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RandLib 2.0.0
Probability distributions, fitting, and heavy-tail tools for C++20
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Functions | |
| template<std::floating_point Real> | |
| Real | besselI (std::type_identity_t< Real > nu, Real x) |
| template<std::floating_point Real> | |
| Real | besselK (std::type_identity_t< Real > nu, Real x) |
| template<std::floating_point Real> | |
| Real | riemannZeta (Real s) |
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inline |
I_ν(x) overflows; keep the behaviour of std::cyl_bessel_i
Power series I_ν(x) = (x/2)^ν Σ (x²/4)^k / (k! Γ(ν + k + 1)); every term is positive
I_ν(x) overflows; keep the behaviour of std::cyl_bessel_i
Power series I_ν(x) = (x/2)^ν Σ (x²/4)^k / (k! Γ(ν + k + 1)); every term is positive
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inline |
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inline |
Euler-Maclaurin summation with N terms and Bernoulli corrections up to B_20
Euler-Maclaurin summation with N terms and Bernoulli corrections up to B_20