Orbit traps are surrounded by hudge amount of plugins and colour options, but exponent smoothing have almoust nothing.
But I think, exponent smoothing much better reveals inner nature of fractals, and it works well with kali/ducks pattern formulas. So there is field for improvement. Here I were working on more advanced exponent smoothing.
Actualy, here I just putt together options alredy implemented in different esponent smoothing like colour methods, such as using complex exponent base instead of Eulers number (imaginary and negative numbers create different gradients), smoothing by using larger value, adding some value to control density e.t.c. Not too new, so I think, its not to be released.
Do someone have any hints, sugestions or code, how exponent smoothing could be improved?
p.s.
No pictures, but some fractals using features this version of expont smoothing.
HEARTS_kali_talis_layers_2 {
::GvDwXin29SVTvtNMM07BI/HE8pNUkEJ/ZyG0hOsAMsh1DL7uhqtsja0HeyypJ9X/okd6KaLG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==
}
And here is another
Fractal7 {
fractal:
title="Fractal7" width=320 height=240 layers=1
credits="Asdam;7/5/2012"
layer:
caption="Background" opacity=100 transparent=yes
mapping:
center=-3.7268749455/0.0651243015 magn=0.91850994
formula:
maxiter=40 percheck=off filename="em.ufm" entry="Kalisetes_Sefirii"
p_equation="1- kaleido Kaliset j" p_bailout=777000 p_settype=Julia
p_switchsettype=Mandelbrot p_julia=-0.6/0.76 p_D=1 f_func_post=ident
p_scale=1/-0.11 p_vectype="z/modulus(z)" p_vfactor=0.04/0.0
inside:
transfer=linear filename="E++ExpoSmoothing.ucl"
entry="E++ExpSmoothting" p_posneg=0/0 p_iternum=7770000 p_expdim=no
p_darkness=0.3 p_calculation="Newton type"
p_exponentype="Free exponent" p_pallete=yes p_base=2/2
p_postfn="6- DoubleEdged"
outside:
transfer=linear filename="Standard.ucl" entry="Basic"
p_type=Iteration
gradient:
comments="my original creation." smooth=yes index=30 color=24800
index=130 color=9164785 index=262 color=10176512 index=363
color=5998
opacity:
smooth=no index=0 opacity=255
}