jem::numeric::LUSolver Class Reference

#include <jem/numeric/algebra/LUSolver.h>

Public Types
typedef Array< double >	Vector
typedef Array< idx_t >	IdxVector
typedef Array< double, 2 >	Matrix

Static Public Member Functions
static bool	factor (const Matrix &a, const Vector &scale, const IdxVector &jperm, int &sign)
template<int N>
static bool	factor (Tuple< double, N, N > &a, Tuple< idx_t, N > &jperm, int &sign)
static void	solve (const Vector &lhs, const Matrix &lu, const Vector &rhs, const IdxVector &jperm)
static void	solve (const Matrix &lhs, const Matrix &lu, const Matrix &rhs, const IdxVector &jperm)
template<int N>
static void	solve (Tuple< double, N > &lhs, const Tuple< double, N, N > &lu, const Tuple< double, N > &rhs, const Tuple< idx_t, N > &jperm)
static bool	invert (const Matrix &a, double &d)
template<int N>
static bool	invert (Tuple< double, N, N > &a, double &d)
static double	det (const Matrix &lu)
template<int N>
static double	det (const Tuple< double, N, N > &lu)
static bool	invert2x2_ (double *JEM_RESTRICT a, double &d)
static bool	invert3x3_ (double *JEM_RESTRICT a, double &d)
static bool	factor_ (idx_t n, int &sign, double *JEM_RESTRICT aa, double *JEM_RESTRICT scale, idx_t *JEM_RESTRICT jperm)

Member Typedef Documentation

typedef Array<double> jem::numeric::LUSolver::Vector

typedef Array<idx_t> jem::numeric::LUSolver::IdxVector

typedef Array<double,2> jem::numeric::LUSolver::Matrix

Member Function Documentation

static bool jem::numeric::LUSolver::factor ( const Matrix &  a, const Vector &  scale, const IdxVector &  jperm, int &  sign  )

static

template<int N>

bool jem::numeric::LUSolver::factor ( Tuple< double, N, N > &  a, Tuple< idx_t, N > &  jperm, int &  sign  )

static

static void jem::numeric::LUSolver::solve ( const Vector &  lhs, const Matrix &  lu, const Vector &  rhs, const IdxVector &  jperm  )

static

static void jem::numeric::LUSolver::solve ( const Matrix &  lhs, const Matrix &  lu, const Matrix &  rhs, const IdxVector &  jperm  )

static

template<int N>

void jem::numeric::LUSolver::solve ( Tuple< double, N > &  lhs, const Tuple< double, N, N > &  lu, const Tuple< double, N > &  rhs, const Tuple< idx_t, N > &  jperm  )

static

static bool jem::numeric::LUSolver::invert ( const Matrix &  a, double &  d  )

static

template<int N>

bool jem::numeric::LUSolver::invert ( Tuple< double, N, N > &  a, double &  d  )

static

static double jem::numeric::LUSolver::det ( const Matrix &  lu )

static

template<int N>

double jem::numeric::LUSolver::det ( const Tuple< double, N, N > &  lu )

static

bool jem::numeric::LUSolver::invert2x2_ ( double *JEM_RESTRICT  a, double &  d  )

static

static bool jem::numeric::LUSolver::invert3x3_ ( double *JEM_RESTRICT  a, double &  d  )

static

static bool jem::numeric::LUSolver::factor_ ( idx_t  n, int &  sign, double *JEM_RESTRICT  aa, double *JEM_RESTRICT  scale, idx_t *JEM_RESTRICT  jperm  )

static