G-to-LWSS

G-to-LWSS
x = 169, y = 78, rule = B3/S23 163b3o$162bo2bo$165bo$165bo$162bobo2$73b2o11bo$73b2o10bobo$85bobo2b2o 3bo$84b2ob2o2bo2bobo$88bobo3bobo$84b2obo2b4obo$84b2obobo3bo$88bobo3bo$ 89bobo3bo43bo$90bo3b2o43b3o$109bo32bo$107b3o13bo17b2o$106bo16b3o$81b2o 23b2o18bo$81b2o42b2o$66b2o$65bo2bo$64bob2o$64bo$63b2o$78b2o$78bo36b2o$ 79b3o33b2o$13b2o11bo54bo10b2o$13b2o10bobo63bobo$25bobo2b2o3bo55bo$24b 2ob2o2bo2bobo53b2o10b2o$28bobo3bobo66bo$24b2obo2b4obo64b3o9b2o36b2o$ 24b2obobo3bo66bo11bo19b2o16bobo$28bobo3bo78bo17bobo18bo$29bobo3bo76b2o 17bo20b2o$30bo3b2o58b2o11bo22b2o$49bo44b2o10bobo$47b3o56bobo2b2o3bo$ 46bo58b2ob2o2bo2bobo$21b2o23b2o61bobo3bobo$21b2o82b2obo2b4obo21bo2bob 2o$6b2o97b2obobo3bo23b4obo$5bo2bo100bobo3bo27bobo$4bob2o102bobo3bo23b 2o2b2o$4bo106bo3b2o23bo$3b2o125bo10bo$18b2o38b2o68b3o9b2o2bo$18bo38bo 2bo66bo16b3o$19b3o36b2o42b2o23b2o18bo$21bo11b2o49b2o16b2o42b2o$34bo49b o2b2o$31b3o6bob2o17b2o22b2o2bo$31bo6b3ob2o17bo26bo$37bo24b3o20b3o$38b 3ob2o20bo19bo$40bobo41b2o13b2o$3o37bobo4b2o50bo36b2o$2bo38bo6bo51b3o 33b2o$bo43b3o54bo10b2o$45bo66bobo52b2o$112bo54b2o$111b2o10b2o$74b2o48b o$73bobo5b2o38b3o9b2o$73bo7b2o38bo11bo19b2o$72b2o60bo17bobo$133b2o17bo $86bo64b2o$82b2obobo$81bobobobo$78bo2bobobobob2o$78b4ob2o2bo2bo$82bo4b 2o$80bobo$80b2o! #C [[ THUMBSIZE 2 THEME 6 GRID GRIDMAJOR 0 SUPPRESS THUMBLAUNCH ]] #C [[ AUTOSTART ]] #C [[ THUMBSIZE 2 ZOOM 6 GPS 60 LOOP 780 WIDTH 1100 HEIGHT 600 T 148 PAUSE 0 T 221 PAUSE 0 T 403 PAUSE 0 T 461 PAUSE 0 T 502 PAUSE 0 T 520 PAUSE 0 T 560 PAUSE 0 T 619 PAUSE 0 ]]
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Pattern type	Conduit
Conduit type	Stable
Input	Glider
Output	LWSS
Number of cells	432
Bounding box	168 × 75
Step	Unknown
Recovery time (ignoring FNG if any)	78 ticks
Minimum overclock period (ignoring FNG if any)	Unknown
Discovered by	Chris Cain
Year of discovery	2015
Pattern files RLE gtolwss.rle

G-to-LWSS is a glider-to-LWSS converter. It may refer to the specific converter shown in the infobox at right, constructed by Chris Cain in October 2015. Its recovery time is 78 ticks, matching the recovery time of the syringe.

Many other composite G-to-LWSS converters have been constructed. The first G-to-LWSS was constructed by Paul Callahan on May 17, 1997. Stephen Silver constructed a smaller version, using the same glider/Herschel/block interaction shown at right, on September 24, 1997.

A different reaction, which directly produces an LWSS at the expense of a block, was used by Chris Cain in May 2015 to produce a direct Pi heptomino-to-LWSS converter. This PS12T565L pi-to-LWSS conduit can be attached to a standard Herschel-to-Pi and syringe to yield a relatively small G-to-LWSS; however, it has a much larger recovery time than the converter in the infobox.