; Date: Wed, 12 Mar 2014 18:56:05 -0400 ; From: Jim Muth ; Subject: [Fractint] FOTD 12-03-14 (Sugared Nonagon [A-8,M-5]) ; Id: <1.5.4.16.20140312185602.2a47126e@earthlink.net> ; --------- ; ; FOTD -- March 12, 2014 (Rating A-8,M-5) ; ; Fractal visionaries and enthusiasts: ; ; In today's image we check the negative X-axis of the Z^(2.993)+C ; Mandeloid as rendered by the MandelbrotBC3 formula at ground ; level with no function applied. Instead of being spread into a ; wedge, the valley at this point is partly cut off, but as ; today's image shows, the parts that remain are filled with ; interesting nooks and crannies. ; ; The name "Sugared Nonagon" came about when I got a sudden urge ; for a chocolate bar while studying the image. ; ; Thanks to the coloring, the art aspect of the image rates an 8, ; while the overused math trick rates only a 5. ; ; The calculation time of 4 minutes is slow, I admit it, but here ; is where the web sites can save much precious time. ; ; The fotd web sites are located at: ; ; ; ; ; ; ; ; The official FOTD web site at: ; ; ; ; will be up and running in another day or two. ; ; Clouds and occasional rain spoiled the day here at Fractal ; Central. The afternoon temperature of 50F 10C was mild enough, ; but it began falling sharply in the evening. The fractal cats ; took it easy, Nicholas on the couch, Jasmine in her recovery ; room. The humans simply had another in a long series of ; lackluster days. ; ; The next FOTD will be posted in a day or so. Until then, take ; care, and one thing which the remake of the 'Cosmos' series has ; demonstrated so far is that TV producers have forgotten the ; importance of good music in creating an awe-inspiring effect. ; ; In 1983, when the original 1980 "Cosmos' series was being aired ; for the second time, I was doing a series of two-hour radio ; shows on a local college station. On three shows I decided to ; play the complete versions of the background music that made the ; original 'Cosmos' series so impressive. These shows were the ; most popular of my entire series. ; ; The first episode of the current 'Cosmos' series left me with ; the impression that the program has an agenda -- to propagate ; the secular humanist world view that sees the mystical ; experience as a function of the living human brain rather than ; as a real spiritual other-world experience. Why else would the ; cartoon character depicting 16th Century mystic philosopher ; Giordano Bruno, be depicted as having a mystical vision of the ; universe while his brain was still functioning, rather than ; having the vision after his execution, which would have been far ; more effective at creating the 'all was not lost' state of mind ; that I assume the producer was (or maybe was not) seeking. ; ; ; Jim Muth ; jimmuth@earthlink.net ; ; ; START PARAMETER FILE======================================= Sugared_Nonagon { ; time=0:04:00.00 SF5 at 2000MHZ reset=2004 type=formula formulafile=basicer.frm formulaname=MandelbrotBC3 function=ident passes=1 center-mag=-1.096101904549808/-0.00202055949842129\ /1.903508e+012/1/-21/0 params=2.993/0/0/0 float=y maxiter=2000 inside=0 outside=tdis periodicity=6 mathtolerance=0.05/1 colors=000mLrmHojDmhBje9hb9eb9b`9`Y9YW9WW9UO9WGLY8\ e`4z`4zU4zQ4zM4zI4wE4wA4t74t44VC4BA49I49K49K49K4DK\ 4JO4PR4VU4`U4gU4oU6wU6zU7zU7zU7zUAzSEzQGrQKgOMZMQR\ MSJKWBIY9Ib9Ge9Ej9Em9Cr9Az9Az97p96h84`74W64O54I44E\ 34A246144044044044044044044044344944D44HC4LK4NU4Rb\ 4Tm4Rb4PU6NO7NG8LAAJ4CH4EH4GF4ID4ID4MF4OH4QJ4SL4WN\ 4YP4`R8bREhTKjVQmXUoZ`u`hxbozexzezz`xzXuzTozRmzNjz\ JezFbzDYzBWz9Uz9Qz9Oz9Kz9Iz9Gz94rB4eJ4UT4Kb4IV4IP4\ IJ4GC4G94G94G94E94E94E94E94MLhAJW4HO4FE4D74C44B449\ 44t44w44w44z44z44z44z44z44z44z74zA4zE4zG4zK4zM4wO4\ tQ6oSAmUIgYQe`Y`bhZerVhzTjzPezNbzLYzJWzHSzFQzDOzRI\ zeEzzzzzzzzzzzmrzcmzKhzAcw4Zt4Ur44o44r44r44r44r44r\ 44t44t44t44t44t44w44w44w44w44w46J47L48N4AP4CR4ET4E\ V4GX4IZ4K`4Mb4Oe4Oe6K`49Z4BV47T44P44N44P4SL4`94b94\ h94e94SL4`94Y94WB4UH4SN4QT4OZ449E49K49O49S49W79`E9\ eMBjUHobNumVzx`zuXzrTxoPu } frm:MandelbrotBC3 { ; by several Fractint users e=p1, a=imag(p2)+100 p=real(p2)+PI q=2*PI*fn1(p/(2*PI)) r=real(p2)+PI-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|