Convenience header:
#include <eve/module/polynomial.hpp>
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| constexpr auto | eve::abel = functor<abel_t> |
| | Computes the value of the Abel function of order n at x: \(x(x-an)^{n-1}\). for positive integer n it is Abel polynomial.
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| constexpr auto | eve::gegenbauer = functor<gegenbauer_t> |
| | strict_elementwise_callable object computing the value of a gegenbauer polynomial \( \mathbf{C}_n^\lambda(x)\).
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| constexpr auto | eve::hermite = functor<hermite_t> |
| | strict_elementwise_callable object computing the value of the 'physicists' Hermite polynomial of order n at x:
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| constexpr auto | eve::jacobi = functor<jacobi_t> |
| | strict_elementwise_callable object computing the value of the Jacobi polynomials \(P^{\alpha, \beta}_n(x)\).
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| constexpr auto | eve::laguerre = functor<laguerre_t> |
| | strict_elementwise_callable object computing the value of the Laguerre and associated Laguerre polynomials of order n at x:
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| constexpr auto | eve::legendre = functor<legendre_t> |
| | Computes the value of the Legendre and associated Legendre polynomials of order n at x:
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| constexpr auto | eve::tchebytchev = functor<tchebytchev_t> |
| | Computes the value of the Tchebytchev polynomial of order n at x:
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