#include <gfemUCQuad.h>

Collaboration diagram for concepts::gfem::GfemUCQuad:

Public Types
enum	EvalMode { EVAL_ON_MICRO = 0, EVAL_ON_MACRO }
Public Member Functions
void	activateFormula (const concepts::ElementFormula< Cmplx > *formula)
const GfemDofIterator &	begin () const
int	getFomulaId (const ElementFormula< Cmplx > *formula_adr)
Real	getMacroShape (int i_macro, Real x) const
Real2d	getMacroShapeD_unit (int i_macro1, int i_macro2, Real x, Real y) const
const ElementWithCell< Real > *	getMicroElem (int i_quad) const
MapReal2d	getMicroJacobian (int i_quad) const
const Cmplx &	getMicroShape (int i_micro, int i_quad) const
Cmplx &	getMicroShape (int i_ucfun, int i_quad)
Cmplx2d &	getMicroShapeD (int i_ucfun, int i_quad)
const Cmplx2d &	getMicroShapeD (int i_ucfun, int i_quad) const
const int *	getPMacro ()
	an array of two elements which are the maximal polinomial degrees of the Macro shapefunctions.
const int *	getPMax ()
	an array of two elements which are the maximal polinomial degrees for macro shapefunctions or special overlap functions.
const Cmplx *	getQPpart (int iMic) const
const Unitcell &	getUC () const
Real2d	getUCPoint (int i_quad, int repx=0, int repy=0) const
const Real &	getWeight (int i_quad) const
	GfemUCQuad (const Unitcell &uc, int p_macro[2])
int	num_shape () const
	alias to numLDof()
int	numLDof () const
int	numMacro () const
int	numMacroX () const
int	numMacroY () const
int	numMicro () const
int	numMonomX ()
int	numMonomY ()
int	numQuadPoints () const
int	numUCFun () const
Real	powi (Real x, int power)
void	recomputeShapefunctions ()
void	registerFormula (const RCP< const concepts::ElementFormula< Cmplx > > &formula, EvalMode mode=EVAL_ON_MICRO)
	adds the formula if it didn't exist, in all cases the formula is activated.
void	setCurFomula (int id)
void	unsetCurFomula ()
virtual	~GfemUCQuad ()

Cmplx	getUCBF_Id (int px, int py, int iMicro1, int iMicro2) const
Cmplx &	getUCBF_Id (int px, int py, int iMicro1, int iMicro2)

Cmplx	getUCBF_Lap (int px, int py, int iMicro1, int iMicro2, int i_diff1, int i_diff2, int i_comp) const
Cmplx &	getUCBF_Lap (int px, int py, int iMicro1, int iMicro2, int i_diff1, int i_diff2, int i_comp)
Protected Member Functions
void	addFormula (const RCP< const concepts::ElementFormula< Cmplx > > &formula, EvalMode mode)
void	clear ()
void	fillUCBF (const concepts::ElementFormula< Cmplx > &formula)
Cmplx &	getUCBF (Cmplx *vals, int px, int py, int iMicro1, int iMicro2)
Cmplx *&	getUCBF_LapType (int i_diff1, int i_diff2, int i_comp)
void	initialise ()
Private Member Functions
	GfemUCQuad (const GfemUCQuad &other)
GfemUCQuad &	operator= (const GfemUCQuad &other)
Private Attributes
Real *	abscissas_x
Real *	abscissas_y
EvalMode	cur_mode
std::vector< RCP< const ElementFormula< Cmplx > > >	formulas
GfemDofIterator	it_begin
const ElementWithCell< Real > **	micro_elems
std::vector< EvalMode >	modes
int	n_micro
int	n_shape_macro_x
int	n_shape_macro_y
int	n_ucBF
	= uc.size()
int	n_ucfun
int	nquad
GfemOverlapCondition	overC
int	p_macro [2]
int	p_max [2]
const Unitcell &	uc
MapReal2d *	uc_jacobian
Cmplx *	uc_shape
Cmplx2d *	uc_shape_D
Cmplx *	ucBF_id
std::vector< Cmplx * >	ucBF_ids
Cmplx **	ucBF_lap
std::vector< Cmplx ** >	ucBF_laps
Real *	weights
Static Private Attributes
static const int	N_LAP_COMP = 8

Detailed Description

Definition at line 27 of file gfemUCQuad.h.

Member Enumeration Documentation

enum concepts::gfem::GfemUCQuad::EvalMode

Enumerator:

EVAL_ON_MICRO
EVAL_ON_MACRO

Definition at line 87 of file gfemUCQuad.h.

Constructor & Destructor Documentation

concepts::gfem::GfemUCQuad::GfemUCQuad	(	const Unitcell &	uc,
		int	p_macro[2]
	)

virtual concepts::gfem::GfemUCQuad::~GfemUCQuad ( ) [virtual]

concepts::gfem::GfemUCQuad::GfemUCQuad ( const GfemUCQuad & other ) [private]

Member Function Documentation

void concepts::gfem::GfemUCQuad::activateFormula ( const concepts::ElementFormula< Cmplx > * formula ) [inline]

Precondition:: the formula has been registered before

Definition at line 78 of file gfemUCQuad.h.

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void concepts::gfem::GfemUCQuad::addFormula	(	const RCP< const concepts::ElementFormula< Cmplx > > &	formula,
		EvalMode	mode
	)		`[inline, protected]`

Definition at line 298 of file gfemUCQuad.h.

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const GfemDofIterator& concepts::gfem::GfemUCQuad::begin ( ) const [inline]

Definition at line 155 of file gfemUCQuad.h.

void concepts::gfem::GfemUCQuad::clear ( ) [protected]

void concepts::gfem::GfemUCQuad::fillUCBF ( const concepts::ElementFormula< Cmplx > & formula ) [protected]

int concepts::gfem::GfemUCQuad::getFomulaId ( const ElementFormula< Cmplx > * formula_adr ) [inline]

Definition at line 52 of file gfemUCQuad.h.

Real concepts::gfem::GfemUCQuad::getMacroShape	(	int	i_macro,
		Real	x
	)		const `[inline]`

Definition at line 183 of file gfemUCQuad.h.

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Real2d concepts::gfem::GfemUCQuad::getMacroShapeD_unit	(	int	i_macro1,
		int	i_macro2,
		Real	x,
		Real	y
	)		const `[inline]`

Definition at line 190 of file gfemUCQuad.h.

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const ElementWithCell<Real>* concepts::gfem::GfemUCQuad::getMicroElem ( int i_quad ) const [inline]

Definition at line 170 of file gfemUCQuad.h.

MapReal2d concepts::gfem::GfemUCQuad::getMicroJacobian ( int i_quad ) const [inline]

Definition at line 174 of file gfemUCQuad.h.

const Cmplx& concepts::gfem::GfemUCQuad::getMicroShape	(	int	i_micro,
		int	i_quad
	)		const `[inline]`

Definition at line 179 of file gfemUCQuad.h.

Cmplx& concepts::gfem::GfemUCQuad::getMicroShape	(	int	i_ucfun,
		int	i_quad
	)		`[inline]`

Definition at line 212 of file gfemUCQuad.h.

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const Cmplx2d& concepts::gfem::GfemUCQuad::getMicroShapeD	(	int	i_ucfun,
		int	i_quad
	)		const `[inline]`

Definition at line 218 of file gfemUCQuad.h.

Cmplx2d& concepts::gfem::GfemUCQuad::getMicroShapeD	(	int	i_ucfun,
		int	i_quad
	)		`[inline]`

Definition at line 222 of file gfemUCQuad.h.

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const int* concepts::gfem::GfemUCQuad::getPMacro ( ) [inline]

an array of two elements which are the maximal polinomial degrees of the Macro shapefunctions.

Definition at line 147 of file gfemUCQuad.h.

const int* concepts::gfem::GfemUCQuad::getPMax ( ) [inline]

an array of two elements which are the maximal polinomial degrees for macro shapefunctions or special overlap functions.

See also:: GfemOverlapCondition

Definition at line 140 of file gfemUCQuad.h.

const Cmplx* concepts::gfem::GfemUCQuad::getQPpart ( int iMic ) const [inline]

Definition at line 127 of file gfemUCQuad.h.

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const Unitcell& concepts::gfem::GfemUCQuad::getUC ( ) const [inline]

Definition at line 123 of file gfemUCQuad.h.

Cmplx& concepts::gfem::GfemUCQuad::getUCBF	(	Cmplx *	vals,
		int	px,
		int	py,
		int	iMicro1,
		int	iMicro2
	)		`[inline, protected]`

Definition at line 284 of file gfemUCQuad.h.

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Cmplx concepts::gfem::GfemUCQuad::getUCBF_Id	(	int	px,
		int	py,
		int	iMicro1,
		int	iMicro2
	)		const `[inline]`

px monomial degree in 0..2*getPXmax()
py monomial degree in 0..2*getPYmax()
iMicro1, iMicro2 index of micro functions in the BF
Returns:
value of unit cell quadrature

Definition at line 248 of file gfemUCQuad.h.

Cmplx& concepts::gfem::GfemUCQuad::getUCBF_Id	(	int	px,
		int	py,
		int	iMicro1,
		int	iMicro2
	)		`[inline]`

px monomial degree in 0..2*getPXmax()
py monomial degree in 0..2*getPYmax()
iMicro1, iMicro2 index of micro functions in the BF
Returns:
value of unit cell quadrature

Definition at line 252 of file gfemUCQuad.h.

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Cmplx concepts::gfem::GfemUCQuad::getUCBF_Lap	(	int	px,
		int	py,
		int	iMicro1,
		int	iMicro2,
		int	i_diff1,
		int	i_diff2,
		int	i_comp
	)		const `[inline]`

px monomial degree in 0..2*getPXmax()
py monomial degree in 0..2*getPYmax()
iMicro1, iMicro2 index of micro functions in the BF
Returns:
value of unit cell quadrature

Definition at line 264 of file gfemUCQuad.h.

Cmplx& concepts::gfem::GfemUCQuad::getUCBF_Lap	(	int	px,
		int	py,
		int	iMicro1,
		int	iMicro2,
		int	i_diff1,
		int	i_diff2,
		int	i_comp
	)		`[inline]`

px monomial degree in 0..2*getPXmax()
py monomial degree in 0..2*getPYmax()
iMicro1, iMicro2 index of micro functions in the BF
Returns:
value of unit cell quadrature

Definition at line 271 of file gfemUCQuad.h.

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Cmplx*& concepts::gfem::GfemUCQuad::getUCBF_LapType	(	int	i_diff1,
		int	i_diff2,
		int	i_comp
	)		`[inline, protected]`

Definition at line 292 of file gfemUCQuad.h.

Real2d concepts::gfem::GfemUCQuad::getUCPoint	(	int	i_quad,
		int	repx = `0`,
		int	repy = `0`
	)		const `[inline]`

Definition at line 164 of file gfemUCQuad.h.

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const Real& concepts::gfem::GfemUCQuad::getWeight ( int i_quad ) const [inline]

Definition at line 229 of file gfemUCQuad.h.

void concepts::gfem::GfemUCQuad::initialise ( ) [protected]

int concepts::gfem::GfemUCQuad::num_shape ( ) const [inline]

alias to numLDof()

Definition at line 132 of file gfemUCQuad.h.

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int concepts::gfem::GfemUCQuad::numLDof ( ) const [inline]

Definition at line 151 of file gfemUCQuad.h.

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int concepts::gfem::GfemUCQuad::numMacro ( ) const [inline]

Definition at line 103 of file gfemUCQuad.h.

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int concepts::gfem::GfemUCQuad::numMacroX ( ) const [inline]

Definition at line 107 of file gfemUCQuad.h.

int concepts::gfem::GfemUCQuad::numMacroY ( ) const [inline]

Definition at line 111 of file gfemUCQuad.h.

int concepts::gfem::GfemUCQuad::numMicro ( ) const [inline]

Definition at line 115 of file gfemUCQuad.h.

int concepts::gfem::GfemUCQuad::numMonomX ( ) [inline]

Definition at line 233 of file gfemUCQuad.h.

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int concepts::gfem::GfemUCQuad::numMonomY ( ) [inline]

Definition at line 237 of file gfemUCQuad.h.

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int concepts::gfem::GfemUCQuad::numQuadPoints ( ) const [inline]

Definition at line 160 of file gfemUCQuad.h.

int concepts::gfem::GfemUCQuad::numUCFun ( ) const [inline]

Definition at line 119 of file gfemUCQuad.h.

GfemUCQuad& concepts::gfem::GfemUCQuad::operator= ( const GfemUCQuad & other ) [private]

Real concepts::gfem::GfemUCQuad::powi	(	Real	x,
		int	power
	)		`[inline]`

Definition at line 204 of file gfemUCQuad.h.

void concepts::gfem::GfemUCQuad::recomputeShapefunctions ( ) [inline]

Definition at line 38 of file gfemUCQuad.h.

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void concepts::gfem::GfemUCQuad::registerFormula	(	const RCP< const concepts::ElementFormula< Cmplx > > &	formula,
		EvalMode	mode = `EVAL_ON_MICRO`
	)		`[inline]`