|
Size: 38
Comment:
|
Size: 949
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 1: | Line 1: |
| Describe days4/projects/graphs here. | * NetworkX: The following modules could be useful, and have not yet been wrapped: centrality, cliques, cluster, cores, hybrid, search, spectrum, threshold * centrality, cliques, cluster, cores, search -- These are pretty standard graph theoretic programs, and should not take too long to wrap. * spectrum -- This should probably not be wrapped, but instead mimicked, since sage's linear algebra is undoubtedly faster. * hybrid, threshold -- These seem to be specialized programs that are closely related to the research areas of the NetworkX authors. It is unclear what to do with these. * NICE: The nauty clone for computing automorphism groups of graphs, and computing isomorphism. It has been converted to Pyrex, but it could still stand much optimization. * Wishlist: I (Robert Miller) have a wishlist from Chris Godsil, which is becoming more and more a reality. It would be great if we could complete the list this week. |
- NetworkX: The following modules could be useful, and have not yet been wrapped: centrality, cliques, cluster, cores, hybrid, search, spectrum, threshold
- centrality, cliques, cluster, cores, search -- These are pretty standard graph theoretic programs, and should not take too long to wrap.
- spectrum -- This should probably not be wrapped, but instead mimicked, since sage's linear algebra is undoubtedly faster.
- hybrid, threshold -- These seem to be specialized programs that are closely related to the research areas of the NetworkX authors. It is unclear what to do with these.
- NICE: The nauty clone for computing automorphism groups of graphs, and computing isomorphism. It has been converted to Pyrex, but it could still stand much optimization.
- Wishlist: I (Robert Miller) have a wishlist from Chris Godsil, which is becoming more and more a reality. It would be great if we could complete the list this week.