Lee Skinner MFR Zooms _(019ba3)

26 Jun 2011

      Hi,

this is a new zoom into one of
Lee´s MFR Images. Another way of
displaying the dualism shown in
the "Islands in the Sun" image.
Tension: Dark colours
Released Tension: Light colours.
Although this is a relatively deep
zoom it has many more zooming spots
especially where the two come
together.

Albrecht

--------------------start par------------------------------

019ba3             { ; Expander
                     ; Time 0.20.04
                     ; fractal training device
                     ; source Lee Skinner
                     ; Image Albrecht Niekamp
                     ; Fractint Version 2004 Patchlevel 11
  reset=2004 type=formula formulafile=mfr.frm
  formulaname=multifractal_ni ismand=y
  function=exp/exp/exp passes=t
  center-mag=-1.57088265758921400/+0.15471848579516250/143\
  399.1/1/95.0000000000226237/3.88578058618804789e-016
  params=-0.8940855128635518/0.8105868709372235/384.00001/\
  256.1133/4094.00016/768.0003400000001/768.0076800000001/\
  256.01024/18937.52/5 float=y maxiter=3072
  inside=maxiter outside=tdis logmap=yes symmetry=none
  periodicity=0 rseed=-2436
  colors=000000Aaz<3>PJoSFlWAi_5fc0ce7_jFRoNIzb0<2>zz1zzC<\
  2>zzz<3>jqdfo_blU<3>Mb8<3>LQ8KM8KJ8<2>I88H44G00<3>TA5WD6\
  ZF7aI8eLAhMBiODjQF<3>qeBriAtm9vq8xu7zz5zz4zz3<8>zY4zV5zS\
  5<3>zE6wE6tD6<10>w8Px8Rx7S<3>z5_<3>f5Ma5IW4E<2>_4H<3>P3D\
  N2CK2A<3>805G0BO0G<3>g0Ul0Xq0`v0d<2>y0fz0gy0h<3>u1mt1ns1\
  or2q<2>v2u<3>c5eZ6`U6X<2>F9LAAG7FO4KW0Qc<3>5Xc6Zc7`c7aa7\
  c_7eY<3>FcgHciJbl<3>S_v<3>civflvinvlqvotvsww<2>zzz<3>rwz\
  ovzhsw<3>Gch8_d8Xa<3>8JP8FL8CI<4>XCAaB9fB7<3>zA0<13>SA1Q\
  A1NA1<3>D92<6>UXAW`BYcC<3>hrI<6>JkgFfp
  }

-----------------------start frm---------------------------

FRM:multifractal_ni    { ;  Albrecht Niekamp  24.3.03
;
d=real(p2)
fac1=trunc(d)
b1=(d-fac1)*100000
;
d=imag(p2)
da=d<0
if (da)
 d=-d
endif
mi1=trunc(d)
d=round((d-mi1)*10000)
p6=trunc(d/100)/10
d=d-1000*p6
if (da)
 p6=-p6
endif
p7=d/10
;
d=real(p3)
ba=trunc(d)
mm=round((d-ba)*100000) 
;
d=imag(p3)
fac2=trunc(d)
b2=(d-fac2)*100000
;
d=real(p4)
mi2=trunc(d)
fac3=round((d-mi2)*100000)
;
d=imag(p4)
b3=trunc(d)
mi3=round((d-b3)*100000)
;
da=real(p5)
t=da<0
if (t)
 da=-da
endif
start=2-t
dd=trunc(da)
da=round((da-dd)*100)
if (dd<5)
 start=0
 vb=(dd==3)+(dd==4)
else
 d=trunc(dd/10000)
 vb=(d==3)+(d==4)
 dd=dd-d*10000
 d=trunc(dd/1000)
 or1=d>5
 d=d-5*or1
 vv1=(d==3)
 vv2=(d==4)
 dd1=(d==2)+(d==4)
 dd=dd-d*1000
 d=trunc(dd/100)
 or2=d>5
 d=d-5*or2
 vv3=(d==3)
 vv4=(d==4)
 dd2=(d==2)+(d==4)
 dd=dd-d*100
 d=trunc(dd/10)
 inr1=d>5
 d=d-5*inr1
 v1=(d==3)
 v2=(d==4)
 d1=(d==2)+(d==4)
 dd=dd-10*d
 d=trunc(dd)
 inr2=d>5
 d=d-5*inr2
 v3=(d==3)
 v4=(d==4)
 d2=(d==2)+(d==4)
endif
;
d=trunc(da/10)
da=da-10*d
ab=d>=5
d=d-5*ab
bb1=(d==1)
bb2=(d==2)
dd=da>=5
da=da-5*dd
ab=ab+dd
ab1=(da==1)
ab2=(da==2)
;
d=imag(p5)
dd=trunc(d)
d=round((d-dd)*1000000)
le=d>10000
da=trunc(dd/10)
so1=((da==1)+(da==3)==0)
so2=((da==2)+(da==3)==0)
dd=dd-10*da
wo=dd>=5
dd=dd-5*wo
ir1=(dd==1)+(dd==3)
ir2=(dd==2)+(dd==3)
if (le)
  freq=round((trunc(d/10000))*10)     ;frequency_lake effect by S.Gallet
  d=d-freq*1000
  level=(trunc(d/100))/100            ;water level
  d=d-level*10000
  ampl=d/100                          ;amplitude of the wave
  u=real(rotskew*pi/180)
  t=exp(-flip(u))
  bo=1/real(magxmag)
  q=bo/0.75*imag(magxmag)
  dd=tan(imag(rotskew*pi/180))
  d3=2*q*t
  rs=2*bo*(dd+flip(1))*t
  z2=center+(-q-bo*dd-flip(bo))*t
  z=pixel-z2
  d=imag(conj(d3)*z)/imag(conj(d3)*rs)
  if (d<=level)
   da=level-d
   z=z+2*da*(1+ampl*sin(freq*da^0.2))*rs 
  endif  
  z=z+z2
endif
if (ismand)
 if (vb)
  c=0.4*log(sqr(pixel^mm))
  z=z*le
 else
  c=z*le+pixel*(le==0)
  z=0
 endif 
else
 c=p1
 z=z*le+pixel*(le==0)
endif
t=0
d3=(ismand==0)
u=d3
:
if (vb)
 if (d3)
  z=(z*z-real(c))^(z*u+imag(c))
 else
  z2=fn1(z)+c                            ;Linda Allison
  q=cos(z2)
  z=c*(1-q)/(1+q)
 endif
elseif (ab)
 z=z*z+c+c*c-p7                           ;Pusk s Istv n
elseif (d3)
 z2=z*z                                   
 z=z2*z2+(p6+u)*z2+c
else
 z2=z*z                                   ;Pusk s Istv n
 z=z2*z2+(p6+u)*z2+c-p1
endif
bo=|z|
If (wo)
 t=t+1
 if ((t<mi1)+(bo>b1))
  u=2*(fn1(t/fac1))
  if (ismand)
   z=z*u
   if (vb)
    c=0.4*log(sqr(pixel^mm))
   else
    c=z*le+pixel*(le==0)
   endif
  else
   z=z*le+pixel*(le==0)
   c=p1*u
  endif
  wo=0
  if (ir1)
   t=0
  endif
 endif
elseif (start)
 t=t+1
 if (start==2)
  if (bo>b2)
   u=2*(fn2(t/fac2))
   rs=or1
   ab=bb1
   if (dd1)
    if (rs)
     z=pixel
    endif
    c=p1*u
    vb=vv2
    d3=vb
   else
    d3=0
    z=z*u
    c=z
    if (rs)
     z=0
    endif
    vb=vv1
    if (vb)
     if (so1)
      mm=mm+mm
     endif
     c=0.4*log(sqr(pixel^mm))
    endif
    start=1
   endif
  elseif (t>mi2)
   u=2*(fn2(t/fac2))
   rs=inr1
   ab=ab1
   if (d1)
    if (rs)
     z=pixel
    endif
    c=p1*u
    vb=v2
    d3=vb
   else
    d3=0
    z=z*u
    c=z
    if (rs)
     z=0
    endif
    vb=v1
    if (vb)
     if (so1)
      mm=mm+mm
     endif
     c=0.4*log(sqr(pixel^mm))
    endif
   endif
   start=1
   if (ir2)
    t=0
   endif
  endif
 elseif (bo>b3)
  u=2*(fn3(t/fac3))
  ab=bb2
  rs=or2
  if (dd2)
   if (rs)
    z=pixel
   endif
   c=p1*u
   vb=vv4
   d3=vb
  else
   d3=0
   z=z*u
   c=z
   if (rs)
    z=0
   endif
   vb=vv3
   if (vb)
    if (so2)
     mm=mm+mm
    endif
    c=0.4*log(sqr(pixel^mm))
   endif
   start=0
  endif
 elseif (t>mi3)
  u=2*(fn3(t/fac3))
  ab=ab2
  rs=inr2
  if (d2)
   if (rs)
    z=pixel
   endif
   c=p1*u
   vb=v4
   d3=vb
  else
   d3=0
   z=z*u
   c=z
   if (rs)
    z=0
   endif
   vb=v3
   if (vb)
    if (so2)
     mm=mm+mm
    endif
    c=0.4*log(sqr(pixel^mm))
   endif
  endif
  start=0
 endif
endif
bo<=ba
}

Albrecht Niekamp

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