 | This is not a Wikipedia article: It is an individual user's work-in-progress page, and may be incomplete and/or unreliable. For guidance on developing this draft, see Wikipedia:So you made a userspace draft. Find sources: Google (books · news · scholar · free images · WP refs) · FENS · JSTOR · TWL |
New article name is
Input interpretation edit
cellular automaton | rule 30
Rule space information edit
rule type | elementary cellular automaton rule space | 2-color range 1 number of rules | 256
Rule icon edit
1 | | 0 |
Rule equivalences edit
left-right | color | both 86 | 135 | 149
Boolean form edit
p XOR (q OR r)
Algebraic form edit
(p q r q r) mod 2
Neighbor dependency edit
linear | nonlinear | nonlinear
Evolution from simple initial condition edit
Bold text Italic text www.wolframalpha.com
-
Caption1 -
Caption2
File:MSP49119aehg1994fd4cb4000050i2dh8277975hfd
Random initial conditions edit
File:MSP49219aehg1994fd4cb4000025c47gbga8g9iicd
Typical difference patterns edit
File:MSP49319aehg1994fd4cb400002h1i26759865540e
Properties edit
The center column of rule 30 appears effectively random. The center column of rule 30 appears effectively random. Rule 30 is a class 3 rule from random initial conditions.
Finite-size state transition diagrams edit
| | | | size 2 | size 3 | size 4 | size 5 | size 6
References edit
External links edit
- ^ hola