Cellular automaton simulation programs by supported rulespaces: Difference between revisions

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====== Outer-totalistic ======
====== Outer-totalistic ======
====== Isotropic non-totalistic ======
===== 16-state =====
====== Non-isotropic ======
===== ''n''-state =====
===== Unsorted =====
{| class="wikitable" style="margin-left:auto;margin-right:auto;"
{| class="wikitable" style="margin-left:auto;margin-right:auto;"
|-
|-
Line 47: Line 36:
! [[WolframAlpha]]
! [[WolframAlpha]]
! [[CAViewer]]
! [[CAViewer]]
|-
! [[Margolus]]
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#c6efce;" | Yes
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | Yes
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | Yes
|-
|-
! von Neumann [[Totalistic Life-like cellular automaton|Outer-totalistic]]
! von Neumann [[Totalistic Life-like cellular automaton|Outer-totalistic]]
Line 69: Line 47:
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | range 1-?
| style="background-color:#c6efce;" | range 1-?
|-
! von Neumann [[Isotropic non-totalistic Life-like cellular automaton|Isotropic non-totalistic]]
| style="background-color:#dfdfff;" | <ref group="n" name="mooresubset"/>
| style="background-color:#dfdfff;" | <ref group="n" name="mooresubset"/>
| style="background-color:#dfdfff;" | <ref group="n" name="mooresubset"/>
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | <ref group="n" name="weightedsubset">via Weighted Life</ref>
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
|-
! von Neumann [[Non-isotropic Life-like cellular automaton|Non-isotropic non-totalistic]]
| style="background-color:#c6efce;" | Yes
| style="background-color:#c6efce;" | Yes
| style="background-color:#ffc7ce;" | No
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
|-
|-
! Moore [[Totalistic Life-like cellular automaton|Outer-totalistic]]
! Moore [[Totalistic Life-like cellular automaton|Outer-totalistic]]
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| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | range 1-?
| style="background-color:#c6efce;" | range 1-?
|-
! [[Isotropic non-totalistic Life-like cellular automaton|Isotropic non-totalistic]]
| style="background-color:#c6efce;" | Yes
| style="background-color:#c6efce;" | Yes
| style="background-color:#c6efce;" | Yes
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | Yes
|-
! [[Non-isotropic Life-like cellular automaton|Non-isotropic non-totalistic]]
| style="background-color:#c6efce;" | Yes
| style="background-color:#c6efce;" | Yes
| style="background-color:#ffc7ce;" | No
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
|-
! Range 2 von Neumann [[Isotropic non-totalistic]]
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#c6efce;" | Yes
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | Yes
|-
! Range 2 von Neumann [[Non-isotropic Life-like cellular automaton|Non-isotropic non-totalistic]]
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#ffc7ce;" | No
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
|-
|-
! cross [[Larger than Life]]
! cross [[Larger than Life]]
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| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | Yes
| style="background-color:#c6efce;" | Yes
|}
====== Isotropic non-totalistic ======
===== 16-state =====
====== Non-isotropic ======
===== ''n''-state =====
===== Unsorted =====
{| class="wikitable" style="margin-left:auto;margin-right:auto;"
|-
! Rulespace
! [[Golly]]
! [[LifeViewer]]
! [[lifelib]]
! [[Java Square Cell]]
! [[Life32]]
! [[Mirek's Cellebration]]
! [[Visions of Chaos]]
! [[WolframAlpha]]
! [[CAViewer]]
|-
! [[Margolus]]
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#c6efce;" | Yes
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | Yes
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | Yes
|-
! von Neumann [[Isotropic non-totalistic Life-like cellular automaton|Isotropic non-totalistic]]
| style="background-color:#dfdfff;" | <ref group="n" name="mooresubset"/>
| style="background-color:#dfdfff;" | <ref group="n" name="mooresubset"/>
| style="background-color:#dfdfff;" | <ref group="n" name="mooresubset"/>
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | <ref group="n" name="weightedsubset">via Weighted Life</ref>
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
|-
! von Neumann [[Non-isotropic Life-like cellular automaton|Non-isotropic non-totalistic]]
| style="background-color:#c6efce;" | Yes
| style="background-color:#c6efce;" | Yes
| style="background-color:#ffc7ce;" | No
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
|-
! [[Isotropic non-totalistic Life-like cellular automaton|Isotropic non-totalistic]]
| style="background-color:#c6efce;" | Yes
| style="background-color:#c6efce;" | Yes
| style="background-color:#c6efce;" | Yes
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | Yes
|-
! [[Non-isotropic Life-like cellular automaton|Non-isotropic non-totalistic]]
| style="background-color:#c6efce;" | Yes
| style="background-color:#c6efce;" | Yes
| style="background-color:#ffc7ce;" | No
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
|-
! Range 2 von Neumann [[Isotropic non-totalistic]]
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#c6efce;" | Yes
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#c6efce;" | Yes
|-
! Range 2 von Neumann [[Non-isotropic Life-like cellular automaton|Non-isotropic non-totalistic]]
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#ffffdd;" | Multistate emulation only
| style="background-color:#ffc7ce;" | No
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#d4e5f6;" | ?
| style="background-color:#dfdfff;" | Weighted Life
|-
|-
! [[Mirek's Cellebration|Cyclic]] CA
! [[Mirek's Cellebration|Cyclic]] CA

Revision as of 17:19, 9 May 2021

This is an incomplete, messy table of multiple cellular automaton simulator programs with the rulespaces they natively support.

Two-dimensional

Grids

Euclidean regular

{∞}

{4,4}

2-state
Outer-totalistic
Isotropic non-totalistic
Non-isotropic
3-state
Outer-totalistic
Rulespace Golly LifeViewer lifelib Java Square Cell Life32 Mirek's Cellebration Visions of Chaos WolframAlpha CAViewer
von Neumann Outer-totalistic range 1-500 range 1-500 range 1[n 1] range 1-? range 1-? range 1-10[n 2] ? ? range 1-?
Moore Outer-totalistic range 1-500 range 1-500 range 1-5
range 1-7[n 3] 		range 1-? range 1-? range 1-10[n 2] ? ? range 1-?
cross Larger than Life range 1-500 range 1-500 No range 1-? ? No ? ? Yes
saltire Larger than Life range 1-500 range 1-500 No range 1-? ? No ? ? Yes
star Larger than Life range 1-500 range 1-500 No range 1-? ? No ? ? Yes
checkerboard Larger than Life range 1-500 range 1-500 No No ? No ? ? Yes
L2 Larger than Life range 1-500 range 1-500 No No ? No ? ? Yes
circular Larger than Life range 1-500 (desktop only) range 1-500 No No ? No ? ? Yes
custom Larger than Life range 1-500 range 1-500 No No ? No ? ? Yes
cross Higher-range outer-totalistic range 1-500 range 1-500 No ? ? ? ? ? Yes
saltire Higher-range outer-totalistic range 1-500 range 1-500 No ? ? ? ? ? Yes
star Higher-range outer-totalistic range 1-500 range 1-500 No ? ? ? ? ? Yes
checkerboard Higher-range outer-totalistic range 1-500 range 1-500 No ? ? ? ? ? Yes
L2 Higher-range outer-totalistic range 1-500 range 1-500 No ? ? ? ? ? Yes
circular Higher-range outer-totalistic range 1-500 range 1-500 No ? ? ? ? ? Yes
custom Higher-range outer-totalistic range 1-500 range 1-500 No No ? No ? ? Yes
Isotropic non-totalistic
16-state
Non-isotropic
n-state
Unsorted
Rulespace Golly LifeViewer lifelib Java Square Cell Life32 Mirek's Cellebration Visions of Chaos WolframAlpha CAViewer
Margolus Multistate emulation only Yes ? ? ? Yes ? ? Yes
von Neumann Isotropic non-totalistic [n 1] [n 1] [n 1] ? ? [n 4] ? ? Weighted Life
von Neumann Non-isotropic non-totalistic Yes Yes No ? ? Weighted Life ? ? Weighted Life
Isotropic non-totalistic Yes Yes Yes ? ? Weighted Life ? ? Yes
Non-isotropic non-totalistic Yes Yes No ? ? Weighted Life ? ? Weighted Life
Range 2 von Neumann Isotropic non-totalistic Multistate emulation only Multistate emulation only Yes ? ? ? ? ? Yes
Range 2 von Neumann Non-isotropic non-totalistic Multistate emulation only Multistate emulation only No ? ? ? ? ? Weighted Life
Cyclic CA No No No ? ? ? ? ? No
RPS CA No No No ? ? ? ? ? No
BSFKL Ruletables only Ruletables only Yes ? ? ? ? ? Ruletables only
3-state outer-totalistic Ruletables only Ruletables only Ruletables only ? ? ? ? ? Ruletables only
3-state isotropic non-totalistic Ruletables only Ruletables only Ruletables only ? ? ? ? ? Ruletables only
Partitioned cellular automata Ruletables only Yes No ? ? ? ? ? No
Outer-totalistic Generations states 2-255 states 2-255 states 2-? ? ? states 2-? ? ? states 2-?
Isotropic non-totalistic Generations states 2-255 states 2-255 states 2-? ? ? Weighted Generations
states 2-? 		? ? Yes
Larger than Life Generations range 1-500
states 2-255 		range 1-500
states 2-255 		range 1-7
states 2-? 		? ? range 1-10
states 2-25 		? ? Yes
Higher-range outer-totalistic Generations range 1-500
states 2-255 		range 1-500
states 2-255 		range 1-5
states 2-? 		? ? ? ? ? Yes
Extended Generations Ruletables only Ruletables only Yes ? ? ? ? ? Yes
Deficient rules Ruletables only Ruletables only Yes ? ? ? ? ? Yes
Naive rules Multistate emulation only Multistate emulation only ? ? ? ? ? ? Yes
[Rule]History Yes Yes ? ? ? ? ? ? Yes
[Rule]Super Yes Yes ? ? ? ? ? ? No
  1. ↑ 1.0 1.1 1.2 1.3 via Moore isotropic non-totalistic notation
  2. ↑ 2.0 2.1 Consecutive birth/survival transitions (Larger than Life) only for ranges above 2
  3. ↑ Consecutive birth/survival transitions (Larger than Life) only for ranges above 5
  4. ↑ via Weighted Life

{6,3}

Rulespace Golly LifeViewer lifelib Java Square Cell Life32 Mirek's Cellebration Visions of Chaos WolframAlpha CAViewer
Hexagonal Tripod outer-totalistic Via MAP strings Yes ? ? ? ? ? ? Yes
Hexagonal outer-totalistic Yes Yes Yes Yes Yes Weighted Life ? ? Yes
Hexagonal isotropic non-totalistic Via MAP strings Yes Yes ? ? Weighted Life ? ? Yes
Hexagonal non-isotropic non-totalistic Yes Yes No ? ? Weighted Life ? ? Weighted Life
hexagonal Larger than Life range 1-500 range 1-500 No No ? No ? ? Yes
asterisk Larger than Life range 1-500 range 1-500 No No ? No ? ? Yes
tripod Larger than Life range 1-500 range 1-500 No No ? No ? ? Yes
hexagonal Higher-range outer-totalistic range 1-500 range 1-500 No No ? No ? ? Yes
tripod Higher-range outer-totalistic range 1-500 range 1-500 No No ? No ? ? Yes
asterisk Higher-range outer-totalistic range 1-500 range 1-500 No No ? No ? ? Yes

{3,6}

Rulespace Golly LifeViewer lifelib Java Square Cell Life32 Mirek's Cellebration Visions of Chaos WolframAlpha CAViewer
Triangular von Neumann outer-totalistic Multistate emulation only Yes ? ? ? ? ? ? Yes
Triangular Vertices outer-totalistic Multistate emulation only Yes ? ? ? ? ? ? Yes
Triangular Tri6inner outer-totalistic Multistate emulation only Yes ? ? ? ? ? ? Yes
Triangular Tri6outer outer-totalistic Multistate emulation only Yes ? ? ? ? ? ? Yes
Triangular Moore outer-totalistic Yes Yes ? ? ? ? ? ? Yes
triangular Larger than Life range 1-500 range 1-500 No No ? No ? ? Yes
triangular Higher-range outer-totalistic range 1-500 range 1-500 No No ? No ? ? Yes

{4,3,4}

{4,3,3,4}

{3,4,3,3}

{3,3,4,3}

{4,3,3,3,4}

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