ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem > Class Template Reference

Helper class for the integration of the power. More...

#include <eddy_current_cmd_impl.h>

Static Public Member Functions
static void	calc_power (TGridFunc *pJGGF, size_t JG_fct[], SubsetGroup &JG_ssg, TGridFunc *pEGF, size_t E_fct[], number pow[])
	Computes the integral for all elements of one type.

Private Types
typedef TGridFunc::domain_type	domain_type
typedef domain_type::position_accessor_type	position_accessor_type
typedef domain_type::position_type	position_type

Static Private Member Functions
static void	calc_elem_power (TGridFunc *pJGGF, size_t JG_fct[], TGridFunc *pEGF, size_t E_fct[], position_accessor_type &aaPos, TElem *pElem, number pow[])
	computes the integral over one element

Static Private Attributes
static const size_t	maxEdges = NedelecT1_LDisc<domain_type, TElem>::maxNumEdges
static const size_t	numCorners = NedelecT1_LDisc<domain_type, TElem>::numCorners
static const size_t	numEdges = NedelecT1_LDisc<domain_type, TElem>::numEdges

Detailed Description

template<typename TGridFunc, typename TElem>
class ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >

Helper class for the integration of the power.

This class implements the function computes the integral

\[ \int_\Omega \overline{\mathbf{J}_G} \mathbf{E} \, dx \]

over the subdomain covered by grid elements of one type.

Template Parameters

TGridFunc	grid function type
TElem	grid element type

Member Typedef Documentation

domain_type

template<typename TGridFunc , typename TElem >

typedef TGridFunc::domain_type ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::domain_type

private

position_accessor_type

template<typename TGridFunc , typename TElem >

typedef domain_type::position_accessor_type ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::position_accessor_type

private

position_type

template<typename TGridFunc , typename TElem >

typedef domain_type::position_type ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::position_type

private

Member Function Documentation

calc_elem_power()

template<typename TGridFunc , typename TElem >

static void ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::calc_elem_power ( TGridFunc *  pJGGF, size_t  JG_fct[], TGridFunc *  pEGF, size_t  E_fct[], position_accessor_type &  aaPos, TElem *  pElem, number  pow[]  )

inlinestaticprivate

computes the integral over one element

Parameters

pJGGF	grid function of the Nedelec-DoFs of the generator current \(\mathbf{J}_G\)
JG_fct	indices of the Re and Im parts in the grid function for \(\mathbf{J}_G\)
pEGF	grid function of the Nedelec-DoFs of the electric field \(\mathbf{E}\)
E_fct	indices of the Re and Im parts in the grid function for \(\mathbf{E}\)
aaPos	position accessor
pElem	the element
pow	to add the integral (Re and Im parts)

References ug::DoFRef(), ug::Electromagnetism::NedelecT1_LDisc< TDomain, TElem >::local_mass(), ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::maxEdges, ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::numCorners, ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::numEdges, and UG_THROW.

calc_power()

template<typename TGridFunc , typename TElem >

static void ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::calc_power ( TGridFunc *  pJGGF, size_t  JG_fct[], SubsetGroup &  JG_ssg, TGridFunc *  pEGF, size_t  E_fct[], number  pow[]  )

inlinestatic

Computes the integral for all elements of one type.

Parameters

pJGGF	grid function of the Nedelec-DoFs of the generator current \(\mathbf{J}_G\)
JG_fct	indices of the Re and Im parts in the grid function for \(\mathbf{J}_G\)
JG_ssg	(full-dim.) subsets where \(\mathbf{J}_G\) is defined (non-zero and in the kernel)
pEGF	grid function of the Nedelec-DoFs of the electric field \(\mathbf{E}\)
E_fct	indices of the Re and Im parts in the grid function for \(\mathbf{E}\)
pow	to add the integral (Re and Im parts)

References ug::SubsetGroup::size().

Referenced by ug::Electromagnetism::CalcVolPowerHelperClass< TGridFunc >::operator()().

Member Data Documentation

maxEdges

template<typename TGridFunc , typename TElem >

const size_t ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::maxEdges = NedelecT1_LDisc<domain_type, TElem>::maxNumEdges

staticprivate

Referenced by ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::calc_elem_power().

numCorners

template<typename TGridFunc , typename TElem >

const size_t ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::numCorners = NedelecT1_LDisc<domain_type, TElem>::numCorners

staticprivate

Referenced by ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::calc_elem_power().

numEdges

template<typename TGridFunc , typename TElem >

const size_t ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::numEdges = NedelecT1_LDisc<domain_type, TElem>::numEdges

staticprivate

Referenced by ug::Electromagnetism::CalcVolPowerElemHelperClass< TGridFunc, TElem >::calc_elem_power().

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

• /home/runner/work/docs/docs/ug4/plugins/Electromagnetism/EddyCurrent_E_Nedelec/eddy_current_cmd_impl.h