ConwayLife.com

Seems construction is finished, clocks are synchronized.
The only problem remains ... the transition function (and state transitions).

0e0pcells_build.mc

Checking the maximal signal 7 passing through neighbors DNA ...
there is no problem at signal crossing to SW, there is collision of 4th glider ...

Seems oriented part is built, remains to start the main clock, clean up and remove the OGGCA and the snarks ... and concentrate on transition function encoding forced modifications to the gene.
0e0pcellsAllBuilded.mc

Hmmm, respacing the gene could take a while ... I should probably add separators ...

OK kernel openning full loop delay almost finished.

The plan is to move SSWW ott180 as far towards WWWW as required (around 1320 FD with this end of EEEE program).

If I switch the opening glider emission with the last SoD construction, it would be only about 800 FD, but I should replan simkin gun ...

target.rle:


Saved as I6_i6.mc...
I would start with ../pslmake/defrag.exe I6_I6.mc I6_I6.rle qd=512 le=16384 ofm=130 ols=0 > I6_I6.txt
It would generate text output containing following section (agnosticized)

% b-143 % b-146|b-141 % o-146 e-157 o-138 o-123 o-120 % b-117 % o-122 b-114 e-118 o ...

Is there any script about the new p120 construction arm here? I want to reduce my pattern, but I didn't know where is it.
Edit:


Is there any script about the new p120 construction arm here? I want to reduce my pattern, but I didn't know where is it.


See https://conwaylife.com/forums ...

[...]


Is there a simple way to figure out which target position is optimal (because the target can be positioned anywhere along the lane)?


I have missed a lot of questions here ... I usually call pslmake without origin what starts the construction from the natural position of the origin ...

I fed this to pslmake:
x = 351, y = 394, rule = LifeHistory
74.A$73.A.A$73.2A7$67.2A$66.A2.A$66.A.A$67.A2$61.2A$60.A2.A$51.2A2.A
5.A.A$51.2A2.3A4.A$58.A$55.4A$55.A$56.A$49.2A2.4A$49.A3.A$39.2A5.2A.A
6.3A$38.A2.A4.A2.3A3.A3.A12.2A$39.A.A5.2A3.A2.4A12.A2.A$40.A8.4A19.2A
$49.A5.2A4.2A.A.A$50.3A2.A2 ...

Uff, after several days of continues searching finally I got a solution:

x = 109, y = 110, rule = LifeHistory
14.2A$13.A.A$7.2A4.A$5.A2.A2.2A.4A$5.2A.A.A.A.A2.A$8.A.A.A.A$8.A.A.2A
$9.A2$22.2A$13.2A7.A$13.2A5.A.A$3A17.2A$2.A$.A4.A$5.A$5.3A3$10.2A$11.
A$8.3A$8.A6$27.2A$27.A.A21.3D.3D5.3D.3D6.D2.3D ...

So ONNWW and ONW implemented and allocation of ONWWW fails (out of budget) so time to delay kernel openning ...

Change of wX implementation helped a lot, OSEEE had no problem in this oriented build to shell build time distance.
So OSEEE to ONNNW diagonal is implemented, ONNWW and ONW targets created ... so next tasks are ONNWW and ONW.

We can see the transition to SSSE-NWWW diagonal would run out of ...

We could use an inserter seed like this to send the reverse glider (is there a 2 object OTT for this?).

x = 39, y = 28, rule = B3/S23
7$18bo$19bo5bo$17b3o4bobo$25bobo$26b2o$31b2o$30bo2bo$30bo2bo$31b2o6$
30b2o$29bobo$30bo!


We would send the disable_arm recipe as early as possible, so that we ...

Actually I would like another piece in the kit:(.

In the 0e0pmetacell the last OGGCA is in really big distance. It would be waste of resources to convert it to speboe and start snark destruction by converting the speboe to hd0 backward glider ... and waiting till the glider returns.

Much more ...

ONNNN, ONNNE finished, next task restoring OSEEE and building OEEEE

0e0pcells_ONNNN_ONNNE.mc .

Actually a little challenge would be at the OSEEE build ... the ship and blikner splitter should be build behind the input lane.
... there will be no probllem during the build, but later gliders should ...

uv run snark.py optimize -r results/snarkbreaker-intermediates.sqlite -o results/snarkbreaker-starting-points.sqlite -n 1024 --max-allowed-population=100 --must-contain='11$9b2o17b2o$8bobo17bo$9bo16bobo$26b2o2$12bo$11bobo$12bo5$13b3o!
|11$9b2o17b2o$8bobo17bo$9bo16bobo$26b2o2$12bo$11bobo$12bo4 ...

OK reached debugging generation 100000000 ... I have decided to build an extra OGGCA to send the 10 target preparing gliders.
I guess single lane recipe without OGGCA at 10 gliders would be almost equally expensive if not more.
I could check it later if the recources would be on the edge (final 98 ...

https://conwaylife.com/forums/viewtopic.php?p=207398#p207398
omniship:

Nice work. It took me a while to understand how it could work ... and there are esentially 3 copies of the recipe traveling ... each turn the first one is lost on building the turning machinery and the last is copied to ...

Quick edit: I ran the next step of the search, and I quickly found this result:

x = 197, y = 173, rule = B3/S23
17$48b2o$47bobo$41b2o4bo$39bo2bo2b2ob4o$39b2obobobobo2bo$42bobobobo$
42bobob2o$43bo2$56b2o$47b2o7bo$47b2o5bobo$54b2o7$44b2o$45bo$42b3o$42bo
21$77bo$10b3o63b2o$12bo63bobo$11bo20$99b2o ...

OK, I have to show my current search method:
Working on windows notebook with 4 cores/8threads.
I am running 5 *.bat files in parallel with the content like:

@set task=--use-gun-rle "breaksnark-13" --n-gun-gliders=1 --max-delay=300 --simulate-gens=4096 --min-tree-x=-50 --min-tree-y=-50 --max-tree ...

I incorporated those snarkbreaker recipes into my repo, and posted an example using them in the script-related questions thread:
https://conwaylife.com/forums/viewtopic.php?p=235089#p235089

I ran a search for a reverse glider to chain snarkbreakers, but these are the only backwards glider results ...

Now, the SSSS-WWWW is finished, first OGGCA destroyed. Second bend destroyed and glider stream targetting speboe at SSSW (around generation 97130000).

I should decide if additional oriented target at NEEE is required or I will use part of the working pattern ... and rebuild it later.
Alternative is ...

The pattern is too big for LifeViewer, so here's a demo of the turning logic working:

x = 7927, y = 7909, rule = DoubleB3S23
414.2C$413.C.C$407.2C4.C$405.C2.C2.2C.4C$405.2C.C.C.C.C2.C$408.C.C.C.
C$408.C.C.2C$409.C2$422.2C$413.2C7.C$413.2C5.C.C$420.2C7$410.2C$411.C
$408.3C$408.C64$497.2C$497.C ...

I am looking for snarkbreaker (in the OGGCA variant).
So far I have

x = 96, y = 191, rule = LifeHistory
10.2A$9.A.A$3.2A4.A$.A2.A2.2A.4A$.2A.A.A.A.A2.A$4.A.A.A.A$4.A.A.2A$5.
A2$18.2A$9.2A7.A$9.2A5.A.A$16.2A4$3A$2.A$.A$6.2A$7.A$4.3A$4.A2$19.2A$
18.2A$20.A3$48.D2.D.D2.D6.3D.3D$47.2D2.D.D.2D6.D.D3.D ...

And here are close to snark left emissions:

x = 2007, y = 384, rule = LifeHistory
.A$2.A$3A28$31.A629.A329.A449.A$32.A629.A329.A449.A$30.3A627.3A327.3A
447.3A25$619.A$618.A$618.3A$61.A629.A329.A449.A$62.A629.A329.A449.A$
60.3A627.3A327.3A447.3A14$1560.A$1559.A$1559.3A3$2005.A$2004.A$2004.
3A7$91 ...

OK, I have modified pslmake to allow signature limited lanes in the salvo ... rather conservative extension ... signature was specified by state 4 gliders, typically using 1 per allowed signature. I have extended the interpretation such that even number of gliders of a signature specifies ...

For those limited by space where OGGCA will be (I know only about 0e0p...), here are "edgy left emissions" (color/phase ... to cheaper variants for less edgy)

x = 1765, y = 1774, rule = LifeHistory
13.3A17$2A$A.A$.A64.3A2$17.A6.2A38.A5.A$16.A.A5.2A38.A5.A$16.A.A45.A
5.A$17.A$34.A31.3A$9.2A23.3A$8 ...