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Would be nice to have some subroutines for doing fast summation and dot products, and maybe more speculatively exact linear solvers (though this could be prohibitively slow/expensive). This article has some neat ideas, also there is the work by Shewchuk we could perhaps adapt:
I think the best place to start is with code, as you've done with the flow network algorithms. @jaspervdg summarized some guidelines here for polishing modules and there are lots of templates to follow.
If you're asking about specific technical details though, this isn't my specialty so I don't have immediate answers for you. If that's the case, then the best place to start is probably with a specific proposal for a module or modules. If you can list the functions you'd like to implement (functions, inputs, outputs), then everything else is just a matter of implementation 😄
Would be nice to have some subroutines for doing fast summation and dot products, and maybe more speculatively exact linear solvers (though this could be prohibitively slow/expensive). This article has some neat ideas, also there is the work by Shewchuk we could perhaps adapt:
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