HI,
regarding my Fractal-Music I´m on
some kind of dead end street. Of
course there is a limit to what you
can achieve with an automatic algorithm,
so you could also say I almost reached my goal.
Today I used some elements of my previous "test" Reima45 and 65. That
means 6 Piano voices have exactly the
same setting, limit from C2 to B5, and are
placed from left to right, so you have one single
instrument where each voice
covers a different aspect of the source
spectrum, all use the same dot which is
interpreted in a different way, RGB or GRB for
eample.
So the possible variety of the music has significantly increased.
In my home I have a sophisticated 4 Channel hifi, where the outer left and
right parts come from the rear - the
complete room is filled and the music
travels in all directions.Great!
The Rhythm section plays the same part
as before but from a different starting
point, so you have counterpoints and overlays wich fit nevertheless.
This is not the final version, maybe I
find some improvement.
;
Hope I have roused some curiosity,
why not give it a try?
;
https://www.dropbox.com/sh/knjugveilsek2rn/AAAOUTkEqv5lzoZjbe-mj-Mva?dl=0
;
Albrecht
FOTD -- October 27, 2014 (Rating A-8,M-5)
Fractal visionaries and enthusiasts:
The formula behind today's image combines Z^4 with half as much
Z^5 before adding straight Z on each iteration. This simple
combination creates a parent fractal that consists of a
Mandelbrot set rotated 180 degrees with an oversized main bud
and a main spike leading east to merge with the west-pointing
main spike of the remnants of a very distorted M-set lying in
the normal direction. Today's scene lies in a moth-eaten valley
on the north shore line of the main bay of this distorted M-set.
I named the image "Comb Filters" because that's what came to
mind when I shut off my thinking (an easy task) and let nature
take its own path. I think comb filters are part of TV
circuitry, but don't take my word for it. The brilliant
bluish-white image elements that resemble comb teeth are
actually inside stuff made visible by the 'fmod' inside fill.
The image itself largely consists of blank 'inside' areas.
The art aspect, which took over an hour to get right, rates a
very good 8. The math comes in at a 6. Combining various
portions of Z^4 and Z^5 is hardly new stuff.
The image finishes in an average 3 minutes on one of today's
fireball machines still friendly with DOS. The web sites can
bypass any quarrels that may arise between the parameter file
and a DOS unfriendly machine.
The finished image is posted online at:
<http://www.crosscanpuzzles.com/Archives.html>
<http://www.emarketingiseasy.com/TESTS/FOTD/jim_muths_fotd.html>
<http://www.Nahee.com/FOTD/>
<http://user.xmission.com/~legalize/fractals/fotd/about.html>
Total sunshine prevailed here at Fractal Central today, while
the temperature reached a high of a very pleasant 64F 18C. The
fractal cats soaked up as much sun as they could. The only
problem was the window shelf, which is too small to accommodate
all three cats at the same time, making them squabble to have
turns sunning themselves. The fractal humans had a pleasantly
uneventful day.
The next FOTD will be posted whenever it is, implying no
definite time but giving assurance that it eventually will be
posted. Until whenever, take care, and stay happy by remaining
blissfully ignorant.
Jim Muth
jimmuth(a)earthlink.net
START PARAMETER FILE=======================================
Comb_Filters { ; time=0:03:00.00 SF5 at 2000MHZ
reset=2004 type=formula formulafile=basicer.frm
formulaname=MandAutoCritInZ function=ident passes=1
center-mag=-0.769765156989/+0.561782341347/595601/\
1/142.5/0 params=1/4/0.5/5/0/0/0/0 maxiter=1600
float=y inside=fmod proximity=0.0235 periodicity=6
colors=000CBBEB7GB3IB1KB0MB0OB0KA0H90E90B808805703\
601610520530860B90DC0GF0IM0LU0Nc0Rm1Ts1Xz1Zz2bz2ez\
3_u3Xm3Tf3Q_3MV3JR3GP3DL3AI37G34D32B30830630330240\
14004005005005005005105206306406507607707802300000\
0300604A08D0EH1JK2OP3WS5aX5h`3jL1m90p04l27h5Bd8F_C\
JXGNTJX_KehLfeIfdGgaDg_BiZ9iX6jW4jT2kS0kR0mO0mN0mM\
0SU0Ab0Ed0Ie0Le0Pf0Uf0Yh0bh0gi0ki0qj0uj0ki1bh3Vh3N\
f5Ge6Ae84d90bB0bCEl3eu0`n0Yh0Vb3SX6PR9MMCBH0D9BF3P\
H0cI0sL0iO0`R0SU0KY0D_0700600B00G00L00M10Q10T10Y00\
`00c00e00h00k00l00m00o00p00r00s00k22d64YC6SH8LMAGT\
DBZF6eH2TJ6IKB8LG0ML0NQ0LL6JHFHDNF9XE5VF9VGCVGGUHJ\
UINUIRTJVWKZ_KccLhhMlmMpnOcoRRpTGqU6rU3sU1tV0uW0zZ\
0za3zd5zg9zjCzmGzpJzsNzvRzzWzzZGWdEWhBOa8IW5CQ36K1\
1F00A00530CA0JI0RR0Y05o07l08i09h2Be5Cd6Da9F`CGYEHX\
HJVKKTMLRPNQTONVQMTOLRNKOMJNLJLKIJJHHIGGHGEGFCFEAE\
D9DD00G10L27R4HX5ScTdiozz }
frm:MandAutoCritInZ {; Jim Muth
a=real(p1), b=imag(p1), d=real(p2), f=imag(p2),
g=1/f, h=1/d, j=1/(f-b), z=(((-a*b*g*h)^j)+(p4)),
k=real(p3)+1, esc=imag(p3)+100, c=fn1(pixel):
z=k*((a*(z^b))+(d*(z^f)))+c,
|z| < esc }
END PARAMETER FILE=========================================
HI,
This is for those who want high quality playback.
I uploaded a folder containing only WAV files.
A special recommendation: Hurricane3.
This is recorded using the original bitrate
of my soundcard, using Audacity. Bitrate
192.000 instead of 44.000. So the length
is 760MB.
;
https://www.dropbox.com/sh/6eu2vbyl30n6uon/AAB7ZYQ2inIK9uYLHl-9HUY0a?dl=0
;
This is a special upload and not included in my site.
;
Albrecht
