The first digits of 'pi' are giving birth to three sets 'DX', 'DY' and 'DZ' using the following way:
```                                                                           -------> DX = 3               1               2               3               9               3                ...
|               \             / \             / \             / \             / \             / \             /
|                \           /   \           /   \           /   \           /   \           /   \           /
|                 \         /     \         /     \         /     \         /     \         /     \         /
pi = 3.14159265358979323... --> 314159265358979323... |-------> DY =     1       /       5       /       6       /       5       /       7       /       2       /
|                   \     /         \     /         \     /         \     /         \     /         \     /
|                    \   /           \   /           \   /           \   /           \   /           \   /
|                     \ /             \ /             \ /             \ /             \ /             \ /
-------> DZ =         4               9               5               8               9               3
```
Then 'DX', 'DY' and 'DZ' are renormalized inside [-DR,+DR] (DR being an arbitrary constant) and used as the successive steps of an "absolute" tridimensional random walk..

The arbitrary colors used are displaying the rank of each digit (from white for the first ones -{3,1,4,1,5,...}- to dark red for the last ones.)

The coordinates {X,Y,Z} are renormalized as follows:
```                    [-0.025,+0.695]x[+0.138,+0.827]x[-0.170,+0.482] -->[0.4,0.9]x[0.4,0.9]x[0.1,0.6]
```

See some related pictures (possibly including this one):

[See the 100.000 first digits -base 10- of 'pi'.]

(CMAP28 WWW site: this page was created on 06/11/2024 and last updated on 06/11/2024 12:03:07 -CEST-)

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