A tridimensional pseudo-random walk defined by means of 'phi' -the golden ratio-: 1.618033... -100.000 digits, base 10- into 341254... -128.508 digits, -base 6- [Une pseudo-marche aléatoire tridimensionnelle définie à l'aide de 'phi' -le nombre d'or-: 1.618033... -100.000 chiffres, base 10- en 341254... -128.508 chiffres, -base 6-].
Each digit N -base 6- defines the current step of an "absolute" tridimensional random walk:
digit=0 ==> move(+1,0,0)
digit=1 ==> move(-1,0,0)
digit=2 ==> move(0,+1,0)
digit=3 ==> move(0,-1,0)
digit=4 ==> move(0,0,+1)
digit=5 ==> move(0,0,-1)
The coordinates {X,Y,Z} are renormalized as follows:
[+0.4711,+0.9692]x[+0.3351,+0.7448]x[-0.1054,+0.4352] --> [0.1,0.9]x[0.1,0.9]x[0.1,0.9]
See some famous real numbers (possibly including this one):
See a random number:
See a tridimensional brownian motion:
(CMAP28 WWW site: this page was created on 02/06/2014 and last updated on 09/05/2024 14:15:54 -CEST-)
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