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It's possible. My issue is I'm not sold that in networks of any size (the Le Mis network is pretty small) that this doesn't end up in a similarly difficult to i
by Fomite 12y ago
It's possible. My issue is I'm not sold that in networks of any size (the Le Mis network is pretty small) that this doesn't end up in a similarly difficult to interpret mess. I may try it out, but the initial demo didn't trigger much beyond "Neat".
But to be honest, I don't tend to work in .sif format networks, and I don't have time tonight to try to get something I actually use in that format.
- wjrl 12y agoOf course, YMMV, but the Stanford web network (http://www.biofabric.org/gallery/index.html#Stanford http://www.biofabric.org/gallery/index.html#Stanford) has 2.3 million edges but you can glean structure from it. You can visually estimate things like the network radius and 90-percentile effective diameter from the global view. There is a very simple R implementation that takes igraph networks as input. There is also a simple Python version from A. Mazurie at https://github.com/ajmazurie/biofabric https://github.com/ajmazurie/biofabric, though I have not tried it myself.
- deleted 12y ago[deleted]