Here's the actual rule:
Code: Select all
x = 0, y = 0, rule = BioChem
!
@RULE BioChem
In words:
S1 spawns from two S1 with a non S3 near an S0.
This drives the front of many engines.
S2 spawns from three S1 and an S3 near an S0.
S1 and S2 in crowded populations [(5+) and (6+) respectively] turn to S3 and S0 respectively.
S2 in medium populations (4-5) cycles back to S1
S3 near three S1, and one to two non-S0, cycles back to S2
Cycling back drives many chain reactions.
If none of the other stuff happened to this cell, S1 turns to S2, S2 turns to S3, and S3 dies.
made by cactusjupiter
4 state, Moore neighborhood cellular automaton with emergent stable mobile structures, sustained through chain reactions.
color schemes:
original:
1 100 150 200
2 50 110 150
3 40 80 110
classic contrast:
1 100 150 200
2 180 120 80
3 35 150 70
improved contrast:
1 40 130 225
2 180 120 80
3 75 140 30
cinnabar:
1 200 100 120
2 150 75 90
3 115 50 75
@TABLE
# Format: c,n,ne,e,se,s,sw,w,nw,c'
n_states:4
neighborhood: Moore
symmetries:permute
var a = {1,2,3}
var b = a
var c = a
var d = a
var e = a
var f = a
var na = {0,1,2,3}
var nb = na
var nc = na
var nd = na
var ne = na
var nf = na
var ng = na
var nh = na
var nba = {0,1,2}
# birfquake
0,1,1,nba,0,0,0,0,0,1
0,1,1,1,3,0,0,0,0,2
# fast death by overpop
1,a,b,c,d,e,na,nb,nc,3
2,a,b,c,d,e,f,na,nb,0
# them changes
2,a,b,c,d,na,0,0,0,1
3,1,1,1,a,na,0,0,0,2
# if nothing else, turn to next ticker
1,na,nb,nc,nd,ne,nf,ng,nh,2
2,na,nb,nc,nd,ne,nf,ng,nh,3
3,na,nb,nc,nd,ne,nf,ng,nh,0
@COLORS
1 40 130 225
2 180 120 80
3 75 140 30
Sierpinski generator:
Code: Select all
x = 35, y = 10, rule = BioChem
18.C11.C$12.ABA9.ABA$12.AB4.C5.AB$3.B13.B7.B$AB.C.BA.ABA4.B.BA6.BA$AB
.C.BA.ABA4.B.BA5.ABA5.C$3.B13.B10.CBA.C.C$12.AB4.C9.AB.C$12.ABA17.CBC
$18.C13.ABA!
@RULE BioChem
In words:
S1 spawns from two S1 with a non S3 near an S0.
This drives the front of many engines.
S2 spawns from three S1 and an S3 near an S0.
S1 and S2 in crowded populations [(5+) and (6+) respectively] turn to S3 and S0 respectively.
S2 in medium populations (4-5) cycles back to S1
S3 near three S1, and one to two non-S0, cycles back to S2
Cycling back drives many chain reactions.
If none of the other stuff happened to this cell, S1 turns to S2, S2 turns to S3, and S3 dies.
made by cactusjupiter
4 state, Moore neighborhood cellular automaton with emergent stable mobile structures, sustained through chain reactions.
color schemes:
original:
1 100 150 200
2 50 110 150
3 40 80 110
classic contrast:
1 100 150 200
2 180 120 80
3 35 150 70
improved contrast:
1 40 130 225
2 180 120 80
3 75 140 30
cinnabar:
1 200 100 120
2 150 75 90
3 115 50 75
@TABLE
# Format: c,n,ne,e,se,s,sw,w,nw,c'
n_states:4
neighborhood: Moore
symmetries:permute
var a = {1,2,3}
var b = a
var c = a
var d = a
var e = a
var f = a
var na = {0,1,2,3}
var nb = na
var nc = na
var nd = na
var ne = na
var nf = na
var ng = na
var nh = na
var nba = {0,1,2}
# birfquake
0,1,1,nba,0,0,0,0,0,1
0,1,1,1,3,0,0,0,0,2
# fast death by overpop
1,a,b,c,d,e,na,nb,nc,3
2,a,b,c,d,e,f,na,nb,0
# them changes
2,a,b,c,d,na,0,0,0,1
3,1,1,1,a,na,0,0,0,2
# if nothing else, turn to next ticker
1,na,nb,nc,nd,ne,nf,ng,nh,2
2,na,nb,nc,nd,ne,nf,ng,nh,3
3,na,nb,nc,nd,ne,nf,ng,nh,0
@COLORS
1 40 130 225
2 180 120 80
3 75 140 30
cactusjupiter's rake:
Code: Select all
x = 247, y = 114, rule = BioChem
6$2.3A$2.BCB$2.A.A$.2B.2B$2.A.A.A$5.B$2.C.A.C$3.A2B$6.A3.3A$3.C.B4.BC
B$6.C3.A.A$9.2B.2B$10.A.A.A$13.B$10.C.A.C$11.A2B$14.A3.3A$11.C.B4.BCB
$14.C3.A.A$17.2B.2B$18.A.A.A$21.B$18.C.A.C$19.A2B$22.A3.3A$19.C.B4.BC
B$22.C3.A.A$25.2B.2B$26.A.A.A$29.B$26.C.A.C$27.A2B$30.A3.3A$27.C.B4.B
CB$30.C3.A.A$33.2B.2B$34.A.A.A$37.B$34.C.A.C$35.A2B$38.A3.3A$35.C.B4.
BCB$38.C3.A.A168.C.A.C.A$41.2B.2B168.B.B.B.B$42.A.A.A169.BA.ABABA$45.
B170.B5.CA$42.C.A.C118.CB8.BA.A.C9.A.C.A24.B.BCA$43.A2B130.ABABAB6.AB
A2BCABA7.A.A3.C8.C.ACA$46.A3.3A112.2A.B4.AB2.3AB7.AC3.CA.CB4.ABAB.BC
3.CBA4.C.C.B$43.C.B4.BCB111.A3C.B3.ABAB3.ABAB4.ABAB4.C.C3.ABAB.BC3.CB
A3.C.A.ABABA$46.C3.A.A110.AB3.B.B4.A4.C.A7.A5.C5.A.A.A3.C8.C5.CA$49.
2B.2B108.C.C.AC.2A10.B18.ABA17.C.ABABA$50.A.A.A106.B.CA4.B12.A16.BABA
20.B$53.B106.C.AB.BAB.2A10.ABA16.A$50.C.A.C106.B.B2AB2CB10.C.BA$51.A
2B106.ACA3.4A7.BABABA$54.A3.3A100.B17.B$51.C.B4.BCB100.2A$54.C3.A.A
95.C4.B.B$57.2B.2B96.CB.CA$58.A.A.A27.C13.A48.B.CA4.B$61.B29.A2.ABA6.
B.B46.C.A2C.AB.2A$58.C.A.C28.A.C.CA3.AB.CA.A5.ABA38.B.B2AB2CB$59.A2B
24.C3.A.CBA5.AB.CA.A5.ABA37.ACA3.4A$62.A3.3A16.B.2C.2B2A7.B.B.B47.B$
59.C.B4.BCB17.A3.A8.B.B2.A48.2A$62.C3.A.A18.C2AB4.C.2BCABA45.C4.B.B$
65.2B.2B12.C3.A.CBA3.C.A.A.A49.CB.CA$66.A.A.A10.B.2C.2B2A7.B47.B.CA4.
B$69.B12.A3.A57.C.A2B.AB.2A$66.C.A.C12.C2AB50.AC6.B4AB2CB25.B3.B$67.
3B8.C3.C.2BA40.C9.2B11.4A22.C.A.A.A.A.A$66.A3.A3.3A7.2A41.B8.C.A38.C.
A.2ACABABA$67.BCB4.BCB60.2B.B34.C3.C.B.B3.ABA$69.3ABAC.A14.A.C13.A.C
13.AC11.A.ABAC13.A22.C4A5.CA$68.2B.ABA2.C13.B.B.B11.B.B.B11.B.B11.AB
17.BC.B21.B4.CBABA$68.3A.C8.C5.ABABABA.A.C5.ABABABA.A.C5.ABABC11.AC3.
2C10.A.A3.A9.A6.C12.C$70.AB.B12.AB.C4.B7.AB.C4.B7.AB.C12.AB.C3.C8.ABA
C.A.AC7.ABAB4.B7.A4.C.BA$70.AB.B12.AB.B12.AB.B12.AB.B12.AB.C12.AB.C
12.AB.C2.2B7.BAB2.AC.BA$9.A.C13.A.C13.A.C13.A.C11.A.A.C11.A.A.C11.A.A
.C11.A.A.C11.A.A.C11.A.A.C11.A4.A.AB4.CA.BA.AB$7.ABABCB10.ABABCB10.AB
ABCB10.ABABC11.ABA.C11.ABA.C11.ABA.C11.ABA.C11.ABA.C11.ABA.C11.ABAB3.
B2.B$7.AB14.AB14.AB11.C2.AB5.A.C6.ABA4.A.C6.ABA4.A.C6.ABA4.A.C6.ABA4.
A.C6.ABA4.A.C6.ABA4.A8.ABC.C3.B.2A$8.ABCBABC9.ABCBABC9.ABCBABC9.ABCBC
BCB.B6.ABABABCB.B6.ABABABCB.B6.ABABABCB.B6.ABABABCB.B6.ABABABCB.B6.AB
ABABAB8.AC5.A2B$10.A.C13.A.C13.A.C13.A.A.A.A.A.C5.A.A.A.A.A.C5.A.A.A.
A.A.C5.A.A.A.A.A.C5.A.A.A.A.A.C5.A.A.A.A.A.C5.A.A.A17.A$61.B3.B11.B3.
B11.B3.B11.B3.B11.B3.B11.B3.B11.B21.CBA$175.B5.BA$175.BA.ABABA$173.B.
B.B.B$172.C.A.C.A!
@RULE BioChem
In words:
S1 spawns from two S1 with a non S3 near an S0.
This drives the front of many engines.
S2 spawns from three S1 and an S3 near an S0.
S1 and S2 in crowded populations [(5+) and (6+) respectively] turn to S3 and S0 respectively.
S2 in medium populations (4-5) cycles back to S1
S3 near three S1, and one to two non-S0, cycles back to S2
Cycling back drives many chain reactions.
If none of the other stuff happened to this cell, S1 turns to S2, S2 turns to S3, and S3 dies.
made by cactusjupiter
4 state, Moore neighborhood cellular automaton with emergent stable mobile structures, sustained through chain reactions.
color schemes:
original:
1 100 150 200
2 50 110 150
3 40 80 110
classic contrast:
1 100 150 200
2 180 120 80
3 35 150 70
improved contrast:
1 40 130 225
2 180 120 80
3 75 140 30
cinnabar:
1 200 100 120
2 150 75 90
3 115 50 75
@TABLE
# Format: c,n,ne,e,se,s,sw,w,nw,c'
n_states:4
neighborhood: Moore
symmetries:permute
var a = {1,2,3}
var b = a
var c = a
var d = a
var e = a
var f = a
var na = {0,1,2,3}
var nb = na
var nc = na
var nd = na
var ne = na
var nf = na
var ng = na
var nh = na
var nba = {0,1,2}
# birfquake
0,1,1,nba,0,0,0,0,0,1
0,1,1,1,3,0,0,0,0,2
# fast death by overpop
1,a,b,c,d,e,na,nb,nc,3
2,a,b,c,d,e,f,na,nb,0
# them changes
2,a,b,c,d,na,0,0,0,1
3,1,1,1,a,na,0,0,0,2
# if nothing else, turn to next ticker
1,na,nb,nc,nd,ne,nf,ng,nh,2
2,na,nb,nc,nd,ne,nf,ng,nh,3
3,na,nb,nc,nd,ne,nf,ng,nh,0
@COLORS
1 40 130 225
2 180 120 80
3 75 140 30
