Variable Index
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A
 abs, BlendParam_
 addblok, ExtraSymbolMatrix_
 addcblk, ExtraSymbolMatrix_
 allcand, BlendParam_
 alloc_clk
 alloc_init, Sopalin_Data_
 allocated, ooc_
 allreduce, Sopalin_Data_
 amalgamation, solve_param
 API_CALL(sopalin_smp)
 arftmax
 argc, solve_param
 assembly, BlendParam_
 autolevel, BlendParam_
 aval, CSC_
B
 b, SopalinParam_
 b_int, pastix_data_t
 bandwidth, netperf_
 barrier, Sopalin_Data_
 baseval
 bcofnbr, SolverMatrix_
 berr, Sopalin_Data_
 bindtab
 blblokmax, BlendParam_
 blblokmin, BlendParam_
 blcolmax, BlendParam_
 blcolmin, BlendParam_
 blocked_threads, sopthread_barrier
 blocks_waited_for, ooc_
 blocktgtsendqueue, Sopalin_Data_
 blok2blok_tab, Assembly2D_
 blok2cblk_tab, Assembly2D_
 blok2proc_tab, Assembly2D_
 bloknbr
 bloknum
 bloknum2, SimuTask_
 bloksrc, SimuBlockTarget_
 bloktab
 blprtab
 bmalcolrow, pastix_data_t
 bpftmax, SolverMatrix_
 browcblktab, UpDownCblk_
 browprocnbr, UpDownCblk_
 browproctab, UpDownCblk_
 btagnbr, SolverMatrix_
 btagptr, Task_
 btgrnbr, SolverMatrix_
 btgsnbr, SolverMatrix_
 btree, BlendCtrl_
 bublnbr
INT abs
adaptative block size: := 0 all block are cut to blcolmin else try to make (ncand*abs) column
INT addblok
Number of blok created
INT addcblk
Number of cblk created
INT allcand
All processor are candidat for a splitted cblk
static Clock alloc_clk
INT alloc_init
Initial allocated memory
INT allocated
OOC allocated memory
Pastix_Allreduce_t allreduce
Data structure for MPi_Allreduce
int amalgamation
SOPALIN_CLOCK_STOP
Factorization routine.
INT arftmax
INT arftmax
Maximum block area in ftgt
int argc
INT assembly
Gener the info structure needed to assemble
INT autolevel
Level to shift 1D to 2D is automaticly computed
Table de poids des aretes locales
b vector (RHS and solution)
Local part of the right-hand-side
double bandwidth
sopthread_barrier_t barrier
Threads synchronisation barrier
INT baseval
INT baseval
Base value for indexing
INT baseval
Base value for numberings
INT baseval
Base value for numberings
INT baseval
Base value for numberings
INT baseval
Grid base value
INT baseval
Grid base value
INT baseval
Grid base value
INT baseval
Base value for numberings
INT baseval
Base value
INT baseval
Base value for numberings
INT bcofnbr
Error in refinement
Tabular giving for each thread a CPU to bind it too
Define where to bin threads
INT blblokmax
INT blblokmin
size of blockage for a good use of BLAS primitives in 2D distribution
INT blcolmax
INT blcolmin
minimun number of column for a good use of BLAS primitives
Number of threads in the barrier
Blocks computing threads are waiting for
Blocks to send queue
local block i in 1D --> local block i in the 2D distribution
local block i in 2D --> local cblk on the same processor in the 2D distribution
local block i in 1D --> processor owner in 2D distribution
INT bloknbr
Number of blocks in the cblk.
INT bloknbr
Number of blocks
INT bloknbr
Number of blocks
INT bloknum
number of the block that the task deals with
INT bloknum
INT bloknum
First block in column (diagonal)
INT bloknum
Attached block
INT bloknum2
INT bloksrc
Array of blocks [based]
List of blocks of the cblk.
Array of blocks [based]
SimuBlok vector
Assembly1D
Array of block to processor mapping
Vector containing the distribution of the blok
int bmalcolrow
boolean indicating if col2 ans row2 have been allocated
INT bpftmax
Maximum of block size for btag to receive
Brow
INT browprocnbr
Brow size
Brow
INT btagnbr
Number of Blocktargets
si non local, pointeur sur la structure (NB reception)
INT btgrnbr
Number of Blocktargets to recv
INT btgsnbr
Number of Blocktargets to send
arbre de bulles
INT bublnbr
Number of threads for one clustnum
INT bublnbr
Number of local computation threads
Close