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Talk:Table of simple cubic graphs

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This is a very pretty page. Thanks to the author for posting it! But there is an error in the drawings -- the eighth of the 10-vertex graphs has a pair of vertices of order 2. Should they be connected by an edge?

I think the image is correct. Vertex 3 does have the right number of edges; it's just that the edge from 3 to 2 is partially hidden behind the edge from 3 to 8. --Especially Lime (talk) 10:00, 15 July 2015 (UTC)[reply]
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K3,3 and Wn,2 link to some random pages! — Preceding unsigned comment added by 128.178.14.199 (talk) 09:59, 29 May 2015 (UTC)[reply]

The K_{3,3} link makes sense (K_{3,3} is sometimes called the "utility graph" for that reason), but it should probably be a separate link for that name, with K_{3,3} itself linking to the page on complete bipartite graphs. W_{n,2} links to a different meaning of "web graph" than the intended one, but according to the source I can find (Wolfram Mathworld), the graph in question isn't a web graph at all. I'll make those changes. --Especially Lime (talk) 09:42, 15 July 2015 (UTC)[reply]

another 8 nodes cubic simple graph

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I notice that may be we left a graph which not appear in list of 8 nodes. Is this next graph :

  • 0 : 2,5
  • 1 : 2,6
  • 2 : 0,1,5,7
  • 3 : 4,7
  • 4 : 3,7
  • 5 : 0,2
  • 6 : 1,7
  • 7 : 2,3,4,6

(at left are the vertices, and at right is adjacent list) I have a picture, but i am not able to send it. This graph is planar and have 2 3-cycles and one 4-cycle. greatings. Sorry, now i notice that this is not cubic. Daniel — Preceding unsigned comment added by Danjiun (talkcontribs) 00:28, 30 August 2016 (UTC)[reply]

Aut. Column

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As far as I can tell the meaning of the "Aut." column is never explained. I assume it's number of automorphisms? Loke202 (talk) 22:15, 2 December 2021 (UTC)[reply]