wkc.ufm:NovaJulia_Ideas {
;
; I started this one with the NovaJulia Formula from the Standard.UFM.  But it turned into much more.  
; The few parameters and functions I set up, I thought, were minor.  But very small changes go a long way 
; in most cases.  You really just have to play around.  Be looking for some parameter files to show some 
; of the more interesting settings I found.  I hope you enjoy.
;
; Written by Walter K. Cook, Completed 29 July 2013
;
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}

dmj.ucl:dmj-Curvature {
;
; This formula averages curvature over the course
; of all iterations by averaging the difference in
; absolute value of angles between orbit steps. The
; technique was suggested by Prof. Javier Barrallo.
;
; Note that the results are often very similar to
; Kerry Mitchell's Triangle Inequality Average method,
; but are slightly more angular.
;
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  cSR/cg24Aak8MRyu6xMc1Z65PUmJyFP=
}

NovaJuliaIdeas,SplittingTheAtom {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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  X/5ETo64
}

dmj.ucl:dmj-Triangle {
;
; This coloring method implements a variation of Kerry
; Mitchell's Triangle Inequality Average coloring
; method.  Because the smoothing used in this formula
; is based on the dmj-Smooth formula, which only works
; for z^n+c and derivates, the smoothing here will only
; work for those types as well.
;
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}

NovaJuliaIdeas,NegativePWR,HighRelax,DeepZoom {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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  nMa/A868ziJ=
}

MandelJulienne,Asteroids {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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  fxlc0jE=
}

MandelJulienne,Mini-Brot {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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}

MandelJulienne,NoFollow-Up {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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}

mt.ucl:mt-soft-gnarly {
 ; Mark Townsend, 15 Oct 1999
; 
; Last update - 5 Nov 1999
;
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}

MandelJulienne,NoShortageOfVariety {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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}

wkc.ufm:Mandel_Julienne {
;
; Begins with a more or less standard Julia formula.  The modifying variables 
; and the "Follow-Up" formula make both large and small changes.  There 
; 
; 
; 
; 
; 
; 
; 
;
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}

dmj.ucl:dmj-Distance(OUTSIDE) {
;
; This is the distance-estimator coloring method
; for Mandelbrot and other z^n formula types
; (Phoenix, Julia).  Results on other types may
; be unpredictable, but might be interesting.
;
; To match the coloring of FractInt's distance
; estimator method, use a Sqr transfer function
; and a coloring style of "distance". This is not,
; however, a perfect match.
;
; The "real" and "imaginary" coloring styles are
; not simply the real and imaginary components
; of the distance/angle calculations. These were
; exceptionally dull. I've mangled these modes to
; try to produce something more interesting, but
; generally these were an experiment that didn't
; work at all like I expected them to.
;
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}

NovaJuliaIdeas,DefaultsWith1ModifierAndZoom {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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}

wkc.ufm:NovaJulia_Ideas {
;
; I started this one with the NovaJulia Formula from the Standard.UFM.  But it turned into much more.  
; The few parameters and functions I set up, I thought, were minor.  But very small changes go a long way 
; in most cases.  You really just have to play around.  Be looking for some parameter files to show some 
; of the more interesting settings I found.  I hope you enjoy.
;
; Written by Walter K. Cook, Completed 29 July 2013
;
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}

wkc.ufm:NovaMandel_Ideas {
;
; I started this one with the NovaMandel Formula from the Standard.UFM.  Just like the "NovaMandel Ideas",
; the few parameters and functions make small changes go a long way in most cases.  And just as before, 
; you just have to play around.  I have save a few parameter files to upload.  Nothing special...Just to 
; show some of the settings and areas that I found to be interesting.  Enjoy.
;
; Written by Walter K. Cook, Completed 30 July 2013
;
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}

mt.ucl:mt-point-axis {
 ; Mark Townsend, 18 Jul 1999
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}

dmj.ucl:dmj-Cilia(OUTSIDE) {
;
; This coloring method is an implementation of the
; "Cilia" coloring type from the KPT5 FraxPlorer.
; The technique was developed by Ben Weiss of
; MetaCreations; I've added several new modes and
; parameters to it. Many thanks to Ben for confirming
; my guesses as to how this algorithm works.
;
; Because this method relies on smoothed iteration
; values, it will work best with Mandelbrot and
; derived types.  It also DOES NOT WORK YET with
; fractals with exponents other than 2! Feel free
; to experiment regardless, but the results will
; not be seamless.
;
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}

dmj.ucl:dmj-Sampling {
;
; This coloring algorithm samples the iterating fractal for
; the current point. It works best when the fractal formula
; iterates the same sequence for every pixel or large group
; of pixels, as the bifurcation fractals do. But, it will
; actually produce results for all fractal types.
;
; NOTE: Box sampling is not completely accurate if your image
; is rotated. This is the crudest form of sampling anyway;
; if you're interested in accuracy, you probably want point
; sampling. Box sampling is only in here as a rough-cut quick
; render for some other formulas I was working on.
;
; NOTE: Box sampling is RESOLUTION-DEPENDENT. This means if
; you zoom such an image, your samples will be more sparsely
; spaced, and you will need to increase the maximum number
; of iterations to compensate. Other sampling modes are NOT
; dependent on image size.
;
; HINT: Don't use box sampling! :-)
;
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}

wkc.ufm:New_Newton {
;
; I started this one with the NovaJulia Formula from the Standard.UFM.  But it turned into much more.  
; The few parameters and functions I set up, I thought, were minor.  But very small changes go a long way 
; in most cases.  You really just have to play around.  Be looking for some parameter files to show some 
; of the more interesting settings I found.  I hope you enjoy.
;
; Written by Walter K. Cook, Completed 29 July 2013
;
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}

Bails&Functions,Julia1 {
fractal:
  title="Bails & Functions, Julia 1" width=1200 height=900 layers=2
  resolution=720 credits="Walter Keith (Diddy) Cook;8/10/2013"
layer:
  caption="Layer 1" opacity=100 mergemode=addition method=multipass
  transparent=yes
mapping:
  center=0.028193752/-0.0532675445 magn=0.68085046 angle=270
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func=Julia p_R1=-2 p_R2=0.3
  p_Fn1F=tanh p_Fn2F=sqrt p_Fn3F=cosh p_bail=1.0E-32 p_bail2=3.0E1
inside:
  transfer=none
outside:
  transfer=linear filename="em.ucl" entry="LogTrichrome"
  p_palette="Gradient Based" p_posneg=0/0
  p_lgtype="4- Double logarithm" p_darkness=5 p_switchRB=no
  p_postfn="4- Inverted" p_naturalise=no p_baseR=1.35 p_baseG=1.55
  p_baseB=1.65
gradient:
  smooth=yes rotation=-105 index=94 color=11141033 index=-105
  color=3584
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass transparent=yes
mapping:
  center=0.028193752/-0.0532675445 magn=0.68085046 angle=270
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func=Julia p_R1=-2 p_R2=0.3
  p_Fn1F=tanh p_Fn2F=sqrt p_Fn3F=cosh p_bail=1.0E-32 p_bail2=3.0E1
inside:
  transfer=none
outside:
  transfer=sin filename="dmj.ucl" entry="dmj-Trap" p_trapshape=pinch
  p_trapcolor=distance p_traptype="funky average 6" p_traporder=5
  p_trapfreq=1.0 p_trapcenter=0/0 p_trapdrift=0/0 p_traporbit=0/0
  p_movetrap=no p_aspect=1.0 p_threshold=0.25 p_diameter=1.0
  p_angle=0.0 p_anglestep=0.0 p_skew=0.0 p_skewstep=0.0
  p_trapfunc=sqrt p_prescale=1.0 p_postscale=1.0 p_trapabs=no
  p_trapstart=0.0 p_trapiter=10000.0 p_trapskip=0.0 p_gauss=0.0
  p_gaussgcenter=0/0 p_gaussr=0.0 p_gausss=0.0 p_gausscenter=0/0
  p_radialmode=kaleidoscope p_solidcolor=no
gradient:
  smooth=yes rotation=-2 index=197 color=11141033 index=-2 color=3584
opacity:
  smooth=no index=0 opacity=255
}

Bails&Functions,Mandelbrot1 {
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}

Bails&Functions,Newton1 {
fractal:
  title="Bails & Functions, Newton 1" width=1200 height=900 layers=3
  resolution=720 credits="Walter Keith (Diddy) Cook;8/10/2013"
layer:
  caption="Layer 3" opacity=100 mergemode=hardlight method=multipass
mapping:
  center=0.07/0.006666666 magn=1
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func=Newton p_R1=-4 p_R2=1
  p_Fn1F=ident p_Fn2F=sqr p_Fn3F=cos p_bail=1.0E-14 p_bail2=5.0E3
inside:
  transfer=none
outside:
  transfer=linear filename="sam.ucl" entry="ThinOrbitTraps"
  p_mode=Closest p_shape=Lemniscate p_a=0.8 p_b=1 p_c=0/0 p_rot=0.0
  p_size=1.1111 p_rat=1.0 p_fiter=0/1E20 p_f=3 p_pf=.2 p_power=.009
  p_power3=1
gradient:
  smooth=yes rotation=-283 index=-353 color=16777215 index=-204
  color=0 index=-117 color=15004667 index=-55 color=200736
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Layer 2" opacity=100 mergemode=multiply method=multipass
mapping:
  center=0.07/0.006666666 magn=1
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func=Newton p_R1=-4 p_R2=1
  p_Fn1F=ident p_Fn2F=sqr p_Fn3F=cos p_bail=1.0E-14 p_bail2=5.0E3
inside:
  transfer=none
outside:
  transfer=arctan filename="em.ucl" entry="WaveTrichrome"
  p_palette="Gradient Based" p_seed=1 p_orbits="Type 6" p_switchRB=no
  p_colmethod="With counter" p_naturalise=no
  p_postfn="3- Square Root (lighter)" p_lightR=0.7 p_scalarR=0.7
  p_lightG=1.2 p_scalarG=1.2 p_lightB=0.25 p_scalarB=0.25
gradient:
  smooth=yes rotation=143 index=425 color=1133165 index=468
  color=15788486 index=600 color=924592 index=649 color=16579836
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=0.07/0.006666666 magn=1
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func=Newton p_R1=-4 p_R2=1
  p_Fn1F=ident p_Fn2F=sqr p_Fn3F=cos p_bail=1.0E-14 p_bail2=5.0E3
inside:
  transfer=none
outside:
  density=0.1 transfer=sqrt filename="dmj.ucl" entry="dmj-Smooth2"
gradient:
  smooth=yes rotation=115 index=410 color=15644050 index=186
  color=197379 index=235 color=15852623 index=367 color=988729
opacity:
  smooth=no index=0 opacity=255
}

Bails&Functions,Newton2 {
fractal:
  title="Bails & Functions, Julia 2" width=1200 height=900 layers=3
  resolution=720 credits="Walter Keith (Diddy) Cook;8/10/2013"
layer:
  caption="Layer 3" opacity=100 mergemode=hardlight method=multipass
mapping:
  center=7.65805677475/0.000508412685 magn=7.6671088
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func=Julia p_R1=-4 p_R2=1
  p_Fn1F=ident p_Fn2F=log p_Fn3F=cos p_bail=1.0E-14 p_bail2=5.0E5
inside:
  transfer=none
outside:
  transfer=linear filename="sam.ucl" entry="ThinOrbitTraps"
  p_mode=Closest p_shape=Lemniscate p_a=0.8 p_b=1 p_c=0/0 p_rot=0.0
  p_size=1.1111 p_rat=1.0 p_fiter=0/1E20 p_f=3 p_pf=.2 p_power=.009
  p_power3=1
gradient:
  smooth=yes rotation=-295 index=-365 color=16777215 index=-216
  color=0 index=-129 color=15004667 index=-67 color=200736
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Layer 2" opacity=100 mergemode=multiply method=multipass
mapping:
  center=7.65805677475/0.000508412685 magn=7.6671088
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func=Julia p_R1=-4 p_R2=1
  p_Fn1F=ident p_Fn2F=log p_Fn3F=cos p_bail=1.0E-14 p_bail2=5.0E5
inside:
  transfer=none
outside:
  transfer=arctan filename="em.ucl" entry="WaveTrichrome"
  p_palette="Gradient Based" p_seed=1 p_orbits="Type 6" p_switchRB=no
  p_colmethod="With counter" p_naturalise=no
  p_postfn="3- Square Root (lighter)" p_lightR=0.7 p_scalarR=0.7
  p_lightG=1.2 p_scalarG=1.2 p_lightB=0.25 p_scalarB=0.25
gradient:
  smooth=yes rotation=-269 index=13 color=1133165 index=56
  color=15788486 index=188 color=924592 index=237 color=16579836
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=7.65805677475/0.000508412685 magn=7.6671088
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func=Julia p_R1=-4 p_R2=1
  p_Fn1F=ident p_Fn2F=log p_Fn3F=cos p_bail=1.0E-14 p_bail2=5.0E5
inside:
  transfer=none
outside:
  density=0.1 transfer=sqrt filename="dmj.ucl" entry="dmj-Smooth2"
gradient:
  smooth=yes rotation=-297 index=-226 color=197379 index=-177
  color=15852623 index=-45 color=988729 index=-2 color=15644050
opacity:
  smooth=no index=0 opacity=255
}

Bails&Functions,Newton21 {
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}

Bails&Functions,Z-OldToy1 {
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}

mt_CelticMset {
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  UvodqW9X8Gjr6p7WZA8oKlkG+IFC8u6FIidd96neAWRUJtk+2kJhGE9JJWy+/pPW93wPP2fk
}

NewNewton,Jewels {
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  yDj/sk4a80mldDvIYwU6fgyC9/Kr/yKrOTzV0S2/RKr3Zau3qKbtme5CvGEdSvPs1vRdSWB+
  Kht3oVlRyMYcaZDHeDcerdN+zDhdmuD8az4jdSQ4wE2wrF9TqOh9Jt05mGM3Rlvs9ubXkdTg
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  91CprgxyJUyVyfc2ShgNCmSWdfsLNkxSTJ0VXRWa+1qfEOYY/bJ+/ZQZNH9T
}

Julia-X-Newton1 {
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  hwdBsiV29rzpVL1navuMq7+qHfAhi2YnRd4Hu0Z1ojv+I6nNXjuBE5A6qtK2qIUMG1asNtRV
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  e8hJkmaiS94EIH+pkrE3uRdpNeTRAG7N+GTvryoa1+quUnA+ituKV/luodUHCP+Qvec0O0Mj
  nZA4XdEfiJy5ZMgQGn/EYKxCKnknJQ96mBF/kUIp88CkeoBmDM+jPU78As6Jg61vzmQK1GjG
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  qgaGmxwvIFq/EQHZwsG=
}

Julia-X-Newton2 {
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  gnmOFM/23AgVFHP/WU8q5DTPt8JnD8344VzFWc7lTL+T3QJjiB==
}

Bails&Functions,Z-OldNewt1 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks in UF Mailing list are Welcome.
fractal:
  title="Bails & Functions, Z-Old Newt 1" width=800 height=600
  layers=2 resolution=720
  credits="Walter Keith (Diddy) Cook;8/13/2013"
layer:
  caption="Layer 2" opacity=100 mergemode=hardlight method=multipass
mapping:
  center=-1.42162962975/0 magn=9.8588122 angle=90
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func="Z-Old Newt" p_R1=3 p_R2=0.7
  p_Fn1F=ident p_Fn2F=cos p_Fn3F=trunc p_bail=1.0E-7 p_bail2=5.0E6
inside:
  transfer=none
outside:
  transfer=log filename="em.ucl" entry="WaveTrichrome"
  p_palette="Mixed Harmonic" p_seed=1 p_orbits="Type 9" p_switchRB=no
  p_colmethod="With counter" p_naturalise=no p_postfn="12- Sigmoid"
  p_lightR=0.7 p_scalarR=0.7 p_lightG=1.2 p_scalarG=1.2 p_lightB=0.25
  p_scalarB=0.25
gradient:
  smooth=no rotation=337 index=406 color=603939 index=420
  color=11908533 index=492 color=4206126 index=501 color=11908533
  index=587 color=7506540 index=595 color=11908533 index=700
  color=3289668 index=716 color=11908533
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-1.42162962975/0 magn=9.8588122 angle=90
formula:
  maxiter=100 percheck=off filename="wkc.ufm"
  entry="Bails_and_Functions_1" p_B_Func="Z-Old Newt" p_R1=3 p_R2=0.7
  p_Fn1F=ident p_Fn2F=cos p_Fn3F=trunc p_bail=1.0E-7 p_bail2=5.0E6
inside:
  transfer=none
outside:
  transfer=exp filename="mt.ucl" entry="mt-curves" p_curve=Sextic
  p_trap_mode=Closest p_color_mode=Distance p_a=1.0 p_n=4.0
  p_width=0.1 p_skip=0 p_no_of_iters=0 p_solid=yes p_randomness=0.0
gradient:
  linked=yes smooth=yes rotation=640 index=940 color=5242880 index=740
  color=16777215
opacity:
  smooth=yes rotation=640 index=940 opacity=255 index=740 opacity=255
}

dmj.ucl:dmj-Smooth2 {
;
; This coloring method provides smooth iteration
; colors for all divergent fractal types.  It was
; developed by Ron Barnett.  It doesn't map
; precisely to iterations, but it's close.
;
; Note: You can achieve exactly this coloring by
; using the Orbit Traps coloring, with a merge
; mode setting of "funky average 4" and a distance
; transfer function of "sqrt". However, this
; formula is probably easier to add.
;
::yBCe6hn2t04uOMIMMU09Il/BLYBUVQMXpu1+F01uEKOgrceoiTFqf9FIdxW6cP2XKQyZtCAH
  HtCsk9wFovrfHpVcMmOSL895JAXTNmn2hlm6vttalW5oglP8qpwIuWULvYEd2MX6QIhxtwqb
  rpYADCZZ4uPGlZKMBNXpP47pNeb1u+MyJHVuY0/ykyDP+vNZnBX6mF/m5PA63mDR
}

wkc.ufm:Fractal_Machine {
;
; THIS...Was a happy accident.  I was playing with functions and also using real & imaginary 
; values as means of creating Fractals.  I started with just the basic Mandelbrot Fractal 
; and modified the formula as follows:
;
;	z = X^PWR + # pixel ---  where X = ( f1(real(z))*real(z) + flip(f2(imag(z)*imag(z))) )
;
; f1 & f2 are any of the functions available in UF.
;
; It looked just 'OK' until I got to f1 = f2 = tan()...Then it got INTERESTING.  At least to me.
;
; So I made tan() the default so it would be the 1st form you saw.  I also added additional
; functions...Replacing 'z' with 'X' in each.  I still think the Mandelbrot is best. But the other 
; combinations are interesting.  And of course, I haven't tried EVERY combination of the functions!.
;
; After I was finished I renamed it Fractal Machine.  Mostly because of the interesting way it 
; subdivides the entire Fractal into separate 'sub-Fractals' for lack of a better term.
;
; The alternating tan() functions subdivide the Fractal into grids (You may have to raise High-Bail
; to see this in some cases).  Each 'grid' contains a separate Fractal all its own!  With defaults 
; there is a small, but nearly perfect, Mandelbrot in the grid at the lower left corner of the
; center grid.  Each subsequent grid in that direction is also a Mandelbrot.
; You will have to see it for a better explanation.
;
; I am sure there is a mathematician out there that can explain this phenomenon...I just think it 
; is really NEAT.
;
; Written by Walter K. Cook, Completed 18 August 2013
;
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}

dmj.ucl:dmj-Smooth2General {
;
; This coloring method provides smooth iteration
; colors for all fractal types, convergent or
; divergent (or both).  It combines the two methods
; developed by Ron Barnett.  It doesn't map
; precisely to iterations, but it's close.
;
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  L/vB8oFUnB==
}

FunctionsOfTALIS05 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
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}

FunctionsOfTALIS04 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
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}

lkm.ucl:conic-lite {
 ; Kerry Mitchell 20dec98
;
; colors by relationship between orbit
; and conic section.  tastes great, less
; choices, less filling, easier to use.
;
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}

FunctionsOfTALIS03 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
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}

FunctionsOfTALIS02 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
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}

dmj.ucl:dmj-fBm2 {
;
; Fractional Brownian Motion II
; This is an adaptation of Intel's real-time MMX fBm
; algorithm, which is derived from Ken Musgrave's fBm
; algorithm, which is built on Perlin's noise basis
; function. It provides bumpy coloring that can be
; rendered at high resolution.
;
; This variant uses the fBm texture as a cumulative
; effect at each iteration. As such, you can usually
; get away with using only a few octaves at each
; iteration.
;
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}

dmj.ucl:dmj-Smooth2Converge {
;
; This coloring method provides smooth iteration
; colors for all convergent fractal types.  It was
; developed by Ron Barnett.  It doesn't map
; precisely to iterations, but it's close.
;
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  l7DPk6etr8khrHbHiucz/QEXGFH=
}

FunctionsOfTALIS01 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
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}

em.ucl:E++ExpSmoothting {
; by Edgar Malinovsky
; based on bunch of different ideas from REB, LDM and LKM to Fractal Explorer and my own.
; 17.07.2012
;03.10.2012. removed direct options for more easy gradient change.
; 15.08.2013. more transfer functions.
; 24.08.2013. +5 pre functions.
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}

FunctionsOfTALIS06 {
;  
; Tweaks Welcome in the UF Mailing List
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}

dmj.ucl:dmj-Trap {
;
; This single type replaces all of the trap types
; in dmj-pub.frm - and includes all the extra UF
; options, so they're more flexible, too.  Many
; of the options and shapes in here are built on
; ideas from others, including:
;   Cliff Pickover
;   Phil Pickard
;   Paul Carlson
;   Kerry Mitchell
;   Luke Plant
;   Stephen Ferguson
;   Earl Hinrichs
;   Janet Preslar
;   Mark Townsend
; and probably some others I forgot to credit.
;
; NOTE: SOME THINGS DO NOT WORK YET!
; - Some of the trap modes (sum, average, sign
;   average; funky averages) don't look different
;   from each other except in distance coloring.
;   Unless you're using distance coloring, use
;   sum instead of average or sign average, and
;   funky average instead of funky average 2.
;
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}

FunctionsOfTALIS07 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
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}

wkc.ufm:Functions_of_Talis {
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}

dmj.ucl:dmj-Lyapunov {
;
; This algorithm computes the Lyapunov exponent
; for Mandelbrot types. This exponent is usually
; negative for divergent orbits (outside points),
; and positive for convergent orbits (inside
; points).
;
; This might have interesting results when used
; with other fractal types, although the results
; would not be mathematically accurate.
;
; Optimizations suggested by Charles Vassallo.
;
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  1/jm6z8Z
}

em.ucl:WaveTrichrome {
;Based on Fractal Explorer Orbit Counting
;by Arthur Sirotinsky and Olga Federenko (and Ed Algra).
;but are better in deep zooms.
;& inspired by Paul Derbyshire's renders & Ron Barnett's exp smoothing.
; www.fractalforums.com

;Here colours behave much as waves.
;Channels ara calculated as inversed summs
;by Edgar Malinovsky 17.11.2012.
; 14.08.2013. + triangle transfer function & more colur switches.

; You may redistribute this algorithm, modify, derivate or use comercialy as you wish as long as you give proper credits.
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}

FunctionsOfTALIS08 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
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}

common.ulb:class:Formula(Generic) {
	; Formula base class.
	; <p>
	; This is a generic formula class. Its purpose is to take
	; an arbitrary initial point and produce a sequence of
	; points of indeterminate length. This roughly corresponds
	; to UF's native fractal formula type. The advantage to
	; writing a fractal formula as a class is that it can then
	; be used in many other places. Formula classes also
	; support the notion of "bailed out", as a way of indicating
	; when the sequence of values is finished.
	; <p>
	; If you are migrating an existing fractal formula to a
	; Formula-derived class, the process is fairly straightforward.
	; Any variables you set in your global: section that are used
	; elsewhere in your formula should be declared in your protected:
	; section. Move the code from your global: section into the
	; constructor. Move the code from your init: section into the
	; Init() function. Move the code from your loop: section into the
	; Iterate() function. Move the code from your bailout: test into
	; the IsBailedOut() function (but be sure it returns the logically
	; opposite value; see the explanation on IsBailedOut()).
	; <p>
	; If you have complicated bailout testing, you may instead put
	; that code into your Iterate() function and save the result in
	; the m_BailedOut variable and omit implementing IsBailedOut().
	; If you do this, remember to set m_BailedOut to false in your
	; Init() function, as the base class implementation sets it to
	; true to end iterating right away.
	; <p>
	; Note that if you are creating a formula whose outside points
	; escape towards infinity, you should derive from DivergentFormula
	; as it will automatically include a bailout parameter and make
	; that accessible to other objects. Similarly, if your formula
	; is convergent, you should derive from ConvergentFormula. If
	; your formula has both kinds of outside points, derive from
	; ConvergentDivergentFormula. Otherwise, you will have to write
	; your bailout test yourself.
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}

common.ulb:class:Generic {
	; Generic base class.
	; <p>
	; This is a generic object class. Most of the other classes
	; derive from this class. Its primary purpose is to act as
	; glue between all of the objects that are used within a
	; formula.
	; <p>
	; Each class in UF derives from the built-in Object class,
	; so this class may seem a bit redundant. But eventually
	; this class will be extended to include some parameter-passing
	; functions, which will require all major classes to derive
	; from a common extensible parent. If your class is intended
	; to be user-selectable and has any user-selectable parameters
	; at all, you should probably derive it from this class.
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  XA==
}

common.ulb:class:DivergentFormula(Formula) {
	; Divergent Formula base class.
	; <p>
	; This class extends Formula to provide automatic, simple
	; bailout tests. Formulas for which the outside points
	; become arbitrarily large should derive from this class
	; so as to avoid having to write the bailout tests and
	; the GetUpperBailout() function.
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}

dmj.ucl:dmj-fBm {
;
; Fractional Brownian Motion
; This is an adaptation of Intel's real-time MMX fBm
; algorithm, which is derived from Ken Musgrave's fBm
; algorithm, which is built on Perlin's noise basis
; function. It provides bumpy coloring that can be
; rendered at high resolution. The algorithm is fractal.
;
; You will find that this coloring has sharp breaks at
; iteration boundaries. That's because it was created to
; color "flat" areas, not those twisted by fractal
; formulas. Interesting effects can be obtained if you can
; arrange for all pixels to use the same number of fractal
; formula iterations.
;
; I'm not going to try to provide a complete description
; of how this algorithm works, because it has several
; layers. I was able to find a fairly decent description
; on Intel's site (which is where the outline of this
; code comes from) but it is written for assembly language
; programmers and not mathematicians (let alone laypeople)
; and I can't recommend it. I'll write better docs when
; I do the full help file package.
;
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}

wkc.ufm:Functions_of_Talis {
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}

Mandy-JuliaMix-n-Match {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
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}

FractaalMachine,Julia1 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, Julia 1" width=800 height=800 layers=2
  resolution=720 credits="Walter Keith (Diddy) Cook;8/18/2013"
layer:
  caption="Layer 1" opacity=100 mergemode=hardlight method=multipass
mapping:
  center=-3.065012499/-3.1366512505 magn=3.3353553 angle=90
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=Julia p_use_F=Yes p_pwr=2 p_seed=0.56667 p_R=1.0 f_f1=tan
  f_f2=tan p_bail=0.0E-16 p_bail2=1.0E7
inside:
  transfer=none
outside:
  transfer=arctan filename="dmj.ucl" entry="dmj-Lyapunov"
  p_trackvariable="real / imag" p_negative="absolute value"
  p_power=2.0 p_bailout=1E20 p_smooth=yes
gradient:
  smooth=yes rotation=-613 index=-313 color=156 index=-613
  color=8716288 index=-513 color=16121855 index=-413 color=46591
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-3.065012499/-3.1366512505 magn=3.3353553 angle=90
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=Julia p_use_F=Yes p_pwr=2 p_seed=0.56667 p_R=1.0 f_f1=tan
  f_f2=tan p_bail=0.0E-16 p_bail2=1.0E7
inside:
  transfer=none
outside:
  transfer=cuberoot filename="dmj.ucl" entry="dmj-Smooth2"
gradient:
  smooth=yes rotation=-463 index=-363 color=16121855 index=-263
  color=46591 index=-163 color=156 index=-463 color=8716288
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,Julia3 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, Julia 3" width=1024 height=768 layers=1
  resolution=720 credits="Walter Keith (Diddy) Cook;8/18/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=0.046875/-0.015625 magn=0.5106383 angle=90
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=Julia p_use_F=Yes p_pwr=2 p_seed=0.56667 p_R=1.0 f_f1=floor
  f_f2=sin p_bail=1.0E-4 p_bail2=1.1E50
inside:
  transfer=none
outside:
  transfer=sqrt
gradient:
  smooth=yes rotation=-6 index=94 color=16121855 index=194 color=46591
  index=294 color=156 index=-6 color=8716288
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,Julia2 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, Julia 2" width=1024 height=768 layers=1
  resolution=720 credits="Walter Keith (Diddy) Cook;8/21/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-0.015625/0 magn=0.25 angle=90
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=Julia p_use_F=Yes p_syn_F=No p_pwr=2.0 p_seed=-1.25 p_R=1.0
  f_f1=asin f_f2=sin p_bail=.0E-25 p_bail2=1.1E4
inside:
  transfer=none
outside:
  transfer=sqrt
gradient:
  smooth=yes rotation=-6 index=94 color=16121855 index=194 color=46591
  index=294 color=156 index=-6 color=8716288
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,LambdaMandelbrot1 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, LambdaMandelbrot 1" width=1200 height=900
  layers=1 resolution=720
  credits="Walter Keith (Diddy) Cook;8/18/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-1.56302222185/0.00053333335 magn=5.6551609 angle=90
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=LambdaMandelbrot p_use_F=Yes p_syn_F=No p_pwr=2 p_seed=-1.25
  p_R=1.0 f_f1=tanh f_f2=cosh p_bail=0.0E-16 p_bail2=1.0E7
inside:
  transfer=none
outside:
  transfer=cuberoot filename="dmj.ucl" entry="dmj-Smooth2"
gradient:
  smooth=no rotation=-198 index=55 color=3292720 index=59
  color=16246775 index=175 color=2500136 index=180 color=16116197
  index=-120 color=537632 index=-116 color=14414321 index=-40
  color=858907 index=-35 color=15987685
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,LambdaJulia2 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, LambdaJulia 2" width=1200 height=900
  layers=1 resolution=720
  credits="Walter Keith (Diddy) Cook;8/19/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-1.44/0.0133333335 magn=0.46680498
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=LambdaJulia p_use_F=Yes p_syn_F=No p_pwr=2.0 p_seed=-1.25
  p_R=1.0 f_f1=cos f_f2=acos p_bail=0.0E-16 p_bail2=1.0E32
inside:
  transfer=sin filename="Standard.ucl" entry="Default"
outside:
  transfer=log filename="dmj.ucl" entry="dmj-Smooth" p_power=3/0
  p_bailout=512
gradient:
  smooth=yes rotation=8 index=8 color=8716288 index=108 color=16121855
  index=208 color=46591 index=308 color=156
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,Newton1 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, Newton 1" width=900 height=675 layers=1
  resolution=720 credits="Walter Keith (Diddy) Cook;8/21/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=0.0091959635/0 magn=0.2145576
formula:
  maxiter=55 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=Newton p_use_F=Yes p_syn_F=Yes p_pwr=4 p_seed=-1.25 p_R=0.25
  f_f1=sin f_f2=tan p_bail=1.0E-250 p_bail2=1.0E50
inside:
  density=0.5 transfer=cuberoot filename="dmj.ucl"
  entry="dmj-Smooth2General" p_diverge=no p_converge=yes
  p_divergescale=1.0
outside:
  transfer=none
gradient:
  comments="Simple grayscale gradient." smooth=no rotation=-1097
  index=-1194 color=12041792 index=-1147 color=0 index=-1094
  color=14611158 index=-1047 color=0 index=-1007 color=4947155
  index=-944 color=0 index=-897 color=6062748 index=-1247 color=0
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,Mandelbrot1 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, Mandelbrot 1" width=1024 height=768
  layers=1 resolution=720
  credits="Walter Keith (Diddy) Cook;8/18/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-3.20948148165/-3.1416296295 magn=11.611239
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=Mandelbrot p_use_F=Yes p_pwr=2.0 p_seed=-1.25 p_R=1.0
  f_f1=tan f_f2=tan p_bail=0.0E-16 p_bail2=1.0E10
inside:
  transfer=cuberoot offset=210 filename="dmj5.ucl"
  entry="dmj5-OrbitTraps" p_f_class.v_generic=100
  p_f_class.v_coloring=100 p_f_class.v_gradientcoloring=100
  p_f_class.v_dmj_orbittrapscoloring=100
  p_f_class.f_trapselect="dmj5.ulb:DMJ_TrapSelect"
  p_f_class.f_trapselect.v_generic=100
  p_f_class.f_trapselect.v_generator=100
  p_f_class.f_trapselect.v_dmj_trapselect=100
  p_f_class.f_trapselect.p_trapalliterations="all iterations"
  p_f_class.f_trapselect.p_trapstart=0
  p_f_class.f_trapselect.p_trapiter=10
  p_f_class.f_trapselect.p_trapskip=10
  p_f_class.f_trapselect.p_traploop=1E20
  p_f_class.p_trapselectthreshold=0.5
  p_f_class.f_traptransform="common.ulb:TrapTransform"
  p_f_class.f_traptransform.v_generic=100
  p_f_class.f_traptransform.v_transform=100
  p_f_class.f_traptransform.v_usertransform=100
  p_f_class.f_traptransform.v_traptransform=100
  p_f_class.f_traptransform.p_trapcenter=0/0
  p_f_class.f_traptransform.p_trapcentermoves=no
  p_f_class.f_traptransform.p_trapdrift=0/0
  p_f_class.f_traptransform.p_trapscale=0.1
  p_f_class.f_traptransform.p_traprotation=0
  p_f_class.f_traptransform.p_traprotationstep=0
  p_f_class.f_traptransform.p_trapskew=0
  p_f_class.f_traptransform.p_trapskewstep=0
  p_f_class.f_traptransform.p_trapaspect=3
  p_f_class.f_trapshape="dmj5.ulb:DMJ_TrapShapeCross"
  p_f_class.f_trapshape.v_generic=100
  p_f_class.f_trapshape.v_trapshape=101
  p_f_class.f_trapshape.v_dmj_trapshapecross=100
  p_f_class.f_traptransfer="common.ulb:TrapTransfer"
  p_f_class.f_traptransfer.v_generic=100
  p_f_class.f_traptransfer.v_transfer=100
  p_f_class.f_traptransfer.v_traptransfer=100
  p_f_class.f_traptransfer.p_preadd1=0
  p_f_class.f_traptransfer.p_prescale=1
  p_f_class.f_traptransfer.p_preadd2=0
  p_f_class.f_traptransfer.p_function=linear
  p_f_class.f_traptransfer.p_postadd1=0
  p_f_class.f_traptransfer.p_postscale=1
  p_f_class.f_traptransfer.p_postadd2=0
  p_f_class.f_traptransfer.p_abs=no
  p_f_class.f_trapmode="dmj5.ulb:DMJ_TrapModeSecondClosest"
  p_f_class.f_trapmode.v_generic=100
  p_f_class.f_trapmode.v_trapmode=100
  p_f_class.f_trapmode.v_trapmodewiththreshold=100
  p_f_class.f_trapmode.v_dmj_trapmodesecondclosest=100
  p_f_class.p_threshold=0.25 p_f_class.p_usesolid=no
  p_f_class.f_traptexture="dmj5.ulb:DMJ_TrapShapeFlat"
  p_f_class.f_traptexture.v_generic=100
  p_f_class.f_traptexture.v_trapshape=101
  p_f_class.f_traptexture.v_dmj_trapshapeflat=100
  p_f_class.p_textureposttransform=no p_f_class.p_texturestrength=0.25
  p_f_class.f_trapcoloring="common.ulb:TrapColoringDistance"
  p_f_class.f_trapcoloring.v_generic=100
  p_f_class.f_trapcoloring.v_trapcoloring=100
  p_f_class.f_trapcoloring.v_trapcoloringdistance=100
  p_f_class.f_trapcoloring.p_autoscale=yes
outside:
  transfer=linear
gradient:
  smooth=yes index=0 color=8716288 index=100 color=16121855 index=200
  color=46591 index=300 color=156
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,Newton2 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, Newton 2" width=1024 height=768 layers=2
  resolution=720 credits="Walter Keith (Diddy) Cook;8/18/2013"
layer:
  caption="Layer 1" opacity=100 mergemode=hardlight method=multipass
mapping:
  center=-1.421875/-1.234375 magn=0.63157895
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=Newton p_use_F=Yes p_syn_F=Yes p_pwr=4 p_seed=-1.25 p_R=1.0
  f_f1=asin f_f2=tan p_bail=1.0E-250 p_bail2=1.0E25
inside:
  transfer=none
outside:
  transfer=sqrt filename="dmj.ucl" entry="dmj-Curvature"
  p_aflavor=average p_power=5 p_bailout=1E20
gradient:
  smooth=no rotation=-296 index=67 color=12500668 index=83 color=0
  index=-227 color=15903948 index=-213 color=0 index=-141
  color=14531516 index=-132 color=0 index=-46 color=8217987 index=-38
  color=0
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-1.421875/-1.234375 magn=0.63157895
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=Newton p_use_F=Yes p_syn_F=Yes p_pwr=4 p_seed=-1.25 p_R=1.0
  f_f1=asin f_f2=tan p_bail=1.0E-250 p_bail2=1.0E25
inside:
  transfer=none
outside:
  transfer=log
gradient:
  smooth=yes rotation=-171 index=29 color=46591 index=129 color=156
  index=-171 color=8716288 index=-71 color=16121855
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,LambdaJulia1 {
; Copyright © 2013 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, LambdaJulia 1" width=900 height=675
  layers=1 resolution=720
  credits="Walter Keith (Diddy) Cook;8/21/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-6.3617991108/-6.2806613327 magn=8.2009836
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=LambdaJulia p_use_F=Yes p_syn_F=Yes p_pwr=2 p_seed=-2.25
  p_R=1.0 f_f1=sin f_f2=tan p_bail=0.0E-16 p_bail2=1.0E32
inside:
  transfer=sqr offset=295 filename="dmj.ucl" entry="dmj-Lyapunov"
  p_trackvariable="angle of z" p_negative="absolute value" p_power=2.0
  p_bailout=1E20 p_smooth=no
outside:
  transfer=cuberoot offset=370 filename="dmj.ucl" entry="dmj-Smooth2"
gradient:
  smooth=yes rotation=-150 index=50 color=46591 index=150 color=156
  index=-150 color=8716288 index=-50 color=16121855
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,NovaJulia1 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, NovaJulia 1" width=1200 height=900 layers=1
  resolution=720 credits="Walter Keith (Diddy) Cook;8/21/2013"
layer:
  caption="Background" opacity=100
mapping:
  center=0.002816819/0.0095507795 magn=0.76612316 angle=90
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=NovaJulia p_use_F=Yes p_syn_F=No p_pwr=4 p_seed=0.5
  p_R=1.111111 f_f1=asin f_f2=cos p_bail=1.0E-9 p_bail2=3.0E5
inside:
  transfer=none
outside:
  transfer=cuberoot filename="dmj.ucl" entry="dmj-Smooth2"
gradient:
  smooth=yes rotation=72 index=72 color=8716288 index=172
  color=16121855 index=272 color=46591 index=372 color=156
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,NovaJulia2 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, NovaJulia 2" width=1200 height=900 layers=1
  resolution=720 credits="Walter Keith (Diddy) Cook;8/18/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=0/0 magn=0.5
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=NovaJulia p_use_F=Yes p_pwr=3 p_seed=0 p_R=1.0 f_f1=tanh
  f_f2=atan p_bail=1.0E-16 p_bail2=1.0E16
inside:
  transfer=none
outside:
  transfer=sqrt filename="Standard.ucl" entry="Default"
gradient:
  smooth=no rotation=32 index=32 color=11165685 index=94 color=787990
  index=143 color=13532766 index=208 color=13892054 index=262
  color=14940652 index=291 color=1835537 index=336 color=14089942
  index=377 color=919053
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,NovaMandel1 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, NovaMandel 1" width=900 height=675 layers=2
  resolution=720 credits="Walter Keith (Diddy) Cook;8/18/2013"
layer:
  caption="Layer 1" opacity=100 mergemode=hardlight method=multipass
mapping:
  center=-1.01617734085/-1.013675283 magn=0.54913561 angle=135
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=NovaMandel p_use_F=Yes p_syn_F=Yes p_pwr=4 p_seed=-1.25
  p_R=1.25 f_f1=flip f_f2=tan p_bail=1.0E-10 p_bail2=1.0E25
inside:
  transfer=none
outside:
  transfer=cuberoot filename="dmj.ucl" entry="dmj-Distance"
  p_style=imaginary p_power=2.0
gradient:
  smooth=yes rotation=106 index=406 color=156 index=106 color=8716288
  index=206 color=16121855 index=306 color=46591
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-1.01617734085/-1.013675283 magn=0.54913561 angle=135
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=NovaMandel p_use_F=Yes p_syn_F=Yes p_pwr=4 p_seed=-1.25
  p_R=1.25 f_f1=flip f_f2=tan p_bail=1.0E-10 p_bail2=1.0E25
inside:
  transfer=none
outside:
  transfer=sin filename="dmj.ucl" entry="dmj-Smooth2"
gradient:
  smooth=yes rotation=-178 index=22 color=46591 index=122 color=156
  index=-178 color=8716288 index=-78 color=16121855
opacity:
  smooth=no index=0 opacity=255
}

FractaalMachine,NovaMandel2 {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
; Tweaks Welcome in the UF Mailing List
fractal:
  title="Fractal Machine, NovaMandel 2" width=900 height=675 layers=1
  resolution=720 credits="Walter Keith (Diddy) Cook;8/18/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=0.0355555555/-0.0711111115 magn=0.31483209
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="Fractal_Machine"
  p_Form=NovaMandel p_use_F=Yes p_syn_F=Yes p_pwr=4 p_seed=-1.25
  p_R=1.25 f_f1=tan f_f2=tan p_bail=1.0E-10 p_bail2=1.0E2
inside:
  transfer=none
outside:
  transfer=sqrt filename="Standard.ucl" entry="Default"
gradient:
  smooth=yes rotation=26 index=26 color=8716288 index=126
  color=16121855 index=226 color=46591 index=326 color=156
opacity:
  smooth=no index=0 opacity=255
}

NewNewton,Caramel {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
fractal:
  title="New Newton, Caramel" width=1200 height=900 layers=2
  resolution=720 credits="Walter Keith (Diddy) Cook;7/31/2013"
layer:
  caption="Layer 1" opacity=100 mergemode=hardlight method=multipass
  transparent=yes
mapping:
  center=-0.540897740757/-0.87999286645 magn=4.3526171
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="New_Newton"
  p_bail=1.0E-32 p_pwr=6 p_zov="Use 'Z'" p_newp=3 p_rlx=3.6
inside:
  transfer=none
outside:
  density=0.1 transfer=cuberoot filename="mt.ucl"
  entry="mt-point-axis" p_coloring=Distance p_operation=Division
  p_p1=1/0 p_axis=Real f_fn1=cabs f_fn2=conj
gradient:
  smooth=no rotation=-201 index=3 color=11456478 index=63 color=0
  index=97 color=56540 index=132 color=0 index=180 color=6577787
  index=-168 color=12497593 index=-149 color=16777215 index=-125
  color=8937536 index=-105 color=4074522 index=-39 color=6049434
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass transparent=yes
mapping:
  center=-0.540897740757/-0.87999286645 magn=4.3526171
formula:
  maxiter=100 percheck=off filename="wkc.ufm" entry="New_Newton"
  p_bail=1.0E-32 p_pwr=6 p_zov="Use 'Z'" p_newp=3 p_rlx=3.6
inside:
  transfer=none
outside:
  transfer=sqrt filename="dmj.ucl" entry="dmj-Sampling" p_mode=points
  p_select=closest p_radius=4 p_sampfunc=tan p_prescale=1
  p_postscale=0.25 p_countall=no p_filter=0
gradient:
  smooth=no rotation=133 index=431 color=56540 index=466 color=0
  index=514 color=6577787 index=166 color=12497593 index=185
  color=16777215 index=209 color=8937536 index=229 color=4074522
  index=295 color=6049434 index=337 color=11456478 index=397 color=0
opacity:
  smooth=no index=0 opacity=255
}

NewNewton,Holly {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
fractal:
  title="New Newton, Holly" width=1200 height=900 layers=2
  resolution=720 credits="Walter Keith (Diddy) Cook;7/31/2013"
layer:
  caption="Layer 1" opacity=100 mergemode=hue method=multipass
  transparent=yes
mapping:
  center=0.0066666665/0 magn=0.75
formula:
  maxiter=250 percheck=off filename="wkc.ufm" entry="New_Newton"
  p_bail=1.0E-25 p_pwr=4 p_zov="Use 'Z'" p_newp=3 p_rlx=1
inside:
  transfer=none solid=0
outside:
  density=0.5 transfer=cuberoot filename="dmj.ucl" entry="dmj-Smooth2"
gradient:
  smooth=yes rotation=-360 index=-358 color=6835502 index=-276
  color=8891145 index=-233 color=8681492 index=-180 color=8485955
  index=-132 color=16579581 index=-76 color=1382404 index=-6
  color=5859161
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass transparent=yes
mapping:
  center=0.0066666665/0 magn=0.75
formula:
  maxiter=250 percheck=off filename="wkc.ufm" entry="New_Newton"
  p_bail=1.0E-16 p_pwr=4 p_zov="Use 'Z'" p_newp=3 p_rlx=1
inside:
  transfer=sqrt offset=85 filename="dmj.ucl" entry="dmj-Trap"
  p_trapshape="radial ripples" p_trapcolor="angle to origin 2"
  p_traptype=closest p_traporder=4.0 p_trapfreq=1.0 p_trapcenter=0/0
  p_trapdrift=0/0 p_traporbit=0/0 p_movetrap=no p_aspect=1.0
  p_threshold=0.25 p_diameter=1.0 p_angle=0.0 p_anglestep=0.0
  p_skew=0.0 p_skewstep=0.0 p_trapfunc=exp p_prescale=1.0
  p_postscale=1.0 p_trapabs=no p_trapstart=0.0 p_trapiter=10000.0
  p_trapskip=0.0 p_gauss=0.0 p_gaussgcenter=0/0 p_gaussr=0.0
  p_gausss=0.0 p_gausscenter=0/0 p_radialmode=kaleidoscope
  p_solidcolor=no
outside:
  density=4 transfer=cuberoot filename="dmj.ucl" entry="dmj-Smooth2"
gradient:
  smooth=no rotation=-133 index=103 color=3354921 index=153
  color=6843254 index=203 color=2039338 index=253 color=16293228
  index=303 color=329481 index=353 color=12632256
opacity:
  smooth=no index=0 opacity=255
}

NovaJuliaIdeas,BirdsOrButterflies {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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  n5F9RkKVgoN+drM85OF0tHHUNOePlD/IqoF65H//LF93AYj6FpN=
}

NewNewton,Teddy {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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  VdJOF+4fUvUG9HGB6d/17ig1jirTlJwH6+PXC5hc0IrFvfrMbg8YUNKe8B1sdzUtAcDaakdn
  MfSfI/qH+7zzV9b5Hs+0H08p1sDiay0xnAP18aJvHdl/iwEtaqS1r0l1SjlPWJ2DxezFh9qC
  1w12OhxGiQprhcgdOeddjW8pS8ekrTl4nCOUrlN2DrV6nlh1DqXEOMowXYgbmEVgVYE6cvDO
  N2p6rBAir1BFAcMBoH78dsFOlDT/1QdLNWxkDCWbuIue4zDW8p98YVZ18zr18EsRVcgOs3jJ
  lxectLC+zGINDtUL0W23bHk/gEc2OefTMXkh9slPbMH/udvRtwhHVf0l/l/v29lpp/K0FIRl
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  LbXHDEKw3VRwlML+HfnDsHvh4P1/Fw4+2wF=
}

NewNewton,NegPowerOffset {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
fractal:
  title="New Newton, Neg Power Offset" width=1200 height=900 layers=1
  resolution=720 credits="Walter Keith (Diddy) Cook;7/31/2013"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=-0.0133333335/0.0333333335 magn=0.82720588
formula:
  maxiter=250 percheck=off filename="wkc.ufm" entry="New_Newton"
  p_bail=0.16E1 p_pwr=4 p_zov="Use 'Z'" p_newp=-1.0 p_rlx=1.0
inside:
  transfer=sqrt filename="dmj.ucl" entry="dmj-Trap" p_trapshape=box
  p_trapcolor=distance p_traptype=closest p_traporder=4.0
  p_trapfreq=1.0 p_trapcenter=0/0 p_trapdrift=0/0 p_traporbit=0/0
  p_movetrap=no p_aspect=1.0 p_threshold=0.25 p_diameter=1.0
  p_angle=0.0 p_anglestep=0.0 p_skew=0.0 p_skewstep=0.0
  p_trapfunc=cube p_prescale=1.0 p_postscale=1.0 p_trapabs=no
  p_trapstart=0.0 p_trapiter=10000.0 p_trapskip=0.0 p_gauss=0.0
  p_gaussgcenter=0/0 p_gaussr=0.0 p_gausss=0.0 p_gausscenter=0/0
  p_radialmode=kaleidoscope p_solidcolor=no
outside:
  transfer=cuberoot offset=25 filename="dmj.ucl" entry="dmj-Cilia"
  p_bailout=65536.0 p_ciliamode=sawtooth p_skew=0.0
  p_olditer="4 older"
gradient:
  smooth=no rotation=-64 index=50 color=16298788 index=93
  color=5262864 index=137 color=12903801 index=188 color=2307411
  index=231 color=9690316 index=288 color=327939 index=334
  color=16083321 index=-3 color=202243
opacity:
  smooth=no index=0 opacity=255
}

NovaMandelMan {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
fractal:
  title="NovaMandel Man" width=1200 height=900 layers=1 resolution=720
  credits="Walter Keith (Diddy) Cook;3/2/2014"
layer:
  caption="Background" opacity=100 method=multipass
mapping:
  center=0.00144460815/1.0509912789 magn=3.1490867 stretch=2
formula:
  maxiter=250 percheck=off filename="wkc.ufm" entry="NovaMandel_Ideas"
  p_bailZ=1.0E32 p_bail=1.0E-9 p_pwr=2 p_rlx=1
  p_Oper1="Angle of flip(x)" p_Oper2=None
inside:
  transfer=none
outside:
  density=0.9 transfer=arctan filename="dmj.ucl" entry="dmj-Lyapunov"
  p_trackvariable="magnitude of z" p_negative="absolute value"
  p_power=4 p_bailout=1E20 p_smooth=no
gradient:
  smooth=yes rotation=-498 index=-398 color=8203097 index=-298
  color=6909337 index=-198 color=926010 index=-498 color=14931667
opacity:
  smooth=no index=0 opacity=255
}

NovaMandel,FireGoblet {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
fractal:
  title="NovaMandel, Fire Goblet" width=1200 height=900 layers=1
  resolution=720 credits="Walter Keith (Diddy) Cook;3/2/2014"
layer:
  caption="Background" opacity=100
mapping:
  center=0.02244391595/-0.0038500742 magn=3.1253857 angle=270
formula:
  maxiter=250 percheck=off filename="wkc.ufm" entry="NovaMandel_Ideas"
  p_bailZ=1.0E32 p_bail=1.0E-32 p_pwr=-3 p_rlx=1 p_Oper1=None
  p_Oper2="abs(imag/real)"
inside:
  transfer=none
outside:
  transfer=sqrt
gradient:
  smooth=no rotation=-22 index=404 color=738923 index=49
  color=11380735 index=98 color=1052778 index=135 color=5361407
  index=179 color=73801 index=230 color=23792 index=273 color=139336
  index=343 color=2943231
opacity:
  smooth=no index=0 opacity=255
}

NovaMandel,FlamingoMarmalade {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
fractal:
  title="NovaMandel, Flamingo Marmalade" width=1200 height=900
  layers=2 resolution=720
  credits="Walter Keith (Diddy) Cook;7/30/2013"
layer:
  caption="Layer 1" opacity=100 mergemode=hsladd method=multipass
  transparent=yes
mapping:
  center=-0.0532330340435/0.88973025926 magn=29.507105
formula:
  maxiter=250 percheck=off filename="wkc.ufm" entry="NovaMandel_Ideas"
  p_bailZ=1.0E32 p_bail=1.0E-5 p_pwr=6 p_rlx=1 p_Oper1=cabs
  p_Oper2="abs(real/imag)"
inside:
  transfer=none
outside:
  transfer=sqrt filename="dmj.ucl" entry="dmj-Lyapunov"
  p_trackvariable="magnitude of z" p_negative="absolute value"
  p_power=2.0 p_bailout=1E20 p_smooth=no
gradient:
  smooth=yes rotation=-163 index=36 color=2994943 index=137 color=58
  index=-163 color=13434584 index=-63 color=0
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass transparent=yes
mapping:
  center=-0.0532330340435/0.88973025926 magn=29.507105
formula:
  maxiter=250 percheck=off filename="wkc.ufm" entry="NovaMandel_Ideas"
  p_bailZ=1.0E32 p_bail=1.0E-5 p_pwr=6 p_rlx=1 p_Oper1=cabs
  p_Oper2="abs(real/imag)"
inside:
  transfer=none
outside:
  transfer=log filename="dmj.ucl" entry="dmj-Smooth2General"
  p_diverge=no p_converge=yes p_divergescale=1.0
gradient:
  smooth=no rotation=-147 index=4 color=16714264 index=99
  color=6562919 index=172 color=3466435 index=-137 color=145531
opacity:
  smooth=yes index=0 opacity=255 index=200 opacity=255
}

NovaMandel,TheDude {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
fractal:
  title="NovaMandel, The Dude" width=1200 height=900 layers=2
  resolution=720 credits="Walter Keith (Diddy) Cook;3/2/2014"
layer:
  caption="Layer 1" opacity=100 mergemode=overlay method=multipass
  transparent=yes
mapping:
  center=0.0/0.0 magn=0.5 angle=270
formula:
  maxiter=250 percheck=off filename="wkc.ufm" entry="NovaMandel_Ideas"
  p_bailZ=1.0E32 p_bail=1.0E-25 p_pwr=7 p_rlx=1
  p_Oper1="abs(imag/real)" p_Oper2="abs(imag/real)"
inside:
  density=2 transfer=cuberoot filename="em.ucl"
  entry="Lyapunov_forduckin" p_posneg=-0.1/0 p_limititer=no
  p_iternum=7770000 p_iterstart=5 p_orbits=None
  p_prefn="12 Supermodulus 4" p_expdim=no p_seed=1 p_increment=2
  p_postfn="1- None" p_smooth=no p_power=2.0 p_bailout=10000.0
  p_userandom=no p_hyperandom=0.1
outside:
  transfer=none solid=0
gradient:
  smooth=no rotation=18 index=444 color=14446 index=89 color=16579836
  index=138 color=462159 index=175 color=11514351 index=219
  color=212830 index=270 color=15788486 index=313 color=2309463
  index=383 color=16769279
opacity:
  smooth=no index=0 opacity=255
layer:
  caption="Background" opacity=100 method=multipass transparent=yes
mapping:
  center=0.0/0.0 magn=0.5 angle=270
formula:
  maxiter=250 percheck=off filename="wkc.ufm" entry="NovaMandel_Ideas"
  p_bailZ=1.0E32 p_bail=1.0E-25 p_pwr=7 p_rlx=1
  p_Oper1="abs(imag/real)" p_Oper2="abs(imag/real)"
inside:
  transfer=none solid=4286545791
outside:
  transfer=cuberoot filename="Standard.ucl" entry="GaussianInteger"
  p_inttype="round(z)" p_colorby="min/mean/max angle" p_norm=none
  p_fac=2.0/1.0 f_normfunc=ident p_randomize=no p_randomsize=0.1/0
  p_logseed=0.1
gradient:
  smooth=yes rotation=-378 index=-378 color=8716288 index=-278
  color=16121855 index=-178 color=46591 index=-78 color=156
opacity:
  smooth=no index=0 opacity=255
}

NovaMandel,Uppward {
; Copyright © 2013 by Walter Keith (Diddy) Cook.
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UsingFactorsV2,20140302_1 {
; Copyright © 2014 by Walter Keith (Diddy) Cook. 
; Tweaks Welcome in the UF Mailing List
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}

UsingFactorsV2,20140302_2 {
;  
; Tweaks Welcome in the UF Mailing List
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UsingFactorsV2,Rainbow_Brot {
;  
; Tweaks Welcome in the UF Mailing List
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}

Henon_Att_v1_20140302_1 {
;  
; Tweaks Welcome in the UF Mailing List
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}

Henon_Flower {
;  
; Tweaks Welcome in the UF Mailing List
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}