This namespace contains functions for calculating eigenvectors and eigenvalues. More...

Classes
class	gen_workspace
	Workspace for eigen_gen. More...

class	genherm_workspace
	Workspace for genhermetric matrices. More...

class	genhermv_workspace
	Workspace for real genhermetric matrices (eigenvectors and eigenvalues) More...

class	gensymm_workspace
	Workspace for gensymmetric matrices. More...

class	gensymmv_workspace
	Workspace for real gensymmetric matrices (eigenvectors and eigenvalues) More...

class	genv_workspace
	Workspace for real genetric matrices (eigenvectors and eigenvalues) More...

class	herm_workspace
	Workspace for Hermitian matrices. More...

class	hermv_workspace
	Workspace for real hermetric matrices (eigenvectors and eigenvalues) More...

class	nonsymm_workspace
	Workspace for nonsymmetric matrices. More...

class	nonsymmv_workspace
	Workspace for real nonsymmetric matrices (eigenvectors and eigenvalues) More...

class	symm_workspace
	Workspace for real symmetric matrices. More...

class	symmv_workspace
	Workspace for real symmetric matrices (eigenvectors and eigenvalues) More...

Functions
int	symmv_sort (vector &eval, matrix &evec, gsl_eigen_sort_t sort_type)
	C++ version of gsl_eigen_symmv_sort(). More...

int	hermv_sort (vector &eval, matrix_complex &evec, gsl_eigen_sort_t sort_type)
	C++ version of gsl_eigen_hermv_sort(). More...

int	nonsymmv_sort (vector_complex &eval, matrix_complex &evec, gsl_eigen_sort_t sort_type)
	C++ version of gsl_eigen_nonsymmv_sort(). More...

int	gensymmv_sort (vector &eval, matrix &evec, gsl_eigen_sort_t sort_type)
	C++ version of gsl_eigen_gensymmv_sort(). More...

int	genhermv_sort (vector &eval, matrix_complex &evec, gsl_eigen_sort_t sort_type)
	C++ version of gsl_eigen_genhermv_sort(). More...

int	genv_sort (vector_complex &alpha, vector &beta, matrix_complex &evec, gsl_eigen_sort_t sort_type)
	C++ version of gsl_eigen_genv_sort(). More...

int	gen (gsl::matrix &A, gsl::matrix &B, gsl::vector_complex &alpha, gsl::vector &beta, gen_workspace &w)
	C++ version of gsl_eigen_gen(). More...

int	genv (gsl::matrix &A, gsl::matrix &B, gsl::vector_complex &alpha, gsl::vector &beta, gsl::matrix_complex &evec, genv_workspace &w)
	C++ version of gsl_eigen_genv(). More...

void	gen_params (int const compute_s, int const compute_t, int const balance, gen_workspace &w)
	C++ version of gsl_eigen_gen_params(). More...

int	gen_QZ (gsl::matrix &A, gsl::matrix &B, gsl::vector_complex &alpha, gsl::vector &beta, gsl::matrix &Q, gsl::matrix &Z, gen_workspace &w)
	C++ version of gsl_eigen_gen_QZ(). More...

int	genv_QZ (gsl::matrix &A, gsl::matrix &B, gsl::vector_complex &alpha, gsl::vector &beta, gsl::matrix_complex &evec, gsl::matrix &Q, gsl::matrix &Z, genv_workspace &w)
	C++ version of gsl_eigen_genv_QZ(). More...

int	genherm (gsl::matrix_complex &A, gsl::matrix_complex &B, gsl::vector &eval, genherm_workspace &w)
	C++ version of gsl_eigen_genherm(). More...

int	genhermv (gsl::matrix_complex &A, gsl::matrix_complex &B, gsl::vector &eval, gsl::matrix_complex &evec, genhermv_workspace &w)
	C++ version of gsl_eigen_genhermv(). More...

int	gensymm (gsl::matrix &A, gsl::matrix &B, gsl::vector &eval, gensymm_workspace &w)
	C++ version of gsl_eigen_gensymm(). More...

int	gensymmv (gsl::matrix &A, gsl::matrix &B, gsl::vector &eval, gsl::matrix &evec, gensymmv_workspace &w)
	C++ version of gsl_eigen_gensymmv(). More...

int	herm (gsl::matrix_complex &A, gsl::vector &eval, herm_workspace &w)
	C++ version of gsl_eigen_herm(). More...

int	hermv (gsl::matrix_complex &A, gsl::vector &eval, gsl::matrix_complex &evec, hermv_workspace &w)
	C++ version of gsl_eigen_hermv(). More...

int	nonsymm (gsl::matrix &A, gsl::vector_complex &eval, nonsymm_workspace &w)
	C++ version of gsl_eigen_nonsymm(). More...

int	nonsymmv (gsl::matrix &A, gsl::vector_complex &eval, gsl::matrix_complex &evec, nonsymmv_workspace &w)
	C++ version of gsl_eigen_nonsymmv(). More...

void	nonsymm_params (int const compute_t, int const balance, nonsymm_workspace &w)
	C++ version of gsl_eigen_nonsymm_params(). More...

int	nonsymm_Z (gsl::matrix &A, gsl::vector_complex &eval, gsl::matrix &Z, nonsymm_workspace &w)
	C++ version of gsl_eigen_nonsymm_Z(). More...

int	nonsymmv_Z (gsl::matrix &A, gsl::vector_complex &eval, gsl::matrix_complex &evec, gsl::matrix &Z, nonsymmv_workspace &w)
	C++ version of gsl_eigen_nonsymmv_Z(). More...

int	symm (gsl::matrix &A, gsl::vector &eval, symm_workspace &w)
	C++ version of gsl_eigen_symm(). More...

int	symmv (gsl::matrix &A, gsl::vector &eval, gsl::matrix &evec, symmv_workspace &w)
	C++ version of gsl_eigen_symmv(). More...

Variables
gsl_eigen_sort_t const	SORT_VAL_ASC = GSL_EIGEN_SORT_VAL_ASC
	Sort in ascending order. More...

gsl_eigen_sort_t const	SORT_VAL_DESC = GSL_EIGEN_SORT_VAL_DESC
	Sort in descending order. More...

gsl_eigen_sort_t const	SORT_VAL_ABS_ASC = GSL_EIGEN_SORT_ABS_ASC
	Sort in ascending order by absoulte size. More...

gsl_eigen_sort_t const	SORT_VAL_ABS_DESC = GSL_EIGEN_SORT_ABS_DESC
	Sort in descending order by absolute size. More...

Detailed Description

This namespace contains functions for calculating eigenvectors and eigenvalues.

Function Documentation

◆ gen()

int gsl::eigen::gen	(	gsl::matrix &	A,
		gsl::matrix &	B,
		gsl::vector_complex &	alpha,
		gsl::vector &	beta,
		gen_workspace &	w
	)

inline

C++ version of gsl_eigen_gen().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
B	A matrix (should be square)
alpha	This is where the eigenvalues are stored
beta	This is where the eigenvalues are stored
w	A workspace

Returns: Error code on failure

Definition at line 254 of file eigen_gen.hpp.

References gsl::ran::beta(), gsl::matrix::get(), gsl::vector_complex::get(), and gsl::eigen::gen_workspace::get().

◆ gen_params()

void gsl::eigen::gen_params	(	int const	compute_s,
		int const	compute_t,
		int const	balance,
		gen_workspace &	w
	)

inline

C++ version of gsl_eigen_gen_params().

Parameters

compute_s	An integer
compute_t	An integer
balance	An integer
w	A workspace

Definition at line 484 of file eigen_gen.hpp.

References gsl::eigen::gen_workspace::get().

◆ gen_QZ()

int gsl::eigen::gen_QZ	(	gsl::matrix &	A,
		gsl::matrix &	B,
		gsl::vector_complex &	alpha,
		gsl::vector &	beta,
		gsl::matrix &	Q,
		gsl::matrix &	Z,
		gen_workspace &	w
	)

inline

C++ version of gsl_eigen_gen_QZ().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
B	A matrix (should be square)
alpha	This is where the eigenvalues are stored
beta	This is where the eigenvalues are stored
Q	A matrix (should be square)
Z	A matrix (should be square)
w	A workspace

Returns: Error code on failure

Definition at line 501 of file eigen_gen.hpp.

References gsl::ran::beta(), gsl::matrix::get(), gsl::vector_complex::get(), and gsl::eigen::gen_workspace::get().

◆ genherm()

int gsl::eigen::genherm	(	gsl::matrix_complex &	A,
		gsl::matrix_complex &	B,
		gsl::vector &	eval,
		genherm_workspace &	w
	)

inline

C++ version of gsl_eigen_genherm().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
B	A matrix (should be square)
eval	This is where the eigenvalues are stored
w	A workspace

Returns: Error code on failure

Definition at line 253 of file eigen_genherm.hpp.

References gsl::bspline::eval(), gsl::matrix_complex::get(), and gsl::eigen::genherm_workspace::get().

◆ genhermv()

int gsl::eigen::genhermv	(	gsl::matrix_complex &	A,
		gsl::matrix_complex &	B,
		gsl::vector &	eval,
		gsl::matrix_complex &	evec,
		genhermv_workspace &	w
	)

inline

C++ version of gsl_eigen_genhermv().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
B	A matrix (should be square)
eval	This is where the eigenvalues are stored
evec	This is where the eigenvectors are stored
w	A workspace

Returns: Error code on failure

Definition at line 473 of file eigen_genherm.hpp.

References gsl::bspline::eval(), gsl::matrix_complex::get(), and gsl::eigen::genhermv_workspace::get().

◆ genhermv_sort()

int gsl::eigen::genhermv_sort	(	vector &	eval,
		matrix_complex &	evec,
		gsl_eigen_sort_t	sort_type
	)

inline

C++ version of gsl_eigen_genhermv_sort().

Parameters

eval	A vector of eigenvalues
evec	A matrix of eigenvectors
sort_type	Specify the ordering of the eigenvalues and eigenvectors

Returns: GSL_SUCCESS or GSL_EBADLEN

Definition at line 93 of file eigen.hpp.

References gsl::bspline::eval(), and gsl::matrix_complex::get().

◆ gensymm()

int gsl::eigen::gensymm	(	gsl::matrix &	A,
		gsl::matrix &	B,
		gsl::vector &	eval,
		gensymm_workspace &	w
	)

inline

C++ version of gsl_eigen_gensymm().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
B	A matrix (should be square)
eval	This is where the eigenvalues are stored
w	A workspace

Returns: Error code on failure

Definition at line 253 of file eigen_gensymm.hpp.

References gsl::bspline::eval(), gsl::matrix::get(), and gsl::eigen::gensymm_workspace::get().

◆ gensymmv()

int gsl::eigen::gensymmv	(	gsl::matrix &	A,
		gsl::matrix &	B,
		gsl::vector &	eval,
		gsl::matrix &	evec,
		gensymmv_workspace &	w
	)

inline

C++ version of gsl_eigen_gensymmv().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
B	A matrix (should be square)
eval	This is where the eigenvalues are stored
evec	This is where the eigenvectors are stored
w	A workspace

Returns: Error code on failure

Definition at line 473 of file eigen_gensymm.hpp.

References gsl::bspline::eval(), gsl::matrix::get(), and gsl::eigen::gensymmv_workspace::get().

◆ gensymmv_sort()

int gsl::eigen::gensymmv_sort	(	vector &	eval,
		matrix &	evec,
		gsl_eigen_sort_t	sort_type
	)

inline

C++ version of gsl_eigen_gensymmv_sort().

Parameters

eval	A vector of eigenvalues
evec	A matrix of eigenvectors
sort_type	Specify the ordering of the eigenvalues and eigenvectors

Returns: GSL_SUCCESS or GSL_EBADLEN

Definition at line 84 of file eigen.hpp.

References gsl::bspline::eval(), and gsl::matrix::get().

◆ genv()

int gsl::eigen::genv	(	gsl::matrix &	A,
		gsl::matrix &	B,
		gsl::vector_complex &	alpha,
		gsl::vector &	beta,
		gsl::matrix_complex &	evec,
		genv_workspace &	w
	)

inline

C++ version of gsl_eigen_genv().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
B	A matrix (should be square)
alpha	This is where the eigenvalues are stored
beta	This is where the eigenvalues are stored
evec	This is where the eigenvectors are stored
w	A workspace

Returns: Error code on failure

Definition at line 474 of file eigen_gen.hpp.

References gsl::ran::beta(), gsl::matrix::get(), gsl::matrix_complex::get(), gsl::vector_complex::get(), and gsl::eigen::genv_workspace::get().

◆ genv_QZ()

int gsl::eigen::genv_QZ	(	gsl::matrix &	A,
		gsl::matrix &	B,
		gsl::vector_complex &	alpha,
		gsl::vector &	beta,
		gsl::matrix_complex &	evec,
		gsl::matrix &	Q,
		gsl::matrix &	Z,
		genv_workspace &	w
	)

inline

C++ version of gsl_eigen_genv_QZ().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
B	A matrix (should be square)
alpha	This is where the eigenvalues are stored
beta	This is where the eigenvalues are stored
evec	This is where the eigenvectors are stored
Q	A matrix (should be square)
Z	A matrix (should be square)
w	A workspace

Returns: Error code on failure

Definition at line 519 of file eigen_gen.hpp.

References gsl::ran::beta(), gsl::matrix::get(), gsl::matrix_complex::get(), gsl::vector_complex::get(), and gsl::eigen::genv_workspace::get().

◆ genv_sort()

int gsl::eigen::genv_sort	(	vector_complex &	alpha,
		vector &	beta,
		matrix_complex &	evec,
		gsl_eigen_sort_t	sort_type
	)

inline

C++ version of gsl_eigen_genv_sort().

Parameters

alpha	A vector of eigenvalues
beta	A vector of eigenvalues
evec	A matrix of eigenvectors
sort_type	Specify the ordering of the eigenvalues and eigenvectors

Returns: GSL_SUCCESS or GSL_EBADLEN

Definition at line 103 of file eigen.hpp.

References gsl::ran::beta(), gsl::matrix_complex::get(), and gsl::vector_complex::get().

◆ herm()

int gsl::eigen::herm	(	gsl::matrix_complex &	A,
		gsl::vector &	eval,
		herm_workspace &	w
	)

inline

C++ version of gsl_eigen_herm().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
eval	This is where the eigenvalues are stored
w	A workspace

Returns: Error code on failure

Definition at line 251 of file eigen_herm.hpp.

References gsl::bspline::eval(), gsl::matrix_complex::get(), and gsl::eigen::herm_workspace::get().

◆ hermv()

int gsl::eigen::hermv	(	gsl::matrix_complex &	A,
		gsl::vector &	eval,
		gsl::matrix_complex &	evec,
		hermv_workspace &	w
	)

inline

C++ version of gsl_eigen_hermv().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
eval	This is where the eigenvalues are stored
evec	This is where the eigenvectors are stored
w	A workspace

Returns: Error code on failure

Definition at line 469 of file eigen_herm.hpp.

References gsl::bspline::eval(), gsl::matrix_complex::get(), and gsl::eigen::hermv_workspace::get().

◆ hermv_sort()

int gsl::eigen::hermv_sort	(	vector &	eval,
		matrix_complex &	evec,
		gsl_eigen_sort_t	sort_type
	)

inline

C++ version of gsl_eigen_hermv_sort().

Parameters

eval	A vector of eigenvalues
evec	A matrix of eigenvectors
sort_type	Specify the ordering of the eigenvalues and eigenvectors

Returns: GSL_SUCCESS or GSL_EBADLEN

Definition at line 65 of file eigen.hpp.

References gsl::bspline::eval(), and gsl::matrix_complex::get().

◆ nonsymm()

int gsl::eigen::nonsymm	(	gsl::matrix &	A,
		gsl::vector_complex &	eval,
		nonsymm_workspace &	w
	)

inline

C++ version of gsl_eigen_nonsymm().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
eval	This is where the eigenvalues are stored
w	A workspace

Returns: Error code on failure

Definition at line 252 of file eigen_nonsymm.hpp.

References gsl::bspline::eval(), gsl::matrix::get(), and gsl::eigen::nonsymm_workspace::get().

◆ nonsymm_params()

void gsl::eigen::nonsymm_params	(	int const	compute_t,
		int const	balance,
		nonsymm_workspace &	w
	)

inline

C++ version of gsl_eigen_nonsymm_params().

Parameters

compute_t	An integer
balance	An integer
w	A workspace

Definition at line 479 of file eigen_nonsymm.hpp.

References gsl::eigen::nonsymm_workspace::get().

◆ nonsymm_Z()

int gsl::eigen::nonsymm_Z	(	gsl::matrix &	A,
		gsl::vector_complex &	eval,
		gsl::matrix &	Z,
		nonsymm_workspace &	w
	)

inline

C++ version of gsl_eigen_nonsymm_Z().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
eval	This is where the eigenvalues are stored
Z	A matrix (should be square)
w	A workspace

Returns: Error code on failure

Definition at line 492 of file eigen_nonsymm.hpp.

References gsl::bspline::eval(), gsl::matrix::get(), and gsl::eigen::nonsymm_workspace::get().

◆ nonsymmv()

int gsl::eigen::nonsymmv	(	gsl::matrix &	A,
		gsl::vector_complex &	eval,
		gsl::matrix_complex &	evec,
		nonsymmv_workspace &	w
	)

inline

C++ version of gsl_eigen_nonsymmv().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
eval	This is where the eigenvalues are stored
evec	This is where the eigenvectors are stored
w	A workspace

Returns: Error code on failure

Definition at line 470 of file eigen_nonsymm.hpp.

References gsl::bspline::eval(), gsl::matrix::get(), gsl::matrix_complex::get(), and gsl::eigen::nonsymmv_workspace::get().

◆ nonsymmv_sort()

int gsl::eigen::nonsymmv_sort	(	vector_complex &	eval,
		matrix_complex &	evec,
		gsl_eigen_sort_t	sort_type
	)

inline

C++ version of gsl_eigen_nonsymmv_sort().

Parameters

eval	A vector of eigenvalues
evec	A matrix of eigenvectors
sort_type	Specify the ordering of the eigenvalues and eigenvectors

Returns: GSL_SUCCESS or GSL_EBADLEN

Definition at line 74 of file eigen.hpp.

References gsl::bspline::eval(), and gsl::matrix_complex::get().

◆ nonsymmv_Z()

int gsl::eigen::nonsymmv_Z	(	gsl::matrix &	A,
		gsl::vector_complex &	eval,
		gsl::matrix_complex &	evec,
		gsl::matrix &	Z,
		nonsymmv_workspace &	w
	)

inline

C++ version of gsl_eigen_nonsymmv_Z().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
eval	This is where the eigenvalues are stored
evec	This is where the eigenvectors are stored
Z	A matrix (should be square)
w	A workspace

Returns: Error code on failure

Definition at line 507 of file eigen_nonsymm.hpp.

References gsl::bspline::eval(), gsl::matrix::get(), gsl::matrix_complex::get(), and gsl::eigen::nonsymmv_workspace::get().

◆ symm()

int gsl::eigen::symm	(	gsl::matrix &	A,
		gsl::vector &	eval,
		symm_workspace &	w
	)

inline

C++ version of gsl_eigen_symm().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
eval	This is where the eigenvalues are stored
w	A workspace

Returns: Error code on failure

Definition at line 251 of file eigen_symm.hpp.

References gsl::bspline::eval(), gsl::matrix::get(), and gsl::eigen::symm_workspace::get().

◆ symmv()

int gsl::eigen::symmv	(	gsl::matrix &	A,
		gsl::vector &	eval,
		gsl::matrix &	evec,
		symmv_workspace &	w
	)

inline

C++ version of gsl_eigen_symmv().

Computes the eigenvalues of A and stores them (unordered) in eval. The diagonal and lower triangle of A are altered. The workspace should have size n, where A has n rows and columns.

Parameters

A	A matrix (should be square)
eval	This is where the eigenvalues are stored
evec	This is where the eigenvectors are stored
w	A workspace

Returns: Error code on failure

Definition at line 469 of file eigen_symm.hpp.

References gsl::bspline::eval(), gsl::matrix::get(), and gsl::eigen::symmv_workspace::get().

◆ symmv_sort()

int gsl::eigen::symmv_sort	(	vector &	eval,
		matrix &	evec,
		gsl_eigen_sort_t	sort_type
	)

inline

C++ version of gsl_eigen_symmv_sort().

Parameters

eval	A vector of eigenvalues
evec	A matrix of eigenvectors
sort_type	Specify the ordering of the eigenvalues and eigenvectors

Returns: GSL_SUCCESS or GSL_EBADLEN

Definition at line 56 of file eigen.hpp.

References gsl::bspline::eval(), and gsl::matrix::get().

Variable Documentation

◆ SORT_VAL_ABS_ASC

gsl_eigen_sort_t const gsl::eigen::SORT_VAL_ABS_ASC = GSL_EIGEN_SORT_ABS_ASC

Sort in ascending order by absoulte size.

Definition at line 44 of file eigen.hpp.

◆ SORT_VAL_ABS_DESC

gsl_eigen_sort_t const gsl::eigen::SORT_VAL_ABS_DESC = GSL_EIGEN_SORT_ABS_DESC

Sort in descending order by absolute size.

Definition at line 48 of file eigen.hpp.

◆ SORT_VAL_ASC

gsl_eigen_sort_t const gsl::eigen::SORT_VAL_ASC = GSL_EIGEN_SORT_VAL_ASC

Sort in ascending order.

Definition at line 36 of file eigen.hpp.

◆ SORT_VAL_DESC

gsl_eigen_sort_t const gsl::eigen::SORT_VAL_DESC = GSL_EIGEN_SORT_VAL_DESC

Sort in descending order.

Definition at line 40 of file eigen.hpp.

Classes

Functions

Variables

Detailed Description

Function Documentation

◆ gen()

◆ gen_params()

◆ gen_QZ()

◆ genherm()

◆ genhermv()

◆ genhermv_sort()

◆ gensymm()

◆ gensymmv()

◆ gensymmv_sort()

◆ genv()

◆ genv_QZ()

◆ genv_sort()

◆ herm()

◆ hermv()

◆ hermv_sort()

◆ nonsymm()

◆ nonsymm_params()

◆ nonsymm_Z()

◆ nonsymmv()

◆ nonsymmv_sort()

◆ nonsymmv_Z()

◆ symm()

◆ symmv()

◆ symmv_sort()

Variable Documentation

◆ SORT_VAL_ABS_ASC

◆ SORT_VAL_ABS_DESC

◆ SORT_VAL_ASC

◆ SORT_VAL_DESC