Parallel Sparse Matrix Package
| CSC_ | |
| Variables | |
| vertlocnbr | Number of local verteces, correspond to ia local vector size |
| edgelocnbr | Number of local edges, correpond to ja local vector size |
| ia | Table des sommets locaux |
| ja | Table des sommets au bout de l’arete :) (num global) |
| aval | Table de poids des aretes locales |
| rhs | Right Hand Side |
| CSCD_ | |
| Variables | |
| loc2glb | Table of global indices for local vertices |
| mpi_comm | |
| j_size | |
| j_cst | |
| second | |
| csc_Init | |
| csc_Free | |
| cscd_Init | |
| cscd_Free | |
| cscd_Save | |
| cscd_Load | |
| cscd_Sym | |
| cscd_Addedge | |
| cscd_Convert_dgraph | |
| cscd_Fusion | |
| cscd_Explode | |
| cscd_Remvertices | |
| cscd_Addvertices | |
| cscd_Addvalues | |
| cscd_getGloballocal | |
| cscd_indIfLoc | |
| cscd_add_diag | |
| cscd_NoDiag | |
| cscd_sort | |
| cscd_quicksort | |
| cscd_partition | |
| cscd_Redispatch | Renumber the columns to have first columns on first proc for Scotch |
Number of local verteces, correspond to ia local vector size
INT vertlocnbr
Number of local edges, correpond to ja local vector size
INT edgelocnbr
Table des sommets locaux
CSC
MPI_Comm mpi_comm
INT j_size
INT j_cst
double second ()
int csc_Init ( CSC * , INT, INT, INT * , INT * , FLOAT * , FLOAT * )
int csc_Free ( CSC * )
int cscd_Init ( CSCD * , INT * , INT, INT, INT * , INT * , FLOAT * , FLOAT * , MPI_Comm )
int cscd_Free ( CSCD * )
int cscd_Save ( CSCD * , const char * )
int cscd_Load ( CSCD * , const char * , MPI_Comm )
int cscd_Sym ( CSCD * , INT )
int cscd_Addedge ( CSCD * , INT, INT, FLOAT )
int cscd_Convert_dgraph ( CSCD * , INT )
int cscd_Fusion ( CSCD * )
int cscd_Explode ( CSCD * , MPI_Comm )
int cscd_Remvertices ( CSCD * , CSCD * , INT * , INT )
int cscd_Addvertices ( CSCD * , INT * , INT * , INT * , FLOAT * , FLOAT * , INT, INT )
int cscd_Addvalues ( CSCD * , CSCD * )
INT cscd_getGloballocal ( CSCD * , INT )
INT cscd_indIfLoc ( CSCD * , INT )
int cscd_add_diag ( CSCD * )
int cscd_NoDiag ( CSCD * cscd_graph )
int cscd_sort ( CSCD * )
void cscd_quicksort ( INT * , FLOAT * , INT, INT )
int cscd_partition ( INT * , FLOAT * , INT, INT, INT )
Renumber the columns to have first columns on first proc for Scotch
int cscd_Redispatch( CSCD * cscd_graph )