waveblocks::potentials::modules::localRemainder::Abstract< Subtype, N, D > Struct Template Reference

#include <localRemainder.hpp>

Public Types
using	Self = Abstract< Subtype, N, D >
using	Basis = bases::Canonical< N, D >

Public Member Functions
local_quadratic_evaluation_type	evaluate_local_remainder_at (const argument_type &arg, const argument_type &q) const
template<template< typename... > class grid_in = std::vector, template< typename... > class grid_out = grid_in>
grid_out< local_quadratic_evaluation_type >	evaluate_local_remainder (const grid_in< argument_type > &args, const argument_type &q) const

Member Typedef Documentation

template<class Subtype, int N, int D>

using waveblocks::potentials::modules::localRemainder::Abstract< Subtype, N, D >::Basis = bases::Canonical<N,D>

template<class Subtype, int N, int D>

using waveblocks::potentials::modules::localRemainder::Abstract< Subtype, N, D >::Self = Abstract<Subtype, N, D>

Member Function Documentation

template<class Subtype, int N, int D>

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

grid_out<local_quadratic_evaluation_type > waveblocks::potentials::modules::localRemainder::Abstract< Subtype, N, D >::evaluate_local_remainder ( const grid_in< argument_type > &  args, const argument_type &  q  ) const

inline

template<class Subtype, int N, int D>

local_quadratic_evaluation_type waveblocks::potentials::modules::localRemainder::Abstract< Subtype, N, D >::evaluate_local_remainder_at ( const argument_type &  arg, const argument_type &  q  ) const

inline

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

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