There are many
yl26 linear growths.
yl26_2_17_1aba21912fa2633fd0b24b9abf4f9edf (
example soup) is a p26 puffer that makes a 4-dot constellation and a sideways glider:
Code:
Select all
#C [[ ZOOM 8 X 0 Y 0 TRACKLOOP 26 13/26 0/26 ]]
x = 40, y = 26, rule = Serizawa
37.A$36.2AB$37.A.B$38.B$5.A12.A12.A6.B$A2.A9.A2.A9.A2.A5.A3.B$37.AB$.
A12.A12.A4$31.A.A$32.B12$18.A.A$19.B!
(
example soup) is a variant of the above, where the sideways glider is eaten.
yl26_1_4_16dc1e59b4bf299d8f00d4546a40c901 (
example soup) is a variant of the above, where the sideways glider is eaten.
yl26_1_4_38c0d1a45b5a0f95c68b571dd0f60bb2 (
example soup) is a variant of the above, where the sideways glider is eaten.
yl26_1_4_44e1ed18b500489c8f969d40bae7bc25 (
example soup) is a variant of the above, where the sideways glider is eaten.
yl26_1_4_579634e1018f2c234f5f09bbec6df06f (
example soup) is a variant of the above, where the sideways glider is eaten.
yl26_1_4_657dfd2d4a083881ca309dc38ea9641f (
example soup) is a variant of the above, where the sideways glider is eaten.
yl26_1_4_6bfd24a67bb3734e754e93e0b672f5dd (
example soup) is a variant of the above, where the sideways glider is eaten.
yl26_1_4_bcdcc24975687c032fb84b95b0b62d80 (
example soup) is a variant of the above, where the sideways glider is eaten.
yl26_1_4_f6dbc35d797fa0cf46be90ddba7cfae3 (
example soup) is a variant of the above, where the sideways glider is eaten.
yl52_2_34_b2e682786713a6bb180a310aab95832d (
example soup) is a p52 puffer that's a slight modification of the above p26 puffer:
Code:
Select all
#C [[ ZOOM 8 X 0 Y 0 TRACKLOOP 52 26/52 0/52 ]]
x = 40, y = 27, rule = Serizawa
37.A$36.A.A$38.B$37.A.B$38.B$5.A12.A12.A6.B$A2.A9.A2.A9.A2.A5.A3.B$
37.AB$.A12.A12.A4$31.A.A$32.B12$18.A.A$19.B!
(
example soup) is a p26 puffer that makes a 7-dot constellation and two sideways gliders in opposite directions:
Code:
Select all
#C [[ ZOOM 8 X 8 Y 0 TRACKLOOP 26 13/26 0/26 ]]
x = 59, y = 48, rule = Serizawa
34.B$33.A.A12$47.B$46.A.A7$52.A.A$A12.A12.A12.A11.3A2.A$50.3A2.BAB$5.
A12.A12.A12.A6.2A.A.A.B$A6.A5.A6.A5.A6.A5.A6.A5.A4.B$57.B$6.A2.A9.A2.
A9.A2.A9.A2.A5.A3.B$56.AB$7.A12.A12.A12.A4$50.A.A$51.B12$37.A.A$38.B!
(
example soup) is a variant of the above, where a sideways glider is eaten.
yl26_2_23_be195dfc22d7301b6254628f2ddfe2fc (
example soup) is a variant of the above, where a sideways glider is eaten.
yl26_2_30_53f3f29fa754a78039221ee8235db038 (
example soup) is a symmetric p26 puffer that makes a 6-dot constellation and two sideways gliders in opposite directions:
Code:
Select all
#C [[ ZOOM 8 X 0 Y 0 TRACKLOOP 26 13/26 0/26 ]]
x = 38, y = 66, rule = Serizawa
6.B$5.A.A12$19.B$18.A.A12$32.B$31.A.A2$.A12.A12.A$36.A$A2.A9.A2.A9.A
2.A7.B$36.B$36.B$A2.A9.A2.A9.A2.A7.B$36.A$.A12.A12.A2$31.A.A$32.B12$
18.A.A$19.B12$5.A.A$6.B!
(
example soup),
yl26_2_21_9beea3e1d637e7abc47145931d1c6d78 (
example soup),
yl26_2_21_a02c1c91880d7e71cbf6b50f6e027c3a (
example soup),
yl26_2_21_bae19f1b983177b55ebe3166e3929195 (
example soup) are variants of the above, where a sideways glider is eaten.
yl26_2_34_a83148475367a6aea0c166afb2e76ba4 (
example soup) is a p26 puffer that makes a 8-dot constellation and two sideways gliders in opposite directions:
Code:
Select all
#C [[ ZOOM 8 X 0 Y 0 TRACKLOOP 26 13/26 0/26 ]]
x = 43, y = 70, rule = Serizawa
12.B$11.A.A12$25.B$24.A.A12$38.B$37.A.A$7.A12.A12.A$41.A$6.A2.A9.A2.A
9.A2.A4.A.B$7.A12.A12.A3.A3.B$5.A12.A12.A5.A3.B$A2.A9.A2.A9.A2.A7.A.
2A.B$36.2A.2AB$.A12.A12.A9.B.2A$39.A6$31.A.A$32.B12$18.A.A$19.B12$5.A
.A$6.B!
(
example soup) is a variant of the above, where a sideways glider is eaten.
yl26_1_1_7003440b2cdcf7a33cb1aef29600a2ae (
example soup) is a p26 dot puffer:
Code:
Select all
#C [[ ZOOM 8 X 0 Y 0 TRACKLOOP 26 13/26 0/26 ]]
x = 45, y = 12, rule = Serizawa
42.A$41.2AB$42.A.B$43.B$A12.A12.A12.A3.B$42.A.B$33.A9.A$32.3A$31.5A$
32.3A7.A$33.A9.B$42.A!
(
example soup) is a p26 puffer that makes a 3-dot constellation and a sideways glider:
Code:
Select all
#C [[ ZOOM 8 X 0 Y 0 TRACKLOOP 26 13/26 0/26 ]]
x = 44, y = 47, rule = Serizawa
40.2A$41.BA$40.2A$37.A$36.A4.A$39.BA.A$42.BA$40.A.A$40.A.A$A2.A9.A2.A
9.A2.A12.BA$39.BA.A$.A12.A12.A8.A2.B.A$37.A6$31.A.A$31.ABA$32.A11$18.
A.A$18.ABA$19.A11$5.A.A$5.ABA$6.A!
(
example soup) is a combination of two noninteracting p26 puffers from the above, with one sideways glider eaten:
Code:
Select all
#C [[ ZOOM 8 X 10 Y 0 TRACKLOOP 26 13/26 0/26 ]]
x = 82, y = 39, rule = Serizawa
32.B$31.A.A12$45.B$44.A.A4$.A12.A12.A12.A$50.AB$A2.A9.A2.A9.A2.A9.A2.
A5.A3.B$51.B$51.B25.A$A2.A9.A2.A9.A2.A9.A2.A5.A3.B7.2A16.B$50.AB9.BA
14.A$.A12.A12.A12.A19.2A11.A$72.A2.A2.A$74.A4.A$75.A3.BA$2.A12.A12.A
12.A2.A.A7.A12.A9.A.A$45.B31.A.A$79.BA$77.A.A$78.A$73.A$74.B4.2A$41.A
31.A6.BA$42.B36.2A$41.A!
(
example soup) is the following p26 puffer:
Code:
Select all
#C [[ ZOOM 8 X 0 Y 0 TRACKLOOP 26 13/26 0/26 ]]
x = 47, y = 31, rule = Serizawa
17.B$16.A.A6$23.B$22.B.A$21.3A$22.A3$30.B$29.A.A3$30.A$29.3A8.A$24.A
3.5A8.B$23.B5.3A4.B3.A$24.A5.A4.B.A$34.3A$35.A4.A$45.A$A2.A9.A2.A9.A
2.A9.A2.A2.BA$5.A12.A12.A11.A.A$43.A.A$45.BA$43.A.A$44.A!