Solver::EigenAnalysis Struct Reference

#include <solver.h>

Collaboration diagram for Solver::EigenAnalysis:

Classes
struct	ARPACK
struct	JDQZ

Public Types
enum	{   EIG_NONE = 0x0U, EIG_OUTPUT_MATRICES = 0x1U, EIG_OUTPUT_FULL_MATRICES = 0x2U, EIG_OUTPUT_SPARSE_MATRICES = 0x4U,   EIG_OUTPUT_EIGENVECTORS = 0x8U, EIG_OUTPUT_MATRICES_MASK = (EIG_OUTPUT_MATRICES|EIG_OUTPUT_FULL_MATRICES|EIG_OUTPUT_SPARSE_MATRICES), EIG_OUTPUT_GEOMETRY = 0x10U, EIG_OUTPUT = (EIG_OUTPUT_MATRICES_MASK|EIG_OUTPUT_EIGENVECTORS|EIG_OUTPUT_GEOMETRY),   EIG_SOLVE = 0x100U, EIG_PERMUTE = 0x200U, EIG_SCALE = 0x400U, EIG_BALANCE = (EIG_PERMUTE|EIG_SCALE),   EIG_USE_LAPACK = 0x1000U, EIG_USE_ARPACK = 0x2000U, EIG_USE_JDQZ = 0x4000U, EIG_USE_MASK = (EIG_USE_LAPACK|EIG_USE_ARPACK|EIG_USE_JDQZ),   EIG_LAST }
enum	{ EIGAN_WIDTH_COMPUTE = -1 }

Public Member Functions
	EigenAnalysis (void)

Public Attributes
bool	bAnalysis
unsigned	uFlags
std::vector< doublereal >	Analyses
std::vector< doublereal >::iterator	currAnalysis
doublereal	dParam
bool	bOutputModes
int	iFNameWidth
std::string	iFNameFormat
doublereal	dUpperFreq
doublereal	dLowerFreq
int	iMatrixPrecision
int	iResultsPrecision
struct Solver::EigenAnalysis::ARPACK	arpack
struct Solver::EigenAnalysis::JDQZ	jdqz

Detailed Description

Definition at line 121 of file solver.h.

Member Enumeration Documentation

anonymous enum

Enumerator
EIG_NONE
EIG_OUTPUT_MATRICES
EIG_OUTPUT_FULL_MATRICES
EIG_OUTPUT_SPARSE_MATRICES
EIG_OUTPUT_EIGENVECTORS
EIG_OUTPUT_MATRICES_MASK
EIG_OUTPUT_GEOMETRY
EIG_OUTPUT
EIG_SOLVE
EIG_PERMUTE
EIG_SCALE
EIG_BALANCE
EIG_USE_LAPACK
EIG_USE_ARPACK
EIG_USE_JDQZ
EIG_USE_MASK
EIG_LAST

Definition at line 123 of file solver.h.

                     {
                        EIG_NONE                        = 0x0U,

                        EIG_OUTPUT_MATRICES             = 0x1U,
                        EIG_OUTPUT_FULL_MATRICES        = 0x2U,
                        EIG_OUTPUT_SPARSE_MATRICES      = 0x4U,

                        EIG_OUTPUT_EIGENVECTORS         = 0x8U,

                        EIG_OUTPUT_MATRICES_MASK        = (EIG_OUTPUT_MATRICES|EIG_OUTPUT_FULL_MATRICES|EIG_OUTPUT_SPARSE_MATRICES),

                        EIG_OUTPUT_GEOMETRY             = 0x10U,

                        EIG_OUTPUT                      = (EIG_OUTPUT_MATRICES_MASK|EIG_OUTPUT_EIGENVECTORS|EIG_OUTPUT_GEOMETRY),

                        EIG_SOLVE                       = 0x100U,

                        EIG_PERMUTE                     = 0x200U,
                        EIG_SCALE                       = 0x400U,
                        EIG_BALANCE                     = (EIG_PERMUTE|EIG_SCALE),

                        EIG_USE_LAPACK                  = 0x1000U,
                        EIG_USE_ARPACK                  = 0x2000U,
                        EIG_USE_JDQZ                    = 0x4000U,
                        EIG_USE_MASK                    = (EIG_USE_LAPACK|EIG_USE_ARPACK|EIG_USE_JDQZ),

                        EIG_LAST
                };

anonymous enum

Enumerator
EIGAN_WIDTH_COMPUTE

Definition at line 160 of file solver.h.

{ EIGAN_WIDTH_COMPUTE = -1 };

Constructor & Destructor Documentation

Solver::EigenAnalysis::EigenAnalysis ( void  )

inline

Definition at line 206 of file solver.h.

References Analyses, and currAnalysis.

                : bAnalysis(false),
                uFlags(EIG_NONE),
                dParam(1.),
                bOutputModes(false),
                iFNameWidth(0),
                iFNameFormat(),
                dUpperFreq(std::numeric_limits<doublereal>::max()),
                dLowerFreq(-1.)
                {
                        currAnalysis = Analyses.end();
                };

Member Data Documentation

std::vector<doublereal> Solver::EigenAnalysis::Analyses

Definition at line 155 of file solver.h.

Referenced by Solver::Advance(), Solver::Eig(), EigenAnalysis(), Solver::Prepare(), Solver::ReadData(), and Solver::Start().

struct Solver::EigenAnalysis::ARPACK Solver::EigenAnalysis::arpack

Referenced by Solver::ReadData().

bool Solver::EigenAnalysis::bAnalysis

Definition at line 122 of file solver.h.

Referenced by Solver::Advance(), Solver::Prepare(), Solver::ReadData(), and Solver::Start().

bool Solver::EigenAnalysis::bOutputModes

Definition at line 159 of file solver.h.

std::vector<doublereal>::iterator Solver::EigenAnalysis::currAnalysis

Definition at line 156 of file solver.h.

Referenced by Solver::Advance(), Solver::Eig(), EigenAnalysis(), Solver::Prepare(), Solver::ReadData(), and Solver::Start().

doublereal Solver::EigenAnalysis::dLowerFreq

Definition at line 165 of file solver.h.

Referenced by Solver::ReadData().

doublereal Solver::EigenAnalysis::dParam

Definition at line 158 of file solver.h.

Referenced by Solver::Eig(), output_eigenvalues(), and Solver::ReadData().

doublereal Solver::EigenAnalysis::dUpperFreq

Definition at line 164 of file solver.h.

Referenced by output_eigenvalues(), and Solver::ReadData().

std::string Solver::EigenAnalysis::iFNameFormat

Definition at line 162 of file solver.h.

Referenced by Solver::Eig(), and Solver::ReadData().

int Solver::EigenAnalysis::iFNameWidth

Definition at line 161 of file solver.h.

Referenced by Solver::Eig(), Solver::Prepare(), and Solver::ReadData().

int Solver::EigenAnalysis::iMatrixPrecision

Definition at line 168 of file solver.h.

Referenced by Solver::Eig(), and Solver::ReadData().

int Solver::EigenAnalysis::iResultsPrecision

Definition at line 169 of file solver.h.

Referenced by Solver::Eig(), and Solver::ReadData().

struct Solver::EigenAnalysis::JDQZ Solver::EigenAnalysis::jdqz

Referenced by Solver::ReadData().

unsigned Solver::EigenAnalysis::uFlags

Definition at line 151 of file solver.h.

Referenced by Solver::Eig(), and Solver::ReadData().

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The documentation for this struct was generated from the following file:

• solver.h