are slices of either 4D or 6D objects
👍: 0 ⏩: 1
OMG - a 6D object. I can't imagine what it looks like.
👍: 0 ⏩: 1
No, Cubic parameter space ha "only" four spatial dimensions 
[link]
[link]
See articles 30, 31, and 32 in my Chaotic series
And Nonic parameter space ar 16 dimensional
👍: 0 ⏩: 0
Wow this is very eye catching. How do you do this!? lol
👍: 0 ⏩: 1
First: Check out the zoom sequences (only images) from page 4 in the pdf's [link] and [link] . The end motives are my deviations [link] and [link]
Second: In my journal [link] you have some links to short cool fractal animations I stumbled over at YouTube
Third: If you wanna try some free simple fractal software, go to my journal [link]
Fourth: Wikipedia has a nice site [link]
Fifth: Maybe you would appreciate my "Chaotic series of fractal articles" [link] if you have a little theoretical interest
Hope you don't feel spammed
👍: 0 ⏩: 1
Lol nope i dont feel spammed. Thats really cool though I have never heard of this type of art before and I will certainly be looking into it, Thanks!!
👍: 0 ⏩: 1
[link]
[link]
[link]
[link]
Enjoy
👍: 0 ⏩: 0
One of my most popular images as a print
👍: 0 ⏩: 1
This image really deserve it
👍: 0 ⏩: 1
I glad that you invited me to your gallery, your work is very intresting, I must confess that i'm not familiar with this kind of art...
But some of your work just take my breath away
👍: 0 ⏩: 1
👍: 0 ⏩: 1
To be true, I didn't heard about "fractals" before, but I look up for it in "Wikipedia", and now I know what it is...
I must say that it's wery especial method !
It's nice to learn something new
👍: 0 ⏩: 1
Yeah, isn't it 
First: Check out the zoom sequences (only images) from page 4 in the pdf's [link] and [link] . The end motives are my deviations [link] and [link]
Second: In my journal [link] you have some links to short cool fractal animations I stumbled over at YouTube
Third: If you wanna try some free simple fractal software, go to my journal [link]
Fourth: Wikipedia has a nice site [link]
Fifth: Maybe you would appreciate my "Chaotic series of fractal articles" [link] if you have a little theoretical interest
Maybe a new world has been opened for you
👍: 0 ⏩: 0
touché , looks awsome...
i never understood that formula
👍: 0 ⏩: 1
The formula is a long story. Have you heard about fractals before?
👍: 0 ⏩: 1
yup
i was always interested in fractrals, I don´t know why...
👍: 0 ⏩: 1
Regarding deep zooms in the Mandelbrot set, if you check out my deviation "Cauliflowerfort" [link] and click the link under "Artist's Comments", from page 4 you can follow the entire zoom sequence in 28 steps
👍: 0 ⏩: 1
duh... confusing
👍: 0 ⏩: 1
Then just enjoy the pictures
..and maybe also the cool fractal animations linked in my journal [link]
👍: 0 ⏩: 0
*sorry for the late reply*
You may be right
👍: 0 ⏩: 1
| Next =>