Finally I can access internet from my laptop.
I am not going to translate them to lifehistory ... not to lose some colors so here is my ruleset:
I hope somebody adds it to the standard place so lifeviewer would work with it... anyways the files are so big that I have to use most of them as attachments ...
Code: Select all
@RULE LifeHistory14
(2 alternatives) ... (for 3 alternatives 24 will be needed)
A variant of HistoricalLife with two extra ON states
and three extra OFF states, for annotation purposes for stable circuits:
state 0: OFF
state 1: ON
state 2: boundary OFF
state 3: boundary ON
state 4: mark1 OFF (signals)
state 5: mark1 ON (signals)
state 6: mark2 OFF (circuit semi)
state 7: mark2 ON (circuit semi)
state 8: mark3 OFF (circuit all alternatives ON)
state 9: mark3 ON (circuit all alternatives ON)
state 10: mark4 OFF (circuit all alternatives except 1st are ON)
state 11: mark4 ON (circuit all alternatives except 1st are ON)
state 12: mark5 OFF (circuit all alternatives except 2nd are ON)
state 13: mark5 ON (circuit all alternatices except 2nd are ON)
even state 14-254: history OFF youngest is 14
@TABLE
n_states:255
neighborhood:Moore
symmetries:rotate8
# normal
var norm={0,1}
#boundary states
var b={2,3}
# mark1 sig
var msi={4,5}
# mark2 semi
var mse={6,7}
# mark3 stab21
var m21={8,9}
# mark4 stab2_
var m2={10,11}
# mark5 stab_1
var m1={12,13}
# history dead
var histOff={14,16,18,20,22,24,26,28,30,32,34,36,38,40,42,44,46,48,50,52,54,56,58,60,62,64,66,68,70,72,74,76,78,80,82,84,86,88,90,92,94,96,98,100,102,104,106,108,110,112,114,116,118,120,122,124,126,128,130,132,134,136,138,140,142,144,146,148,150,152,154,156,158,160,162,164,166,168,170,172,174,176,178,180,182,184,186,188,190,192,194,196,198,200,202,204,206,208,210,212,214,216,218,220,222,224,226,228,230,232,234,236,238,240,242,244,246,248,250,252,254}
# unmarked
var u={norm, histOff}
#any states
var all={u,b,msi,mse,m21,m1,m2}
var all_1={all}
var all_2={all}
var all_3={all}
var all_4={all}
var all_5={all}
var all_6={all}
var all_7={all}
# nonboundary alive
var L={1,5,7,9,11,13}
var L_1={L}
var L_2={L}
# nonboundary dead
var d={0,4,6,8,10,12,histOff}
var d_1={d}
var d_2={d}
var d_3={d}
var d_4={d}
var d_5={d}
# boundary cell always stays unchanged (no rule for them)
# anything touching a boundary cell dies (to corresponding death state ... no alive rule in that case)
# unmarked 3-neighbour case
u,L,L_1,L_2,d,d_1,d_2,d_3,d_4,1
u,L,L_1,d,L_2,d_1,d_2,d_3,d_4,1
u,L,L_1,d,d_1,L_2,d_2,d_3,d_4,1
u,L,L_1,d,d_1,d_2,L_2,d_3,d_4,1
u,L,L_1,d,d_1,d_2,d_3,L_2,d_4,1
u,L,d,L_1,d_1,L_2,d_2,d_3,d_4,1
u,L,d,L_1,d_1,d_2,L_2,d_3,d_4,1
# mark1ed 3-neighbour case
msi,L,L_1,L_2,d,d_1,d_2,d_3,d_4,5
msi,L,L_1,d,L_2,d_1,d_2,d_3,d_4,5
msi,L,L_1,d,d_1,L_2,d_2,d_3,d_4,5
msi,L,L_1,d,d_1,d_2,L_2,d_3,d_4,5
msi,L,L_1,d,d_1,d_2,d_3,L_2,d_4,5
msi,L,d,L_1,d_1,L_2,d_2,d_3,d_4,5
msi,L,d,L_1,d_1,d_2,L_2,d_3,d_4,5
# mark2ed 3-neighbour case
mse,L,L_1,L_2,d,d_1,d_2,d_3,d_4,7
mse,L,L_1,d,L_2,d_1,d_2,d_3,d_4,7
mse,L,L_1,d,d_1,L_2,d_2,d_3,d_4,7
mse,L,L_1,d,d_1,d_2,L_2,d_3,d_4,7
mse,L,L_1,d,d_1,d_2,d_3,L_2,d_4,7
mse,L,d,L_1,d_1,L_2,d_2,d_3,d_4,7
mse,L,d,L_1,d_1,d_2,L_2,d_3,d_4,7
# mark3ed 3-neighbour case
m21,L,L_1,L_2,d,d_1,d_2,d_3,d_4,9
m21,L,L_1,d,L_2,d_1,d_2,d_3,d_4,9
m21,L,L_1,d,d_1,L_2,d_2,d_3,d_4,9
m21,L,L_1,d,d_1,d_2,L_2,d_3,d_4,9
m21,L,L_1,d,d_1,d_2,d_3,L_2,d_4,9
m21,L,d,L_1,d_1,L_2,d_2,d_3,d_4,9
m21,L,d,L_1,d_1,d_2,L_2,d_3,d_4,9
# mark4ed 3-neighbour case
m2,L,L_1,L_2,d,d_1,d_2,d_3,d_4,11
m2,L,L_1,d,L_2,d_1,d_2,d_3,d_4,11
m2,L,L_1,d,d_1,L_2,d_2,d_3,d_4,11
m2,L,L_1,d,d_1,d_2,L_2,d_3,d_4,11
m2,L,L_1,d,d_1,d_2,d_3,L_2,d_4,11
m2,L,d,L_1,d_1,L_2,d_2,d_3,d_4,11
m2,L,d,L_1,d_1,d_2,L_2,d_3,d_4,11
# mark5ed 3-neighbour case
m1,L,L_1,L_2,d,d_1,d_2,d_3,d_4,13
m1,L,L_1,d,L_2,d_1,d_2,d_3,d_4,13
m1,L,L_1,d,d_1,L_2,d_2,d_3,d_4,13
m1,L,L_1,d,d_1,d_2,L_2,d_3,d_4,13
m1,L,L_1,d,d_1,d_2,d_3,L_2,d_4,13
m1,L,d,L_1,d_1,L_2,d_2,d_3,d_4,13
m1,L,d,L_1,d_1,d_2,L_2,d_3,d_4,13
# 2-neighbour survival
L,L_1,L_2,d,d_1,d_2,d_3,d_4,d_5,L
L,L_1,d,L_2,d_1,d_2,d_3,d_4,d_5,L
L,L_1,d,d_1,L_2,d_2,d_3,d_4,d_5,L
L,L_1,d,d_1,d_2,L_2,d_3,d_4,d_5,L
# otherwise alive nonboundary change to corresponding dead and dead remain dead or becomes older dead
1,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,14
5,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,4
7,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,6
9,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,8
11,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,10
13,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,12
14,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,16
16,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,18
18,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,20
20,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,22
22,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,24
24,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,26
26,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,28
28,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,30
30,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,32
32,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,34
34,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,36
36,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,38
38,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,40
40,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,42
42,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,44
44,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,46
46,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,48
48,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,50
50,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,52
52,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,54
54,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,56
56,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,58
58,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,60
60,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,62
62,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,64
64,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,66
66,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,68
68,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,70
70,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,72
72,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,74
74,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,76
76,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,78
78,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,80
80,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,82
82,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,84
84,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,86
86,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,88
88,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,90
90,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,92
92,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,94
94,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,96
96,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,98
98,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,100
100,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,102
102,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,104
104,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,106
106,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,108
108,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,110
110,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,112
112,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,114
114,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,116
116,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,118
118,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,120
120,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,122
122,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,124
124,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,126
126,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,128
128,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,130
130,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,132
132,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,134
134,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,136
136,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,138
138,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,140
140,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,142
142,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,144
144,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,146
146,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,148
148,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,150
150,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,152
152,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,154
154,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,156
156,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,158
158,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,160
160,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,162
162,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,164
164,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,166
166,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,168
168,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,170
170,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,172
172,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,174
174,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,176
176,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,178
178,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,180
180,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,182
182,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,184
184,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,186
186,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,188
188,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,190
190,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,192
192,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,194
194,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,196
196,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,198
198,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,200
200,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,202
202,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,204
204,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,206
206,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,208
208,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,210
210,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,212
212,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,214
214,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,216
216,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,218
218,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,220
220,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,222
222,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,224
224,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,226
226,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,228
228,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,230
230,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,232
232,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,234
234,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,236
236,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,238
238,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,240
240,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,242
242,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,244
244,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,246
246,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,248
248,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,250
250,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,252
252,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,254
#254,all,all_1,all_2,all_3,all_4,all_5,all_6,all_7,0
@COLORS
128 163 255 0 0 117
1 255 255 255
2 32 32 64
3 64 64 64
4 255 0 0
5 0 255 0
6 182 50 16
7 60 242 32
8 128 128 0
9 255 255 0
10 120 64 64
11 240 128 128
12 96 112 32
13 192 224 64
1st attachment are the gliders from the original RCT15 required to build the FSE reflector (not my result, but usefull).
2nd attachment is jump FSE, you can see DBCA gliders as well and ECCA p256 actiavtions.
3rd attachment is what happens after the n-gliders absorbers counts down to 0.
Here is the program I am using to find as efficient DBCA destroyal. Seems destroying one yellow glider (while the ECCA arm block is positioned to destroy block in the scorbie splitter) is more efficient then destroying the boat. (If it will be present)
(Seems outputs with _*_20_9_1_9 are reasonable good compared to other tried parameters for {glider_lines}_{last_lane_lines}_{pop_fact}_{min_u_fact})
Next task is to modify (honeyfarm blocking output to n-gliders absorbers should be destroyed) and agnosticize the line program of the original RCT15 cleaning till the FSE reflector is created.
Than after seed of destruction to ECCA would be prepared the pslmake with target block corresponding to the end of reflectors program would create SW part of switching circuitry and the ECCA as well.
I have also extracted the corderabsorbers from the original RCT15 and I have to finish pslmake target for FSE (including the reflectors and their seed of destruction).
After pslmake on FSE and exended agnosticize (no tash extension) we should translate the program for the DBCA. (There will be several optimal versions depending on the starting inner state of the DBCA, but the number of gliders of the white color would not differ too much. We can choose easier n-gliders absorber and change the line program to force given number of gliders of white color.)
This will compete NE switching circuitry and we would be able to compute the line program for the NE switching circuitry (including the bumpers) ... starting from the blinker ... this portion will be inserted after the ECCA program.
After these line programs will be translated to the DBCA program, the inner state will be known so the corresponding version for the FSE could be used.
what about changing the reflectors destroyal such that they emit a glider NE (rather to one time turner to create LWSS using splitter) ... and we just leave the arm block at its path?
Is my proposal to dostroy the reflectors considered OK or are there counterproposals?
0) seed of ECCA destroyal (p256 startup could be seen in attachments) and independently deciding final ECCA reflectors and DBCA arm block destroyal to start pslmake for FSE program.
2) agnosticise, DBCA programs for FSE, ... determine optimal n for n-gliders absorbers
Independently I prepare the phases pre 4) 3) and 1) programs (FSE reflector and cleanup), the DBCA destroyal and semilate scripts.
This will move us to the phase we have working ECCA, which will disapear after the final pattern is created and here is no DBCA.
We have corder absorbers on FSE.
So ECCA should start corderships SE, SW, NW, build corderabsorbers in FSW, destroy starting nonperiodic trash FSW,
build corderabsorbers in FNW with last one issuing standardised glider back to the origin. (To do so we will recycle one time reflector usage from the original RCT15 using it to move target block far FNW). Most of the line progams from the original RCT15 could be recycled here.
It seems to me good method is to create target FNW ECCA arm block, but not destroying the near ECCA arm block.
After it there is clean space near the origin except the ECCA (which will vanish).
The seed for the final patern should be build (varaible to the RCT15) ... to be ignited by standard glider comming from FNW.
And after this variable part is done, the near arm block is destroyed and the corder absorbers FNW issuing the standard glider back should be created, what finishes the bit program.
. It's p256 synchronized ... it would definitely be posiioned near the FSE GPSE startup place ... If moving ECCA slightly NE/NW helps ... feel free to move it just let it be able to destroy the DBCA.