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These are replies submitted by digerdiga

@acer At least it means that polylog was "touched". I don't really want to fight about it, but it is probably a bug, that will be fixed in a future update?

@acer https://www.mapleprimes.com/questions/226254-Polylog-Vs-Dilog

@acer Not all, but Maple2019 advertised for a big overhaul of simplifications like this, didn't it?

@acer Weren't things like this supposed to be fixed with version 2019 ?

@vv Sorry you are right. I mixed it up with

`assuming`([simplify(expand((coth(x)^(1/3)-tanh(x)^(1/3))^2+4))], [x > 0])

@vv Maple2019? With 2015 this does not work at all..

@Christopher2222 Thanks, but generally this does not work. Try this one

`assuming`([simplify(combine((coth(x)^(1/3)-tanh(x)^(1/3))^2+4, trig))], [x > 0])

@acer Windows10 + Maple2019

@acer Thanks!

How do I get the inline answer as in ctrl+= ?

@acer Ok thanks. That's unfortunate.

@acer Thank you. Can you also try the second example "for general a"?

So is it working now with 2019?

@vv Nonono...The answer was not useless since you reminded me about algcurves:-puiseux

I just said that I also "solved" it "manually", and apart from asympt/series/MultiSeries I'm not very familiar with other methods of which there are algcurves:-puiseux , but also else?

@vv That's how I did also solve it, but I thought there must have been some build in function as well...


Btw: What do you need the [] in alias(alpha=indets(a,RootOf)[]):  for ?


If I have



I can use it to select an operand, but in your case there is only one, so it should be obsolete or?


Actually thanks...I completely forgot about algcurves:-puiseux

But do you know why series/asympt has issues with the zeros in rootof?

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