@b3m2a1 Can you let me know when you rebuild the paclet server data?

If anyone is feeling up for helping me write unit tests for IGraph/M, let me know! At this point it is very easy to do this, but there's also a lot of work.

Hi all, trying to solve a sizeable system of non-linear equations

It keeps nagging me about how it can't find a solution

Given the parameters for Precision and Accuracy goal within MaxIterations iterations

I've tried being patient and changing MaxIterations to again, sizeable numbers to no avail

I've tried changing $MinPrecision to high precision to see if that would change anything, it didn't

I reran my calculations many times to see if my system of equations made sense, I simply cannot fault the expression I entered. It's correct

@b3m2a1 Thanks for the post on your Workbench -> SimpleDocs converter mathematica.stackexchange.com/questions/195136/….

SimpleDocs::SimpleDocs: Save location FileNameJoin[{FileNameJoin[{FileNameJoin[{None,project,docs}],content,ref}],FindEcoEvoEq.nb}] is invalid

Was there something I should've done first?

Can someone tell me how to plot the integral of -W(-ln(x))/(ln(x))?

where W is the Lambert W function

um guys?

help plz?

would appreciate any code

@Szabolcs Will do

@ChrisK Hmm... means the project directory isn't getting set appropriately. Let me download the repo and check what's up.

@ChrisK Ohhh I figured it out. The target directory needs to exist first. So just CreateDirectory["~/Desktop/EcoEvo"] first.

Pick the bounds of your choice. There's no analytic form for the integral so you gotta do it numerically.

Alternately you can try something like:

With[{series = Series[-LambertW[-Log[x]]/Log[x], {x, .1, 20}]},
 Plot[Evaluate[Integrate[Normal@series, x]], {x, .1, 1.5}]
 ]

If you're down to have the a series approximation, although it will behave worse and might not be faster to obtain