I have added deep zooming to Fracton. As a part of the testing, I looked at the area along the negative x axis to see if I could zoom in and find a deep minibrot there. At low magnifications, the minibrots are located at points where some oval shapes intersect the x axis. Zooming in on those contained a minibrot so I tried doing the same thing in the area near (-2.0, 0.0). Not knowing what I would find or how deep it would be, I zoomed in for an hour or so recentering the image to keep the oval shape intersecting the x axis. I eventually found a minibrot at a magnification of about 8E107. There is a much deeper minibrot from the same general area on the FractInt Deep Zooming webpage. Can you guess how the two images differ? Here is a link to a page with an image and the answer: http://www.fracton.org/fmlposts/20100910_deep107.html The par file for the image is: Deep107 { ; Exported from Fracton. ; time= 1 min 20 sec at 640 x 480 with no aa ; on a Mac Pro 2 x 2.8 GHz Quad-Core Xeon reset=2004 type=mandel passes=1 float=y center-mag=-0.199999999999999999999999999999999999\ 99999999999999998999156258683385300770447192487625\ 02981882543155705650500961365788066678e1/0.0/8.023\ 793735620347e+107/0.9999999992460491/0/0 params=0/0/0/0/0/0/0/0/0/0 maxiter=2000 inside=0 logmap=646 proximity=0 colors=200400600800A00C00E00G00I00K00M00O00Q00S00U\ 00W00Y00_00a00c00e00g00i00k00m00o00q00s00u00w00y00\ z00y00w00u00s00q00o00m00k00i00g00e00c00a00_00Y00W0\ 0U00S00Q00O00M00K00I00G00E00C00A008006004002000001\ 11333555777888AAACCCEEEFFFHHHJJJLLLNNNOOOQQQSSSUUU\ VVVXXXZZZ```bbbccceeegggiiijjjlllnnnppprrrsssrrrpp\ pnnnlllkkkiiigggeeedddbbb```ZZZYYYWWWUUUSSSRRRPPPN\ NNLLLKKKIIIGGGEEEDDDBBB999777666444222000012034046\ 06807A09C0AE0CG0DI0FK0GM0IO0JQ0LS0MU0OW0PY0R_0Sa0U\ c0Ve0Xg0Yi0_k0`m0bo0cq0es0fu0hw0jy0kz0jy0hw0gu0es0\ dq0bo0am0_k0Zi0Xg0We0Uc0Ta0R_0QY0OW0NU0LS0KQ0IO0HM\ 0FK0EI0CG0BE09C08A068056034022000211432653874A85CA\ 6EC7GE8IF9KHAMJBOLCQNDSOEUQFWSGYUH_VIaXJcZKe`LgbMi\ cNkeOmgPoiQqjRslSunTwpUyrWzsXyrWwpVunUslTqkSoiRmgQ\ kePidOgbNe`McZLaYK_WJYUIWSHURGSPFQNEOLDMKCKIBIGAGE\ 9ED8CB7A96875664443222000 } -- Mike Frazier www.fracton.org
Mike Frazier wrote:
I have added deep zooming to Fracton. ........ I have updated Fracton to include arbitrary length high precision math with the Mandelbrot set.
Very Cool !!!! :-) The Macintosh world has never really had as wide a selection of fractal generators as the Windows environment. And it is good that others will have the capability to reproduce FractInt images by importing in parameters, colors, and formulas for use within Fracton. I will post a few notices in various other groups and forums to let people know that your application is available for download. You may also be interested in a few additional "Useful Links" on your web site: FRM's http://www.nahee.com/PNL/OrgForm.html Various Files (collections) http://www.nahee.com/Fractals/FractInt/index.html Sincerely, P.N.L. -------------------------------------- http://www.Nahee.com/PNL/Fractals.html http://www.Nahee.com/Fractals/
You may also be interested in a few additional "Useful Links" on your web site:
FRM's http://www.nahee.com/PNL/OrgForm.html
Various Files (collections) http://www.nahee.com/Fractals/FractInt/index.html
Those are great resources. I added them to my links page. Thanks for taking the time to maintain them. -- Mike Frazier www.fracton.org
participants (2)
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Mike Frazier -
Paul N. Lee