Regenerative loop: Difference between revisions
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{{Glossary}} |
MathAndCode (talk | contribs) m Reduced stator |
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However, there are other examples, such as this glider eater. | However, there are other examples, such as this glider eater. | ||
<center>{{LV:Viewer| | <center>{{LV:Viewer| | ||
x = | x = 26, y = 27, rule = B3/S23 | ||
bo$2bo$3o5$8bo$9bo$7b3o5$15bo$16bo$14b3o$ | bo$2bo$3o5$8bo$9bo$7b3o5$15bo$16bo$14b3o$21b2o$22bo$22bob2o$19b2obo2bo$20bob2o$12b2o3b3o$12b2o2bo$16bob2o$17bo2bo$19b2o! | ||
[[ THEME 6 X 4 Y 4 ZOOM 14 AUTOSTART GPS 21 LOOP 28 GRID THUMBNAIL THUMBSIZE 2 ]]}}</center> | [[ THEME 6 X 4 Y 4 ZOOM 14 AUTOSTART GPS 21 LOOP 28 GRID THUMBNAIL THUMBSIZE 2 ]]}}</center> | ||
Revision as of 14:23, 25 July 2021
The regenerative loop motif is a motif found in some catalysts where a loop motif that has been perturbed in a certain way hits a block then restores itself.
The most common catalyst using a regenerative loop is a replacement catalyst for the tub used in conduits such as ST42Db, PNE−6T40_SE−6T40, and HSE44T39. It works when the tub is turned into a certain block predecessor.
However, there are other examples, such as this glider eater.