matrix
assembled #  assembled (input global matrix to proc), distributedglobal ( the input global matrix is distributed to procs ), distributed  (input distributed matrix). distributedglobal and distrbuted not work yet with FreeFem++.
iparm
1         #  Indicate if parameters have been set by user                 index : IPARM_MODIFY_PARAMETER (IN)
1         #  Indicate the first step to execute (see PaStiX steps)        index : IPARM_START_TASK (IN)
7         #  Indicate the last step to execute (see PaStiX steps)         index : IPARM_END_TASK (IN)
1         #  Verbose mode (see Verbose modes)                             index : IPARM_VERBOSE (IN)
1         #  Degree of freedom per node                                   index : IPARM_DOF_NBR (IN)
250       #  Maximum iteration number for refinement                      index : IPARM_ITERMAX (IN)
0         #  Check the input matrix                                       index : IPARM_MATRIX_VERIFICATION (IN)
0         #  MC64 operation <pastix.h> IGNORE                             index : IPARM_MC64 (IN)
0         #  Refinement only                                              index : IPARM_ONLY_RAFF (IN)
0         #  Indicate if the cscd has been redistributed after blend      index : IPARM_CSCD_CORRECT (IN)
0         #  Number of iterations performed in refinement                 index : IPARM_NBITER (OUT)
0         #  Trace format (see Trace modes)                               index : IPARM_TRACEFMT (IN)
1         #  Specify if the given graph is distributed or not             index : IPARM_GRAPHDIST (IN)
5         #  Amalgamation level                                           index : IPARM_AMALGAMATION_LEVEL (IN)
0         #  Choose ordering                                              index : IPARM_ORDERING (IN)
1         #  Use default ordering parameters with scotch or metis         index : IPARM_DEFAULT_ORDERING (IN)
120       #  Ordering switch level    (see Scotch User's Guide)           index : IPARM_ORDERING_SWITCH_LEVEL (IN)
0         #  Ordering cmin parameter  (see Scotch User's Guide)           index : IPARM_ORDERING_CMIN (IN)
100000    #  Ordering cmax parameter  (see Scotch User's Guide)           index : IPARM_ORDERING_CMAX (IN)
8         #  Ordering frat parameter  (see Scotch User's Guide)           index : IPARM_ORDERING_FRAT (IN)
0         #  Static pivoting                                              index : IPARM_STATIC_PIVOTING (OUT)
0         #  Metis pfactor                                                index : IPARM_METIS_PFACTOR (IN)
0         #  Number of Non Zeros in initial matrix                        index : IPARM_NNZEROS (OUT)
0         #  Number of Non Zeros in the factorized matrix                 index : IPARM_ALLOCATED_TERMS (OUT)
0         #  Baseval used for the matrix                                  index : IPARM_BASEVAL (IN)
60        #  Minimum blocksize                                            index : IPARM_MIN_BLOCKSIZE (OUT)
120       #  Maximum blocksize                                            index : IPARM_MAX_BLOCKSIZE (OUT)
0         #  unused                                                       index : 27  
0         #  unused                                                       index : 28  
0         #  unused                                                       index : 29  
1         #  Factorization mode (see Factorization modes)                 index : IPARM_FACTORIZATION (IN)
0         #  unused                                                       index : 31  
0         #  Number of CPU per SMP node                                   index : IPARM_CPU_BY_NODE (IN)
1         #  Thread binding mode (see Thread binding modes)               index : IPARM_BINDTHRD (IN)
1         #  Number of thread per MPI process                             index : IPARM_THREAD_NBR (IN)
0         #  Distribution level IGNORE                                    index : IPARM_DISTRIBUTION_LEVEL (IN)
1         #  Level of fill for incomplete factorization                   index : IPARM_LEVEL_OF_FILL (IN)
0         #  IO strategy (see Check-points modes)                         index : IPARM_IO_STRATEGY (IN)
1         #  Right-hand-side making (see Rhight-hand-side modes)          index : IPARM_RHS_MAKING (IN)
0         #  Refinement type (see Refinement modes)                       index : IPARM_REFINEMENT (IN)
0         #  Symmetric matrix mode (see Symmetric modes)                  index : IPARM_SYM (IN)
0         #  Incomplete factorization                                     index : IPARM_INCOMPLETE (IN)
0         #  ABS (Automatic Blocksize Splitting)                          index : IPARM_ABS (IN)
0         #  ESP (Enhanced Sparse Parallelism)                            index : IPARM_ESP (IN)
25        #  GMRES restart parameter                                      index : IPARM_GMRES_IM (IN)
0         #  Free user CSC                                                index : IPARM_FREE_CSCUSER (IN)
0         #  Free internal CSC (Use only without call to Refin. step)     index : IPARM_FREE_CSCPASTIX (IN)
2000      #  Out of core memory limit (Mo)                                index : IPARM_OOC_LIMIT (IN)
1         #  Out of core thread number IGNORE                             index : IPARM_OOC_THREAD (IN)
0         #  Out of core run ID        IGNORE                             index : IPARM_OOC_ID (OUT)
0         #  Number of SMP node used   IGNORE                             index : IPARM_NB_SMP_NODE_USED (IN)
0         #  Threaded communication mode (see Communication modes)        index : IPARM_THREAD_COMM_MODE (IN)
1         #  Number of thread(s) for communication                        index : IPARM_NB_THREAD_COMM (IN)
0         #  Initialize matrix coefficients (for test only)  IGNORE       index : IPARM_FILL_MATRIX (IN)
0         #  Return the inertia (symmetric matrix without pivoting)       index : IPARM_INERTIA (OUT)
0         #  Return the NUMBER OF TASKS GENERATED BY ESP                  index : IPARM_ESP_NBTASKS (OUT)
0         #  unused                                                       index : 56  
0         #  unused                                                       index : 57  
0         #  unused                                                       index : 58  
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0         #  unused                                                       index : 60  
0         #  unused                                                       index : 61  
0         #  unused                                                       index : 62  
0         #  Return value                                                 index : IPARM_ERROR_NUMBER (OUT)
dparm
0         #  unused                                                       index : 0  
0         #  unused                                                       index : 1  
0         #  unused                                                       index : 2  
0         #  unused                                                       index : 3  
0         #  unused                                                       index : 4  
1e-12     #  Epsilon for refinement                                       index : 5 (IN)
0         #  Relative backward error                                      index : 6 (OUT)
0         #  unused                                                       index : 7  
0         #  unused                                                       index : 8  
0         #  unused                                                       index : 9  
1e-31     #  Epsilon for magnitude control                                index : 10 (IN)
0         #  unused                                                       index : 11  
0         #  unused                                                       index : 12  
0         #  unused                                                       index : 13  
0         #  unused                                                       index : 14  
0         #  unused                                                       index : 15  
0         #  unused                                                       index : 16  
0         #  unused                                                       index : 17  
0         #  Analize time                                                 index : 18 (OUT)
0         #  Predicted factorization time                                 index : 19 (OUT)
0         #  Factorization time                                           index : 20 (OUT)
0         #  Solving time                                                 index : 21 (OUT)
0         #  Factorization flops                                          index : 22 (OUT)
0         #  Solving flops                                                index : 23 (OUT)
0         #  Refinement time                                              index : 24 (OUT)
0         #  unused                                                       index : 25  
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0         #  unused                                                       index : 57  
0         #  unused                                                       index : 58  
0         #  unused                                                       index : 59  
0         #  unused                                                       index : 60  
0         #  unused                                                       index : 61  
0         #  unused                                                       index : 62  
0         #  unused                                                       index : 63  
