waveblocks::potentials::modules::taylor::Abstract< Subtype, Basis > Struct Template Reference

Abstract class for potential evaluation. More...

#include <taylor.hpp>

Public Types
using	Self = Abstract< Subtype, Basis >

Public Member Functions
template<template< typename... > class Tuple = std::tuple>
Tuple< potential_evaluation_type, jacobian_evaluation_type, hessian_evaluation_type >	taylor_at (const argument_type &g) const
template<template< typename... > class Tuple = std::tuple, template< typename... > class grid_in = std::vector, template< typename... > class grid_out = grid_in>
grid_out< Tuple< potential_evaluation_type, jacobian_evaluation_type, hessian_evaluation_type > >	taylor (const grid_in< argument_type > &args) const

Detailed Description

template<class Subtype, class Basis>
struct waveblocks::potentials::modules::taylor::Abstract< Subtype, Basis >

Abstract class for potential evaluation.

A matrix potential inheriting an implementation of this module can evaluate its potential, jacobian and hessian in one or multiple points

This makes use of the CRTPattern

Template Parameters

Subtype	The type extending this interface (used for static polymorphism)
Basis	Which basis (bases::Eigen or bases::Canonical) the potential is given in

Member Typedef Documentation

template<class Subtype, class Basis>

using waveblocks::potentials::modules::taylor::Abstract< Subtype, Basis >::Self = Abstract<Subtype, Basis>

Member Function Documentation

template<class Subtype, class Basis>

template<template< typename... > class Tuple = std::tuple, template< typename... > class grid_in = std::vector, template< typename... > class grid_out = grid_in>

grid_out< Tuple<potential_evaluation_type,jacobian_evaluation_type,hessian_evaluation_type> > waveblocks::potentials::modules::taylor::Abstract< Subtype, Basis >::taylor ( const grid_in< argument_type > &  args ) const

inline

template<class Subtype, class Basis>

template<template< typename... > class Tuple = std::tuple>

Tuple<potential_evaluation_type, jacobian_evaluation_type, hessian_evaluation_type> waveblocks::potentials::modules::taylor::Abstract< Subtype, Basis >::taylor_at ( const argument_type &  g ) const

inline

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The documentation for this struct was generated from the following file:

• /userdata/raoulb/LWB/libwaveblocks/waveblocks/potentials/modules/taylor.hpp