Title: pseudo_kleinian 2 Post by: mclarekin on August 12, 2016, 02:52:26 PM pseudo_kleinian 2
(http://nocache-nocookies.digitalgott.com/gallery/19/8347_12_08_16_2_52_26.jpeg) http://www.fractalforums.com/index.php?action=gallery;sa=view;id=19502 pseudo_kleinian 2 Title: Re: pseudo_kleinian 2 Post by: knighty on August 12, 2016, 11:39:57 PM Cool!
Is it coded in mandelbulber or using OpenCL? Title: Re: pseudo_kleinian 2 Post by: mclarekin on August 13, 2016, 02:28:50 AM It is the Mandelbulberv1.21 OpenCL custom formulas, it will be a while before I port it to Mandelbulber V2.
I am currently have to fix a lot of "parsing arguments" mistakes I have made over the last few months :embarrass: :embarrass: :embarrass: , but as often is the case, the mistakes produce some cool stuff. The pseudo kleinian can produces some strange (DE based??) "ghost web" as can be seen in attached jpeg Title: Re: pseudo_kleinian 2 Post by: paigan0 on August 13, 2016, 03:09:03 PM Wow, guys, I love this formula and this world! That's a great image with the strands coming out and linking the larger shapes together.
There are some just amazing images that I got out of my first playing with the pseudo_kleinian formula that mclarekin gave me. I posted the full video a few postings ago here on the forum with a video called "Knighty Night" and here's some of the images from the video and then some ultra HD high res images I did of the keyframes and put on imgur. It's all custom OpenCl v 1.21 stuff from mclarekin. Just a bunch of really cool images. http://imgur.com/a/H4ue7 https://www.facebook.com/media/set/?set=a.1248033765237109.1073741893.100000914911000&type=1&l=de31e29082 (http://i.imgur.com/GDSo02D.jpg) And then: (http://i.imgur.com/DvnIEms.jpg) Title: Re: pseudo_kleinian 2 Post by: mclarekin on August 13, 2016, 10:38:35 PM We are currently looking at including this formula in V2.09 release
Title: Re: pseudo_kleinian 2 Post by: knighty on August 13, 2016, 10:45:35 PM Great! I particularly like the way cool effects arise from deviating from the original formula like the oblique columns and curved polygonal shapes. :) |