LAPACK95 Users'Guide用户指南（影印版）

　　preface
　　I general information
　　1 essentials
　　1.1 l apack95
　　1.2 problems that lapack95 can solve
　　1.3 computers for which lapack95 is suitable
　　1.4 lapack and the blas
　　1.5 availability and installation of software
　　1.5.1 lapack95
　　1.5.1.1 incorporating machine dependencies
　　1.5.2 lapack
　　1.5.3 blas
　　1.5.4 installation debugging hints
　　1.5.5 mirror repositories of netlib
　　1.5.6 availability of software via cd-rom
　　1.6 support
　　1.7 commercial use
　　2 contents of lapack95
　　2.1 structure of lapack95
　　2.1.1 levels of routines
　　2.1.2 data types and precision
　　2.1.3 naming scheme
　　2.2 driver routines
　　2.2.1 linear equations
　　2.2.2 linear least squares (lls) problems
　　2.2.3 generalized linear least squares (lse and glm) problems
　　2.2.4 standard eigenvalue and singular value problems
　　2.2.4.1 symmetric eigenproblems (sep)
　　2.2.4.2 nonsymmetric eigenproblems (nep)
　　2.2.4.3 singular value decomposition (svd)
　　2.2.5 generalized eigenvalue and singular value problems
　　2.2.5.1 generalized symmetric definite eigenproblems (gsep)
　　2.2.5.2 generalized nonsymmetric eigenproblems (gnep)
　　2.2.5.3 generalized singular value decomposition (gsvd)
　　3 documentation design and program examples
　　……
　　II driver routines
　　III computationalroutines
　　bibliography
　　index by keyword
　　index by routine name
　　 

　　lapack95 is a fortran 95 interface to the fortran 77 lapack library. it is relevant for anyone who writes in the fortran 95 language and needs reliable software for basic numerical linear algebra. it improves upon the original user-interface to the lapack package, taking advantage of the considerable simplifications that fortran 95 allows.
　　lapack95 users' guide provides an introduction to the design of the lapackg$ package, a detailed description of its contents,reference manuals for the leading comments of the routines, and example programs.
　　readers with a basic knowledge of lapack will find this book to be an excellent companion to the popular lapack users' guide, to which the authors frequently refer throughout this new volume.