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/**
----------------------------------------------------------------------------
@defgroup group_solve Linear solve, AX = B
@brief Solve $AX = B$
@{
@defgroup gesv General matrix: LU
@defgroup gbsv General matrix: LU: banded
@defgroup gtsv General matrix: LU: tridiagonal
@defgroup posv Positive definite: Cholesky
@defgroup ppsv Positive definite: Cholesky: packed
@defgroup pbsv Positive definite: Cholesky: banded
@defgroup ptsv Positive definite: Cholesky: tridiagonal
@defgroup sysv Symmetric indefinite
@defgroup spsv Symmetric indefinite: packed
@defgroup hesv Hermitian indefinite
@defgroup hpsv Hermitian indefinite: packed
@}
----------------------------------------------------------------------------
@defgroup group_solve_computational Linear solve: computational routines
@brief Factor $LU$, $LL^H$, $LDL^H$; solve; inverse; condition number estimate
@{
@defgroup gesv_computational General matrix: LU
@defgroup gbsv_computational General matrix: LU: banded
@defgroup gtsv_computational General matrix: LU: tridiagonal
@defgroup posv_computational Positive definite: Cholesky
@defgroup ppsv_computational Positive definite: Cholesky: packed
@defgroup pfsv_computational Positive definite: Cholesky: RFP
@defgroup pbsv_computational Positive definite: Cholesky: banded
@defgroup ptsv_computational Positive definite: Cholesky: tridiagonal
@defgroup sysv_computational Symmetric indefinite: Bunch-Kaufman
@defgroup spsv_computational Symmetric indefinite: Bunch-Kaufman: packed
@defgroup sysv_rk_computational Symmetric indefinite: Rook
@defgroup sysv_aa_computational Symmetric indefinite: Aasen's
@defgroup hesv_computational Hermitian indefinite: Bunch-Kaufman
@defgroup hpsv_computational Hermitian indefinite: Bunch-Kaufman: packed
@defgroup hesv_rk_computational Hermitian indefinite: Rook
@defgroup hesv_aa_computational Hermitian indefinite: Aasen's
@defgroup trsv_computational Triangular
@defgroup tpsv_computational Triangular: packed
@defgroup tfsv_computational Triangular: RFP
@defgroup tbsv_computational Triangular: banded
@}
----------------------------------------------------------------------------
@defgroup group_gels Least squares
@{
@defgroup gels Standard, AX = B
@brief Solve $AX \approx B$
@defgroup ggls Constrained
@}
----------------------------------------------------------------------------
@defgroup group_unitary Orthogonal/unitary factorizations (QR, etc.)
@{
@defgroup geqrf A = QR factorization
@defgroup tpqrt A = QR factorization, triangle-pentagonal tiles
@defgroup geqpf AP = QR factorization with pivoting
@defgroup gelqf A = LQ factorization
@defgroup tplqt A = LQ factorization, triangle-pentagonal tiles
@defgroup geqlf A = QL factorization
@defgroup gerqf A = RQ factorization
@defgroup tzrzf A = RZ factorization
@defgroup ggqrf Generalized QR factorization
@defgroup ggrqf Generalized RQ factorization
@defgroup bbcsd Cosine-Sine (CS) decomposition
@defgroup reflector_aux_grp Householder reflectors
@defgroup rot_aux_grp Givens/Jacobi plane rotations
@}
----------------------------------------------------------------------------
@defgroup group_symmetric_eigen Symmetric/Hermitian eigenvalues
@{
@defgroup heev Standard, AV = V Lambda
@defgroup hpev Standard, AV = V Lambda: packed
@defgroup hbev Standard, AV = V Lambda: banded
@defgroup htev Standard, AV = V Lambda: tridiagonal
@defgroup hygv Generalized, AV = BV Lambda, etc.
@defgroup hpgv Generalized, AV = BV Lambda, etc.: packed
@defgroup hbgv Generalized, AV = BV Lambda, etc.: banded
@defgroup heev_computational Computational routines
@}
----------------------------------------------------------------------------
@defgroup group_nonsymmetric_eigen Non-symmetric eigenvalues
@{
@defgroup geev Standard, AV = V Lambda
@defgroup ggev Generalized, AV = BV Lambda
@defgroup gees Schur form, A = ZTZ^H
@defgroup gges Generalized Schur form
@defgroup gges_internal Generalized Schur form, internal
@defgroup geev_computational Computational routines
@}
----------------------------------------------------------------------------
@defgroup group_svd Singular Value Decomposition (SVD)
@{
@defgroup gesvd Standard, A = U Sigma V^H
@defgroup bdsvd Standard, A = U Sigma V^H, bidiagonal
@defgroup ggsvd Generalized
@defgroup gesvd_computational Computational routines
@}
----------------------------------------------------------------------------
@defgroup group_aux Auxiliary routines
@{
@defgroup initialize Initialize, copy, convert matrices
@defgroup norm Matrix norms
@defgroup auxiliary Other auxiliary routines
@}
----------------------------------------------------------------------------
@defgroup group_blas BLAS extensions in LAPACK
@{
@defgroup symv symv: Symmetric matrix-vector multiply
@brief $y = \alpha Ax + \beta y$
@defgroup syr syr: Symmetric rank 1 update
@brief $A = \alpha xx^T + A$
@}
----------------------------------------------------------------------------
@defgroup group_test Test routines
@{
@defgroup generate_matrix Test matrix generation
@defgroup util Utilities
@}
*/
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