Matrix which defines Dirac derivative: (dF/dr) = D*F.
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#include <ComplexDirac.hpp>
Inherits AdamsMoulton::DerivativeMatrix< std::size_t, std::complex< double > >.
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| CDiracDerivative (const Grid &in_grid, const std::vector< double > &in_v, const int in_k, const std::complex< double > in_en, const double in_alpha, const std::vector< double > &V_off_diag={}) |
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| std::complex< double > | a (std::size_t i) const final |
| | a,b,c,d are derivative matrix functions; all must be user implemented
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| std::complex< double > | b (std::size_t i) const final |
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| std::complex< double > | c (std::size_t i) const final |
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| std::complex< double > | d (std::size_t i) const final |
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| CDiracDerivative (const CDiracDerivative &)=delete |
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void | operator= (const CDiracDerivative &)=delete |
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virtual std::complex< double > | Sf (std::size_t) const |
| | Sf and Sg are optional inhomogenous terms.
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virtual std::complex< double > | Sg (std::size_t) const |
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const Grid *const | pgr |
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const std::vector< double > *const | v |
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const std::vector< double > *const | Hmag |
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const double | zion = 1.0 |
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const int | k |
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const std::complex< double > | en |
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const double | alpha |
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const double | cc |
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Matrix which defines Dirac derivative: (dF/dr) = D*F.
◆ a()
| std::complex< double > DiracODE::Internal::CDiracDerivative::a |
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std::size_t |
t | ) |
const |
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finalvirtual |
◆ b()
| std::complex< double > DiracODE::Internal::CDiracDerivative::b |
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std::size_t |
i | ) |
const |
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finalvirtual |
◆ c()
| std::complex< double > DiracODE::Internal::CDiracDerivative::c |
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std::size_t |
i | ) |
const |
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finalvirtual |
◆ d()
| std::complex< double > DiracODE::Internal::CDiracDerivative::d |
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std::size_t |
i | ) |
const |
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finalvirtual |
The documentation for this struct was generated from the following files:
Public Member Functions inherited from AdamsMoulton::DerivativeMatrix< std::size_t, std::complex< double > >