waveblocks::potentials::bases::Basis< N, D, C > Struct Template Reference

Helper class to ease template specialzations. More...

#include <bases.hpp>

Public Types
using	argument_type = CVector< D >
using	potential_type = GMatrix< cD_to_c< D >, N, C >
using	jacobian_type = GMatrix< cD_to_cD< D >, N, C >
using	hessian_type = GMatrix< cD_to_cDxD< D >, N, C >
using	potential_evaluation_type = CMatrix< N, C >
using	jacobian_evaluation_type = GMatrix< CVector< D >, N, C >
using	hessian_evaluation_type = GMatrix< CMatrix< D, D >, N, C >
using	local_quadratic_evaluation_type = CMatrix< N, C >
using	potential_return_type = complex_t
using	jacobian_return_type = CVector< D >
using	hessian_return_type = CMatrix< D, D >
using	local_quadratic_return_type = complex_t

Static Public Attributes
static const int	argument_dimension = D
static const int	number_of_levels = N
static const int	number_of_columns = C

Detailed Description

template<int N, int D, int C>
struct waveblocks::potentials::bases::Basis< N, D, C >

Helper class to ease template specialzations.

Template Parameters

N	Number of levels
D	Dimension of argument space
C	Number of columns (N for canonical basis, 1 for eigen basis)

Member Typedef Documentation

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::argument_type = CVector<D>

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::hessian_evaluation_type = GMatrix<CMatrix<D, D>, N, C>

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::hessian_return_type = CMatrix<D, D>

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::hessian_type = GMatrix<cD_to_cDxD<D>, N, C>

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::jacobian_evaluation_type = GMatrix<CVector<D>, N, C>

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::jacobian_return_type = CVector<D>

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::jacobian_type = GMatrix<cD_to_cD<D>, N, C>

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::local_quadratic_evaluation_type = CMatrix<N, C>

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::local_quadratic_return_type = complex_t

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::potential_evaluation_type = CMatrix<N, C>

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::potential_return_type = complex_t

template<int N, int D, int C>

using waveblocks::potentials::bases::Basis< N, D, C >::potential_type = GMatrix<cD_to_c<D>, N, C>

Member Data Documentation

template<int N, int D, int C>

const int waveblocks::potentials::bases::Basis< N, D, C >::argument_dimension = D

static

template<int N, int D, int C>

const int waveblocks::potentials::bases::Basis< N, D, C >::number_of_columns = C

static

template<int N, int D, int C>

const int waveblocks::potentials::bases::Basis< N, D, C >::number_of_levels = N

static

---

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

• /userdata/raoulb/LWB/libwaveblocks/waveblocks/potentials/bases.hpp