Data Types List

Here are the data types with brief descriptions:

[detail level 12]

blacs_module	Interfaces to BLACS routines
blacs_abort	Frees all BLACS contexts and releases all allocated memory
blacs_barrier	Calls a barrier
blacs_exit	Exits blacs communicator
blacs_get	Gets values that BLACS uses for internal defaults
blacs_gridinfo	Delivers information about the grid
blacs_gridinit	Assigns available processes into BLACS process grid
blacs_gridmap	Creates a customized process grid
blacs_pcoord	Returns row and column of a process in the grid
blacs_pinfo	Returns the number of processes available for use
blacs_pnum	Returns the system process number of the process in the process grid
gebr2d	Wrapper around type specific ?gebr2d subroutines
gebs2d	Wrapper around type specific ?gebs2d subroutines
gerv2d	Wrapper around type specific ?gerv2d subroutines
gesd2d	Wrapper around type specific ?gesd2d subroutines
gsum2d	Wrapper around type specific ?gsum2d subroutines
blacsfx_module	High level Fortran wrappers for the BLACS library
blacsfx_gebr	Wrapper around ?gebr2d for data of rank 0, 1, 2
blacsfx_gebs	Wrapper around ?gebs2d for data of rank 0, 1, 2
blacsfx_gerv	Wrapper around ?gerv2d for data of rank 0, 1, 2
blacsfx_gesd	Wrapper around ?gesd2d for data of rank 0, 1, 2
blacsfx_gsum	Wrapper around ?gsum2d for data of rank 0, 1, 2
blacsgrid_module	BLACS grid related routines
blacsgrid	Descriptor for BLACS grids
libscalapackfx_module	Exports the functionality of the ScaLAPACKFX library as one module
linecomm_module	Contains the linecomm type
linecomm	Type for communicating a row or a column of a distributed matrix
pblas_module	Interface to PBLAS routines
phemv	Symmetric matrix vector product
pher	Hermitian rank one update
pherk	Hermitian rank-k update
psymv	Symmetric matrix vector product
psyr	Symmetric rank one update
psyrk	Symmetric rank-k update
pblasfx_module	High level Fortran wrappers for the PBLAS library
scalapack_module	Wrapper functions for scalapack
descinit	Initializes a descriptor for a distributed array
infog2l	Converts global matrix index into local
numroc	Number of rows or columns of distributed matrix owned by local process
pheev	Solves the Hermitian eigenvalue problem
pheevd	Solves the Hermitian eigenvalue problem by divide and conquer algorithm
phegst	Reduces generalized Hermitian eigenvalue problem to standard form
ppotrf	Cholesky factorization of symmetric/Hermitian positive definite matrix
psyev	Solves the symmetric eigenvalue problem
psyevd	Solves the symmetric eigenvalue problem by divide and conquer algorithm
psygst	Reduces generalized symmetric eigenvalue problem to standard form
ptrsm	Linear system of equation for triangular matrix
sl_init	Scalapack initialization routine
scalapackfx_module	High level Fortran wrappers for the SCALAPACK library
scalafx_creatematrix	Creates a distributed matrix and allocates local storage
scalafx_pheev	Solves Hermitian eigenvalue problem by the QR algorithm
scalafx_pheevd	Solves Hermitian eigenvalue problem by the divide and conquer algorithm
scalafx_phegst	Reduces Hermitian definite generalized eigenvalue problem to standard form
scalafx_phegv	Solves generalized Hermitian eigenvalue problem by the QR algorithm
scalafx_phegvd	Solves generalized Hermitian eigenvalue problem by the divide and conquer algorithm
scalafx_ppotrf	Cholesky factorization of a symmetric/Hermitian positive definite matrix
scalafx_psyev	Solves symmetric eigenvalue problem by the QR algorithm
scalafx_psyevd	Solves symmetric eigenvalue problem by the divide and conquer algorithm
scalafx_psygst	Reduces symmetric definite generalized eigenvalue problem to standard form
scalafx_psygv	Solves generalized symmetric eigenvalue problem by the QR algorithm
scalafx_psygvd	Solves generalized symmetric eigenvalue problem by the divide and conquer algorithm
scalafx_ptrsm	Solves triangular matrix equation
scalapackfx_tools_module	Some extension routines to the scalapack library making it more usable
blocklist	List of the local blocks of a distributed matrix