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TigerCub414

Spark conduit near miss - the block is moved by 5 cells.

x = 16, y = 18, rule = LifeHistory
5.2C3.2D$5.2C3.2D5$10.A$8.A$7.A.A$7.A.A$2.2A4.A$.A.A$.A$2A11.D$6.2A5.
3D$7.A6.D$4.3A$4.A!

TigerCub414

I have an idea about how to simplify the central clock - the pulse divider can be made with p8 circuitry instead of p1, like this:
x = 117, y = 114, rule = B3/S23
39b2o$39bo$18b2o17bobo$11b2o5b2o17b2o$11b2o3$13b2o27b2o$13b2o27b2o$7b
2o$7b2o$48b2o$o47b2o$3o22bo18b2o$3bo21b2o17b2o$2b2o20bobo3$49b2o ...

TigerCub414

If you/someone else know better bespoke for the first phase, I would gladly update it as well.

If you have recipes from other directions (other then adding an ott) … I would update their bespoke as well.

OK, your proposal is

x = 43, y = 54, rule = DoubleB3S23
2.2C.2C$C2.C.2C$2C.C$3.C13.3C4.2A ...

TigerCub414

*snip*

Hmmm, I have detected another bug in pslmake ... let us hope would be able to isolate it ... it probably is caused by the new bespoke ...
Unfortunately I am not able to replicate it. ... I do not have the predecessor in the beam ... and new run does not have the problem.OWWBSalvo_146_1bad ...

TigerCub414

C1 soup that makes an xs26 and an integral sign:
x = 16, y = 16, rule = B3/S23
oobobbboooboobob$
boboobbooobboboo$
obbooobbobbobbbb$
boobbbbbbbbbbboo$
boobbbbooooobbbo$
bbbbobboobboobob$
oobooboboobbobbo$
boobbbbooobobboo$
bbboobobobbbboob$
oobbbooboobboobo$
bbooobobobbobobb$
bboobobboobooooo ...

TigerCub414

A partial color changing reflector. The sacrificial boat here has to be replaced with either a permanent catalyst or a transparent object restored by other catalysts for the reflector to work. This would act as a stable version of a bouncer. If completed, the reflector would have a repeat time of 47 ...

TigerCub414

When I first attempted to find synthesis components with QuFince in a Kaggle notebook (Google Colab kept turning off the GPU for some reason), I ran into a problem with lifelib-assisted configuration.
It's a bug in the QufinceConfigurator class from qfp.py: since the program always places the ...

TigerCub414

The lobster synthesis might be possible, but it's not certain. In this predecessor, if the red cells are turned on at gen.15, it will form a lobster, though it seems very difficult to insert them into a tight space. The yellow sparks also have to be synthesized in order for this final step to work ...

TigerCub414

Some more progress on a lobster synthesis: if the red and purple cells are turned on at gen. 22, the reaction will produce a lobster, along with some clouds of smoke. The red cells are the most difficult part; the purple cells are just a traffic light precursor.
x = 89, y = 54, rule = LifeSuper
60 ...

TigerCub414

A very useless B-on-B B turner that I wish could actually be made into a conduit - all it would use is the 3-cell suppression shown here
x = 49, y = 4, rule = B3/S23
o47bo$2o45b2o$b2o43b2o$2o45b2o!

This is the core mechanism of the R64, as it takes 64 ticks to turn a B-heptomino to the right ...

TigerCub414

A partial final step for a lobster synthesis - the parts that I don't have a synthesis for are in yellow (two variants shown here):
x = 44, y = 44, rule = LifeHistory
18.2A$18.A3.A$17.A4.2A$17.A2.A.2A$17.2A2$5.A.A6.A$6.2A4.A.A15.A$6.A6.
2A6.2C.2C4.A.A$19.C2.C.2C4.2A$19.2C.C$4.3E.E13.C.2C9.A$6.E.E13 ...

TigerCub414

New conduit lead, featuring a U-turner output! It needs more catalysts to clean up the leftover boat and block.

Code: Select all

x = 20, y = 39, rule = LifeHistory
18.2D$17.D.D$16.3D$16.3D2$5.3A$6.3A$15.A$15.A$15.A$6.3A$5.3A4$7.A$.A
5.A$.2A4.A$.2A$2.A8$A$A.A$3A$2.A6$7.2A$7.2A2.2A$11.2A!

TigerCub414

x = 513, y = 1774, rule = B3/S23
18b2o68b2o68b2o68b2o68b2o68b2o68b2o68b2o$18b2o68b2o68b2o68b2o68b2o68b
2o68b2o68b2o$o69bo69bo69bo69bo69bo69bo69bo$obo67bobo67bobo67bobo67bobo
67bobo67bobo67bobo$3o11b2o54b3o67b3o12b2o53b3o67b3o67b3o67b3o67b3o$2bo ...

TigerCub414

x = 517, y = 300, rule = B3/S23
360bo66b2o$359bobo64bo2bo$150b2o207bobo64bobo$150bo64bo140b2obobob2o
60b2ob4o63bo$75bo66b2o3b2obo64b3o67bo70bobobobobo66bo63b3o$75b3o64bo4b
obo68bo66b3o70bo3bo60b6o69bo$78bo64b3obo69b2o69bo68b2o3b2o58bo2bo2bo
68b2o$77b2o66bob2o138b2o133b2o3$283b2o ...

TigerCub414

x = 508, y = 506, rule = B3/S23
147b2o66b2o$147bo66bobo$148bo64bo5bo$145b4o62bo2b8o270bo$145bo65b3o2bo
5bo269b3o$148b3o63bo4bo2bo63b2o69b2o67b2o67bo$85bo62bo2bo61bo4bobob2o
62b2o61b2o6b2o60b2o5b2o66b2o$10bo72b3o64b2o61b2o4b2obo2bo124bo69bo$9bo
bo70bo141b2o124bobo67bobo$10bo71b2o267b2o68b2o3 ...

TigerCub414

May I get a trusted flag? My LifeWiki username is the same as on the forums.

TigerCub414

I devised an “alphabet” of common CGoL objects I created for easily making drawings and notes of circuitry. It can also be used for CGoL orthography in real-world writing. The objects can either represent the letters in an alphabet or pictographic symbols of a language.

TigerCub414

It’s possible to compile and run search programs on iPhone and iPad using the iSH terminal . It is essentially Alpine Linux, so C and C++ code can be compiled in the same way as on a regular Linux machine. For example, to run qfind, install the compiler by running
apk add gcc
, then downloading ...

TigerCub414

Another orientation done, still using QuFince (cloud computing) to find some of the reactions.
x = 682, y = 126, rule = LifeHistory
353.3D$353.3D$353.3D$350.3D$350.3D$350.3D$350.9D$350.9D$350.9D41$3D.
3D.3D.3D23.2D77.3D77.3D77.D.D77.3D77.3D77.3D77.3D77.3D$D4.D2.D3.D.D
24.D79.D79.D77.D.D77.D79.D81 ...

TigerCub414

Lumps of muck:

Code: Select all

x = 37, y = 27, rule = B3/S23
11b2o$11b2o13$35b2o$35bo$16bo6b2o8bobo$8bo2bo2bo3bo2bo4bo6b2o$12bo6bo
7bo$8bo3bobo4bobo5bo$9b4o2b5o2b6o5$2o$2o!

x = 10, y = 9, rule = B3/S23
10o$o8bo$ob2o2b2obo$ob2o2b2obo$o3b2o3bo$o2b4o2bo$o2bo2bo2bo$o8bo$10o!

TigerCub414

More potential bases for a stable Eonian conduit:
x = 141, y = 41, rule = B3/S23
14bo59bo59bo$13bobo3b2o46b2o4bobo3b2o46b2o4bobo3b2o$13bobo3b2o45bobo4b
obo3b2o45bobo4bobo3b2o$14bo52bo6bo52bo6bo8$57bo59bo$56bobo57bobo$57bo
59bo4$o59bo59bo$obo57bobo57bobo$3o57b3o57b3o$2bo59bo59bo10$119b2o$119b
2o5 ...

TigerCub414

Banana reagent

Code: Select all

x = 15, y = 12, rule = B3/S23
6bo$2ob2o2b2o$bobo$bo2bo3bo$2bobo3b3o$b2ob2o5bo$4bo5b2o2bo$4bo4bo2b3o$
b2obob2o2b2o$bob2obo5bo$7b5o$9bo!

TigerCub414

x = 0, y = 0, rule = B3/S23
24$375bo$374bobo$40bo69bo69bo69bo69bo54b2o13bo63b2o4bo69bo$39bobo3b2o51bo10bobo3b2o54b2o6bobo3b2o62bobo3b2o62bobo3b2o50b2o10bobo3b2o51bob2obobo3bobo3b2o56b2o4bobo3b2o ...

TigerCub414

An R338 Herschel conduit with a pulsar intermediate, based on this H-to-pulsar factory:
x = 56, y = 58, rule = LifeHistory
8.2A$8.2A6.2A$16.A$14.A.A$14.2A2$11.2A$10.A2.A$2.2A7.2A$.A.A$.A$2A5$
5.C$5.C.C$5.3C$7.C2$39.2A$39.2A5$44.A$43.A.A4.A$44.A4.A.A$50.A2$23.2A
11.3D3.3D$22.A.A10.D3.D.D3.D8.2A$22 ...

TigerCub414

x = 533, y = 196, rule = B3/S23
181b2o138b2o138b2o$181bo139bo139bo$183bo139bo135bobo$182b2o138b2o133b
4o65b2o$456bo68bo2bob2o$455bob6o62bob2obobo$453b3obo4bo61b2obo4bo$452b
o4bob3o65bob3o$175b2o68b2o68b2o68b2o66b3obobo62b4obobo$175b2o68b2o68b
2o68b2o68bob2o63bo2bob2o ...

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