Tatooine
Modules
Lapack
Collaboration diagram for Lapack:

Modules

 GECON
 Estimates the reciprocal of the condition number.
 
 GEEV
 General Matrix EigenvaluesGEEV computes for an \(n\times n\) real nonsymmetric matrix \(\mA\), the eigenvalues and, optionally, the left and/or right eigenvectors.
 
 GEQRF
 General QR Factorization.
 
 GESV
 General Solve.
 
 GETRF
 Computes an LU factorization of a general matrix.
 
 LANGE
 Calculating norms.
 
 ORMQR
 Orthogonal Matrix.
 
 SYEV
 Symmetrical Matrix EigenvaluesComputes all eigenvalues and, optionally, eigenvectors of a real symmetric matrix A.
 
 SYSV
 Computes the solution to symmetric linear systems.
 
 TRTRS
 Solves triangular systems.
 

Detailed Description

Name Description
BD bidiagonal matrix
DI diagonal matrix
GB general band matrix
GE general matrix (i.e., unsymmetric, in some cases rectangular)
GG general matrices, generalized problem (i.e., a pair of general matrices)
GT general tridiagonal matrix
HB (complex) Hermitian band matrix
HE (complex) Hermitian matrix
HG upper Hessenberg matrix, generalized problem (i.e. a Hessenberg and a triangular matrix)
HP (complex) Hermitian, packed storage matrix
HS upper Hessenberg matrix
OP (real) orthogonal matrix, packed storage matrix
OR (real) orthogonal matrix
PB symmetric matrix or Hermitian matrix positive definite band
PO symmetric matrix or Hermitian matrix positive definite
PP symmetric matrix or Hermitian matrix positive definite, packed storage matrix
PT symmetric matrix or Hermitian matrix positive definite tridiagonal matrix
SB (real) symmetric band matrix
SP symmetric, packed storage matrix
ST (real) symmetric matrix tridiagonal matrix
SY symmetric matrix
TB triangular band matrix
TG triangular matrices, generalized problem (i.e., a pair of triangular matrices)
TP triangular, packed storage matrix
TR triangular matrix (or in some cases quasi-triangular)
TZ trapezoidal matrix
UN (complex) unitary matrix
UP (complex) unitary, packed storage matrix