<commit_before>---------------------------------------------------------------------------

                         Distribution of "LACAML"

---------------------------------------------------------------------------

                               Prerequisites

                               BLAS, LAPACK

             YOU WILL NEED GNU-MAKE TO COMPILE THE SYSTEM WITH
                         THE DISTRIBUTED MAKEFILES

---------------------------------------------------------------------------

                   Files in this distribution

Changelog            - History of code changes.

COPYRIGHT            - Copyright and authors of Lacaml.

INSTALL              - Short notes on compiling and installing the library

LICENSE              - A copy of the "GNU LESSER GENERAL PUBLIC LICENSE"

Makefile             - Global Makefile

OCamlMakefile        - Makefile for easy handling of compilation of not
                       so easy OCaml-projects.  It generates dependencies
                       of OCaml-files automatically, is able to handle
                       "ocamllex"-, "ocamlyacc"-, IDL- and C-files and
                       generates native- or byte-code, as executable or
                       as library - with thread-support if you want!

README.txt           - This file

examples/            - Various linear algebra examples.

lib/impl.ml          - *DEPRECATED*

lib/common.ml        - Globally visible utility-functions and definitions.

lib/float32.mli      - Modules that specialize for real/complex and
lib/float32.ml         single/double precision (globally visible through
lib/float64.mli        lacaml.ml).
lib/float64.ml
lib/complex32.mli
lib/complex32.ml
lib/complex64.mli
lib/complex64.ml

lib/impl_SDCZ.mli    - These implement the OCaml-interface to BLAS (or
lib/impl_SDCZ.ml       its more efficient ATLAS-implementation) and
lib/impl_SD.mli        LAPACK and only look like valid OCaml-files. In
lib/impl_SD.ml         fact four modules are generated from the SDCZ-files:
lib/impl_CZ.mli        two for single-precision operations, another
lib/impl_CZ.ml         two for double-precision, for real and complex
                       transforms respectively. The SD- and CZ-files handle
                       special functions that are only available for either
                       real or complex transformations.

lib/impl_SDCZ_c.c    - The C-interface to BLAS and LAPACK that works as a
lib/impl_SD_c.c        wrapper for the OCaml-interface, which cannot
lib/impl_CZ_c.c        interface FORTRAN directly.

lib/vec_SDCZ.mli     - Implementation of commonly useful vector operations.
lib/vec_SDCZ.ml
lib/vec_SD_c.c
lib/vec_CZ_c.c

lib/fold_col.c       - These C-files contain generic implementations of
lib/fold2_col.c        vector functions. They can be parameterized with
lib/vec_combine.c      macros for special cases.
lib/vec_map.c

lib/mat_SDCZ.mli     - Implementation of commonly useful matrix operations.
lib/mat_SDCZ.ml
lib/mat_SD.mli
lib/mat_SD.ml
lib/mat_CZ.mli
lib/mat_CZ.ml

lib/utils.ml         - Internal auxiliary functions needed by other modules.

lib/impl_c.c         - Auxiliary C-routines needed in the C-interface.
lib/utils_c.c

lib/lacaml_macros.h  - C-header with macro definitions for writing
                       precision independent and convenient interfaces
                       to FORTRAN-libraries.

lib/myXerbla.f       - Dummy FORTRAN module for error handling that
                       overrides the one provided with BLAS and LAPACK:
                       these would otherwise abort execution of programs
                       on errors. Now we can handle errors in OCaml
                       instead.

---------------------------------------------------------------------------

                                 What is it?

This OCaml-library interfaces the BLAS-library (Basic Linear Algebra
Subroutines) and LAPACK-library (Linear Algebra routines), which are
written in FORTRAN.

This allows people to write high-performance numerical code for
applications that require linear algebra.
<commit_msg>Updated the documentation about the purpose of the files.<commit_after>---------------------------------------------------------------------------

                         Distribution of "LACAML"

---------------------------------------------------------------------------

                               Prerequisites

                               BLAS, LAPACK

             YOU WILL NEED GNU-MAKE TO COMPILE THE SYSTEM WITH
                         THE DISTRIBUTED MAKEFILES

---------------------------------------------------------------------------

                   Files in this distribution

Changelog            - History of code changes.

COPYRIGHT            - Copyright and authors of Lacaml.

INSTALL              - Short notes on compiling and installing the library

LICENSE              - A copy of the "GNU LESSER GENERAL PUBLIC LICENSE"

Makefile             - Global Makefile

OCamlMakefile        - Makefile for easy handling of compilation of not
                       so easy OCaml-projects.  It generates dependencies
                       of OCaml-files automatically, is able to handle
                       "ocamllex"-, "ocamlyacc"-, IDL- and C-files and
                       generates native- or byte-code, as executable or
                       as library - with thread-support if you want!

README.txt           - This file

examples/            - Various linear algebra examples.

lib/common.ml        - Globally visible utility-functions and definitions.

lib/float32.mli      - Modules that specialize for real/complex and
lib/float32.ml         single/double precision (globally visible through
lib/float64.mli        lacaml.ml).
lib/float64.ml
lib/complex32.mli
lib/complex32.ml
lib/complex64.mli
lib/complex64.ml

lib/impl_SDCZ.mli    - These implement the OCaml-interface to BLAS (or
lib/impl_SDCZ.ml       its more efficient ATLAS-implementation) and
lib/impl_SD.mli        LAPACK and only look like valid OCaml-files. In
lib/impl_SD.ml         fact four modules are generated from the SDCZ-files:
lib/impl_CZ.mli        two for single-precision operations, another
lib/impl_CZ.ml         two for double-precision, for real and complex
                       transforms respectively. The SD- and CZ-files handle
                       special functions that are only available for either
                       real or complex transformations.

lib/impl_SDCZ_c.c    - The C-interface to BLAS and LAPACK that works as a
lib/impl_SD_c.c        wrapper for the OCaml-interface, which cannot
lib/impl_CZ_c.c        interface FORTRAN directly.

lib/vec_SDCZ.mli     - Implementation of commonly useful vector operations.
lib/vec_SDCZ.ml
lib/vec_SD_c.c
lib/vec_CZ_c.c

lib/fold_col.c       - These C-files contain generic implementations of
lib/fold2_col.c        vector functions. They can be parameterized with
lib/vec_combine.c      macros for special cases.
lib/vec_map.c

lib/mat_SDCZ.mli     - Implementation of commonly useful matrix operations.
lib/mat_SDCZ.ml
lib/mat_SD.mli
lib/mat_SD.ml
lib/mat_CZ.mli
lib/mat_CZ.ml

lib/SD.ml            - Interfaces of the S, D, C, and Z submodules are
lib/SD.mli             generated from these by the post-configure script.
lib/CZ.ml
lib/CZ.mli

lib/lacaml_SDCZ.mli - Interface template for the Lacaml library (the final
                      interface is generated by the post configure script
		      make_prec_dep.ml in lacaml.mli).

lib/utils.ml         - Internal auxiliary functions needed by other modules.

lib/impl_c.c         - Auxiliary C-routines needed in the C-interface.
lib/utils_c.c

lib/lacaml_macros.h  - C-header with macro definitions for writing
                       precision independent and convenient interfaces
                       to FORTRAN-libraries.

lib/myXerbla.f       - Dummy FORTRAN module for error handling that
                       overrides the one provided with BLAS and LAPACK:
                       these would otherwise abort execution of programs
                       on errors. Now we can handle errors in OCaml
                       instead.

---------------------------------------------------------------------------

                                 What is it?

This OCaml-library interfaces the BLAS-library (Basic Linear Algebra
Subroutines) and LAPACK-library (Linear Algebra routines), which are
written in FORTRAN.

This allows people to write high-performance numerical code for
applications that require linear algebra.

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