Fractal 100 E – Chip

Part of DIALOG series – 11 2022

AI . artificial intelligence . chips . computer . decision . future . mankind

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Fractal 100 E – zoom level 1

Fractal 100 E – zoom level 2

Previous versions

Fractal 100 J – Chip | Part of DIALOG series | 12.2022

Fractal 100 I – Chip | Part of DIALOG series | 12.2022

Fractal 100 H – Chip | Part of DIALOG series | 12.2022

Fractal 100 G – Chip | Part of DIALOG series | 12.2022

Fractal 100 F – Chip | Part of DIALOG series | 11.2022

Fractal 100 D – Chip | Part of DIALOG series | 11.2022

Fractal 100 B – Chip | Part of DIALOG series | 11.2022

Fractal 100 A – Chip | Part of DIALOG series | 11.2022

Data

This digital works is created exclusively from fractals, with 0% AI generated. It can therefore be converted into a set of functions and parameters that can be the basis for the training of an AI.

The mathematical formulas and parameter combinations corresponding to each fractal are presented below. In each case, the numerical characters have been replaced by ■ to prevent unauthorized reproduction. If you are interested in using the full data set to train an AI, please contact Philippe.

Fractal_100_E {
fractal:
  title="Fractal_100_E" width=████ height=████ layers=█ credits="Philoxerax;11/26/2022"
layer:
  caption="Background" opacity=███ mergemode=screen
mapping:
  center=█/█ magn=█.█████████ angle=███.████
formula:
  maxiter=███ entry="fourier-popcorn" p_control_type=basic p_bailout=████ p_hall=█.█/█.████ p_functypeall="cos odd alt" p_powerall=█/█.██ p_ntermall=█ p_slopeall=█/█.██████ f_funcall=tan p_hx=█.█/█ p_vartypexin=y p_functypexin="cos odd pos" p_powerxin=█/█ p_ntermxin=██ f_funcxin=cos p_vartypexout=y p_functypexout="cos odd pos" p_powerxout=█/█ p_ntermxout=██ p_slopexout=█/█ f_funcxout=cos p_hy=█.█/█ p_vartypeyin=x p_functypeyin="sin odd pos" p_poweryin=█/█ p_ntermyin=██ f_funcyin=sin p_vartypeyout=x p_functypeyout="sin odd pos" p_poweryout=█/█ p_ntermyout=██ p_slopeyout=█/█ f_funcyout=sin
inside:
  transfer=none
outside:
  transfer=linear
gradient:
  smooth=yes index=██ color=███████ index=███ color=████████ index=███ color=██████
opacity:
  smooth=no index=█ opacity=███
layer:
  caption="Layer 3" opacity=███ mergemode=lighten transparent=yes
mapping:
  center=█/█ magn=█.████ angle=-██
formula:
  maxiter=███ entry="fourier-popcorn" p_control_type=basic p_bailout=████ p_hall=█.█/█.███ p_functypeall="cos odd alt" p_powerall=█/█.██ p_ntermall=█ p_slopeall=█/█.██████ f_funcall=tan p_hx=█.█/█ p_vartypexin=y p_functypexin="cos odd pos" p_powerxin=█/█ p_ntermxin=██ f_funcxin=cos p_vartypexout=y p_functypexout="cos odd pos" p_powerxout=█/█ p_ntermxout=██ p_slopexout=█/█ f_funcxout=cos p_hy=█.█/█ p_vartypeyin=x p_functypeyin="sin odd pos" p_poweryin=█/█ p_ntermyin=██ f_funcyin=sin p_vartypeyout=x p_functypeyout="sin odd pos" p_poweryout=█/█ p_ntermyout=██ p_slopeyout=█/█ f_funcyout=sin
inside:
  transfer=none solid=█
outside:
  transfer=linear
gradient:
  smooth=yes index=██ color=███████ index=██ color=███████ index=███ color=████████ index=███ color=███████
opacity:
  smooth=no index=█ opacity=███
layer:
  caption="Background" opacity=███ transparent=yes
mapping:
  center=█/█ magn=█.██ angle=██.████
formula:
  maxiter=███ entry="fourier-popcorn" p_control_type=basic p_bailout=████ p_hall=█.█/█.████ p_functypeall="cos odd alt" p_powerall=█/█.██ p_ntermall=█ p_slopeall=█/█.██████ f_funcall=tan p_hx=█.█/█ p_vartypexin=y p_functypexin="cos odd pos" p_powerxin=█/█ p_ntermxin=██ f_funcxin=cos p_vartypexout=y p_functypexout="cos odd pos" p_powerxout=█/█ p_ntermxout=██ p_slopexout=█/█ f_funcxout=cos p_hy=█.█/█ p_vartypeyin=x p_functypeyin="sin odd pos" p_poweryin=█/█ p_ntermyin=██ f_funcyin=sin p_vartypeyout=x p_functypeyout="sin odd pos" p_poweryout=█/█ p_ntermyout=██ p_slopeyout=█/█ f_funcyout=sin
inside:
  transfer=none solid=█
outside:
  transfer=linear
gradient:
  smooth=yes index=██ color=███████ index=███ color=████████ index=███ color=███████
opacity:
  smooth=no index=█ opacity=███
layer:
  caption="Background" opacity=███ mergemode=addition
mapping:
  center=█.█████████/█.█████████ magn=█.██ angle=██.████
formula:
  maxiter=███ entry="fourier-popcorn" p_control_type=basic p_bailout=████ p_hall=█.█/█ p_functypeall="cos all alt" p_powerall=█/█ p_ntermall=██ p_slopeall=█/█ f_funcall=tan p_hx=█.█/█ p_vartypexin=y p_functypexin="cos odd pos" p_powerxin=█/█ p_ntermxin=██ f_funcxin=cos p_vartypexout=y p_functypexout="cos odd pos" p_powerxout=█/█ p_ntermxout=██ p_slopexout=█/█ f_funcxout=cos p_hy=█.█/█ p_vartypeyin=x p_functypeyin="sin odd pos" p_poweryin=█/█ p_ntermyin=██ f_funcyin=sin p_vartypeyout=x p_functypeyout="sin odd pos" p_poweryout=█/█ p_ntermyout=██ p_slopeyout=█/█ f_funcyout=sin
inside:
  transfer=none
outside:
  transfer=linear
gradient:
  smooth=yes rotation=-███ index=█ color=███████ index=█ color=█ index=██ color=████████ index=███ color=███████ index=███ color=███████ index=-███ color=████████ index=-███ color=████████ index=-███ color=███████ index=-██ color=████████ index=-██ color=████████ index=-██ color=█████
opacity:
  smooth=no index=█ opacity=███
layer:
  caption="Layer 1" opacity=███ mergemode=multiply
mapping:
  center=-█.██/█.████████ magn=█.██ angle=██.████
formula:
  maxiter=███ entry="fourier-popcorn" p_control_type=basic p_bailout=████ p_hall=█.█/█ p_functypeall="sin all alt" p_powerall=█/█ p_ntermall=██ p_slopeall=█/█ f_funcall=tan p_hx=█.█/█ p_vartypexin=y p_functypexin="cos odd pos" p_powerxin=█/█ p_ntermxin=██ f_funcxin=cos p_vartypexout=y p_functypexout="cos odd pos" p_powerxout=█/█ p_ntermxout=██ p_slopexout=█/█ f_funcxout=cos p_hy=█.█/█ p_vartypeyin=x p_functypeyin="sin odd pos" p_poweryin=█/█ p_ntermyin=██ f_funcyin=sin p_vartypeyout=x p_functypeyout="sin odd pos" p_poweryout=█/█ p_ntermyout=██ p_slopeyout=█/█ f_funcyout=sin
inside:
  transfer=none solid=██████████
outside:
  transfer=linear
gradient:
  smooth=yes rotation=██ index=██ color=████████ index=███ color=████████ index=███ color=█████ index=███ color=████████ index=-███ color=██████
opacity:
  smooth=no index=█ opacity=███
layer:
  caption="Background" opacity=███
mapping:
  center=█/█ magn=█.██ angle=██.████
formula:
  maxiter=███ entry="fourier-popcorn" p_control_type=basic p_bailout=████ p_hall=█.█/█ p_functypeall="sin all alt" p_powerall=█/█ p_ntermall=██ p_slopeall=█/█ f_funcall=tan p_hx=█.█/█ p_vartypexin=y p_functypexin="cos odd pos" p_powerxin=█/█ p_ntermxin=██ f_funcxin=cos p_vartypexout=y p_functypexout="cos odd pos" p_powerxout=█/█ p_ntermxout=██ p_slopexout=█/█ f_funcxout=cos p_hy=█.█/█ p_vartypeyin=x p_functypeyin="sin odd pos" p_poweryin=█/█ p_ntermyin=██ f_funcyin=sin p_vartypeyout=x p_functypeyout="sin odd pos" p_poweryout=█/█ p_ntermyout=██ p_slopeyout=█/█ f_funcyout=sin
inside:
  transfer=none
outside:
  transfer=linear
gradient:
  smooth=yes rotation=██ index=██ color=████████ index=███ color=████████ index=███ color=███ index=███ color=████████
opacity:
  smooth=no index=█ opacity=███
}