dg Namespace Reference

Classes for Krylov space approximations of a Matrix-Vector product. More...

Namespaces
namespace	blas1
namespace	blas2
namespace	create
namespace	mat
namespace	tensor
namespace	x

Classes
struct	ABS
struct	AbsMax
struct	AbsMin
struct	aCommunicator
struct	Adaptive
struct	AdaptiveTimeloop
struct	Advection
struct	AndersonAcceleration
struct	AnyMatrixTag
struct	AnyPolicyTag
struct	AnyScalarTag
struct	AnyVectorTag
struct	ArakawaX
struct	aRealGeometry2d
struct	aRealGeometry3d
struct	aRealGeometryX2d
struct	aRealGeometryX3d
struct	aRealMPIGeometry2d
struct	aRealMPIGeometry3d
struct	aRealMPITopology2d
struct	aRealMPITopology3d
struct	aRealProductGeometry3d
struct	aRealProductMPIGeometry3d
struct	aRealRefinement1d
struct	aRealRefinementX2d
struct	aRealTopology2d
struct	aRealTopology3d
struct	aRealTopologyX2d
struct	aRealTopologyX3d
struct	ARKStep
struct	ArrayScalarTag
struct	ArrayVectorTag
struct	aTimeloop
struct	Average
struct	Average< MPI_Vector< container > >
struct	Axpby
struct	Axpbypgz
struct	AxyPby
struct	BathRZ
class	BICGSTABl
struct	BijectiveComm
struct	Buffer
struct	ButcherTableau
struct	Cauchy
struct	CauchyX
class	ChebyshevIteration
struct	ChebyshevPreconditioner
struct	ClonePtr
struct	Composite
struct	CONSTANT
struct	ConvertsToButcherTableau
struct	ConvertsToMultistepTableau
struct	ConvertsToShuOsherTableau
struct	CooSparseBlockMat
struct	CosXCosY
struct	CosY
struct	CSRAverageFilter
struct	CSRMedianFilter
struct	CSRSlopeLimiter
struct	CSRSWMFilter
struct	CSRSymvFilter
struct	CudaTag
struct	CuspMatrixTag
struct	CuspVectorTag
struct	DefaultSolver
struct	DenseMatrixTag
struct	DIRKStep
struct	Distance
struct	divides
struct	divides_equals
class	DLT
struct	DPolynomialHeaviside
class	Elliptic1d
class	Elliptic2d
class	Elliptic3d
struct	EllSparseBlockMat
struct	EmbeddedPairSum
struct	EntireDomain
struct	equals
struct	ERKStep
class	Error
struct	Evaluate
class	EVE
struct	EXP
struct	ExplicitMultistep
struct	ExponentialFilter
struct	ExpProfX
struct	Extrapolation
struct	Fail
struct	FilteredERKStep
struct	FilteredExplicitMultistep
struct	Gaussian
struct	Gaussian3d
struct	GaussianDamping
struct	GaussianX
struct	GaussianY
struct	GaussianZ
struct	GeneralComm
struct	GeneralHelmholtz
struct	Heaviside
struct	Helmholtz2
struct	Histogram
struct	Histogram2D
struct	Horner2d
struct	IDENTITY
struct	IdentityFilter
struct	ImExMultistep
struct	ImplicitMultistep
struct	InvCoshXsq
struct	InverseKroneckerTriDiagonal2d
struct	InverseTensorMultiply2d
struct	InverseTensorMultiply3d
struct	InverseTriDiagonal
struct	INVERT
struct	InvSqrt
struct	IPolynomialHeaviside
struct	Iris
struct	IslandXY
struct	ISNFINITE
struct	ISNSANE
struct	KroneckerTriDiagonal2d
struct	Lamb
struct	LeastSquaresExtrapolation
struct	LeastSquaresPreconditioner
class	LGMRES
struct	Line
struct	LinearX
struct	LinearY
struct	LinearZ
struct	LN
class	Message
struct	MinMod
struct	minus_equals
struct	MOD
struct	ModifiedChebyshevPreconditioner
struct	MPI_Vector
struct	MPIDistMat
struct	MPIMatrixTag
struct	MPITag
struct	MPIVectorTag
struct	MultigridCG2d
struct	MultiMatrix
struct	MultistepTableau
struct	MultistepTimeloop
struct	NearestNeighborComm
struct	NestedGrids
struct	NoPolicyTag
class	NoRoot1d
struct	NotATensorTag
struct	OmpTag
struct	ONE
struct	OneDimensionalTag
class	Operator
struct	PairSum
class	PCG
struct	PLUS
struct	Plus
struct	plus_equals
struct	PointwiseDivide
struct	PointwiseDot
struct	Poisson
struct	PolynomialHeaviside
struct	PolynomialRectangle
struct	POSVALUE
struct	PsiPupil
struct	Pupil
struct	RealCartesianGrid2d
struct	RealCartesianGrid3d
struct	RealCartesianGridX2d
struct	RealCartesianGridX3d
struct	RealCartesianMPIGrid2d
struct	RealCartesianMPIGrid3d
struct	RealCartesianRefinedGrid2d
struct	RealCartesianRefinedGrid3d
struct	RealCartesianRefinedGridX2d
struct	RealCartesianRefinedGridX3d
struct	RealCylindricalGrid3d
struct	RealCylindricalMPIGrid3d
struct	RealEquidistRefinement
struct	RealEquidistXRefinement
struct	RealExponentialRefinement
struct	RealExponentialXRefinement
struct	RealFemRefinement
struct	RealGrid1d
struct	RealGrid2d
struct	RealGrid3d
struct	RealGridX1d
struct	RealGridX2d
struct	RealGridX3d
struct	RealIdentityRefinement
struct	RealIdentityXRefinement
struct	RealLinearRefinement
struct	RealMPIGrid2d
struct	RealMPIGrid3d
struct	RecursiveVectorTag
class	RefinedElliptic
struct	RowColDistMat
struct	Scal
struct	ScalarTag
struct	SelfMadeMatrixTag
struct	SerialTag
struct	SharedTag
struct	SharedVectorTag
struct	ShuOsher
struct	ShuOsherTableau
struct	Sign
struct	Simpsons
struct	SinglestepTimeloop
struct	SinProfX
struct	SinX
struct	SinXCosY
struct	SinXSinY
struct	SinY
struct	SlopeLimiter
struct	SlopeLimiterProduct
struct	SparseBlockMatrixTag
struct	SparseTensor
struct	SQRT
struct	Square
struct	StdMapTag
struct	Sum
struct	SurjectiveComm
struct	TanhProfX
struct	TensorDeterminant2d
struct	TensorDeterminant3d
struct	TensorDot2d
struct	TensorDot3d
struct	TensorMultiply2d
struct	TensorMultiply3d
struct	TensorTraits
struct	TensorTraits< CooSparseBlockMat< T > >
struct	TensorTraits< cusp::coo_matrix< I, V, M > >
struct	TensorTraits< cusp::csr_matrix< I, V, M > >
struct	TensorTraits< cusp::dia_matrix< I, V, M > >
struct	TensorTraits< cusp::ell_matrix< I, V, M > >
struct	TensorTraits< cusp::hyb_matrix< I, V, M > >
struct	TensorTraits< EllSparseBlockMat< T > >
struct	TensorTraits< mat::PolChargeN< G, M, V > >
struct	TensorTraits< MPI_Vector< container > >
struct	TensorTraits< MPIDistMat< L, C > >
struct	TensorTraits< RowColDistMat< LI, LO, C > >
struct	TensorTraits< std::array< T, N >, std::enable_if_t< !std::is_arithmetic< T >::value > >
struct	TensorTraits< std::array< T, N >, std::enable_if_t< std::is_arithmetic< T >::value > >
struct	TensorTraits< std::map< Key, T > >
struct	TensorTraits< std::vector< T >, std::enable_if_t< !std::is_arithmetic< T >::value > >
struct	TensorTraits< std::vector< T >, std::enable_if_t< std::is_arithmetic< T >::value > >
struct	TensorTraits< T, std::enable_if_t< std::is_arithmetic< T >::value > >
struct	TensorTraits< thrust::device_vector< T > >
struct	TensorTraits< thrust::host_vector< T > >
struct	TensorTraits< View< ThrustVector > >
struct	ThreeDimensionalTag
struct	ThrustVectorTag
struct	Timer
struct	times_equals
struct	TopologyTraits
struct	TriDiagonal
struct	TripletSum
struct	TwoDimensionalTag
struct	Upwind
struct	UpwindProduct
struct	VanLeer
struct	View
struct	Vortex
struct	WallDistance
struct	ZERO

Typedefs
typedef EllSparseBlockMat< value_type >	EllSparseBlockMatDevice
typedef CooSparseBlockMat< value_type >	CooSparseBlockMatDevice
typedef typename TensorTraits< std::decay_t< Vector > >::value_type	get_value_type
typedef typename TensorTraits< std::decay_t< Vector > >::tensor_category	get_tensor_category
typedef typename TensorTraits< std::decay_t< Vector > >::execution_policy	get_execution_policy
typedef thrust::host_vector< T >	HVec_t
typedef thrust::host_vector< double >	HVec
typedef thrust::host_vector< int >	iHVec
typedef thrust::host_vector< float >	fHVec
typedef thrust::device_vector< double >	DVec
typedef thrust::device_vector< int >	iDVec
typedef thrust::device_vector< float >	fDVec
typedef EllSparseBlockMat< T >	HMatrix_t
typedef EllSparseBlockMat< double >	HMatrix
typedef EllSparseBlockMat< float >	fHMatrix
typedef EllSparseBlockMatDevice< double >	DMatrix
typedef EllSparseBlockMatDevice< float >	fDMatrix
typedef cusp::csr_matrix< int, real_type, cusp::host_memory >	IHMatrix_t
typedef cusp::csr_matrix< int, real_type, cusp::device_memory >	IDMatrix_t
typedef IHMatrix_t< double >	IHMatrix
typedef IDMatrix_t< double >	IDMatrix
typedef dg::MPI_Vector< dg::HVec_t< T > >	MHVec_t
typedef dg::MPI_Vector< dg::HVec >	MHVec
typedef dg::MPI_Vector< dg::fHVec >	fMHVec
typedef dg::MPI_Vector< dg::DVec >	MDVec
typedef dg::MPI_Vector< dg::fDVec >	fMDVec
typedef dg::NearestNeighborComm< dg::iHVec, thrust::host_vector< const T * >, thrust::host_vector< T > >	NNCH
typedef dg::NearestNeighborComm< dg::iDVec, thrust::device_vector< const T * >, thrust::device_vector< T > >	NNCD
typedef dg::NNCH< double >	dNNCH
typedef dg::NNCH< float >	fNNCH
typedef dg::NNCD< double >	dNNCD
typedef dg::NNCD< float >	fNNCD
typedef dg::CooSparseBlockMat< T >	CooMat_t
typedef dg::CooSparseBlockMat< double >	CooMat
typedef dg::CooSparseBlockMat< float >	fCooMat
typedef dg::CooSparseBlockMatDevice< double >	DCooMat
typedef dg::CooSparseBlockMatDevice< float >	fDCooMat
typedef dg::RowColDistMat< dg::HMatrix_t< T >, dg::CooMat_t< T >, dg::NNCH< T > >	MHMatrix_t
typedef dg::RowColDistMat< dg::HMatrix, dg::CooMat, dg::dNNCH >	MHMatrix
typedef dg::RowColDistMat< dg::fHMatrix, dg::fCooMat, dg::fNNCH >	fMHMatrix
typedef dg::RowColDistMat< dg::DMatrix, dg::DCooMat, dg::dNNCD >	MDMatrix
typedef dg::RowColDistMat< dg::fDMatrix, dg::fDCooMat, dg::fNNCD >	fMDMatrix
typedef MPIDistMat< IHMatrix_t< real_type >, GeneralComm< dg::iHVec, thrust::host_vector< real_type > > >	MIHMatrix_t
typedef MPIDistMat< IDMatrix_t< real_type >, GeneralComm< dg::iDVec, thrust::device_vector< real_type > > >	MIDMatrix_t
typedef MIHMatrix_t< double >	MIHMatrix
typedef MIDMatrix_t< double >	MIDMatrix
typedef dg::aRealGeometry2d< double >	aGeometry2d
typedef dg::aRealGeometry3d< double >	aGeometry3d
typedef dg::aRealProductGeometry3d< double >	aProductGeometry3d
typedef dg::RealCartesianGrid2d< double >	CartesianGrid2d
typedef dg::RealCartesianGrid3d< double >	CartesianGrid3d
typedef dg::RealCylindricalGrid3d< double >	CylindricalGrid3d
typedef dg::RealCartesianGridX2d< double >	CartesianGridX2d
typedef dg::RealCartesianGridX3d< double >	CartesianGridX3d
typedef dg::aRealGeometryX2d< double >	aGeometryX2d
typedef dg::aRealGeometryX3d< double >	aGeometryX3d
typedef dg::RealGrid1d< double >	Grid1d
typedef dg::RealGrid2d< double >	Grid2d
typedef dg::RealGrid3d< double >	Grid3d
typedef dg::aRealTopology2d< double >	aTopology2d
typedef dg::aRealTopology3d< double >	aTopology3d
typedef dg::RealGridX1d< double >	GridX1d
typedef dg::RealGridX2d< double >	GridX2d
typedef dg::RealGridX3d< double >	GridX3d
typedef dg::aRealTopologyX2d< double >	aTopologyX2d
typedef dg::aRealTopologyX3d< double >	aTopologyX3d
typedef dg::aRealMPIGeometry2d< double >	aMPIGeometry2d
typedef dg::aRealMPIGeometry3d< double >	aMPIGeometry3d
typedef dg::aRealProductMPIGeometry3d< double >	aProductMPIGeometry3d
typedef dg::RealCartesianMPIGrid2d< double >	CartesianMPIGrid2d
typedef dg::RealCartesianMPIGrid3d< double >	CartesianMPIGrid3d
typedef dg::RealCylindricalMPIGrid3d< double >	CylindricalMPIGrid3d
typedef dg::RealMPIGrid2d< double >	MPIGrid2d
typedef dg::RealMPIGrid3d< double >	MPIGrid3d
typedef dg::aRealMPITopology2d< double >	aMPITopology2d
typedef dg::aRealMPITopology3d< double >	aMPITopology3d
typedef dg::aRealRefinement1d< double >	aRefinement1d
typedef dg::RealIdentityRefinement< double >	IdentityRefinement
typedef dg::RealFemRefinement< double >	FemRefinement
typedef dg::RealLinearRefinement< double >	LinearRefinement
typedef dg::RealEquidistRefinement< double >	EquidistRefinement
typedef dg::RealExponentialRefinement< double >	ExponentialRefinement
typedef dg::RealCartesianRefinedGrid2d< double >	CartesianRefinedGrid2d
typedef dg::RealCartesianRefinedGrid3d< double >	CartesianRefinedGrid3d
typedef dg::aRealRefinementX2d< double >	aRefinementX2d
typedef dg::RealIdentityXRefinement< double >	IdentityXRefinement
typedef dg::RealEquidistXRefinement< double >	EquidistXRefinement
typedef dg::RealExponentialXRefinement< double >	ExponentialXRefinement
typedef dg::RealCartesianRefinedGridX2d< double >	CartesianRefinedGridX2d
typedef dg::RealCartesianRefinedGridX3d< double >	CartesianRefinedGridX3d
typedef std::conditional_t< std::is_const< MPIContainer >::value, MPI_Vector< View< const typename MPIContainer::container_type > >, MPI_Vector< View< typename MPIContainer::container_type > > >	get_mpi_view_type
typedef AndersonAcceleration< ContainerType >	FixedPointIteration
typedef Elliptic2d< Geometry, Matrix, Container >	Elliptic
typedef GeneralHelmholtz< dg::Elliptic2d< Geometry, Matrix, Container >, Container >	Helmholtz
typedef GeneralHelmholtz< dg::Elliptic1d< Geometry, Matrix, Container >, Container >	Helmholtz1d
typedef GeneralHelmholtz< dg::Elliptic2d< Geometry, Matrix, Container >, Container >	Helmholtz2d
typedef GeneralHelmholtz< dg::Elliptic3d< Geometry, Matrix, Container >, Container >	Helmholtz3d
typedef ERKStep< ContainerType >	RungeKutta
typedef FilteredERKStep< ContainerType >	FilteredRungeKutta
typedef DIRKStep< ContainerType >	ImplicitRungeKutta

Enumerations
enum	dist_type
enum	bc
enum	direction
enum	space
enum	coo2d { x , y }
enum	coo3d {   x , y , z , xy ,   yz , xz }
enum	multistep_identifier
enum	to { exact , at_least }
enum	tableau_identifier

Functions
void	transpose (unsigned nx, unsigned ny, const ContainerType &in, ContainerType &out)
void	extend_line (unsigned nx, unsigned ny, const ContainerType &in, ContainerType &out)
void	extend_column (unsigned nx, unsigned ny, const ContainerType &in, ContainerType &out)
auto	asDenseMatrix (const std::vector< const ContainerType * > &in)
auto	asDenseMatrix (const std::vector< const ContainerType * > &in, unsigned size)
std::vector< const ContainerType * >	asPointers (const std::vector< ContainerType > &in)
static void	abort_program (int code=-1)
static void	mpi_init (int argc, char *argv[])
static void	mpi_init2d (dg::bc bcx, dg::bc bcy, MPI_Comm &comm, std::istream &is=std::cin, bool verbose=true)
static void	mpi_init2d (unsigned &n, unsigned &Nx, unsigned &Ny, MPI_Comm comm, std::istream &is=std::cin, bool verbose=true)
static void	mpi_init2d (dg::bc bcx, dg::bc bcy, unsigned &n, unsigned &Nx, unsigned &Ny, MPI_Comm &comm, std::istream &is=std::cin, bool verbose=true)
static void	mpi_init3d (dg::bc bcx, dg::bc bcy, dg::bc bcz, MPI_Comm &comm, std::istream &is=std::cin, bool verbose=true)
static void	mpi_init3d (unsigned &n, unsigned &Nx, unsigned &Ny, unsigned &Nz, MPI_Comm comm, std::istream &is=std::cin, bool verbose=true)
static void	mpi_init3d (dg::bc bcx, dg::bc bcy, dg::bc bcz, unsigned &n, unsigned &Nx, unsigned &Ny, unsigned &Nz, MPI_Comm &comm, std::istream &is=std::cin, bool verbose=true)
Matrix	transpose (const Matrix &src)
thrust::host_vector< real_type >	pullback (const Functor &f, const aRealGeometryX2d< real_type > &g)
thrust::host_vector< real_type >	pullback (const Functor &f, const aRealGeometryX3d< real_type > &g)
thrust::host_vector< real_type >	evaluate (UnaryOp f, const RealGrid1d< real_type > &g)
thrust::host_vector< real_type >	evaluate (const BinaryOp &f, const aRealTopology2d< real_type > &g)
thrust::host_vector< real_type >	evaluate (const TernaryOp &f, const aRealTopology3d< real_type > &g)
thrust::host_vector< real_type >	integrate (const thrust::host_vector< real_type > &in, const RealGrid1d< real_type > &g, dg::direction dir=dg::forward)
thrust::host_vector< real_type >	integrate (UnaryOp f, const RealGrid1d< real_type > &g, dg::direction dir=dg::forward)
thrust::host_vector< real_type >	evaluate (UnaryOp f, const RealGridX1d< real_type > &g)
thrust::host_vector< real_type >	evaluate (const BinaryOp &f, const aRealTopologyX2d< real_type > &g)
thrust::host_vector< real_type >	evaluate (const TernaryOp &f, const aRealTopologyX3d< real_type > &g)
thrust::host_vector< real_type >	forward_transform (const thrust::host_vector< real_type > &in, const aRealTopology2d< real_type > &g)
static DG_DEVICE double	one (double x)
static DG_DEVICE double	one (double x, double y)
static DG_DEVICE double	one (double x, double y, double z)
static DG_DEVICE double	zero (double x)
static DG_DEVICE double	zero (double x, double y)
static DG_DEVICE double	zero (double x, double y, double z)
static DG_DEVICE double	cooX1d (double x)
static DG_DEVICE double	cooX2d (double x, double y)
static DG_DEVICE double	cooX3d (double x, double y, double z)
static DG_DEVICE double	cooY2d (double x, double y)
static DG_DEVICE double	cooY3d (double x, double y, double z)
static DG_DEVICE double	cooZ3d (double x, double y, double z)
static DG_DEVICE double	cooRZP2X (double R, double Z, double P)
static DG_DEVICE double	cooRZP2Y (double R, double Z, double P)
static DG_DEVICE double	cooRZP2Z (double R, double Z, double P)
static DG_DEVICE float	one (float x)
static DG_DEVICE float	one (float x, float y)
static DG_DEVICE float	one (float x, float y, float z)
static DG_DEVICE float	zero (float x)
static DG_DEVICE float	zero (float x, float y)
static DG_DEVICE float	zero (float x, float y, float z)
real_type	interpolate (dg::space sp, const thrust::host_vector< real_type > &v, real_type x, const RealGrid1d< real_type > &g, dg::bc bcx=dg::NEU)
real_type	interpolate (dg::space sp, const thrust::host_vector< real_type > &v, real_type x, real_type y, const aRealTopology2d< real_type > &g, dg::bc bcx=dg::NEU, dg::bc bcy=dg::NEU)
real_type	interpolate (dg::space sp, const thrust::host_vector< real_type > &v, real_type x, real_type y, const aRealTopologyX2d< real_type > &g, dg::bc bcx=dg::NEU, dg::bc bcy=dg::NEU)
MPI_Vector< thrust::host_vector< real_type > >	evaluate (const BinaryOp &f, const aRealMPITopology2d< real_type > &g)
MPI_Vector< thrust::host_vector< real_type > >	evaluate (const TernaryOp &f, const aRealMPITopology3d< real_type > &g)
MPI_Vector< thrust::host_vector< real_type > >	global2local (const thrust::host_vector< real_type > &global, const aRealMPITopology3d< real_type > &g)
MPI_Vector< thrust::host_vector< real_type > >	global2local (const thrust::host_vector< real_type > &global, const aRealMPITopology2d< real_type > &g)
dg::MIHMatrix_t< real_type >	convert (const dg::IHMatrix_t< real_type > &global, const ConversionPolicy &policy)
dg::IHMatrix_t< real_type >	convertGlobal2LocalRows (const dg::IHMatrix_t< real_type > &global, const ConversionPolicy &policy)
void	convertLocal2GlobalCols (dg::IHMatrix_t< real_type > &local, const ConversionPolicy &policy)
dg::Operator< T >	invert (const dg::Operator< T > &in)
Operator< T >	tensorproduct (const Operator< T > &op1, const Operator< T > &op2)
cusp::coo_matrix< int, T, cusp::host_memory >	tensorproduct (unsigned N, const Operator< T > &op)
cusp::coo_matrix< int, T, cusp::host_memory >	sandwich (const Operator< T > &left, const cusp::coo_matrix< int, T, cusp::host_memory > &m, const Operator< T > &right)
T	gcd (T a, T b)
T	lcm (T a, T b)
void	split (SharedContainer &in, std::vector< View< SharedContainer > > &out, const aRealTopology3d< real_type > &grid)
std::vector< View< SharedContainer > >	split (SharedContainer &in, const aRealTopology3d< real_type > &grid)
void	assign3dfrom2d (const thrust::host_vector< real_type > &in2d, Container &out, const aRealTopology3d< real_type > &grid)
void	split (MPIContainer &in, std::vector< get_mpi_view_type< MPIContainer > > &out, const aRealMPITopology3d< real_type > &grid)
std::vector< get_mpi_view_type< MPIContainer > >	split (MPIContainer &in, const aRealMPITopology3d< real_type > &grid)
void	assign3dfrom2d (const MPI_Vector< thrust::host_vector< real_type > > &in2d, MPI_Vector< LocalContainer > &out, const aRealMPITopology3d< real_type > &grid)
thrust::host_vector< real_type >	pullback (const Functor &f, const aRealGeometry2d< real_type > &g)
thrust::host_vector< real_type >	pullback (const Functor &f, const aRealGeometry3d< real_type > &g)
MPI_Vector< thrust::host_vector< real_type > >	pullback (const Functor &f, const aRealMPIGeometry2d< real_type > &g)
MPI_Vector< thrust::host_vector< real_type > >	pullback (const Functor &f, const aRealMPIGeometry3d< real_type > &g)
void	pushForwardPerp (const Functor1 &vR, const Functor2 &vZ, container &vx, container &vy, const Geometry &g)
void	pushForward (const Functor1 &vR, const Functor2 &vZ, const Functor3 &vPhi, container &vx, container &vy, container &vz, const Geometry &g)
void	pushForwardPerp (const FunctorRR &chiRR, const FunctorRZ &chiRZ, const FunctorZZ &chiZZ, SparseTensor< container > &chi, const Geometry &g)
cusp::csr_matrix< int, T, cusp::host_memory >	tensorproduct (const cusp::csr_matrix< int, T, cusp::host_memory > &lhs, const cusp::csr_matrix< int, T, cusp::host_memory > &rhs)
void	assign (const from_ContainerType &from, ContainerType &to, Params &&... ps)
ContainerType	construct (const from_ContainerType &from, Params &&... ps)
void	apply (get_value_type< ContainerType1 > alpha, MatrixType &&M, const ContainerType1 &x, get_value_type< ContainerType1 > beta, ContainerType2 &y)
void	apply (MatrixType &&M, const ContainerType1 &x, ContainerType2 &y)
static std::string	bc2str (bc bcx)
static bc	str2bc (std::string s)
static bc	inverse (bc bound)
static direction	str2direction (std::string s)
static std::string	direction2str (enum direction dir)
static direction	inverse (direction dir)
std::vector< double >	least_squares (const std::vector< ContainerType0 > &bs, const ContainerType1 &b)
void	nested_iterations (std::vector< MatrixType0 > &ops, ContainerType0 &x, const ContainerType1 &b, std::vector< MatrixType1 > &inverse_ops, NestedGrids &nested_grids)
void	multigrid_cycle (std::vector< MatrixType0 > &ops, std::vector< MatrixType1 > &inverse_ops_down, std::vector< MatrixType2 > &inverse_ops_up, NestedGrids &nested_grids, unsigned gamma, unsigned p)
void	full_multigrid (std::vector< MatrixType0 > &ops, ContainerType0 &x, const ContainerType1 &b, std::vector< MatrixType1 > &inverse_ops_down, std::vector< MatrixType2 > &inverse_ops_up, NestedGrids &nested_grids, unsigned gamma, unsigned mu)
void	fmg_solve (std::vector< MatrixType0 > &ops, ContainerType0 &x, const ContainerType1 &b, std::vector< MatrixType1 > &inverse_ops_down, std::vector< MatrixType2 > &inverse_ops_up, NestedGrids &nested_grids, const ContainerType2 &weights, double eps, unsigned gamma)
int	bisection1d (UnaryOp &op, double &x_min, double &x_max, const double eps)
static std::string	to2str (enum to mode)
bool	is_same (double x, double y, double eps=1e-15)
bool	is_same (float x, float y, float eps=1e-6)
bool	is_divisable (double a, double b, double eps=1e-15)
bool	is_divisable (float a, float b, float eps=1e-6)
auto	compose (UnaryOp f, Functor g)
auto	compose (UnaryOp f0, Functors... fs)

Variables
	row_dist
	col_dist
	PER
	DIR
	DIR_NEU
	NEU_DIR
	NEU
	forward
	backward
	centered
	lspace
	xspace
	IMEX_EULER_1_1
	IMEX_ADAMS_2_2
	IMEX_ADAMS_3_3
	IMEX_KOTO_2_2
	IMEX_BDF_2_2
	IMEX_BDF_3_3
	IMEX_BDF_4_4
	IMEX_BDF_5_5
	IMEX_BDF_6_6
	IMEX_TVB_3_3
	IMEX_TVB_4_4
	IMEX_TVB_5_5
	AB_1_1
	AB_2_2
	AB_3_3
	AB_4_4
	AB_5_5
	eBDF_1_1
	eBDF_2_2
	eBDF_3_3
	eBDF_4_4
	eBDF_5_5
	eBDF_6_6
	TVB_1_1
	TVB_2_2
	TVB_3_3
	TVB_4_4
	TVB_5_5
	TVB_6_6
	SSP_1_1
	SSP_2_2
	SSP_3_2
	SSP_4_2
	SSP_5_3
	SSP_6_3
	BDF_1_1
	BDF_2_2
	BDF_3_3
	BDF_4_4
	BDF_5_5
	BDF_6_6
	EXPLICIT_EULER_1_1
	MIDPOINT_2_2
	KUTTA_3_3
	CLASSIC_4_4
	HEUN_EULER_2_1_2
	CAVAGLIERI_3_1_2
	FEHLBERG_3_2_3
	FEHLBERG_4_2_3
	BOGACKI_SHAMPINE_4_2_3
	CAVAGLIERI_4_2_3
	ARK324L2SA_ERK_4_2_3
	ZONNEVELD_5_3_4
	ARK436L2SA_ERK_6_3_4
	SAYFY_ABURUB_6_3_4
	CASH_KARP_6_4_5
	FEHLBERG_6_4_5
	DORMAND_PRINCE_7_4_5
	TSITOURAS09_7_4_5
	TSITOURAS11_7_4_5
	ARK548L2SA_ERK_8_4_5
	VERNER_9_5_6
	VERNER_10_6_7
	FEHLBERG_13_7_8
	DORMAND_PRINCE_13_7_8
	FEAGIN_17_8_10
	IMPLICIT_EULER_1_1
	IMPLICIT_MIDPOINT_1_2
	TRAPEZOIDAL_2_2
	SDIRK_2_1_2
	CAVAGLIERI_IMPLICIT_3_1_2
	BILLINGTON_3_3_2
	TRBDF2_3_3_2
	SANCHEZ_3_3
	KVAERNO_4_2_3
	SDIRK_4_2_3
	CAVAGLIERI_IMPLICIT_4_2_3
	ARK324L2SA_DIRK_4_2_3
	SANCHEZ_3_4
	CASH_5_2_4
	CASH_5_3_4
	SDIRK_5_3_4
	KVAERNO_5_3_4
	ARK436L2SA_DIRK_6_3_4
	KVAERNO_7_4_5
	SANCHEZ_6_5
	ARK548L2SA_DIRK_8_4_5
	SANCHEZ_7_6
	SSPRK_2_2
	SSPRK_3_2
	SSPRK_3_3
	SSPRK_5_3
	SSPRK_5_4
static auto	l2norm
static auto	fast_l2norm
static auto	i_control
static auto	pi_control
static auto	pid_control
static auto	ex_control
static auto	im_control
static auto	imex_control

Detailed Description

Classes for Krylov space approximations of a Matrix-Vector product.

Classes for Matrix function-Vector product computation via the ODE method.

Classes for square root Matrix-Vector product computation via the Cauchy integral.