Thanks for addressing the issue so quickly!
Have a nice week-end.
T
On 12/02/2022 13:07, Tiago de Paula Peixoto wrote:
Dear Tanguy,
Indeed there was a problem with the impish repository, but it is fixed now.
Thank you for letting me know!
Best,
Tiago
_
-instructions#debian-ubuntu
[2]: https://downloads.skewed.de/apt/dists/impish/
Thanks in advance
--
Tanguy Fardet
Postdoctoral researcher, University of Tübingen, Max Planck Institute
for Biological Cybernetics.
Website: https://tfardet.srht.site
___
graph-tool
ning:
Permanently added '[localhost]:22291' (ECDSA) to the list of known
hosts.
Thanks in advance for your help.
Best.
--
Tanguy Fardet
Postdoctoral researcher, University of Tübingen, Max Planck Institute
for Biological Cybernetics.
Website: http://www.msc.univ-paris-dide
Ah, I did not think I could use it that way!
I'll try it out, thank you.
Best,
Tanguy
PS: (sorry for the spam, I hit reply again)
On 14/04/2020 14:36, Tiago de Paula Peixoto wrote:
Am 14.04.20 um 14:34 schrieb Tanguy Fardet:
Yes, I was thinking that way because there were no attribut
Hi Tiago,
It is consistent with how directionality is implement in graph-tool,
which preserves the total number of edges. Furthermore, the concept of
multigraph vs simple graph is orthogonal to directed vs undirected graphs.
So this is not really about the clustering coefficient computation.
But doesn't the function compute exactly what it says in the documentation?
It does, but one needs to know what the undirected=True implies for the
graph, otherwise the result is surprising (or just not what one's think
one is computing, if not working on a super simple test graph where it
is
Hi Tiago,
thanks for the quick and precise answer!
Yes, it's desired behavior.
Ignoring parallel edges would have complicated and slowed down the code,
and in any case can be easily implemented by the user (see below), who
should have something specific in mind when attempting to compute the
Hi Tiago,
I was recently comparing the behavior of the clustering coefficient in
different graph libraries and I was surprised by the results given by
graph-tool with parallel edges:
import graph_tool as gt
from graph_tool.clustering import local_clustering
from graph_tool.stats impo
Hi Weitao Han
In general I think you would want to use a generative model (see for
instance
http://tuvalu.santafe.edu/~aaronc/courses/5352/fall2013/csci5352_2013_L11.pdf
for an introduction).
You can find an implementation that is already ready in my library,
(primarily for directed network
conflicts)
Good luck.
--
Tanguy Fardet
PhD student in Computational Neurosciences
MSC Lab - Paris 7 Diderot
911A
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