Classes
class	BelosGMRESParameters
	Encapsulate a Teuchos parameter list. More...

class	BlockAccumulator

class	CoordinatesStrategy

class	DirectStrategy

class	EmptyLSSMatrix

class	EmptyLSSVector

class	EmptyStrategy

class	LibLSS
	Class defines the initialization and termination of the library LSS. More...

class	Matrix

class	ParameterList
	Encapsulate a Teuchos parameter list. More...

class	ParameterListDefaults
	Encapsulate a Teuchos parameter list. More...

class	RCGStrategy

class	SolutionStrategy

class	SolveLSS

class	System

class	ThyraOperator
	Abstract class for all Trilinos matrix operators. More...

class	ThyraVector
	Abstract class for all Trilinos matrix operators. More...

class	TrilinosCrsMatrix

class	TrilinosFEVbrMatrix

class	TrilinosStratimikosStrategy

class	TrilinosVector

class	Vector

class	ZeroLSS

Typedefs
typedef boost::mpl::vector4< int, double, std::string, bool >	ParameterTypesT

Functions
Teuchos::RCP< Teko::Epetra::BlockedEpetraOperator >	create_teko_blocked_operator (TrilinosCrsMatrix &matrix, const math::VariablesDescriptor &vars)

void	create_map_data (common::PE::CommPattern &cp, const VariablesDescriptor &variables, std::vector< int > &p2m, std::vector< int > &my_global_elements, std::vector< Uint > &my_ranks, int &num_my_elements, const std::vector< Uint > &periodic_links_nodes, const std::vector< bool > &periodic_links_active)

void	create_indices_per_row (cf3::common::PE::CommPattern &cp, const VariablesDescriptor &variables, const std::vector< Uint > &node_connectivity, const std::vector< Uint > &starting_indices, const std::vector< int > &p2m, std::vector< int > &num_indices_per_row, std::vector< int > &indices_per_row, const std::vector< Uint > &periodic_links_nodes, const std::vector< bool > &periodic_links_active)

void	apply_matrix (const Epetra_Operator &op, const Handle< Vector > &y, const Handle< Vector const > &x, const Real alpha=1., const Real beta=0.)
	Compute y = alphaopx + beta*y. More...

Variables
common::ComponentBuilder< LSS::EmptyLSSMatrix, LSS::Matrix, LSS::LibLSS >	EmptyLSSMatrix_Builder

common::ComponentBuilder< LSS::EmptyLSSVector, LSS::Vector, LSS::LibLSS >	EmptyLSSVector_Builder

common::ComponentBuilder< EmptyStrategy, SolutionStrategy, LibLSS >	EmptyStrategy_builder

cf3::common::RegistLibrary< LibLSS >	libMath

common::ComponentBuilder< SolveLSS, common::Action, LibLSS >	SolveLSS_Builder

common::ComponentBuilder< BelosGMRESParameters, ParameterListDefaults, LibLSS >	BelosGMRESParameters_builder

common::ComponentBuilder< DirectStrategy, SolutionStrategy, LibLSS >	DirectStrategy_builder

common::ComponentBuilder< ParameterList, common::Component, LibLSS >	ParameterList_builder

common::ComponentBuilder< RCGStrategy, SolutionStrategy, LibLSS >	RCGStrategy_builder

common::ComponentBuilder< TrilinosStratimikosStrategy, SolutionStrategy, LibLSS >	TrilinosStratimikosStrategy_builder

common::ComponentBuilder< ZeroLSS, common::Action, LibLSS >	ZeroLSS_Builder

Typedef Documentation

typedef boost::mpl::vector4<int, double, std::string, bool> ParameterTypesT

Definition at line 147 of file ParameterList.cpp.

Function Documentation

Compute y = alpha*op*x + beta*y.

Definition at line 380 of file TrilinosDetail.cpp.

void create_indices_per_row	(	cf3::common::PE::CommPattern &	cp,
		const VariablesDescriptor &	variables,
		const std::vector< Uint > &	node_connectivity,
		const std::vector< Uint > &	starting_indices,
		const std::vector< int > &	p2m,
		std::vector< int > &	num_indices_per_row,
		std::vector< int > &	indices_per_row,
		const std::vector< Uint > &	periodic_links_nodes = `std::vector< Uint >()`,
		const std::vector< bool > &	periodic_links_active = `std::vector< bool >()`
	)

Create the sparsitystructure of the matrix in a generic way

Parameters

cp	The comm pattern that governs the node distribution
variables	The variables to use. Equations will be grouped per variable
node_connectivity	The connected nodes for each node
starting_indices	For each node, the start index into node_connectivity to find its connected nodes
p2m	Mapping from node index to local matrix index
num_indices_per_row	Will contain the number of indices for each row
indices_per_row	Flattened list of the indices for each row
periodic_links_nodes	For each node, its periodic link. Empty if no periodicity
periodic_links_active	For each node, indicate if it has a periodic link. Empty if no periodicity.

Definition at line 251 of file TrilinosDetail.cpp.

void create_map_data	(	cf3::common::PE::CommPattern &	cp,
		const VariablesDescriptor &	variables,
		std::vector< int > &	p2m,
		std::vector< int > &	my_global_elements,
		std::vector< Uint > &	my_ranks,
		int &	num_my_elements,
		const std::vector< Uint > &	periodic_links_nodes = `std::vector< Uint >()`,
		const std::vector< bool > &	periodic_links_active = `std::vector< bool >()`
	)

Create a local node index to matrix local index lookup

Parameters

cp	The comm pattern that governs the node distribution
variables	The variables to use. Equations will be grouped per variable
p2m	Mapping from node index to local matrix index
my_global_elements	GID for each column in the matrix
num_my_elements	The number of non-ghosts owned by this rank. This corresponds to the first num_my_elements rows items in my_global elements