All images belong to batjorge.com. Some rights reserved. This work is licensed under a http://creativecommons.org/licenses/by-nc-nd/3.0/All images belong to batjorge.com. Some rights reserved. This work is licensed under a http://creativecommons.org/licenses/by-nc-nd/3.0/
Mandelbulber 2.16. Amazing Surf formula.
Wasn’t able to reproduce this usual surf-organic fractals with Mandelbulber until now. Took me some months, or even years to figure out how to with Mandelbulber 2. Similar shapes, two different programs. Wonder of mathematics.
JosLeys-Kleinian formula with Monte Carlo illumination produced with Mandelbulber2 2.16. OpenCl GPU. Original image was done at 6400×4800 and took around 9 hrs to complete.
Mandelbulber2 2.16. KaleidoscopicIFS with Monte Carlo Global Illumination and OpenCl. Similar to Beginnings from my previous post, but it was a reworked mockup. I tend to save progressively when I find interesting shapes for sometimes retaking them and finish them.
Large render at 5760×3840 and took around 6 and half hours with GPU.
Rendered with Mandelbulber 2 2.16. Kaleidoscopic IFS formula.
GPU OpenCL render wich took around 7 hrs at 5760×3840 px. with Monte Carlo illumination and shadows.
Slight level adjustments with Gimp.
Wishing a Happy New Year to all readers from this blog!
Fractal digital artwork produced with Mandelbulber v2 2.15.
JosLeys-Kleinian formula. OpenCl with Monte Carlo Dof and illumination.
Title is nonsense but if you ran out of ideas you can use The Abstract Title Generator ^^
Mandelbulber 2 v2.15. MonteCarlo 8k opencl render with slight color postwork with Gimp.
Kaleidoscopic IFS formula.
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