CG Class Reference

#include <cg.hpp>

Collaboration diagram for CG:

[legend]List of all members.

Public Types
enum	CGERRNO {   CGERR_NONE = 0, CGERR_NULLOP, CGERR_LISTSZERR, CGERR_BADITERNUM,   CGERR_CONVERGE, CGERR_SOLVE }
Public Member Functions
	CG (CGType itype, GBOOL isNested=FALSE)
	CG (GElemList *e, GLinOpList *A, GLinOpList *ROP, GVecList *x, GVecList *b, GS *comm, CGType itype=CG_STANDARD, GBOOL isNested=FALSE)
	~CG ()
	CG (const CG &a)
void	operator= (const CG &)
void	operator() (GElemList *e, GLinOpList *A, GLinOpList *ROP, GVecList *x, GVecList *b, GS *c)
void	Quiet (GBOOL b)
void	SetNoDSS (GVecList *rb)
void	SetTolerance (GDOUBLE)
void	SetMaxIterations (GINT)
void	SetResidualChkNum (GINT)
void	SetSolveType (CGType)
void	SetPreconditioner (GLinOpList *op)
void	SetComm (GS *op)
GCHandle	InitComm (GDWBuffer *n, GINT nTotal)
GCHandle	SetCommHandle (GCHandle hIn=NULL)
GCHandle	SetIntermedCommHandle (GCHandle hIn)
void	SetIntermedMask (GLinOpList *in)
void	SetBdyValues (GVecList *bdy_vals)
void	SetElems (GElemList *gelems)
GDOUBLE	GetTolerance ()
GINT	GetMaxIterations ()
GINT	GetResidualChkNum ()
GINT	GetNumIterations ()
GDOUBLE	GetError ()
GDOUBLE	GetMinError ()
GDOUBLE	GetMaxError ()
GVector *	GetEucResidualHistory ()
GVector *	GetL2ResidualHistory ()
GINT	ErrNo ()
char *	ErrString ()
GVecList &	GetBdyValues ()
GBOOL	SolveCG ()

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Member Enumeration Documentation

enum CG::CGERRNO

Enumerator: CGERR_NONE  CGERR_NULLOP  CGERR_LISTSZERR  CGERR_BADITERNUM  CGERR_CONVERGE  CGERR_SOLVE

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Constructor & Destructor Documentation

CG::CG (  CGType  itype, GBOOL  isNested = FALSE )

CG::CG (  GElemList *  e, GLinOpList *  A, GLinOpList *  ROP, GVecList *  x, GVecList *  b, GS *  comm, CGType  itype = CG_STANDARD, GBOOL  isNested = FALSE )

CG::~CG (   )

CG::CG (  const CG &  a  )

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Member Function Documentation

GINT CG::ErrNo (   )

char * CG::ErrString (   )

GVecList & CG::GetBdyValues (   )

GDOUBLE CG::GetError (   )

GVector * CG::GetEucResidualHistory (   )

GVector * CG::GetL2ResidualHistory (   )

GDOUBLE CG::GetMaxError (   )

GINT CG::GetMaxIterations (   )

GDOUBLE CG::GetMinError (   )

GINT CG::GetNumIterations (   )

GINT CG::GetResidualChkNum (   )

GDOUBLE CG::GetTolerance (   )

GCHandle CG::InitComm (  GDWBuffer *  n, GINT  nTotal )

void CG::operator() (  GElemList *  e, GLinOpList *  A, GLinOpList *  ROP, GVecList *  x, GVecList *  b, GS *  c )

void CG::operator= (  const CG &   )

void CG::Quiet (  GBOOL  b  )

void CG::SetBdyValues (  GVecList *  bdy_vals  )

void CG::SetComm (  GS *  op  )

GCHandle CG::SetCommHandle (  GCHandle  hIn = NULL  )

void CG::SetElems (  GElemList *  gelems  )

GCHandle CG::SetIntermedCommHandle (  GCHandle  hIn  )

void CG::SetIntermedMask (  GLinOpList *  in  )

void CG::SetMaxIterations (  GINT   )

void CG::SetNoDSS (  GVecList *  rb  )

void CG::SetPreconditioner (  GLinOpList *  op  )

void CG::SetResidualChkNum (  GINT   )

void CG::SetSolveType (  CGType   )

void CG::SetTolerance (  GDOUBLE   )

GBOOL CG::SolveCG (   )

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

• cg.hpp
• cg.cpp

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