BlendParam_

to 08 sep 1998

Summary
BlendParam_to 08 sep 1998
Variables
hpf_filenamefile name for HPF distribution
trace_filenamefile name for Paragraph traces
ps_filenamefile name for matrix postscript
hpfgener an HPF distribution file
tracegengener a simulated Paragraph execution trace file
psgener a post-script of symbol matrix and elimination tree
assemblyGener the info structure needed to assemble
solvmtx_filenamename of solver matrix files (in sequential mode
sequentielExec blend in sequentiel mode -> all solver matrix files generated
count_opsprint costs in term of number of elementary operations
debugmake some check at certains execution points
timerprint execution time
recovertake acount of a recover time estimation for ftgt
blcolminminimun number of column for a good use of BLAS primitives
blcolmax
blblokminsize of blockage for a good use of BLAS primitives in 2D distribution
blblokmax
absadaptative block size: := 0 all block are cut to blcolmin else try to make (ncand*abs) column
leaderProcessor leader for not parallele task (ex: gener assembly1D
allcandAll processor are candidat for a splitted cblk
nocrossprocCrossing processor forbiden in the splitting phase
forceE2
level2Dnumber of level to treat with a 2D distribution
candcorrect
clusterpropProportionnal mapping with clustering for upper layers
costlevelCalcul du cout de chaque sous arbre dans candtab
autolevelLevel to shift 1D to 2D is automaticly computed
malt_limitLimit for AUB memory allocations (in octets)
smpnbrNumber of smp node
procnbrNumber of physical processors in a smp node
ratiolimit
dense_endblockTreat the square right lower part of the matrix as a dense matrix
oocTo use the out of core version of Pastix
ricarIf set to 1 then use blend dedicated to ricar
oocmemlimitlimit of physical memory for ooc
iparmIn/Out Integer parameters
dparmIn/Out Float parameters
nSize of the matrix
blendParamInit
blendParamExit

Variables

hpf_filename

INT hpf

file name for HPF distribution

trace_filename

file name for Paragraph traces

ps_filename

file name for matrix postscript

hpf

gener an HPF distribution file

tracegen

INT tracegen

gener a simulated Paragraph execution trace file

ps

INT ps

gener a post-script of symbol matrix and elimination tree

assembly

INT assembly

Gener the info structure needed to assemble

solvmtx_filename

name of solver matrix files (in sequential mode

sequentiel

INT sequentiel

Exec blend in sequentiel mode -> all solver matrix files generated

count_ops

INT count_ops

print costs in term of number of elementary operations

debug

INT debug

make some check at certains execution points

timer

INT timer

print execution time

recover

INT recover

take acount of a recover time estimation for ftgt

blcolmin

INT blcolmin

minimun number of column for a good use of BLAS primitives

blcolmax

INT blcolmax

blblokmin

INT blblokmin

size of blockage for a good use of BLAS primitives in 2D distribution

blblokmax

INT blblokmax

abs

INT abs

adaptative block size: := 0 all block are cut to blcolmin else try to make (ncand*abs) column

leader

INT leader

Processor leader for not parallele task (ex: gener assembly1D

allcand

INT allcand

All processor are candidat for a splitted cblk

nocrossproc

INT nocrossproc

Crossing processor forbiden in the splitting phase

forceE2

INT forceE2

level2D

INT level2D

number of level to treat with a 2D distribution

candcorrect

INT candcorrect

clusterprop

INT clusterprop

Proportionnal mapping with clustering for upper layers

costlevel

INT costlevel

Calcul du cout de chaque sous arbre dans candtab

autolevel

INT autolevel

Level to shift 1D to 2D is automaticly computed

malt_limit

INT malt_limit

Limit for AUB memory allocations (in octets)

smpnbr

INT smpnbr

Number of smp node

procnbr

INT procnbr

Number of physical processors in a smp node

ratiolimit

double ratiolimit

dense_endblock

INT dense_endblock

Treat the square right lower part of the matrix as a dense matrix

ooc

INT ooc

To use the out of core version of Pastix

ricar

INT ricar

If set to 1 then use blend dedicated to ricar

oocmemlimit

double oocmemlimit

limit of physical memory for ooc

iparm

In/Out Integer parameters

dparm

In/Out Float parameters

n

INT n

Size of the matrix

blendParamInit

INT blendParamInit(BlendParam *)

blendParamExit

void blendParamExit(BlendParam *)
INT hpf
file name for HPF distribution
INT tracegen
gener a simulated Paragraph execution trace file
INT ps
gener a post-script of symbol matrix and elimination tree
INT assembly
Gener the info structure needed to assemble
INT sequentiel
Exec blend in sequentiel mode -> all solver matrix files generated
INT count_ops
print costs in term of number of elementary operations
INT debug
make some check at certains execution points
INT timer
print execution time
INT recover
take acount of a recover time estimation for ftgt
INT blcolmin
minimun number of column for a good use of BLAS primitives
INT blcolmax
INT blblokmin
size of blockage for a good use of BLAS primitives in 2D distribution
INT blblokmax
INT abs
adaptative block size: := 0 all block are cut to blcolmin else try to make (ncand*abs) column
INT leader
Processor leader for not parallele task (ex: gener assembly1D
INT allcand
All processor are candidat for a splitted cblk
INT nocrossproc
Crossing processor forbiden in the splitting phase
INT forceE2
INT level2D
number of level to treat with a 2D distribution
INT candcorrect
INT clusterprop
Proportionnal mapping with clustering for upper layers
INT costlevel
Calcul du cout de chaque sous arbre dans candtab
INT autolevel
Level to shift 1D to 2D is automaticly computed
INT malt_limit
Limit for AUB memory allocations (in octets)
INT smpnbr
Number of smp node
INT procnbr
Number of physical processors in a smp node
double ratiolimit
INT dense_endblock
Treat the square right lower part of the matrix as a dense matrix
INT ooc
To use the out of core version of Pastix
INT ricar
If set to 1 then use blend dedicated to ricar
double oocmemlimit
limit of physical memory for ooc
INT n
Size of the matrix
INT blendParamInit(BlendParam *)
void blendParamExit(BlendParam *)
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