ACFDTD22MemEfficient Class Reference

Same as ACFDTD22 except that UPML is assumed to truncate the boundaries. More...

#include <ACFDTD22MemEfficient.hpp>

Inheritance diagram for ACFDTD22MemEfficient:

Public Member Functions
	ACFDTD22MemEfficient (const double frequency, const double cfl_number)
virtual void	calcCoefficients (const Model &model, const Grid &grid)
	Calculate the coefficients of the FDTD update equations.
virtual void	execute (const Grid &grid, const CartPosition &sig_loc, const Function *signal, const double time_span, const std::vector< Sensor * > &sen_vec, const unsigned negY=BC_PRESS, const unsigned posY=BC_PRESS, const unsigned negZ=BC_PRESS, const unsigned posZ=BC_PRESS)
	Engine to handle the hard acoustic pressure source.
virtual void	execute (const Model &model, const Grid &grid, const HardPlaneWaveSource &source, const double time_span, const std::vector< Sensor * > &sen_vec, const unsigned negY=BC_PRESS, const unsigned posY=BC_PRESS, const unsigned negZ=BC_PRESS, const unsigned posZ=BC_PRESS)
	Engine to handle the hard plane wave source.
virtual	~ACFDTD22MemEfficient ()
Public Member Functions inherited from ACFDTD22
	ACFDTD22 ()
	ACFDTD22 (const double frequency, const double cfl_number)
virtual double	getDeltaT () const
virtual unsigned	getnTimeSteps () const
virtual	~ACFDTD22 ()

Private Member Functions
void	parseModel (const Model &model, const Grid &grid)

Private Attributes
unsigned short **	bya
unsigned short **	byb
unsigned short **	bza
unsigned short **	bzb
unsigned short **	pra
unsigned short **	prb
unsigned short **	prc
	Points to ACFDTD22MemEfficient::prb.
unsigned short **	prd
unsigned short **	pre
	Points to ACFDTD22MemEfficient::prd.
unsigned short **	aya
unsigned short **	ayb
unsigned short **	aza
unsigned short **	azb
unsigned short	uya
	Its value is always 1.
unsigned short **	uyb
unsigned short **	uyc
unsigned short	uza
	Its value is always 1.
unsigned short **	uzb
	Points to ACFDTD22MemEfficient::uyb.
unsigned short **	uzc
	Points to ACFDTD22MemEfficient::uyc.

Additional Inherited Members
Protected Attributes inherited from ACFDTD22
UniqueCoefficientContainer	container
	populated in ACFDTD22::calcCoefficients()
std::string	sim_name
double	f_c
	Central frequency.
double	S
	CFL number.
double	dt
	temporal step.
unsigned	nTimeSteps
	Initialized in ACFDTD22::execute().

Detailed Description

Same as ACFDTD22 except that UPML is assumed to truncate the boundaries.

As a consequence, some coefficients are not needed.

Constructor & Destructor Documentation

ACFDTD22MemEfficient::ACFDTD22MemEfficient	(	const double	frequency,
		const double	cfl_number
	)

ACFDTD22MemEfficient::~ACFDTD22MemEfficient ( )

virtual

Member Function Documentation

void ACFDTD22MemEfficient::calcCoefficients ( const Model &  model, const Grid &  grid  )

virtual

Calculate the coefficients of the FDTD update equations.

If the Model contains the PML around its boundaries, this function also calculates the coefficients in the PML region. See notes on 2012-05-14 for the expression of the coefficients.

Reimplemented from ACFDTD22.

virtual void ACFDTD22MemEfficient::execute ( const Grid &  grid, const CartPosition &  sig_loc, const Function *  signal, const double  time_span, const std::vector< Sensor * > &  sen_vec, const unsigned  negY = BC_PRESS, const unsigned  posY = BC_PRESS, const unsigned  negZ = BC_PRESS, const unsigned  posZ = BC_PRESS  )

virtual

Engine to handle the hard acoustic pressure source.

Reimplemented from ACFDTD22.

virtual void ACFDTD22MemEfficient::execute ( const Model &  model, const Grid &  grid, const HardPlaneWaveSource &  source, const double  time_span, const std::vector< Sensor * > &  sen_vec, const unsigned  negY = BC_PRESS, const unsigned  posY = BC_PRESS, const unsigned  negZ = BC_PRESS, const unsigned  posZ = BC_PRESS  )

virtual

Engine to handle the hard plane wave source.

On the boundary conditions, if BC_PRESS is specified on a boundary, the acoustic pressure is set to 0 on that boundary.

If BC_RIGID is specified on a boundary, the particle velocity normal to the boundary is set to 0.

If BC_PERIODIC is specifified on a boundary, then it is assumed that BC_PERIODIC is also specified on the opposite boundary. The values of the acoustic pressure on the positive boundary are copied to the values of the acoustic pressure on the negative boundary to impose the periodicity.

Reimplemented from ACFDTD22.

void ACFDTD22MemEfficient::parseModel ( const Model &  model, const Grid &  grid  )

private

Member Data Documentation

unsigned short** ACFDTD22MemEfficient::aya

private

unsigned short ** ACFDTD22MemEfficient::ayb

private

unsigned short ** ACFDTD22MemEfficient::aza

private

unsigned short ** ACFDTD22MemEfficient::azb

private

unsigned short** ACFDTD22MemEfficient::bya

private

unsigned short ** ACFDTD22MemEfficient::byb

private

unsigned short ** ACFDTD22MemEfficient::bza

private

unsigned short ** ACFDTD22MemEfficient::bzb

private

unsigned short** ACFDTD22MemEfficient::pra

private

unsigned short** ACFDTD22MemEfficient::prb

private

unsigned short** ACFDTD22MemEfficient::prc

private

Points to ACFDTD22MemEfficient::prb.

unsigned short** ACFDTD22MemEfficient::prd

private

unsigned short** ACFDTD22MemEfficient::pre

private

Points to ACFDTD22MemEfficient::prd.

unsigned short ACFDTD22MemEfficient::uya

private

Its value is always 1.

unsigned short** ACFDTD22MemEfficient::uyb

private

unsigned short** ACFDTD22MemEfficient::uyc

private

unsigned short ACFDTD22MemEfficient::uza

private

Its value is always 1.

unsigned short** ACFDTD22MemEfficient::uzb

private

Points to ACFDTD22MemEfficient::uyb.

unsigned short** ACFDTD22MemEfficient::uzc

private

Points to ACFDTD22MemEfficient::uyc.

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

• include/ACFDTD22MemEfficient.hpp
• src/ACFDTD22MemEfficient.cpp