MeshInit Class Reference

#include <MeshInit.h>

Inheritance diagram for MeshInit:

Public Types
typedef StandardAVI::BCFunc	BCFunc
typedef StandardAVI::BCImposedType	BCImposedType
Public Member Functions
	MeshInit (double simEndTime, bool wave)
virtual	~MeshInit ()
void	initializeMesh (const std::string &fileName, int ndiv)
	main function to call after creating an instance.
virtual size_t	getSpatialDim () const =0
virtual size_t	getNodesPerElem () const =0
bool	isWave () const
double	getSimEndTime () const
int	getNumElements () const
	Number of elements in the mesh.
int	getNumNodes () const
	number of nodes (vertices) in the mesh
unsigned int	getTotalNumDof () const
	number of nodes times the dimensionality
const std::vector< AVI * > &	getAVIVec () const
const LocalToGlobalMap &	getLocalToGlobalMap () const
	mapping function from local per element vectors (for target functions) to global vectors this tells what indices in the global vector each element contributes to
void	setupDisplacements (VecDouble &disp) const
	setup initial conditions to be called before starting the simulation loop
void	setupVelocities (VecDouble &vel) const
	setup initial conditions to be called before starting the simulation loop
void	writeSync (const AVI &avi, const VecDouble &Qval, const VecDouble &Vbval, const VecDouble &Tval)
	Write the values in global vectors corresponding to this avi element to a file at regular intervals.
bool	cmpState (const MeshInit &that) const
	Compare state of avi vector against other object Use for verification between different versions.
void	printDiff (const MeshInit &that) const
	Compare state of avi vector against other object Use for verification between different versions and also print out the differences.
Protected Member Functions
virtual BCFunc	getBCFunc (const double *coord) const =0
	functions to compute boundary condtions
virtual CoordConn *	makeCoordConn () const =0
	returns the correct derived type of CoordConn
virtual const double *	getParam () const =0
	parametric node numbering of an element (triangle or tetrahedron)
virtual double	initDisp (const double *coord, int f) const =0
	internal function used by
virtual double	initVel (const double *coord, int f) const =0
	internal function used by
virtual size_t	numFields () const =0
	number of fields often the same as dimensionality
Private Member Functions
void	stretchInternal (VecDouble &dispOrVel, bool isVel) const
void	getBCs (const Element &e, std::vector< std::vector< BCImposedType > > &itypeMat, std::vector< BCFunc > &bcfuncVec) const
void	destroy ()
Static Private Member Functions
static bool	computeDiffAVI (std::vector< AVI * > listA, std::vector< AVI * > listB, bool printDiff)
template<typename T >
static void	destroyVecOfPtr (std::vector< T * > &vec)
Private Attributes
double	simEndTime
bool	wave
LocalToGlobalMap *	l2gMap
	to be freed
CoordConn *	cc
SimpleMaterial *	ile
std::vector< ElementGeometry * >	geomVec
	vectors to keep track of all the memory
std::vector< Element * >	elemVec
std::vector< Residue * >	massResidueVec
std::vector< DResidue * >	operationsVec
std::vector< AVI * >	aviVec
std::vector< size_t >	fieldsUsed
double	writeInc
int	writeInterval
std::vector< size_t >	aviWriteInterval
FILE *	syncFileWriter
Static Private Attributes
static const double	RHO = 1.0
static const double	MU = 0.5
static const double	LAMBDA = 0.0
static const int	PID = 0
static const double	DELTA = 0.1
static const double	T_INIT = 0.0
static const size_t	MAX_FNAME = 1024

Member Typedef Documentation

typedef StandardAVI::BCFunc MeshInit::BCFunc

typedef StandardAVI::BCImposedType MeshInit::BCImposedType

Constructor & Destructor Documentation

MeshInit::MeshInit	(	double	simEndTime,
		bool	wave
	)			`[inline]`

Parameters:

	simEndTime
	wave

virtual MeshInit::~MeshInit ( ) [inline, virtual]

Member Function Documentation

bool MeshInit::cmpState ( const MeshInit & that ) const [inline]

Compare state of avi vector against other object Use for verification between different versions.

Parameters:

that

bool MeshInit::computeDiffAVI	(	std::vector< AVI * >	listA,
		std::vector< AVI * >	listB,
		bool	printDiff
	)			`[static, private]`

void MeshInit::destroy ( ) [inline, private]

template<typename T >

static void MeshInit::destroyVecOfPtr ( std::vector< T * > & vec ) [inline, static, private]

const std::vector<AVI*>& MeshInit::getAVIVec ( ) const [inline]

virtual BCFunc MeshInit::getBCFunc ( const double * coord ) const [protected, pure virtual]

functions to compute boundary condtions

Parameters:

coord

Implemented in TriMeshInit, and TetMeshInit.

void MeshInit::getBCs	(	const Element &	e,
		std::vector< std::vector< BCImposedType > > &	itypeMat,
		std::vector< BCFunc > &	bcfuncVec
	)			const `[private]`

const LocalToGlobalMap& MeshInit::getLocalToGlobalMap ( ) const [inline]

mapping function from local per element vectors (for target functions) to global vectors this tells what indices in the global vector each element contributes to

virtual size_t MeshInit::getNodesPerElem ( ) const [pure virtual]

Implemented in TriMeshInit, and TetMeshInit.

int MeshInit::getNumElements ( ) const [inline]

Number of elements in the mesh.

int MeshInit::getNumNodes ( ) const [inline]

number of nodes (vertices) in the mesh

virtual const double* MeshInit::getParam ( ) const [protected, pure virtual]

parametric node numbering of an element (triangle or tetrahedron)

Implemented in TriMeshInit, and TetMeshInit.

double MeshInit::getSimEndTime ( ) const [inline]

virtual size_t MeshInit::getSpatialDim ( ) const [pure virtual]

Implemented in TriMeshInit, and TetMeshInit.