a(n) is the maximum water retention of a height-3 length-n number parallelogram with maximum water area.
(history;
published version)
LINKS
Craig Knecht, <a href="/A303295/a303295_5.png">Water retention using a pentagonal tile.</a>
Craig Knecht, <a href="/A303295/a303295_5.png">Water retention using a pentagonal tile.</a>
Discussion
Thu Jun 27
20:27
Craig Knecht: removed the word sphinx in the legend
LINKS
Craig Knecht, <a href="/A303295/a303295_4.png">Water retention with a pentagonal tile.</a>
Craig Knecht, <a href="/A303295/a303295_5.png">Water retention using a pentagonal tile.</a>
LINKS
Craig Knecht, <a href="/A303295/a303295_4.png">Water retention with a pentagonal tile.</a>
Craig Knecht, <a href="/A303295/a303295_4.png">Water retention with a pentagonal tile.</a>
Discussion
Thu Jun 27
18:13
Craig Knecht: I added a graphic that shows the water retention for a pseudo-parallelogram that is tiled with the smallest pentagonal polyiamond.
LINKS
Craig Knecht, <a href="/A303295/a303295_4.png">Water retention with a pentagonal tile.</a>