January 19, 2006 | Jan. 18 | Jan. 20 | 2006 | FOTD Home |
Fractal
visionaries
and enthusiasts:
Today's quickie fractal has neither name nor rating. It is a
Julia set of a valley of the Z^1.3+C Mandeloid as it appears pi levels
down the spiral.
No special rendering methods were used. The image consists
entirely of everyday equal-iteration-bands.
Rendering as it does in just over one minute on my 200mhz machine, the
image will try no one's patience.
Morning rain and biting winds in the afternoon kept the fractal cats
fully confined to quarters here at Old Fractal Central on
Wednesday. The work kept me confined to my desk.
Finding
the fractal took all of 12 minutes. The next FOTD will
probably
appear in 24 hours. If it doesn't, it will appear in 48
hours. Until next time, take care, and walk with the galaxies.
Jim Muth
jamth@mindspring.com
jimmuth@aol.com
START PARAMETER FILE=======================================
FOTD_for_19-01-06 { ; time=0:01:05.20--SF5 on a P200
reset=2004 type=formula formulafile=allinone.frm
formulaname=JuliaBC passes=b center-mag=0.256651\
/0.350731/1.041667 params=1.3/0/-3.14159265358979/\
0/0.6095965453047273/0.2714545121616261/0/0 float=y
maxiter=500 inside=255 logmap=yes periodicity=10
colors=00013014225436447958C69F7AI8BL9COADRBEUIHXP\
K_VNbbPejShqVkwYnz_rzUkzOczJMsYEmk6uB2wNExRKxUQyYW\
y`azdgzgmzjsqmhioZaqPUsFMu5JtCGtIDsOAsU7s_8ra9rbAq\
cAqdHrbOs`VtZ`uXgvVnwTtwSotXkr`gpdcnh_klWipSgtOexJ\
asFYoAUk6Qg7Le7Gd8Bc86b82aE7XKCTQHPWMLaRHgWDm_9c9r\
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X2SYCP`LMbVJdcGfbE_aCUbFZbHbbJfcLjcNncPrcRvW_pPhjI\
qdBz_X4oOZwK_qH_lD_gA_bKYYTXUaWQjVMmRJoOHqKFsHDuDB\
wA9DlNCcLBVKBMIADHA5GBDEBLDCTBC_AJcHPgOVkUan`grfmv\
msysdqoRjlDci0`g1Zj2Xl2Wo3Uq3TsAVmHXgOZaU`X`bRgdLm\
eGnhOnkVomaophorogln_gnSamKXmCRl5MlUcbTYYSTUROPQJL\
PEGO9CO48SACWGG_MKbSOfYSjcWni_qncSZ9Nh9SdDX`HaXLfT\
PkPTpMWlLchLjdLqaLx_KpYJiWIbUIWSHPQGIOFBNF4SH3WJ3`\
L3dN3hP2mR2qT2uV2uR2uO2uL5uIAuRFuXKucPZTUUXZUUcURh\
UPmWMrYKv`PzcTzfXzi`zkVznPzqKztEzw9zzEuzJmzOhzTczY\
ZzbUzfOzcRz`WzRezW`z`Xzmz }
frm:JuliaBC { ; Formula by Andrew Coppin
e=p1, p=real(p2)+PI, q=2*PI*floor(p/(2*PI)),
r=real(p2)-q, C=p3, Z=Pixel:
Z=log(Z)
IF(imag(Z)>r)
Z=Z+flip(2*PI)
ENDIF
Z=exp(e*(Z+flip(q)))+C
|Z|< p4+100 }
END PARAMETER FILE=========================================