ngla Namespace Reference

namespace for linear algebra. More...

Classes
class	BaseMatrix
	The base for all matrices in the linalg. More...
class	S_BaseMatrix
	specifies the scalar type. More...
class	S_BaseMatrix< Complex >
class	VMatVecExpr
class	Transpose
	The Transpose of a BaseMatrix. More...
class	VScaleMatrix
class	SCAL_TRAIT
class	SCAL_TRAIT< Complex >
class	SCAL_TRAIT< ComplexConjugate >
class	SCAL_TRAIT< ComplexConjugate2 >
class	VVecExpr
	Base class to linalg expression templates. More...
class	BaseVector
	Base vector for linalg. More...
class	S_BaseVector
	Decision between double or Complex. More...
class	S_BaseVector< Complex >
class	VVecExpr< BaseVector >
class	VSumExpr
class	VSubExpr
class	VScaleExpr
class	BaseBlockJacobiPrecond
	Base class for Block - Jacobi and Block Gauss Seidel smoother. More...
class	BlockJacobiPrecond
	A block-Jacobi preconditioner. More...
class	BlockJacobiPrecondSymmetric
class	KrylovSpaceSolver
	Krylov Space Solver. More...
class	CGSolver
	The conjugate gradient solver. More...
class	BiCGStabSolver
	The BiCGStab solver. More...
class	SimpleIterationSolver
class	GMRESSolver
	The conjugate gradient solver. More...
class	QMRSolver
	The quasi-minimal residual (QMR) solver. More...
class	ChebyshevIteration
	Chebyshev iteraion. More...
class	CommutingAMG
class	AMG_H1
class	AMG_HCurl
class	EigenSystem
	Lanczos Eigen system calculation. More...
class	BaseJacobiPrecond
	Jacobi and Gauss Seidel smoother for scalar, block and system matrices. More...
class	JacobiPrecond
	A Jaboci preconditioner for general sparse matrices. More...
class	JacobiPrecondSymmetric
	A Jaboci preconditioner for symmetric sparse matrices. More...
class	MDOPriorityQueue
class	MDOVertex
class	CliqueEl
class	MinimumDegreeOrdering
class	PardisoInverseTM
class	PardisoInverse
class	SparseFactorization
class	SparseCholesky
	A sparse cholesky factorization. More...
class	MatrixGraph
	The graph of a sparse matrix. More...
class	BaseSparseMatrix
	A virtual base class for all sparse matrices. More...
class	SparseMatrixTM
	A general, sparse matrix. More...
class	SparseMatrix
class	SparseMatrixSymmetricTM
	A symmetric sparse matrix. More...
class	SparseMatrixSymmetric
	A symmetric sparse matrix. More...
class	Real2ComplexMatrix
class	Sym2NonSymMatrix
class	Small2BigNonSymMatrix
class	SuperLUInverse
class	S_BaseVectorPtr
class	VFlatVector
	A specific vector based on Vector. More...
class	VVector
	A specific vector based on Vector. More...
Typedefs
typedef auto_ptr< BaseVector >	TempVector
Enumerations
enum	INVERSETYPE {   PARDISO, PARDISOSPD, SPARSECHOLESKY, SUPERLU,   SUPERLU_DIST, MUMPS, MASTERINVERSE }
enum	PARALLEL_STATUS { DISTRIBUTED, CUMULATED, NOT_PARALLEL }
Functions
VVecExpr< VMatVecExpr >	operator* (const BaseMatrix &a, const BaseVector &b)
	BaseMatrix times Vector - expression template.
VScaleMatrix	operator* (double d, const BaseMatrix &m)
ostream &	operator<< (ostream &ost, const BaseMatrix &m)
	output operator for matrices
VVecExpr< VSumExpr< VVecExpr < BaseVector >, VVecExpr < BaseVector > > >	operator+ (const BaseVector &a, const BaseVector &b)
template<class TA >
VVecExpr< VSumExpr< VVecExpr < TA >, VVecExpr< BaseVector > > >	operator+ (const VVecExpr< TA > &a, const BaseVector &b)
template<class TB >
VVecExpr< VSumExpr< VVecExpr < BaseVector >, VVecExpr< TB > > >	operator+ (const BaseVector &a, const VVecExpr< TB > &b)
template<class TA , class TB >
VVecExpr< VSumExpr< VVecExpr < TA >, VVecExpr< TB > > >	operator+ (const VVecExpr< TA > &a, const VVecExpr< TB > &b)
VVecExpr< VSubExpr< VVecExpr < BaseVector >, VVecExpr < BaseVector > > >	operator- (const BaseVector &a, const BaseVector &b)
template<class TA >
VVecExpr< VSubExpr< VVecExpr < TA >, VVecExpr< BaseVector > > >	operator- (const VVecExpr< TA > &a, const BaseVector &b)
template<class TB >
VVecExpr< VSubExpr< VVecExpr < BaseVector >, VVecExpr< TB > > >	operator- (const BaseVector &a, const VVecExpr< TB > &b)
template<class TA , class TB >
VVecExpr< VSubExpr< VVecExpr < TA >, VVecExpr< TB > > >	operator- (const VVecExpr< TA > &a, const VVecExpr< TB > &b)
VVecExpr< VScaleExpr< VVecExpr < BaseVector >, double > >	operator* (const BaseVector &a, const double &b)
template<class TA >
VVecExpr< VScaleExpr< VVecExpr < TA >, double > >	operator* (const VVecExpr< TA > &a, const double &b)
VVecExpr< VScaleExpr< VVecExpr < BaseVector >, Complex > >	operator* (const BaseVector &a, const Complex &b)
template<class TA >
VVecExpr< VScaleExpr< VVecExpr < TA >, Complex > >	operator* (const VVecExpr< TA > &a, const Complex &b)
VVecExpr< VScaleExpr< VVecExpr < BaseVector >, double > >	operator* (const double &b, const BaseVector &a)
template<class TA >
VVecExpr< VScaleExpr< VVecExpr < TA >, double > >	operator* (const double &b, const VVecExpr< TA > &a)
VVecExpr< VScaleExpr< VVecExpr < BaseVector >, Complex > >	operator* (const Complex &b, const BaseVector &a)
template<class TA >
VVecExpr< VScaleExpr< VVecExpr < TA >, Complex > >	operator* (const Complex &b, const VVecExpr< TA > &a)
template<class TA >
VVecExpr< VScaleExpr< VVecExpr < TA >, double > >	operator- (const VVecExpr< TA > &a)
ostream &	operator<< (ostream &ost, const BaseVector &v)
double	InnerProduct (const BaseVector &v1, const BaseVector &v2)
template<class IPTYPE >
SCAL_TRAIT< IPTYPE >::SCAL	S_InnerProduct (const BaseVector &v1, const BaseVector &v2)
template<>
Complex	S_InnerProduct< ComplexConjugate > (const BaseVector &v1, const BaseVector &v2)
template<>
Complex	S_InnerProduct< ComplexConjugate2 > (const BaseVector &v1, const BaseVector &v2)
double	L2Norm (const BaseVector &v)
Variables
const INVERSETYPE	default_inversetype = SPARSECHOLESKY

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Detailed Description

namespace for linear algebra.