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 |