boundary abs(multiplier (c)) = 1.0 +- eps DEM/M /* Multiplier map https://en.wikibooks.org/wiki/Fractals/Iterations_in_the_complex_plane/Mandelbrot_set...
components of Mandelbrot sets are closed curves : cardioids or circles. Douady-Hubbard-Sullivan theorem (DHS) states that unit circle can be mapped to boundary...
Mandelbrot set - multiplier map, internal rays , internal coordinate Coordinates of point w {\displaystyle w\,} in exponential form are : w = r ∗ e 2...
boundary or period=1 hyperbolic component of Mandelbrot set g 1 {\displaystyle g_{1}\,} is a complex map from circle to cardioid g 1 : ∂ D 1 2 → ∂ H 1...
algorithms are described in the book : "How To Write A Book About The Mandelbrot Set" by Claude Heiland-Allen Wolf Jung descibes the test for drawing external...
rotate crop /* c program: 1. draws Mandelbrot set for Fm(z)=z^4+m*z; using escape time ( boolean and levele sets ) Adam Majewski fraktal.republka.pl...
abs(multiplier(z)) */ return(stability) ); stability_alfa(_c):= block( alfa:(1-sqrt(abs(1-4*_c)))/2, stability:abs(float(2*alfa)), /* abs(multiplier(z))...
Jungreis function Uniformisation of the interior of Mandelbrot set components using multiplier map: internal rays , internal coordinate // https://gist...
attracting fixed point zf with abs(multiplier(zf)=0.99993612384259 . Point c is near root of period 6 component of Mandelbrot set. Wikimedia username: Adam majewski...
attracting fixed point zf with abs(multiplier(zf)=0.99993612384259 . Point c is near root of period 6 component of Mandelbrot set. URL: https://commons.wikimedia...
_=_z^4_+_m*z.png){kind=link}
