LifeViewer: Difference between revisions
Jump to navigation
Jump to search
added pattern examples |
thumbnail pattern examples |
||
| Line 34: | Line 34: | ||
Rule support: | Rule support: | ||
* 2-state [[Margolus]] rules. | * 2-state [[Margolus]] rules. | ||
{{LV:Viewer|x = 63, y = 34, rule = critters | ** Example: Critters (M15,14,13,3,11,5,6,1,7,9,10,2,12,4,8,0) {{LV:Viewer|x = 63, y = 34, rule = critters | ||
9$52bo9$48b2o$39bo$47bo2bo3$47bo$48bo$5bo31bo20bo$6bo31bo18bo$6bo31bo | 9$52bo9$48b2o$39bo$47bo2bo3$47bo$48bo$5bo31bo20bo$6bo31bo18bo$6bo31bo | ||
17bo$5bo31bo17bo! | 17bo$5bo31bo17bo! | ||
[[ RLE input o$bo$bo$o! PASTET EVERY 64 PASTE input 5 24 ZOOM 4 ]]}} | [[ RLE input o$bo$bo$o! PASTET EVERY 64 PASTE input 5 24 ZOOM 4 THUMBNAIL ]]}} | ||
* 2-state [[Totalistic Life-like cellular automaton|Outer-totalistic Life-like cellular automata]] (from ranges 1 to 500, including [[Larger than Life]]). | * 2-state [[Totalistic Life-like cellular automaton|Outer-totalistic Life-like cellular automata]] (from ranges 1 to 500, including [[Larger than Life]]). | ||
{{LV:Viewer|x = 113, y = 113, rule = R7,C2,M1,S65..114,B65..95,NM | ** Example: Soldier Bugs (R7,C2,M1,S65..114,B65..95,NM) {{LV:Viewer|x = 113, y = 113, rule = R7,C2,M1,S65..114,B65..95,NM | ||
49b4o$47b7o$46b10o$45b12o$45b13o19b2o$44b3o5b6o17b6o$22b3o19b3o5b6o16b | 49b4o$47b7o$46b10o$45b12o$45b13o19b2o$44b3o5b6o17b6o$22b3o19b3o5b6o16b | ||
9o$20b7o17b3o5b6o15b11o$19b9o16b3o5b6o14b3ob9o$18b12o15b3o2b8o14b3o4b | 9o$20b7o17b3o5b6o15b11o$19b9o16b3o5b6o14b3ob9o$18b12o15b3o2b8o14b3o4b | ||
| Line 57: | Line 58: | ||
6o6b3o17b7o16b5o7b2o$27b6o6b3o15b10o15b6o3b5o$27b6o6b3o14b12o14b13o$27b | 6o6b3o17b7o16b5o7b2o$27b6o6b3o15b10o15b6o3b5o$27b6o6b3o14b12o14b13o$27b | ||
7o4b3o14b8o2b3o15b12o$28b9ob3o14b6o5b3o16b9o$29b11o15b6o5b3o17b7o$30b | 7o4b3o14b8o2b3o15b12o$28b9ob3o14b6o5b3o16b9o$29b11o15b6o5b3o17b7o$30b | ||
9o16b6o5b3o19b3o$32b6o17b6o5b3o$34b2o19b13o$56b12o$57b10o$59b7o$60b4o!}} | 9o16b6o5b3o19b3o$32b6o17b6o5b3o$34b2o19b13o$56b12o$57b10o$59b7o$60b4o! | ||
[[ ZOOM 2 THUMBNAIL ]]}} | |||
* 2-state [[non-totalistic Life-like cellular automata|Isotropic non-totalistic Life-like cellular automata]] (for range-1 Moore and range-1 hexagonal). | * 2-state [[non-totalistic Life-like cellular automata|Isotropic non-totalistic Life-like cellular automata]] (for range-1 Moore and range-1 hexagonal). | ||
** Example: Just Friends (B2-a/S12) {{LV:Viewer|x = 65, y = 74, rule = B2-a/S12 | |||
63bo$63bo4$61bo$64bo$59bobo2bo46$18bo$19b2o12$4bo$4bo4$2bo$5bo$obo2bo! | |||
[[ ZOOM 2 THUMBNAIL ]]}} | |||
* 2-state [[Non-isotropic Life-like cellular automata]] (for range-1 Moore, hexagonal and von Neumann). | * 2-state [[Non-isotropic Life-like cellular automata]] (for range-1 Moore, hexagonal and von Neumann). | ||
** Example: MAP//8IAN1+KYD/9QAA/f8AAOu/AQD38wAI//8IgP39Akrn/wAB/78DAP/+AAD/ugAA//sQCN3+AIDfvwhD//sAQA {{LV:Viewer|x = 1, y = 1, rule = MAP//8IAN1+KYD/9QAA/f8AAOu/AQD38wAI//8IgP39Akrn/wAB/78DAP/+AAD/ugAA//sQCN3+AIDfvwhD//sAQA:T80,40 | |||
o! | |||
[[ ZOOM 4 THUMBNAIL ]]}} | |||
* [[Generations]] rules (as an extension of the outer-totalistic, non-totalistic and non-isotropic rulespaces). | * [[Generations]] rules (as an extension of the outer-totalistic, non-totalistic and non-isotropic rulespaces). | ||
{{LV:Viewer|x = 200, y = 100, rule = 2/13/21:T200,100 | ** Example: Fireworks (2,13,21) {{LV:Viewer|x = 200, y = 100, rule = 2/13/21:T200,100 | ||
#C Fireworks | #C Fireworks | ||
#C An admirably beautiful rule by John Elliott | #C An admirably beautiful rule by John Elliott | ||
88.A6$A58$61.A24$107.A11$37.A! | 88.A6$A58$61.A24$107.A11$37.A! | ||
[[ ZOOM 2 ]]}} | [[ ZOOM 2 THUMBNAIL ]]}} | ||
* [[Alternating rule|Alternating]] rules. | * [[Alternating rule|Alternating]] rules. | ||
** Example: alternlife (B13/S012345678|B/S15) {{LV:Viewer|x = 21, y = 9, rule = alternlife | |||
3.A13.A2$.2A15.2A2$A19.A4$9.A! | |||
[[ ZOOM 12 THUMBNAIL ]]}} | |||
* [[Partitioned cellular automata]] (PCA) rules. | * [[Partitioned cellular automata]] (PCA) rules. | ||
{{LV:Viewer|x = 49, y = 29, rule = PCA_4 | ** Example: PCA_4 (2PCA4,0,2,4,12,8,5,9,7,1,6,10,11,3,13,14,15) {{LV:Viewer|x = 49, y = 29, rule = PCA_4 | ||
AB45.AB$HD45.HD24$21.A20.D$20.E$AB19.B20.F4.AB$HD39.D5.HD! | AB45.AB$HD45.HD24$21.A20.D$20.E$AB19.B20.F4.AB$HD39.D5.HD! | ||
[[ STEP 20 ZOOM 6 ]]}} | [[ STEP 20 ZOOM 6 THUMBNAIL ]]}} | ||
* [[Weighted]] rules. | * [[Weighted]] rules. | ||
** Example: R2,C2,S2-3,B4,7-8,NW0010001210120210121000100 {{LV:Viewer|x = 9, y = 9, rule = R2,C2,S2,3,B4,7,8,NW0010001210120210121000100:T80,40 | |||
3A6.$3A6.$2A.A3.A.$2.A5.A$9.$9.$9.$2.A6.$3.A5.! | |||
[[ ZOOM 4 THUMBNAIL ]]}} | |||
* [https://mathworld.wolfram.com/ElementaryCellularAutomaton.html Elementary] cellular automata (even numbers only). | * [https://mathworld.wolfram.com/ElementaryCellularAutomaton.html Elementary] cellular automata (even numbers only). | ||
** Example: Wolfram 30 (W30) {{LV:Viewer|x = 1, y = 1, rule = W30:P100,40 | |||
o! | |||
#CXRLE Pos=0,-20 | |||
[[ ZOOM 4 THUMBNAIL ]]}} | |||
* [[LifeHistory|[R]History]] rules. | * [[LifeHistory|[R]History]] rules. | ||
** Example: LifeHistory {{LV:Viewer|x = 457, y = 155, rule = LifeHistory | |||
59.3B64.B125.B$58.BFBF2B60.4BF122.3B$58.6BF.B.F.F.B.F.F.B.F.F.B.F.F.B | |||
.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F7B5.BF.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F. | |||
B.F.F.B.F.F.B.FBF.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F | |||
.F.B.F.F.B.F.F3BFBF.2B2F2.3B$57.F10B.5B.5B.A4B.5B.5B.5B.26BF2BF133B$ | |||
57.24B2A2BA129BA33B2A19B$56.23BA3B2A63B3A63BABA32B4A17B$55.F23BABA67B | |||
2A66BA30BABA2BA16B$56.23BA3B2A63B3A63BABA31BAB4A14BF3B63.F3.BF$57.24B | |||
2A2BA129BA33B4A20B3.B59.5B$56.12B.5B.5B.A4B.5B.5B.5B.28BF116BA23B.B2C | |||
57.6B$57.7BF.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B. | |||
F.F7BF3.F2B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F | |||
.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.FBF.2BFBF3BFBF8B3A8B2C | |||
57.7B$58.6B61.7B125.10BA7B.B57.8B$56.F.5B.F59.9B125.7B3A7B58.10B$57. | |||
7B61.7B125.15B61.10B$56.9B59.F.5B.F123.4B.5BA6B60.11B$57.7B61.7B123. | |||
4B2.3B3A5B61.11B$56.F7BF59.F7BF121.4B3.B3A7B61.11B$57.7B61.7B121.4B3. | |||
3B2A2B.3B55.F.B.F.2F11B$56.F.5B.F59.9B119.4B3.8B2.F43.B.F.F.B4.BF.6BA | |||
BA9B2A32B2A32B2A32B2A6B$57.7B61.7B119.4B3.8B44.23BA2BA7B4A30B4A30B4A | |||
30B4A6BF$56.9B59.F.5B.F117.4B3.9B42.F24BA3BA6B2AB2A29B2AB2A29B2AB2A | |||
29B2AB2A5B$57.7B61.7B117.4B3.4B.6B42.28BA8B2A32B2A32B2A32B2A6B$56.F7B | |||
F59.F7BF115.4B3.4B.7B42.24BA3BA117B$57.7B61.7B115.4B3.4B2.6B44.23BA2B | |||
A5B$56.F.5B.F59.9B113.4B3.4B3.6B47.7B.2B.F2.6B3A6B$57.7B61.2B3A2B113. | |||
4B3.4B4.6B46.9B.F2.BF.B.F.F9B$56.9B59.F.5B.F111.4B3.4B4.8B46.7B13.F8B | |||
$57.7B61.2ABAB2A111.4B3.4B6.8B45.6B.F13.8B$56.F7BF59.FBA3BABF109.4B3. | |||
4B6.9B45.F2BA3B14.8B$57.7B61.2BABA2B109.4B3.4B7.9B46.B3AB14.9B$56.F. | |||
5B.F59.3BABA3B107.4B3.4B8.10B44.B2ABAB14.8B$57.7B61.BA3BAB107.4B3.4B | |||
9.5B2A3B42.F2.5B14.8B$56.9B59.F.5B.F105.4B3.4B10.5B2A4B28.B6.F6.7B.F | |||
11.10B$57.7B61.7B105.4B3.4B11.11B27.5BF.2B3.B.9B12.11B$56.F7BF59.F7BF | |||
103.4B3.4B12.12BA.2A21.24B14.8B$57.7B61.7B103.4B3.4B15.8B2.2A.A19.26B | |||
14.7B$56.F.5B.F59.9B101.4B2.5B16.7B26.F25B14.7B$18.3B4.B31.7B61.7B | |||
101.4B3.4B17.5B29.24BF13.8B$17.BFBF6BF28.9B59.F.5B.F99.2A2B3.4B18.5B | |||
30.23B14.6B$17.6B.5B28.7B61.7B99.2B2A3.4B18.6B31.8B2.B.F10B14.5B$16.F | |||
13BF25.F7BF59.F7BF97.2BAB3.4B19.7B2.4B23.10B6.B.6BF12.F.4B$16.4BA12B | |||
24.7B61.7B97.4B3.4B19.F7BF6BF21.9B9.5B16.F.B$15.4B2A5BA5BFB22.F.5B.F | |||
59.9B95.4B3.4B21.14B21.11B5.3B2ABA6B$14.F3BA9BA5B23.7B61.7B95.4B3.4B | |||
21.F14B20.7BA2BF2B4.4B3A6B$14.5B2A3BA3BA3BFB22.9B59.F7BF93.4B3.4B23. | |||
15B19.6B3A4B4.2BF2BA7B$13.7BA12B24.7B61.7B93.4B3.4B23.16B19.6BAB2A3B | |||
5.11B$14.11B2A6B23.F7BF59.F7BF91.4B3.4B25.15B24.5B9.9B$14.B.7BF7B.B | |||
24.7B61.7B91.4B3.4B25.F14B23.F6B.B6.10B$14.19B23.F.5B.F59.9B89.4B3.4B | |||
27.9B.3B25.10BF.B2.8B$14.20B23.BA3BAB61.7B89.4B3.4B27.F7BF31.23B$13.B | |||
F18B23.3BABA3B59.F7BF87.4B3.4B27.10B30.F24B$13.19BF24.2BABA2B61.7B87. | |||
4B3.4B29.9B30.25BF$13.BF17B24.FBA3BABF59.F7BF85.4B3.4B31.7B31.25B$14. | |||
17B26.2ABAB2A61.7B85.4B3.4B31.F7BF30.BA22B$16.F13BF25.F.5B.F59.9B83. | |||
4B3.4B33.7B31.BA7B.B3.2B.F5B$18.5B.6B27.2B3A2B61.7B83.4B3.4B33.F7BF | |||
31.BA5B6.F6.B$19.F6BFBFB26.9B59.F7BF81.4B3.4B35.7B32.5B2.F$21.B4.3B | |||
28.7B61.7B81.4B3.4B35.9B32.3B$56.F7BF59.F7BF79.4B3.BA2B37.7B34.F$57. | |||
7B61.7B79.4B3.2A2B37.F7BF$56.F.5B.F59.9B77.4B3.2B2A39.7B$57.7B61.7B | |||
77.4B3.4B39.F7BF$56.9B59.F7BF75.4B3.4B41.7B$57.7B61.7B75.4B3.4B41.9B$ | |||
56.F7BF59.F7BF73.4B3.4B43.7B$57.7B61.7B46.F2B2A2BF19.4B3.4B43.F3BA3BF | |||
$56.F.5B.F59.9B45.3B2A2B19.4B3.4B45.2B3A2B$57.7B61.7B46.8B.F15.4B3.4B | |||
45.FB5ABF$56.9B59.F7BF43.12B14.4B3.4B47.BA3BAB$57.7B61.8B42.F13B12.4B | |||
3.4B47.2A5B2A$56.F7BF.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F | |||
.F.B.F.F.B.F9B38.3B.13BF10.4B3.4B49.BA3BA2B$55.11B.5B.5B.5B.5B.5B.5B. | |||
4BA.5B.5B.13B37.5B.11B11.4B3.4B49.FBA3BABF$55.48BA2B2A27B37.5B.8B2.F | |||
9.4B3.4B50.8B$54.BF48B2A3BA24B40.13B10.4B3.4B52.F6B$54.53BABA23BF41. | |||
8B.4B8.4B3.4B53.6BF64.F$54.BF48B2A3BA23B43.7B2.4B6.4B3.4B54.7BF.B.F.F | |||
.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F2.B.3B$55.48BA2B | |||
2A24B45.5B.F2.4B4.4B3.4B55.F10B.5B.5B.5B.5B.5B.5B.5B.5B.5B2.7BF$57.F | |||
7B2.5B.5B.5B.5B.5B.5B.4BA.5B.5B.10BF45.4B6.4B2.4B3.4B56.33B2A42B$59. | |||
3B.B2.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F7B | |||
45.4B7.8B3.4B56.33BABA41BFB$60.F64.F6B44.4B9.6B3.4B56.F32B2A45B$125. | |||
6BF43.4B11.4B3.4B57.34BABA41BFB$125.8B41.4B11.6B.4B57.36B2A42B$124.F | |||
7BF40.4B11.11B59.13B.5B.5B.5B.5B.5B.5B.5B.5B.5B.11B$124.8B40.4B11.4B | |||
2.5B60.9BF.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F. | |||
F7BF$124.9B38.4B11.4B4.5B60.8B61.7B$125.7B38.4B11.2A2B6.4B60.F7BF59. | |||
9B$124.F7BF36.4B11.2B2A8.4B12.B47.7B61.7B$125.7B36.4B11.2BAB10.4B10. | |||
3B45.9B59.F.5B.F$124.F7BF34.4B11.4B12.4B9.3B46.7B61.7B$125.7B34.4B11. | |||
4B14.4B7.4B45.F7BF59.F7BF$124.9B32.4B11.4B16.4B5.4B.F45.7B61.7B$125. | |||
7B32.4B11.4B18.4B3.4B.3B43.F7BF59.9B$124.F7BF30.4B11.4B20.9B.6B42.7B | |||
61.7B$125.7B30.4B11.4B22.15BF40.9B59.F.5B.F$25.F98.F2BABA2BF28.4B11. | |||
4B24.15B41.7B61.7B$125.2B3A2B28.4B11.4B26.16B38.F7BF59.F7BF$124.3B3A | |||
3B26.4B11.4B29.10B2A2B39.7B61.7B$20.F104.7B26.4B11.4B31.9B2A2B38.F7BF | |||
59.9B$124.F7BF24.4B11.4B31.F2.11B39.7B61.7B$125.7B24.4B11.4B34.11B39. | |||
9B59.F.5B.F$124.F.5B.F22.4B11.4B34.9B.F41.7B61.7B$125.7B22.4B11.4B34. | |||
3AB.4B43.F7BF59.F7BF$124.9B20.4B11.4B34.3BA2.4BF43.7B61.7B$31.F92.10B | |||
18.4B11.4B34.3BA2.F.2B44.F7BF59.9B$124.F7BF18.4B11.4B34.4B5.F46.7B61. | |||
7B$125.7B18.4B11.4B34.4B52.9B59.F.5B.F$20.F9.2A92.F.5B.F16.4B11.4B34. | |||
4B54.7B61.7B$30.2A93.7B16.4B11.4B34.4B54.F7BF59.F3BA3BF$124.9B14.4B | |||
11.4B34.4B56.7B61.2B3A2B$75.F49.7B14.4B11.4B34.4B56.F7BF59.2BA3BA2B$ | |||
7.F23.F35.F56.F7BF12.4B11.B2DB34.4B58.7B61.B2AB2AB$2.F17.3A101.8B12. | |||
4B11.2B2D34.4B58.9B59.F.5B.F$22.A6.F94.F7BF10.4B11.4B34.4B60.7B61.7B$ | |||
F20.A2.F42.2A9.F46.7B10.4B11.4B34.4B60.F7BF59.F7BF$67.2A55.9B8.4B11. | |||
4B21.B12.4B62.7B61.7B$119.2B4.7B8.4B11.4B21.3B10.4B62.F.5B.F59.9B$2A | |||
116.5B2F7BF3B3.4B11.4B22.3B9.4B64.B2AB2AB61.7B$2A9.F55.F11.F38.24B11. | |||
4B23.4B7.4B64.2BA3BA2B59.F.5B.F$117.24B11.4B23.F.4B5.4B66.2B3A2B61.7B | |||
$69.F13.F33.23B11.4B23.3B.4B3.4B66.F3BA3BF59.F7BF$F117.21B11.4B22.6B. | |||
9B68.7B61.7B$73.F11.F31.23B9.4B22.F15B68.F.5B.F59.9B$118.21B9.4B23. | |||
15B70.7B61.7B$80.A38.19B9.4B22.16B70.9B59.F.5B.F$81.A2.2A37.B.10B11. | |||
4B23.2B2A10B73.7B61.7B$74.F4.3A2.2A40.8B11.4B24.2B2A9B73.F7BF59.F7BF$ | |||
11.F115.6B11.4B25.11B2.F73.7B61.7B$11.F115.5B11.4B27.11B74.F.5B.F59. | |||
9B$85.F41.6B9.4B29.F.9B74.7B61.7B$126.8B7.4B33.4B.4B72.9B59.F.5B.F$ | |||
125.4B.5B6.4B21.D.D8.F4B2.4B72.7B61.7B$124.4B4.4B2.F.5B19.D5.D8.2B.F | |||
2.4B70.F7BF59.F7BF$123.4B6.4B2.BA5B34.F5.4B70.7B61.7B$79.F42.4B8.4B.A | |||
B2A4B16.D3.C3.D15.4B68.F.5B.F59.9B$121.4B10.4BA3BA4B18.2C19.5B35.3B | |||
30.7B61.7B$120.4B9.F2.4BA3B.5B13.D2.C.C2.D17.4B32.7B27.9B59.F.5B.F$ | |||
119.4B11.7BA3B.5B39.4B30.10B26.7B61.7B$118.4B10.F2BA6BA3B.3B14.D5.D | |||
20.4B.F.F.B.F.F.B.F.F.B.F.F.B.F3.12B23.F7BF59.F7BF$118.3B12.B3A9BF19. | |||
D.D23.28B3.14B23.7B61.7B$118.2B14.AB3A7B43.B2.4BA3BA36BF21.F.5B.F59. | |||
9B$118.B15.F.B2A6B43.2AB.3BA4BA36BF22.7B61.7B$137.BA6B43.2A6B2A39B22. | |||
9B59.F.5B.F$136.F2BA3BF45.2B.3BA4BA38B21.7B61.6B$137.BA3B50.4BA3BA23B | |||
4.11BF.B.F.F.B.F.F.A.F3.F7BF.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B. | |||
F.F.B.F.F.B.F.F.B.F7B$138.A3B50.28B10.13B.5B.3BA4BF28B.5B.5B.5B.5B.5B | |||
.5B.12B$191.BF2B.F.F.B.F.F.B.F.F.B.F.F.B.F9.21B2AB2A44B2A33B$229.21B | |||
2A48BABA33B$229.20B3A50B2A32BF$230.20B2A48BABA33B$229.F21B2AB2A44B2A | |||
33B$230.7B.5B.5B.3BA3BF2BF26B.5B.5B.5B.5B.5B.5B.10BF$229.7BF2.F.B.F.F | |||
.B.F.F.A.FB5.7BF.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F.F.B.F. | |||
F.B.F6B$230.5B28.F4B60.2BFBFB$231.3B31.B64.3B$232.B.F! | |||
[[ ZOOM 1 THUMBNAIL ]]}} | |||
* [http://golly.sourceforge.net/Help/formats.html#rule RuleTable] rules from a [https://conwaylife.com/wiki/Special:AllPages?namespace=3794 repository]. | * [http://golly.sourceforge.net/Help/formats.html#rule RuleTable] rules from a [https://conwaylife.com/wiki/Special:AllPages?namespace=3794 repository]. | ||
** Example: Byl-loop {{LV:Viewer|x = 5, y = 5, rule = Byl-Loop:P200,100 | |||
3.C$4.B2$B$.C! | |||
[[ ZOOM 2 THUMBNAIL ]]}} | |||
Grid and neighbourhood support: | Grid and neighbourhood support: | ||
| Line 93: | Line 228: | ||
** Margolus | ** Margolus | ||
** PCA | ** PCA | ||
* hexagonal or offset-square grid: | * hexagonal or offset-square grid: {{LV:Viewer|x = 50, y = 136, rule = B2/S34H | ||
{{LV:Viewer|x = 50, y = 136, rule = B2/S34H | |||
$24bo$22bo$24bo$22b3o$25bo$23b3o$25bobo$25bobo$24b2o$22bo5bo$23bo$27b | $24bo$22bo$24bo$22b3o$25bo$23b3o$25bobo$25bobo$24b2o$22bo5bo$23bo$27b | ||
2o$27bo$23bo$25b2obo$23bo2bobo$25bob3o$21bo2bob3o$22b3o3b2o$21bo2bob2o | 2o$27bo$23bo$25b2obo$23bo2bobo$25bob3o$21bo2bob3o$22b3o3b2o$21bo2bob2o | ||
$26bobo$23b2o2bo$24b2o3bo$25b2obo$27bo! | $26bobo$23b2o2bo$24b2o3bo$25b2obo$27bo! | ||
[[ TRACK -0.25 0.5 GPS 15 GRID ZOOM 8 ]]}} | [[ TRACK -0.25 0.5 GPS 15 GRID ZOOM 8 THUMBNAIL ]]}} | ||
** outer totalistic: | ** outer totalistic: | ||
*** hexagonal | *** hexagonal | ||
| Line 106: | Line 241: | ||
** non-totalistic | ** non-totalistic | ||
** non-isotropic | ** non-isotropic | ||
* triangular grid: | * triangular grid: {{LV:Viewer|x = 8, y = 6, rule = B456/S34L | ||
{{LV:Viewer|x = 8, y = 6, rule = B456/S34L | |||
bo3bo$bo4bo$b2o4bo$2bo5bo$2bo5bo$3b2ob2o! | bo3bo$bo4bo$b2o4bo$2bo5bo$2bo5bo$3b2ob2o! | ||
[[ TRACK 1/6 1/6 GPS 8 GRID ZOOM 16 ]]}} | [[ TRACK 1/6 1/6 GPS 8 GRID ZOOM 16 THUMBNAIL ]]}} | ||
** outer totalistic: | ** outer totalistic: | ||
*** triangular Moore | *** triangular Moore | ||
Revision as of 08:42, 15 August 2020
| LifeViewer | |
| Homepage | Click here |
|---|---|
| Purpose | Life simulation |
| Created by | Chris Rowett |
| Platform | HTML5 / Javascript |
LifeViewer is a scriptable pattern viewer and editor used to simulate Life and a wide range of other 1D and 2D cellular automata.
If you want to use LifeViewer on your own site then the latest release can be downloaded here.
Rule support:
- 2-state Margolus rules.
- Example: Critters (M15,14,13,3,11,5,6,1,7,9,10,2,12,4,8,0)
- Example: Critters (M15,14,13,3,11,5,6,1,7,9,10,2,12,4,8,0)
- 2-state Outer-totalistic Life-like cellular automata (from ranges 1 to 500, including Larger than Life).
- Example: Soldier Bugs (R7,C2,M1,S65..114,B65..95,NM)
- Example: Soldier Bugs (R7,C2,M1,S65..114,B65..95,NM)
- 2-state Isotropic non-totalistic Life-like cellular automata (for range-1 Moore and range-1 hexagonal).
- Example: Just Friends (B2-a/S12)
- Example: Just Friends (B2-a/S12)
- 2-state Non-isotropic Life-like cellular automata (for range-1 Moore, hexagonal and von Neumann).
- Example: MAP//8IAN1+KYD/9QAA/f8AAOu/AQD38wAI//8IgP39Akrn/wAB/78DAP/+AAD/ugAA//sQCN3+AIDfvwhD//sAQA
- Example: MAP//8IAN1+KYD/9QAA/f8AAOu/AQD38wAI//8IgP39Akrn/wAB/78DAP/+AAD/ugAA//sQCN3+AIDfvwhD//sAQA
- Generations rules (as an extension of the outer-totalistic, non-totalistic and non-isotropic rulespaces).
- Example: Fireworks (2,13,21)
- Example: Fireworks (2,13,21)
- Alternating rules.
- Example: alternlife (B13/S012345678|B/S15)
- Example: alternlife (B13/S012345678|B/S15)
- Partitioned cellular automata (PCA) rules.
- Example: PCA_4 (2PCA4,0,2,4,12,8,5,9,7,1,6,10,11,3,13,14,15)
- Example: PCA_4 (2PCA4,0,2,4,12,8,5,9,7,1,6,10,11,3,13,14,15)
- Weighted rules.
- Example: R2,C2,S2-3,B4,7-8,NW0010001210120210121000100
- Example: R2,C2,S2-3,B4,7-8,NW0010001210120210121000100
- Elementary cellular automata (even numbers only).
- Example: Wolfram 30 (W30)
- Example: Wolfram 30 (W30)
- [R]History rules.
- Example: LifeHistory
- Example: LifeHistory
- RuleTable rules from a repository.
- Example: Byl-loop
- Example: Byl-loop
Grid and neighbourhood support:
- square grid:
- outer-totalistic:
- Moore
- von Neumann
- circular
- cross
- L2
- saltire
- star
- checkerboard
- hash
- custom (CoordCA)
- non-totalistic
- non-isotropic
- Margolus
- PCA
- outer-totalistic:
- hexagonal or offset-square grid:
- outer totalistic:
- hexagonal
- tripod
- asterisk
- custom (CoordCA)
- non-totalistic
- non-isotropic
- outer totalistic:
- triangular grid:
- outer totalistic:
- triangular Moore
- triangular edges
- triangular vertices
- triangular inner
- triangular outer
- custom (CoordCA)
- outer totalistic:
Bounded grid types:
- Plane
- Cylinder (with optional shift)
- Torus (with optional shift)
- Klein-bottle (with optional shift)
- Cross-surface
- Sphere
For range 2+ neighbourhoods only Plane, and Torus (without shift) are supported.
Native support for BSFKL, Extended Generations and deficient rules is also planned.[1][2][3] Support for 1D totalistic rules may also be planned.[4]
LifeViewer features:
- Smooth non-integer zoom with anti-aliasing and rotation.
- Colour themes with cell history and longevity.
- Pseudo 3D layers and stars.
- Multiple ways to automatically track patterns with the camera as they evolve.
- Script language that allows many features to be customized including Waypoint animations.
- Support for multiple embedded LifeViewers and/or a single popup LifeViewer.
- Ability to step back to earlier generations for all patterns and reverse playback for reversible Margolus and PCA patterns.
- Random pattern and rule generation.
- Pattern annotation with Labels, Arrows, Lines and Polygons.
- Programatically pasting cells onto the grid at defined intervals (for example: glider injection).
- Identification of oscillator and spaceship periods.
- Automatic scaling for high DPI displays including smartphones and tablets.
- Editor with unlimitied undo/redo and multiple clipboards.
The keyboard shortcuts are shown below:
References
- ↑ Chris Rowett (January 26, 2019). Re: Pattern viewer for forum threads (discussion thread) at the ConwayLife.com forums
- ↑ Chris Rowett (January 26, 2019). Re: Pattern viewer for forum threads (discussion thread) at the ConwayLife.com forums
- ↑ Chris Rowett (December 20, 2019). Re: Pattern viewer for forum threads (discussion thread) at the ConwayLife.com forums
- ↑ Chris Rowett (October 15, 2019). Re: Pattern viewer for forum threads (discussion thread) at the ConwayLife.com forums
External links
- LifeViewer at the Life Lexicon
Forum threads
- LifeViewer - Life simulator in HTML5 (discussion thread) at the ConwayLife.com forums
- Pattern viewer for forum threads (discussion thread) at the ConwayLife.com forums