0.915965594177219015054603514932

From Ordner, a catalog of real numbers in Fungrim.

Decimal	Expression [entries]	Frequency
`0.915965594177219015054603514932`	`ConstCatalan` [`ce66a9` `1f1fb4` `d6703a` `fd82ab` `c2976e` `ba58e0` `79f20e` `08cda4` `6d3591` `ed4cca` `4dec89` `d864b2` `dc507f` `49df16` `951f86` `d2f9fb` `807c7d` `d6415e` `e85723` `8ee7c9` `37fb5f` `270e67` `ec1435` `937fa9` `a766f2` `38c2d5` `208da7` `d43f30` `4c166d` `fc5ea9` `f7b6aa` `c54c85` `1d65c2` `997777` `0bd544` `5b31ee` `33aa62` `4a5b9a` `2744d4` `d3cfc2` `a8657e` `6a83ad` `9e9922` `3e82c3` `86d68c` `5c9675` `e09b77`] `Im(PolyLog(2, ConstI))` [`1d65c2` `208da7`] `Im(Mul(ConstCatalan, ConstI))` [`208da7`] `DirichletL(2, DirichletCharacter(4, 3))` [`9e9922`] `Integral(Div(Atan(x), x), For(x, 0, 1))` [`ba58e0`] `Mul(Div(1, 4), LerchPhi(-1, 2, Div(1, 2)))` [`4c166d`] `Integral(Log(Cot(x)), For(x, 0, Div(Pi, 4)))` [`270e67`] `Integral(Asinh(Sin(x)), For(x, 0, Div(Pi, 2)))` [`4dec89`] `Integral(Asinh(Cos(x)), For(x, 0, Div(Pi, 2)))` [`d6415e`] `Integral(Atan(Exp(Neg(x))), For(x, 0, Infinity))` [`fc5ea9`] `Neg(Integral(Log(Tan(x)), For(x, 0, Div(Pi, 4))))` [`08cda4`] `Sub(Integral(EllipticE(Pow(m, 2)), For(m, 0, 1)), Div(1, 2))` [`d3cfc2`] `Neg(Integral(Div(Log(x), Add(Pow(x, 2), 1)), For(x, 0, 1)))` [`d864b2`] `Mul(Div(1, 2), Integral(EllipticK(Pow(m, 2)), For(m, 0, 1)))` [`1f1fb4`] `Im(Add(Neg(Div(Pow(Pi, 2), 48)), Mul(ConstCatalan, ConstI)))` [`208da7`] `Mul(2, Integral(Log(Mul(2, Cos(x))), For(x, 0, Div(Pi, 4))))` [`6d3591`] `Integral(Div(x, Mul(Sin(x), Cos(x))), For(x, 0, Div(Pi, 4)))` [`79f20e`] `Integral(Div(Log(x), Add(Pow(x, 2), 1)), For(x, 1, Infinity))` [`49df16`] `Mul(Div(1, 2), Integral(Div(x, Cosh(x)), For(x, 0, Infinity)))` [`c54c85`] `Mul(Div(1, 8), Sub(DigammaFunction(Div(1, 4), 1), Pow(Pi, 2)))` [`2744d4`] `Integral(Div(Acos(x), Sqrt(Add(Pow(x, 2), 1))), For(x, 0, 1))` [`fd82ab`] `Integral(Div(Asinh(x), Sqrt(Sub(1, Pow(x, 2)))), For(x, 0, 1))` [`38c2d5`] `Neg(Mul(2, Integral(Log(Mul(2, Sin(x))), For(x, 0, Div(Pi, 4)))))` [`e09b77`] `Hypergeometric3F2(Div(1, 2), Div(1, 2), 1, Div(3, 2), Div(3, 2), -1)` [`a766f2`] `Sum(Div(Pow(-1, n), Pow(Add(Mul(2, n), 1), 2)), For(n, 0, Infinity))` [`33aa62`] `Mul(Div(1, 16), Sub(HurwitzZeta(2, Div(1, 4)), HurwitzZeta(2, Div(3, 4))))` [`e85723`] `Mul(Div(1, 4), Integral(Div(x, Sin(x)), For(x, Neg(Div(Pi, 2)), Div(Pi, 2))))` [`ec1435`] `Integral(Integral(Div(1, Add(1, Mul(Pow(x, 2), Pow(y, 2)))), For(x, 0, 1)), For(y, 0, 1))` [`5b31ee`] `Sub(1, Sum(Div(Mul(n, RiemannZeta(Add(Mul(2, n), 1))), Pow(16, n)), For(n, 1, Infinity)))` [`a8657e`] `Mul(Div(Pi, 2), Integral(Mul(Gamma(Add(1, x)), Gamma(Sub(1, x))), For(x, 0, Div(1, 2))))` [`937fa9`] `Sub(Add(Div(Pow(Pi, 2), 16), Div(Mul(Pi, Log(2)), 4)), Integral(Pow(Atan(x), 2), For(x, 0, 1)))` [`997777`] `Add(Div(Mul(7, RiemannZeta(3)), Mul(4, Pi)), Mul(Div(2, Pi), Integral(Div(Pow(Atan(x), 2), x), For(x, 0, 1))))` [`d6703a`] `Mul(Div(1, 2), Sum(Div(Pow(4, n), Mul(Pow(Add(Mul(2, n), 1), 2), Binomial(Mul(2, n), n))), For(n, 0, Infinity)))` [`d43f30`] `Mul(Div(1, 4), Integral(Integral(Div(1, Mul(Mul(Add(x, y), Sqrt(Sub(1, x))), Sqrt(Sub(1, y)))), For(x, 0, 1)), For(y, 0, 1)))` [`ed4cca`] `Add(Mul(Div(Pi, 8), Log(Add(2, Sqrt(3)))), Mul(Div(3, 8), Sum(Div(1, Mul(Pow(Add(Mul(2, n), 1), 2), Binomial(Mul(2, n), n))), For(n, 0, Infinity))))` [`0bd544`] `Mul(Div(1, 64), Sum(Div(Mul(Pow(256, n), Add(Sub(Mul(580, Pow(n, 2)), Mul(184, n)), 15)), Mul(Mul(Mul(Mul(Pow(n, 3), Sub(Mul(2, n), 1)), Binomial(Mul(6, n), Mul(3, n))), Binomial(Mul(6, n), Mul(4, n))), Binomial(Mul(4, n), Mul(2, n)))), For(n, 1, Infinity)))` [`37fb5f`]	47 (#28)