Hi all, I'm using graph-tool to model mesh-like elements (cells in a biological tissue). As the model evolves towards more complicated geometries, I'd very much like to access some of the underlying GCAL objects not ported to graph-tool (such as faces). For now I rely on a somehow cumbersome dual propertymaps/pandas data manipulation. I was wondering how this could go, but don't know from which end I shell read the code in graph-tool. Also would some kind of plugin architecture be possible (i.e. compiling the relevant Cpp bindings as a shared object compatible with graph-tool)? Thanks, Guillaume Le 18/02/2015 19:42, maksimt a écrit :
Hey,
I'm a researcher without much experience in creating good graph algorithm implementations.
I'm blown away with how much faster some algorithms are in C++ (for instance Dijkstra's shortest path) when compared to the implementation in python or matlab.
Is there any chance you could create a tutorial of how you made the python interface to C++ code?
Also as far as I can tell this is the best graph library out there, but it's relatively hard to install. As a result people like me are using inferior libraries for algorithms and visualization. Do you think you could work on making your library easier to install, or at least providing more instructions? I work with both Windows and Mac OS X, and I wasn't able to install your library on either.
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