From Ordner, a catalog of real numbers in Fungrim.
Decimal | Expression [entries] | Frequency |
---|---|---|
0.785398163397448309615660845820 | Atan(1) [157c6c 0c9939] Div(Pi, 4) [47acde 71a0ff 6c3ba9 cd55cf 157c6c 79f20e 08cda4 3b8c97 6d3591 8a9884 4dabda 0bf328 1d4638 270e67 eac389 f5d489 b4a735 d51efc e98dd0 8b4be6 c9ead2 f183d0 5fc688 5c9675 e09b77] CarlsonRC(1, 2) [eac389] Arg(Sqrt(ConstI)) [0ad836] CarlsonRF(1, 2, 2) [0bf328] CarlsonRG(0, 1, 1) [cd55cf] Arg(EllipticE(2)) [5d2c01] Arg(Add(1, ConstI)) [62b0c4 78131f fe2627 b468f3 69d0a3 078869 0ad836 9e30e7 4c8873 e54e61 7c50d1 e2288d 2dcf0c 5d2c01] Arg(AGM(1, ConstI)) [69d0a3] Neg(Arg(EllipticK(2))) [630eca] Arg(CarlsonRG(0, 1, -1)) [9e30e7] Neg(Arg(Sub(1, ConstI))) [630eca 62b0c4 f1dd8a 2dcf0c 5174ea e54e61 7c50d1 8519dd] Im(Div(Mul(Pi, ConstI), 4)) [cde93e 3c56c7 03356b 6b2078 4d0e14] Arg(Div(Add(1, ConstI), 2)) [078869] Neg(Arg(CarlsonRF(0, 1, -1))) [f1dd8a] Neg(Arg(AGM(1, Neg(ConstI)))) [5174ea] Arg(Mul(Sqrt(2), Add(1, ConstI))) [69d0a3] Arg(Exp(Div(Mul(Pi, ConstI), 4))) [cde93e 6b2078 4d0e14] DirichletL(1, DirichletCharacter(4, 3)) [3b8c97 f56273] Neg(Arg(Mul(Sqrt(2), Sub(1, ConstI)))) [5174ea] Arg(Mul(Div(1, Sqrt(2)), Add(1, ConstI))) [0ad836] Arg(Mul(Div(Mul(3, Pi), 4), Add(1, ConstI))) [b468f3 78131f] Sub(Hypergeometric2F1(Neg(Div(1, 2)), 1, Div(1, 2), -1), 1) [f55b36] Arg(Mul(Mul(Sqrt(2), Add(1, ConstI)), Pow(Pi, Div(3, 2)))) [69d0a3] Neg(Arg(Mul(Mul(Sqrt(2), Sub(1, ConstI)), Pow(Pi, Div(3, 2))))) [5174ea] Neg(Arg(Mul(Div(Pow(Gamma(Div(1, 4)), 2), Mul(4, Sqrt(Mul(2, Pi)))), Sub(1, ConstI)))) [f1dd8a 630eca] Arg(Div(Mul(Mul(Sqrt(2), Add(1, ConstI)), Pow(Pi, Div(3, 2))), Pow(Gamma(Div(1, 4)), 2))) [69d0a3] Arg(Mul(Div(Mul(Sqrt(2), Pow(Pi, Div(3, 2))), Pow(Gamma(Div(1, 4)), 2)), Add(1, ConstI))) [5d2c01] Sub(Mul(Sqrt(2), Hypergeometric2F1(Neg(Div(1, 2)), Neg(Div(1, 2)), Div(1, 2), Div(1, 2))), 1) [488a30] Neg(Arg(Div(Mul(Mul(Sqrt(2), Sub(1, ConstI)), Pow(Pi, Div(3, 2))), Pow(Gamma(Div(1, 4)), 2)))) [5174ea] Neg(Arg(Mul(Div(Mul(3, Pow(Gamma(Div(1, 4)), 2)), Mul(8, Sqrt(Mul(2, Pi)))), Sub(1, ConstI)))) [62b0c4 2dcf0c] Arg(Mul(Div(Mul(Sqrt(2), Pow(Pi, Div(3, 2))), Mul(2, Pow(Gamma(Div(1, 4)), 2))), Add(1, ConstI))) [9e30e7] Arg(Mul(Div(Mul(Mul(3, Sqrt(2)), Pow(Pi, Div(3, 2))), Mul(2, Pow(Gamma(Div(1, 4)), 2))), Add(1, ConstI))) [62b0c4 2dcf0c] Neg(Arg(CarlsonRF(0, Div(Pow(Gamma(Div(1, 4)), 4), Mul(32, Pi)), Div(Neg(Pow(Gamma(Div(1, 4)), 4)), Mul(32, Pi))))) [8519dd] | 52 (#24) |
Copyright (C) Fredrik Johansson and contributors. Fungrim is provided under the MIT license. The source code is on GitHub.
2021-03-15 19:12:00.328586 UTC