; Date: Thu, 05 Oct 2006 22:43:48 -0400 ; From: Jim Muth ; Subject: [Fractint] FOTD 06-10-06 (Pebble Beach [5]) ; Id: <1.5.4.16.20061005224505.0d3fc57e@pop.mindspring.com> ; --------- ; ; FOTD -- October 06, 2006 (Rating 5) ; ; Fractal visionaries and enthusiasts: ; ; I see on the list that fractals are no longer good enough. We ; now have superfractals. I wonder why we need superfractals when ; plain old fractals are infinite in an infinity of ways. Isn't ; this super enough? After all, it already takes a super-man to ; visualize the entire four-dimensional Z^2+C Julibrot in a single ; moment of time. ; ; But who am I to criticize? I am so far behind the times that I ; consider the movies made in the 30's 40's and 50's to be better ; than most of the current day movies, which to me seem to be ; created for desensitized viewers with the intelligence of a flea ; and the attention span of a mosquito, and appear to be rated by ; the number of explosions and the computerized effects they con- ; tain. But on the other hand, I might be remembering only the ; good movies made in the past, and forgetting the many junkers of ; that past time. ; ; Today's image contains no exploding gasoline drums or speeding ; cars doing impossible stunts. It does nothing but light up the ; screen and appear puzzling. It is a scene in the Z^(1.009)+C ; Mandeloid at a level 10 floors up the logarithmic ladder. ; ; I drew the parent fractal in an effort to find some kind of ; midget in a Mandeloid of order 1.009. I have challenged myself ; to find one. I may never find an actual midget, but as today's ; image implies, I am likely to stumble upon a few interesting ; fractal scenes while searching. ; ; I named today's image "Pebble beach". No, I am not planning on ; going surfing. I gave the image this name because the curious ; mix of order and chaos reminds me of pebbles lying on a beach at ; low tide. The rating of an average 5 might be a bit conserva- ; tive, but despite the unexpectedly varied low-order patterns, I ; can find nothing in the image actually above average. ; ; I calculated the image with the passes set to 'b'. With this ; particular image, passes=b is the fastest, and it is always the ; most fun to watch in action. The render time of 7-3/4 minutes ; may be forgotten if the image is viewed on the FOTD web site at: ; ; ; ; A sunny day here at New Fractal Central on Thursday, with a tem- ; perature of 63F 17C, was ignored by the fractal cats, who spent ; too much time searching for more mice. When they found no mice, ; they turned to their food dishes and satisfied themselves with ; regulation cat food. Their treat of tuna and cheese in the ; evening was greatly enjoyed. ; ; My day continued somewhat slow. If all goes as expected, the ; next FOTD will appear in 24 hours. Until then, take care, and ; one never knows what they will never know. ; ; ; Jim Muth ; jamth@mindspring.com ; jimmuth@aol.com ; ; ; START PARAMETER FILE======================================= Pebble_Beach { ; time=0:07:45.55--SF5 on a P200 reset=2004 type=formula formulafile=allinone.frm formulaname=MandelbrotBC2 passes=b center-mag=-0.0\ 318935873/+0.6412001724/3328.226/1/35/1.2598880272\ 3853155e-012 params=1.009/0/10/10000 float=y maxiter=1000 inside=255 periodicity=10 sound=off colors=000KTaITZFUUHTXIT_JSaKSdLSfMRdNRcOQbOQ`PP_Q\ PZROXROWSNVTNTUMSUMRVLPWLOZURWLNTDKQ5HQ7FQ9EQBDQDB\ QEAQG9QI7QK6QM5QN4PO6OO7NP9MPALQCKQDJRFIRGHSIGSJFT\ LETMDUOCUPEVRGVTHVVJVXKVZMV`NVbPVdSWjQVfPUcOT`MSYL\ SVKRSJQPHPMGOJFOGDNDCMABL79M1AL4BK7CJADJCEIFFHIGGL\ GGNHFQIETJDWKDYLC`MBcMBePDeSFeVGeYIe`JecLefMeiOelP\ eoRepTjqSeqSarRYrRUsRQsQMtQIM6GtQEsVKrZQqcWqgaXRcD\ AeCFgBJiBNkARm9Vn9Zp8br7ft6oy7ju8eq9amAXiBSfCObDJZ\ EEVFASDCVBDY9F`8GbBEeDChGAjI8mL6pN4rP7oQ9mRBkSDiTF\ gUIeVKcXMaYO_ZQY_TW`VUaXSbZQghUc`O`UJYMDXB7VF8UJ9T\ NASRBRVCM`DQYCUWCYUBaRBePAiNAmLAlKBlJBlJBkICkHCkHC\ jGDjGDjFDiEEiEEiDEhCFhCFhBFhBFjEIkHKlKMnNOoQQpSSnT\ SmTSkUTjUThVTgVUeWUtSZdWULPONOPPOPQOQSOQUORVORXOSY\ OS_QV`SXaUZcVadXceZeg`hhajiclkeoliqmlsopvptxqwzmnz\ ogvr`ruNuw3yuPmtZclV8dR9YOAQKBJHCKJKLKRLLYMMdNNkZc\ zXZzVZzUUzSUzQPzPPzNPzLPz } frm:MandelbrotBC2 { ; by several Fractint users e=p1, a=imag(p2)+100, p=real(p2)+PI q=2*PI*floor(p/(2*PI)), r=real(p2)-q Z=C=Pixel: Z=log(Z) IF(imag(Z)>r) Z=Z+flip(2*PI) ENDIF Z=exp(e*(Z+flip(q)))+C |Z|