public static class AdvancedMathPublic NotInheritable Class AdvancedMathpublic ref class AdvancedMath abstract sealed[<AbstractClassAttribute>]
[<SealedAttribute>]
type AdvancedMath = class endThis static class provides an enormous number of advanced functions.
If you need to compute one of these functions with a complex argument, see AdvancedComplexMath.
If you need to compute one of these functions with extended precision, see AdvancedDoubleDoubleMath.
Functions to evaluate orthogonal polynomials can be found in OrthogonalPolynomials.
| Airy | Computes both Airy functions and their derivatives. |
| AiryAi | Computes the Airy function of the first kind. |
| AiryAiZero | Computes the requested zero of the Airy Ai function. |
| AiryBi | Computes the Airy function of the second kind. |
| AiryBiZero | Computes the requested zero of the Airy Bi (Bairy) function. |
| Bessel | Computes both solutions of the Bessel differential equation. |
| BesselJ(Double, Double) | Computes the regular Bessel function for real orders. |
| BesselJ(Int32, Double) | Computes the regular Bessel function for integer orders. |
| BesselJZero | Computes the requested zero of the regular Bessel function. |
| BesselY(Double, Double) | Computes the irregual Bessel function for real orders. |
| BesselY(Int32, Double) | Computes the irregular Bessel function for integer orders. |
| Beta(Double, Double) | Computes the Beta function. |
| Beta(Double, Double, Double) | Computes the incomplete Beta function. |
| CarlsonD | Computes the Carlson integral RD. |
| CarlsonF | Computes the Carslon elliptic integral RF. |
| CarlsonG | Computes the Carlson integral RG. |
| Clausen | Computes the Clausen integral. |
| Coulomb | Computes the regular and irregular Coulomb wave functions and their derivatives. |
| CoulombF | Computes the regular Coulomb wave function. |
| CoulombG | Computes the irregular Coulomb wave function. |
| Dawson | Computes the Dawson integral. |
| DiLog | Computes the dilogarathm function, also called Spence's function. |
| DirichletEta | Computes the Dirichlet eta function. |
| EllipticE(Double) | Computes the complete elliptic integral of the second kind. |
| EllipticE(Double, Double) | Computes the incomplete elliptic integral of the second kind. |
| EllipticF | Computes the incomplete elliptic integral of the first kind. |
| EllipticK | Computes the complete elliptic integral of the first kind. |
| EllipticNome | Compute the Jacobi nome of the given elliptic modulus. |
| EllipticPi | Computes the complete elliptic integral of the third kind. |
| Erf | Computes the error function. |
| Erfc | Computes the complementary error function. |
| Fresnel | Computes the Fresnel cosine and sine integrals. |
| FresnelC | Computes the Fresnel cosine integral. |
| FresnelS | Computes the Fresnel sine integral. |
| Gamma(Double) | Computes the Gamma function. |
| Gamma(Double, Double) | Computes the upper incomplete Gamma function. |
| Hypergeometric2F1 | Computes the Gauss hypergeometric function. |
| IntegralChi | Computes the hyperbolic cosine integral. |
| IntegralCi | Computes the cosine integral. |
| IntegralCin | Computes the entire cosine intgral. |
| IntegralE | Computes the generalized exponential integral. |
| IntegralEi | Computes the principal value of the exponential integral. |
| IntegralLittleSi | Computes the reduced sine integral. |
| IntegralShi | Computes the hyperbolic sine integral. |
| IntegralSi | Computes the sine integral. |
| IntegralTi | Computes the inverse tangent integral. |
| InverseErf | Computes the inverse error function. |
| InverseErfc | Computes the inverse complementary error function. |
| JacobiCn | Compute the Jacobian elliptic function cn. |
| JacobiDn | Compute the Jacobian elliptic function dn. |
| JacobiSn | Computes the Jacobian elliptic function sn. |
| LambertW | Computes the Lambert W function. |
| LeftRegularizedBeta | Computes the regularized incomplete Beta function. |
| LeftRegularizedGamma | Computes the normalized lower (left) incomplete gamma function. |
| LogBeta | Computes the logarithm of the Beta function. |
| LogGamma | Computes the natural logarithm of the Gamma function. |
| LogPochhammer | Computes the logarithm of the the specified Pochammer symbol. |
| LowerIncompleteGamma | Computes the lower (left) incomplete (small) gamma function. |
| ModifiedBessel | Computes modified cylindrical Bessel functions. |
| ModifiedBesselI | Computes the regular modified cylindrical Bessel function. |
| ModifiedBesselK | Computes the irregular modified cylindrical Bessel function. |
| Pochhammer | Computes the Pochammer symbol (x)y. |
| PolyLog | Computes the polylogarithm function. |
| Psi(Double) | Computes the digamma function. |
| Psi(Int32, Double) | Computes the polygamma function. |
| RiemannZeta | Computes the Riemann zeta function. |
| RightRegularizedGamma | Computes the normalized upper (right) incomplete gamma function. |
| ScaledModifiedBesselI | Computes the exponentially re-scaled regular modified cylindrical Bessel function. |
| ScaledModifiedBesselK | Computes the exponentially re-scaled irregular modified cylindrical Bessel function. |
| SphericalBesselJ | Computes the regular spherical Bessel function of integer order. |
| SphericalBesselY | Computes the irregular spherical Bessel function of integer order. |
| SphericalHarmonic | Computes the value of a spherical harmonic function. |
| UpperIncompleteGamma | Computes the upper (right) incomplete (big) gamma function. |
| Apery | Apéry's constant. |
| Catalan | Catalan's constant. |
| EulerGamma | The Euler constant. |
| GoldenRatio | The golden ratio. |