Marek Kaluba

@lbenet I'm afraid not ;/ I thought I've asked a question how to cite IA and never got an answer... but your reply in https://github.com/JuliaIntervals/IntervalArithmetic.jl/issues/184#issuecomment-480106748 proves me wrong; I'm very...

@lbenet I didn't received your comment as harsh, no worries ;) What I do is to cite what I like and only enter those discussions if the administration people complain...

I'm doing this (in `julia`, using `Nemo`): ```julia function integrand(j::Int, x::acb, r::acb) return Nemo.integrate(parent(r), y -> normcdf(y)^j, -r, -x) end function ψ_int(i::Int, j::Int, r::acb) res = Nemo.integrate(parent(r), x -> normcdf(x)^i...

my implementation in `AbstractAlgebra.jl` is correct. have a look at https://github.com/Nemocas/AbstractAlgebra.jl/blob/master/src/generic/YoungTabs.jl#L268

there is also this: https://github.com/JuliaLang/Microbenchmarks/issues/14 I (and others) implemented for crawling over all permutations (with on allocations).

https://github.com/Nemocas/AbstractAlgebra.jl/blob/b0bcc77ba64d97cd8a3c2e57b1bfe7cad20db5c0/src/generic/YoungTabs.jl#L860

what license do you need to just copy my code?

You can use the code in YoungDiags under MIT license; Looking very briefly, all of that is covered in AbstractAlgebra.jl

>The main issue is that the swilk.f is written for Float32 and not Float64 so you'll probably need to compute new polynomial coefficient for the Float64 implementation. Yep, I tried...

For covariances I plan to do the following: [DavisStephens1977] goves an algorithm to compute covariance matrix of normal order statistics given 1. $V_11$ - variance of the largers order statistics...