PolyLog.jl 2.5.1

New

• overload of polylogarithms for arguments of type Missing

PolyLog.jl 2.5.0

New

• Extensions for ForwardDiff.jl and ChainRules.jl. Thanks to Andrés Riedemann (@longemen3000).

PolyLog.jl 2.4.2

Fixes

• Fixed imprecision of complex li2 for small arguments (#24)
• preserve sign of zero (#27)

PolyLog.jl 2.4.1

Fixes

• Ensure enough terms are taken into account in the series expansions in li(n,z) when n is of type Int8.

PolyLog.jl 2.4.0

New

• arbitrary precision implementations of li0(z), li1(z), reli1(x), li2(z), reli2(x), li(n,z), reli(n,x),

Changes

• extend range of input values that do not cause a floating-point overflow

PolyLog.jl 2.3.1

Changes

• Added protection against catastrophic cancellation in the real dilogarithm li2 and the real trilogarithm li3 for arguments close to 1. (Such a potential catastrophic cancellation has not been observed yet, though.)

PolyLog.jl 2.3.0

Changes

• performance improvement of real dilogarithm reli2(x)

PolyLog.jl 2.2.0

Changes

• performance improvement of reli4(x)
• performance improvement of digamma(n)
• file CITATION.cff has been added with structured citation information

PolyLog.jl 2.1.0

Changes

• performance improvement of real trilogarithm reli3(x::Real)

PolyLog.jl 2.0.0

Changes

The real polylogarithm functions have been renamed in order to avoid bugs when a non-zero imaginary part would actually occur (which is omitted in the real polylogarithm functions):

• rename real li1 -> reli1
• rename real li2 -> reli2
• rename real li3 -> reli3
• rename real li4 -> reli4
• rename real li(n,x) -> reli(n,x)

The complex polylogarithm functions li* now accept real arguments and always return a complex number.