DiracODE::Internal::DiracDerivative

Matrix which defines Dirac derivative: (dF/dr) = D*F. More...

#include <BoundState.hpp>

Inheritance diagram for DiracODE::Internal::DiracDerivative:

Public Member Functions
	DiracDerivative (const Grid &in_grid, const std::vector< double > &in_v, const int in_k, const double in_en, const double in_alpha, const std::vector< double > &V_off_diag={}, const DiracSpinor *const VxFa=nullptr, const DiracSpinor *const iFa0=nullptr, double zion=1, double in_mass=1.0)
double	a (std::size_t i) const final
	a,b,c,d are derivative matrix functions; all must be user implemented
double	b (std::size_t i) const final
double	c (std::size_t i) const final
double	d (std::size_t i) const final
double	Sf (std::size_t i) const final
	Sf and Sg are optional inhomogenous terms.
double	Sg (std::size_t i) const final
	DiracDerivative (const DiracDerivative &)=delete
void	operator= (const DiracDerivative &)=delete

Public Attributes
const Grid *const	pgr
const std::vector< double > *const	v
const std::vector< double > *const	Hmag
const DiracSpinor *const	VxFa
const DiracSpinor *const	Fa0
const double	zion = 1.0
const int	k
const double	en
const double	alpha
const double	cc
double	mass

Detailed Description

Matrix which defines Dirac derivative: (dF/dr) = D*F.

Member Function Documentation

a()

double DiracODE::Internal::DiracDerivative::a ( std::size_t  t ) const

finalvirtual

a,b,c,d are derivative matrix functions; all must be user implemented

Implements AdamsMoulton::DerivativeMatrix< std::size_t, double >.

b()

double DiracODE::Internal::DiracDerivative::b ( std::size_t  i ) const

finalvirtual

Implements AdamsMoulton::DerivativeMatrix< std::size_t, double >.

c()

double DiracODE::Internal::DiracDerivative::c ( std::size_t  i ) const

finalvirtual

Implements AdamsMoulton::DerivativeMatrix< std::size_t, double >.

d()

double DiracODE::Internal::DiracDerivative::d ( std::size_t  i ) const

finalvirtual

Implements AdamsMoulton::DerivativeMatrix< std::size_t, double >.

Sf()

double DiracODE::Internal::DiracDerivative::Sf ( std::size_t  ) const

finalvirtual

Sf and Sg are optional inhomogenous terms.

Reimplemented from AdamsMoulton::DerivativeMatrix< std::size_t, double >.

Sg()

double DiracODE::Internal::DiracDerivative::Sg ( std::size_t  i ) const

finalvirtual

Reimplemented from AdamsMoulton::DerivativeMatrix< std::size_t, double >.

---

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

• DiracODE/BoundState.hpp
• DiracODE/BoundState.cpp