assim.arpege_BS4D__obstype@screening.geow

Quick filters

XPID	Base cycle	User	Updated	Main Metric	Value
dv-0517-belenos@mary (50T1_fix_musc)	cy50t1	mary	2025-08-20 16:02:46	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.394779444241 jo/n : 0.18655065431646664 n : 45 U : jo : 83.57349895756 jo/n : 0.9285944328617778 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.46455866919 jo/n : 0.322178305608125 n : 48 U : jo : 23.62080377087 jo/n : 0.24605003927989585 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.90430365119 jo/n : 1.1161721460476 n : 25 U : jo : 5.34837996207 jo/n : 0.10696759924140001 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.506105834641 jo/n : 0.08367254636894444 n : 18 U : jo : 12.6990497146 jo/n : 0.3527513809611111 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.9877914657 jo/n : 0.3633588969477273 n : 44 U : jo : 28.81832406671 jo/n : 0.3274809553035227 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.707934643691 jo/n : 0.38831738574764 n : 25 U : jo : 6.861913990224 jo/n : 0.13723827980448 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.45253087364 jo/n : 1.6283709075495651 n : 23 U : jo : 6.269094818451 jo/n : 0.1362846699663261 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.44237688534 jo/n : 0.05547603405153846 n : 26 U : jo : 14.2322403348 jo/n : 0.2736969295153846 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.814024618117 jo/n : 0.1622386813837381 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.27836506678 jo/n : 0.196198908336875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.14170658782 jo/n : 0.2028341317564 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.742027191949 jo/n : 0.3588766994968125 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 9.193705369023 jo/n : 0.5746065855639375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.517206814602 jo/n : 0.3474774472770769 n : 13 U : jo : 28.09786447348 jo/n : 1.0806870951338463 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.341195685406 jo/n : 0.22353261423433335 n : 6 U : jo : 8.056290968645 jo/n : 0.6713575807204166 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.307181947397 jo/n : 0.21535909736984998 n : 20 U : jo : 5.06647998503 jo/n : 0.12666199962575 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1978901112217 jo/n : 0.049472527805425 n : 4 U : jo : 3.991152452116 jo/n : 0.4988940565145 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.312891802061 jo/n : 0.3312891802061 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.39940081563 jo/n : 2.939940081563 n : 10 U : jo : 8.639469894033 jo/n : 0.43197349470165003 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.553644419846 jo/n : 0.6384111049615 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.75057077417 jo/n : 1.84382134677125 n : 8 U : jo : 2.268960156637 jo/n : 0.1418100097898125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.83550008368 jo/n : 0.45887502092 n : 4 U : jo : 10.87912134062 jo/n : 1.3598901675775 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.468241043095 jo/n : 0.12235342025791666 n : 12 U : jo : 4.743445986489 jo/n : 0.197643582770375 n : 24 METOP 3 METHOD=IR : T : jo : 0.7342942478442 jo/n : 0.091786780980525 n : 8 U : jo : 7.074725394435 jo/n : 0.4421703371521875 n : 16 METOP 5 METHOD=IR : T : jo : 0.464713165471 jo/n : 0.058089145683875 n : 8 U : jo : 6.58048880209 jo/n : 0.411280550130625 n : 16 NOAA 224 METHOD=IR : T : jo : 3.69872215214 jo/n : 0.4109691280155556 n : 9 U : jo : 11.94935343236 jo/n : 0.6638529684644445 n : 18 NOAA 225 METHOD=IR : T : jo : 27.90711288353 jo/n : 3.48838911044125 n : 8 U : jo : 6.897766604822 jo/n : 0.431110412801375 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 538.2737175072 jo/n : 0.4241715661995272 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 538.2737175072
dv-0504-belenos@mary (CY50T1)	cy50t1	mary	2025-07-07 15:25:25	- None	None
dv-0493-belenos@mary (CY50_T1rc.02)	cy50t1	mary	2025-06-04 07:35:25	- None	None
dv-0482-belenos@mary (CY50_toT1.05)	cy50t1	mary	2025-05-20 10:56:44	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.746486484516 jo/n : 0.19436636632257778 n : 45 U : jo : 83.56035309779 jo/n : 0.9284483677532223 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.59788160229 jo/n : 0.324955866714375 n : 48 U : jo : 23.85145357325 jo/n : 0.24845264138802084 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.57298457153 jo/n : 1.1029193828612 n : 25 U : jo : 5.314152349919 jo/n : 0.10628304699838001 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.499980435631 jo/n : 0.08333224642394445 n : 18 U : jo : 12.64761305282 jo/n : 0.35132258480055556 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.97199648601 jo/n : 0.3629999201365909 n : 44 U : jo : 28.82461213135 jo/n : 0.32755241058352275 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.619601815529 jo/n : 0.38478407262116 n : 25 U : jo : 6.868053934807 jo/n : 0.13736107869614 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.4469184899 jo/n : 1.6281268908652173 n : 23 U : jo : 6.27768967799 jo/n : 0.13647151473891303 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.392193400757 jo/n : 0.053545900029115384 n : 26 U : jo : 14.25134591262 jo/n : 0.2740643444734615 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.781677458544 jo/n : 0.1614685109177143 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.322255028753 jo/n : 0.19757046964853126 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.20353464862 jo/n : 0.2040706929724 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.395752628955 jo/n : 0.3372345393096875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 9.09761295545 jo/n : 0.568600809715625 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.468411860186 jo/n : 0.34372398924507697 n : 13 U : jo : 28.04029397314 jo/n : 1.0784728451207692 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.318611060143 jo/n : 0.21976851002383332 n : 6 U : jo : 8.065920880187 jo/n : 0.6721600733489167 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.382812228346 jo/n : 0.2191406114173 n : 20 U : jo : 5.022834668245 jo/n : 0.125570866706125 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2190911278779 jo/n : 0.054772781969475 n : 4 U : jo : 3.998347691494 jo/n : 0.49979346143675 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.317733268834 jo/n : 0.3317733268834 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.00824522752 jo/n : 2.900824522752 n : 10 U : jo : 8.62881116711 jo/n : 0.4314405583555 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.530722954854 jo/n : 0.6326807387135 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.58676126494 jo/n : 1.8233451581175 n : 8 U : jo : 2.261676320235 jo/n : 0.1413547700146875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.834759824682 jo/n : 0.4586899561705 n : 4 U : jo : 10.87063645752 jo/n : 1.35882955719 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.464919296508 jo/n : 0.12207660804233333 n : 12 U : jo : 4.75055917981 jo/n : 0.19793996582541665 n : 24 METOP 3 METHOD=IR : T : jo : 0.7240144381336 jo/n : 0.0905018047667 n : 8 U : jo : 7.082134342986 jo/n : 0.442633396436625 n : 16 METOP 5 METHOD=IR : T : jo : 0.456668484674 jo/n : 0.05708356058425 n : 8 U : jo : 6.587966631262 jo/n : 0.411747914453875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.682856922024 jo/n : 0.4092063246693333 n : 9 U : jo : 11.94825053647 jo/n : 0.6637916964705556 n : 18 NOAA 225 METHOD=IR : T : jo : 27.88854818923 jo/n : 3.48606852365375 n : 8 U : jo : 6.906381151035 jo/n : 0.4316488219396875 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 537.3765022292 jo/n : 0.423464540763751 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.3765022292

(if aborted)

/scratch/mtool/mary/abort/dump_026520_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_026520_arpegeBS4Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_026520_arpegeBS4Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_026520_arpegeBS4Dobstype

jobname

arpege_BS4D__obstype

rundir

/scratch/mtool/mary/spool/spool_026520_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0517-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0517-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0517-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-08-20T16:02:46

Elapse time

25.19

General info

Name of the executable : /scratch/mtool/mary/spool/spool_026520_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=24.510, Max=25.190, Avg=24.907, StDev=0.187
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.03% 2.237 2.060 2.341 0.079 12.00% 12438 : RRTM_RTRN1A_140GP_MCICA
6.49% 1.609 1.511 1.706 0.054 11.43% 12438 : RADLSWR:CLOUD_GENERATOR
5.84% 1.447 1.395 1.516 0.041 7.98% 12438 : RADLSWR:CLOUD_OPTICS
5.39% 1.335 1.283 1.459 0.047 12.06% 12438 : SRTM_SPCVRT_MCICA
5.50% 1.364 1.349 1.400 0.015 3.64% 16 : VARBC_SETUP:LOAD_TABLE
2.25% 0.556 0.081 1.086 0.265 92.54% 208 : SLCOMM:SLCOMM_INT
2.98% 0.739 0.583 0.881 0.141 33.83% 16 : INIFGER
2.46% 0.609 0.462 0.822 0.088 43.80% 24876 : MCICA_CLD_GENERATOR
2.91% 0.721 0.350 0.799 0.118 56.20% 15088 : ODBMP:ODBMP_IGLOBAL
2.55% 0.632 0.555 0.710 0.048 21.83% 24876 : MCICA_CLD_GEN
2.47% 0.612 0.568 0.698 0.037 18.62% 2786112 : SRTM_REFTRA
1.15% 0.284 0.011 0.661 0.273 98.34% 208 : SLCOMM2A
2.56% 0.634 0.597 0.654 0.014 8.72% 12438 : SRTM_SRTM_224GP_MCICA
2.49% 0.618 0.599 0.626 0.008 4.31% 16 : VARBC_RAD:CONFIG
0.49% 0.122 0.068 0.579 0.122 88.26% 208 : SLCOMM2A:SLCOMM2A_INT
2.02% 0.500 0.483 0.511 0.008 5.48% 16 : VARBC_ALLSKY:CONFIG
0.83% 0.207 0.001 0.455 0.141 99.78% 32 : SLRSET
1.63% 0.403 0.375 0.438 0.017 14.38% 2073 : ECOCLIMAP2_LAI
1.41% 0.349 0.180 0.427 0.065 57.85% 368 : TRLTOG
1.60% 0.397 0.017 0.424 0.101 95.99% 16 : JO_TABLE_MOD:GATHER
1.55% 0.384 0.360 0.406 0.013 11.33% 12438 : RRTM_ECRT_140GP_MCICA
1.39% 0.345 0.309 0.383 0.018 19.32% 12438 : RRTM_GASABS1A_140GP
1.37% 0.340 0.313 0.376 0.019 16.76% 2786112 : SRTM_VRTQDR
1.43% 0.354 0.232 0.373 0.034 37.80% 64 : ATLAS_BCAST
0.88% 0.218 0.100 0.354 0.078 71.75% 208 : CPG_DRV
1.29% 0.320 0.304 0.350 0.011 13.14% 26949 : APLPAR
0.99% 0.245 0.233 0.261 0.009 10.73% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.98% 0.242 0.211 0.261 0.018 19.16% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.33% 0.082 0.005 0.168 0.078 97.02% 19967 : GRIB_API:IGRIB_GET_INT
0.61% 0.151 0.136 0.159 0.005 14.47% 296439 : LAITRI
0.55% 0.137 0.137 0.138 0.000 0.72% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.42% 0.104 0.098 0.116 0.005 15.52% 1120 : TRGTOL
0.43% 0.107 0.102 0.112 0.003 8.93% 11938 : GRIB_API:IGRIB_SET_CHAR
0.40% 0.099 0.095 0.103 0.003 7.77% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.33% 0.081 0.077 0.086 0.002 10.47% 586659 : READ_SURFX1_ARO
0.32% 0.079 0.075 0.084 0.002 10.71% 16 : MASTER
0.33% 0.083 0.083 0.083 0.000 0.00% 16 : AMV_READ_OBERROR
0.31% 0.077 0.072 0.082 0.003 12.20% 26949 : MF_PHYS_INIT
0.26% 0.063 0.055 0.075 0.006 26.67% 26949 : CUBASEN
0.29% 0.072 0.069 0.074 0.001 6.76% 1107664 : APPEND_NUM
0.28% 0.069 0.067 0.073 0.001 8.22% 216610 : VERINT_DGEMM_1
0.27% 0.068 0.065 0.073 0.002 10.96% 12438 : RRTM_TAUMOL3
0.26% 0.063 0.060 0.067 0.002 10.45% 12438 : RRTM_TAUMOL5
77.30% 19.159 0.001 2.341

Jo-Tables

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0

obstype	sensor	var	jo/n	jo	n
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	T	0.18655065431646664	8.394779444241	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9285944328617778	83.57349895756	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.322178305608125	15.46455866919	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24605003927989585	23.62080377087	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1161721460476	27.90430365119	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10696759924140001	5.34837996207	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08367254636894444	1.506105834641	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3527513809611111	12.6990497146	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3633588969477273	15.9877914657	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.3274809553035227	28.81832406671	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38831738574764	9.707934643691	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.13723827980448	6.861913990224	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6283709075495651	37.45253087364	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1362846699663261	6.269094818451	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05547603405153846	1.44237688534	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2736969295153846	14.2322403348	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.1622386813837381	6.814024618117	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.196198908336875	6.27836506678	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2028341317564	10.14170658782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3588766994968125	5.742027191949	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.5746065855639375	9.193705369023	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3474774472770769	4.517206814602	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0806870951338463	28.09786447348	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22353261423433335	1.341195685406	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6713575807204166	8.056290968645	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21535909736984998	4.307181947397	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12666199962575	5.06647998503	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.049472527805425	0.1978901112217	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.4988940565145	3.991152452116	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3312891802061	3.312891802061	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.939940081563	29.39940081563	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.43197349470165003	8.639469894033	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.6384111049615	2.553644419846	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.84382134677125	14.75057077417	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1418100097898125	2.268960156637	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45887502092	1.83550008368	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.3598901675775	10.87912134062	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12235342025791666	1.468241043095	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.197643582770375	4.743445986489	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091786780980525	0.7342942478442	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4421703371521875	7.074725394435	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.058089145683875	0.464713165471	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.411280550130625	6.58048880209	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4109691280155556	3.69872215214	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6638529684644445	11.94935343236	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48838911044125	27.90711288353	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.431110412801375	6.897766604822	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.4241715661995272	538.2737175072	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 538.2737175072

MPI tasks

RSSmax

4.8Gb

RSStotal

76.1Gb

imbalance

3.1%

Number of parsed Variables

2788

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0504-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0504-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0504-belenos/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0504-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0517-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0517-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0517-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

short

symbol

text

Success: "Maximum errors lower than thresholds: {\'n\': {\'diff\': 1, \'reldiff\': 0.001}, \'jo\': {\'diff\': 0.1, \'reldiff\': 0.001}, \'jo/n\': {\'diff\': 0.01, \'reldiff\': 0.001}}"

Diff in Elapse time

-0.75

Highest acceleration

-0.500 (ref:1.299s => test:0.799s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-38.49% (ref:1.299s => test:0.799s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+20.79% (ref:1.159s => test:1.4s)

Highest relative slow-down - routine

VARBC_SETUP:LOAD_TABLE

Highest slow-down

0.241 (ref:1.159s => test:1.4s)

Highest slow-down - routine

VARBC_SETUP:LOAD_TABLE

Relative diff in Elapse time

-2.89%

mainMetrics

Relative diff in Elapse time

All comparisons

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 vs. SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0

obstype	sensor	var	reldiff jo/n	jo/n (xp)	jo/n (ref)	reldiff n	n (xp)	n (ref)
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	T	0.000E+00	0.18655065431646664	0.18655065431646664	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.9285944328617778	0.9285944328617778	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.322178305608125	0.322178305608125	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.24605003927989585	0.24605003927989585	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1161721460476	1.1161721460476	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.10696759924140001	0.10696759924140001	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08367254636894444	0.08367254636894444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3527513809611111	0.3527513809611111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.3633588969477273	0.3633588969477273	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.3274809553035227	0.3274809553035227	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.38831738574764	0.38831738574764	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.13723827980448	0.13723827980448	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6283709075495651	1.6283709075495651	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.1362846699663261	0.1362846699663261	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05547603405153846	0.05547603405153846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.2736969295153846	0.2736969295153846	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.1622386813837381	0.1622386813837381	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.196198908336875	0.196198908336875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2028341317564	0.2028341317564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.3588766994968125	0.3588766994968125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.5746065855639375	0.5746065855639375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3474774472770769	0.3474774472770769	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.0806870951338463	1.0806870951338463	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22353261423433335	0.22353261423433335	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	0.6713575807204166	0.6713575807204166	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21535909736984998	0.21535909736984998	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.12666199962575	0.12666199962575	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.049472527805425	0.049472527805425	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.4988940565145	0.4988940565145	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.3312891802061	0.3312891802061	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.939940081563	2.939940081563	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	0.43197349470165003	0.43197349470165003	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.6384111049615	0.6384111049615	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.84382134677125	1.84382134677125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.1418100097898125	0.1418100097898125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45887502092	0.45887502092	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	1.3598901675775	1.3598901675775	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12235342025791666	0.12235342025791666	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.197643582770375	0.197643582770375	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.091786780980525	0.091786780980525	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.4421703371521875	0.4421703371521875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.058089145683875	0.058089145683875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.411280550130625	0.411280550130625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4109691280155556	0.4109691280155556	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.6638529684644445	0.6638529684644445	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48838911044125	3.48838911044125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.431110412801375	0.431110412801375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.4241715661995272	0.4241715661995272	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

jo :
- diff : 0.0
- reldiff : 0.0
jo/n :
- diff : 0.0
- reldiff : 0.0
n :
- diff : 0.0
- reldiff : 0.0

Validated

True

Validated means

Maximum errors lower than thresholds: {\'n\': {\'diff\': 1, \'reldiff\': 0.001}, \'jo\': {\'diff\': 0.1, \'reldiff\': 0.001}, \'jo/n\': {\'diff\': 0.01, \'reldiff\': 0.001}}

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

-0.0Gb

Imbalance evolution

+0.20%

Relative RSSmax diff

0.00%

Relative RSStotal diff

-0.13%

mainMetrics

Relative RSStotal diff

Identical

False

Modified variables

RALB_FORC :
- ref :
  - 0.1500000E+00
- test :
  - 0.9990000E+03
REMIS_FORC :
- ref :
  - 0.9800000E+00
- test :
  - 0.9990000E+03

New variables

RTS_FORC :
- 0.9990000E+03

Number of lost variables

Number of modified variables

Number of new variables

', {})

short

- No ref -

symbol

text

No reference to be compared to

", {})

(if aborted)

/scratch/mtool/mary/abort/dump_026044_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_026044_arpegeBS4Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_026044_arpegeBS4Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_026044_arpegeBS4Dobstype

jobname

arpege_BS4D__obstype

rundir

/scratch/mtool/mary/spool/spool_026044_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0504-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0504-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0504-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0504-belenos/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0504-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-07-07T15:25:25

Elapse time

25.94

General info

Name of the executable : /scratch/mtool/mary/spool/spool_026044_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=25.410, Max=25.940, Avg=25.669, StDev=0.182
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
8.74% 2.233 2.110 2.378 0.076 11.27% 12438 : RRTM_RTRN1A_140GP_MCICA
6.24% 1.594 1.492 1.696 0.058 12.03% 12438 : RADLSWR:CLOUD_GENERATOR
5.67% 1.448 1.370 1.609 0.062 14.85% 12438 : SRTM_SPCVRT_MCICA
5.65% 1.443 1.393 1.513 0.039 7.93% 12438 : RADLSWR:CLOUD_OPTICS
4.67% 1.193 0.137 1.299 0.283 89.45% 15088 : ODBMP:ODBMP_IGLOBAL
2.26% 0.577 0.074 1.182 0.275 93.74% 208 : SLCOMM:SLCOMM_INT
4.49% 1.148 1.122 1.159 0.010 3.19% 16 : VARBC_SETUP:LOAD_TABLE
2.89% 0.738 0.580 0.881 0.142 34.17% 16 : INIFGER
2.37% 0.604 0.460 0.813 0.086 43.42% 24876 : MCICA_CLD_GENERATOR
2.45% 0.627 0.541 0.721 0.055 24.97% 24876 : MCICA_CLD_GEN
2.41% 0.615 0.570 0.690 0.038 17.39% 2786112 : SRTM_REFTRA
2.49% 0.636 0.602 0.659 0.017 8.65% 12438 : SRTM_SRTM_224GP_MCICA
2.40% 0.614 0.608 0.620 0.004 1.94% 16 : VARBC_RAD:CONFIG
1.05% 0.269 0.010 0.585 0.258 98.29% 208 : SLCOMM2A
0.48% 0.123 0.078 0.550 0.114 85.82% 208 : SLCOMM2A:SLCOMM2A_INT
1.96% 0.500 0.490 0.522 0.008 6.13% 16 : VARBC_ALLSKY:CONFIG
1.64% 0.418 0.177 0.500 0.080 64.60% 368 : TRLTOG
0.78% 0.199 0.000 0.436 0.140 100.00% 32 : SLRSET
1.56% 0.398 0.383 0.423 0.011 9.46% 2073 : ECOCLIMAP2_LAI
1.52% 0.388 0.017 0.415 0.099 95.90% 16 : JO_TABLE_MOD:GATHER
1.50% 0.383 0.358 0.407 0.015 12.04% 12438 : RRTM_ECRT_140GP_MCICA
1.35% 0.346 0.317 0.382 0.019 17.02% 12438 : RRTM_GASABS1A_140GP
1.30% 0.333 0.283 0.369 0.022 23.31% 2786112 : SRTM_VRTQDR
1.36% 0.348 0.227 0.367 0.034 38.15% 64 : ATLAS_BCAST
0.83% 0.213 0.090 0.366 0.079 75.41% 208 : CPG_DRV
1.28% 0.328 0.002 0.350 0.087 99.43% 16 : INIERSCA
1.22% 0.312 0.298 0.326 0.010 8.59% 26949 : APLPAR
0.95% 0.244 0.227 0.260 0.008 12.69% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.94% 0.241 0.208 0.260 0.018 20.00% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.31% 0.078 0.003 0.164 0.078 98.17% 19967 : GRIB_API:IGRIB_GET_INT
0.59% 0.152 0.137 0.156 0.005 12.18% 296439 : LAITRI
0.55% 0.142 0.136 0.151 0.004 9.93% 11938 : GRIB_API:IGRIB_SET_CHAR
0.49% 0.125 0.124 0.125 0.001 0.80% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.38% 0.097 0.090 0.105 0.005 14.29% 1120 : TRGTOL
0.39% 0.099 0.095 0.103 0.002 7.77% 16 : MASTER
0.38% 0.098 0.094 0.102 0.003 7.84% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.25% 0.064 0.060 0.091 0.007 34.07% 12438 : RRTM_TAUMOL5
0.31% 0.080 0.076 0.087 0.003 12.64% 586659 : READ_SURFX1_ARO
0.30% 0.076 0.069 0.080 0.003 13.75% 26949 : MF_PHYS_INIT
0.25% 0.064 0.055 0.076 0.006 27.63% 26949 : CUBASEN
0.28% 0.072 0.071 0.073 0.001 2.74% 1107664 : APPEND_NUM
0.26% 0.067 0.065 0.073 0.002 10.96% 12438 : RRTM_TAUMOL3
0.27% 0.068 0.066 0.072 0.002 8.33% 216610 : VERINT_DGEMM_1
77.49% 19.795 0.000 2.378

Jo-Tables

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0

obstype	sensor	var	jo/n	jo	n
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	T	0.18655065431646664	8.394779444241	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9285944328617778	83.57349895756	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.322178305608125	15.46455866919	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24605003927989585	23.62080377087	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1161721460476	27.90430365119	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10696759924140001	5.34837996207	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08367254636894444	1.506105834641	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3527513809611111	12.6990497146	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3633588969477273	15.9877914657	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.3274809553035227	28.81832406671	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38831738574764	9.707934643691	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.13723827980448	6.861913990224	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6283709075495651	37.45253087364	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1362846699663261	6.269094818451	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05547603405153846	1.44237688534	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2736969295153846	14.2322403348	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.1622386813837381	6.814024618117	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.196198908336875	6.27836506678	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2028341317564	10.14170658782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3588766994968125	5.742027191949	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.5746065855639375	9.193705369023	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3474774472770769	4.517206814602	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0806870951338463	28.09786447348	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22353261423433335	1.341195685406	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6713575807204166	8.056290968645	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21535909736984998	4.307181947397	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12666199962575	5.06647998503	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.049472527805425	0.1978901112217	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.4988940565145	3.991152452116	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3312891802061	3.312891802061	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.939940081563	29.39940081563	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.43197349470165003	8.639469894033	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.6384111049615	2.553644419846	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.84382134677125	14.75057077417	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1418100097898125	2.268960156637	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45887502092	1.83550008368	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.3598901675775	10.87912134062	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12235342025791666	1.468241043095	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.197643582770375	4.743445986489	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091786780980525	0.7342942478442	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4421703371521875	7.074725394435	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.058089145683875	0.464713165471	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.411280550130625	6.58048880209	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4109691280155556	3.69872215214	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6638529684644445	11.94935343236	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48838911044125	27.90711288353	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.431110412801375	6.897766604822	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.4241715661995272	538.2737175072	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 538.2737175072

MPI tasks

RSSmax

4.8Gb

RSStotal

76.2Gb

imbalance

2.9%

Number of parsed Variables

2787

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

short

- No ref -

symbol

text

No reference to be compared to

", {})

short

- No ref -

symbol

text

No reference to be compared to

", {})

(if aborted)

/scratch/mtool/mary/abort/dump_025826_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_025826_arpegeBS4Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_025826_arpegeBS4Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_025826_arpegeBS4Dobstype

jobname

arpege_BS4D__obstype

rundir

/scratch/mtool/mary/spool/spool_025826_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0493-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0493-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0493-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0493-belenos/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0493-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-06-04T07:35:25

Elapse time

24.58

General info

Name of the executable : /scratch/mtool/mary/spool/spool_025826_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=24.190, Max=24.580, Avg=24.384, StDev=0.127
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.23% 2.240 2.156 2.352 0.052 8.33% 12438 : RRTM_RTRN1A_140GP_MCICA
6.62% 1.607 1.510 1.686 0.059 10.44% 12438 : RADLSWR:CLOUD_GENERATOR
5.98% 1.452 1.399 1.514 0.033 7.60% 12438 : RADLSWR:CLOUD_OPTICS
5.39% 1.308 1.273 1.405 0.033 9.40% 12438 : SRTM_SPCVRT_MCICA
4.52% 1.097 1.085 1.111 0.007 2.34% 16 : VARBC_SETUP:LOAD_TABLE
2.33% 0.565 0.089 1.096 0.256 91.88% 208 : SLCOMM:SLCOMM_INT
3.05% 0.741 0.582 0.882 0.142 34.01% 16 : INIFGER
2.50% 0.606 0.460 0.834 0.088 44.84% 24876 : MCICA_CLD_GENERATOR
2.63% 0.637 0.559 0.725 0.053 22.90% 24876 : MCICA_CLD_GEN
2.52% 0.612 0.570 0.695 0.037 17.99% 2786112 : SRTM_REFTRA
2.65% 0.643 0.610 0.669 0.017 8.82% 12438 : SRTM_SRTM_224GP_MCICA
1.10% 0.266 0.008 0.626 0.260 98.72% 208 : SLCOMM2A
2.52% 0.612 0.602 0.622 0.006 3.22% 16 : VARBC_RAD:CONFIG
0.49% 0.119 0.069 0.556 0.117 87.59% 208 : SLCOMM2A:SLCOMM2A_INT
2.06% 0.500 0.492 0.505 0.004 2.57% 16 : VARBC_ALLSKY:CONFIG
1.79% 0.433 0.220 0.489 0.071 55.01% 15088 : ODBMP:ODBMP_IGLOBAL
1.43% 0.347 0.185 0.424 0.064 56.37% 368 : TRLTOG
1.66% 0.402 0.382 0.419 0.011 8.83% 2073 : ECOCLIMAP2_LAI
1.60% 0.389 0.017 0.416 0.099 95.91% 16 : JO_TABLE_MOD:GATHER
0.76% 0.183 0.001 0.410 0.134 99.76% 32 : SLRSET
1.59% 0.385 0.356 0.405 0.015 12.10% 12438 : RRTM_ECRT_140GP_MCICA
1.43% 0.348 0.315 0.381 0.018 17.32% 12438 : RRTM_GASABS1A_140GP
1.45% 0.351 0.227 0.370 0.035 38.65% 64 : ATLAS_BCAST
1.43% 0.347 0.323 0.369 0.013 12.47% 2786112 : SRTM_VRTQDR
0.95% 0.230 0.128 0.340 0.075 62.35% 208 : CPG_DRV
1.31% 0.317 0.295 0.333 0.011 11.41% 26949 : APLPAR
0.99% 0.240 0.208 0.262 0.018 20.61% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.01% 0.245 0.234 0.261 0.007 10.34% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.67% 0.162 0.156 0.172 0.004 9.30% 13938 : GRIB_API:IGRIB_SET_CHAR
0.33% 0.080 0.004 0.165 0.077 97.58% 19967 : GRIB_API:IGRIB_GET_INT
0.63% 0.152 0.141 0.156 0.004 9.62% 296439 : LAITRI
0.51% 0.125 0.124 0.125 0.000 0.80% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.42% 0.101 0.092 0.113 0.007 18.58% 1120 : TRGTOL
0.41% 0.099 0.096 0.102 0.002 5.88% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.36% 0.087 0.083 0.092 0.003 9.78% 16 : MASTER
0.33% 0.079 0.077 0.085 0.002 9.41% 586659 : READ_SURFX1_ARO
0.31% 0.076 0.072 0.080 0.002 10.00% 26949 : MF_PHYS_INIT
0.27% 0.064 0.056 0.076 0.006 26.32% 26949 : CUBASEN
0.29% 0.070 0.061 0.074 0.006 17.57% 672 : ODBMP:ODBMP_DEXCHANGE2
0.30% 0.072 0.070 0.073 0.001 4.11% 1107664 : APPEND_NUM
0.29% 0.069 0.065 0.072 0.002 9.72% 216610 : VERINT_DGEMM_1
0.28% 0.067 0.065 0.071 0.001 8.45% 12438 : RRTM_TAUMOL3
76.34% 18.526 0.001 2.352

Jo-Tables

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0

obstype	sensor	var	jo/n	jo	n
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	T	0.18655065431646664	8.394779444241	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9285944328617778	83.57349895756	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.322178305608125	15.46455866919	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24605003927989585	23.62080377087	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1161721460476	27.90430365119	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10696759924140001	5.34837996207	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08367254636894444	1.506105834641	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3527513809611111	12.6990497146	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3633588969477273	15.9877914657	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.3274809553035227	28.81832406671	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38831738574764	9.707934643691	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.13723827980448	6.861913990224	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6283709075495651	37.45253087364	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1362846699663261	6.269094818451	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05547603405153846	1.44237688534	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2736969295153846	14.2322403348	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.1622386813837381	6.814024618117	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.196198908336875	6.27836506678	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2028341317564	10.14170658782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3588766994968125	5.742027191949	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.5746065855639375	9.193705369023	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3474774472770769	4.517206814602	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0806870951338463	28.09786447348	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22353261423433335	1.341195685406	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6713575807204166	8.056290968645	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21535909736984998	4.307181947397	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12666199962575	5.06647998503	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.049472527805425	0.1978901112217	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.4988940565145	3.991152452116	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3312891802061	3.312891802061	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.939940081563	29.39940081563	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.43197349470165003	8.639469894033	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.6384111049615	2.553644419846	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.84382134677125	14.75057077417	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1418100097898125	2.268960156637	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45887502092	1.83550008368	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.3598901675775	10.87912134062	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12235342025791666	1.468241043095	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.197643582770375	4.743445986489	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091786780980525	0.7342942478442	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4421703371521875	7.074725394435	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.058089145683875	0.464713165471	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.411280550130625	6.58048880209	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4109691280155556	3.69872215214	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6638529684644445	11.94935343236	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48838911044125	27.90711288353	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.431110412801375	6.897766604822	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.4241715661995272	538.2737175072	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 538.2737175072

MPI tasks

RSSmax

4.8Gb

RSStotal

76.2Gb

imbalance

2.9%

Number of parsed Variables

2787

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

short

- No ref -

symbol

text

No reference to be compared to

", {})

short

- No ref -

symbol

text

No reference to be compared to

", {})

(if aborted)

/scratch/mtool/mary/abort/dump_025346_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_025346_arpegeBS4Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_025346_arpegeBS4Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_025346_arpegeBS4Dobstype

jobname

arpege_BS4D__obstype

rundir

/scratch/mtool/mary/spool/spool_025346_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0482-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0482-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0482-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0482-belenos/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0482-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-05-20T10:56:44

Elapse time

26.82

General info

Name of the executable : /scratch/mtool/mary/spool/spool_025346_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=26.280, Max=26.820, Avg=26.633, StDev=0.137
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
8.60% 2.281 2.155 2.375 0.068 9.26% 12438 : RRTM_RTRN1A_140GP_MCICA
6.14% 1.627 1.555 1.690 0.041 7.99% 12438 : RADLSWR:CLOUD_GENERATOR
5.51% 1.459 1.427 1.516 0.034 5.87% 12438 : RADLSWR:CLOUD_OPTICS
4.48% 1.188 1.129 1.292 0.043 12.62% 12438 : SRTM_SPCVRT_MCICA
4.28% 1.135 1.123 1.143 0.007 1.75% 16 : VARBC_SETUP:LOAD_TABLE
2.02% 0.536 0.067 1.084 0.254 93.82% 208 : SLCOMM:SLCOMM_INT
3.45% 0.914 0.421 1.026 0.150 58.97% 15088 : ODBMP:ODBMP_IGLOBAL
2.83% 0.751 0.580 0.909 0.154 36.19% 16 : INIFGER
2.29% 0.608 0.471 0.819 0.084 42.49% 24876 : MCICA_CLD_GENERATOR
2.55% 0.675 0.002 0.720 0.179 99.72% 16 : INIERSCA
2.40% 0.637 0.550 0.717 0.045 23.29% 24876 : MCICA_CLD_GEN
2.31% 0.613 0.564 0.704 0.038 19.89% 2786112 : SRTM_REFTRA
2.45% 0.650 0.614 0.678 0.016 9.44% 12438 : SRTM_SRTM_224GP_MCICA
2.30% 0.611 0.596 0.620 0.008 3.87% 16 : VARBC_RAD:CONFIG
0.97% 0.257 0.014 0.605 0.253 97.69% 208 : SLCOMM2A
0.46% 0.121 0.069 0.541 0.112 87.25% 208 : SLCOMM2A:SLCOMM2A_INT
1.89% 0.501 0.486 0.518 0.009 6.18% 16 : VARBC_ALLSKY:CONFIG
1.53% 0.405 0.182 0.488 0.074 62.70% 368 : TRLTOG
0.77% 0.205 0.000 0.449 0.144 100.00% 32 : SLRSET
1.47% 0.388 0.367 0.433 0.018 15.24% 12438 : RRTM_ECRT_140GP_MCICA
1.51% 0.402 0.017 0.429 0.103 96.04% 16 : JO_TABLE_MOD:GATHER
1.51% 0.401 0.380 0.427 0.013 11.01% 2073 : ECOCLIMAP2_LAI
1.37% 0.364 0.226 0.389 0.042 41.90% 64 : ATLAS_BCAST
1.33% 0.352 0.319 0.383 0.020 16.71% 12438 : RRTM_GASABS1A_140GP
1.31% 0.348 0.323 0.373 0.015 13.40% 2786112 : SRTM_VRTQDR
1.22% 0.323 0.300 0.341 0.012 12.02% 26949 : APLPAR
0.26% 0.070 0.035 0.319 0.092 89.03% 55 : cma_open_
0.75% 0.198 0.102 0.312 0.059 67.31% 208 : CPG_DRV
1.12% 0.298 0.297 0.299 0.000 0.67% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.86% 0.227 0.189 0.260 0.020 27.31% 132 : FAITOU_MT
0.90% 0.240 0.209 0.259 0.017 19.31% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.90% 0.238 0.229 0.254 0.006 9.84% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.94% 0.249 0.248 0.249 0.000 0.40% 16 : SUINSKTE
0.62% 0.163 0.157 0.176 0.005 10.80% 13938 : GRIB_API:IGRIB_SET_CHAR
0.30% 0.080 0.004 0.165 0.077 97.58% 19967 : GRIB_API:IGRIB_GET_INT
0.58% 0.154 0.142 0.160 0.005 11.25% 296439 : LAITRI
0.38% 0.102 0.096 0.121 0.006 20.66% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.35% 0.093 0.085 0.107 0.007 20.56% 1120 : TRGTOL
0.32% 0.085 0.080 0.101 0.005 20.79% 16 : MASTER
0.30% 0.080 0.077 0.085 0.002 9.41% 586659 : READ_SURFX1_ARO
0.29% 0.078 0.072 0.083 0.003 13.25% 26949 : MF_PHYS_INIT
0.27% 0.073 0.049 0.078 0.009 37.18% 2368 : POSNAME
0.26% 0.070 0.068 0.075 0.002 9.33% 216610 : VERINT_DGEMM_1
0.24% 0.064 0.055 0.075 0.006 26.67% 26949 : CUBASEN
0.27% 0.072 0.070 0.074 0.001 5.41% 1107664 : APPEND_NUM
0.26% 0.068 0.064 0.073 0.003 12.33% 12438 : RRTM_TAUMOL3
0.24% 0.063 0.060 0.067 0.002 10.45% 12438 : RRTM_TAUMOL5
77.39% 20.517 0.000 2.375

Jo-Tables

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0

obstype	sensor	var	jo/n	jo	n
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	T	0.19436636632257778	8.746486484516	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9284483677532223	83.56035309779	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.324955866714375	15.59788160229	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24845264138802084	23.85145357325	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1029193828612	27.57298457153	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10628304699838001	5.314152349919	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08333224642394445	1.499980435631	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.35132258480055556	12.64761305282	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3629999201365909	15.97199648601	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.32755241058352275	28.82461213135	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38478407262116	9.619601815529	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.13736107869614	6.868053934807	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281268908652173	37.4469184899	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.13647151473891303	6.27768967799	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.053545900029115384	1.392193400757	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2740643444734615	14.25134591262	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.1614685109177143	6.781677458544	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.19757046964853126	6.322255028753	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2040706929724	10.20353464862	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3372345393096875	5.395752628955	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.568600809715625	9.09761295545	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.34372398924507697	4.468411860186	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0784728451207692	28.04029397314	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.21976851002383332	1.318611060143	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6721600733489167	8.065920880187	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.2191406114173	4.382812228346	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.125570866706125	5.022834668245	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054772781969475	0.2190911278779	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.49979346143675	3.998347691494	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3317733268834	3.317733268834	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.900824522752	29.00824522752	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.4314405583555	8.62881116711	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.6326807387135	2.530722954854	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8233451581175	14.58676126494	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1413547700146875	2.261676320235	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4586899561705	1.834759824682	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.35882955719	10.87063645752	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12207660804233333	1.464919296508	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.19793996582541665	4.75055917981	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0905018047667	0.7240144381336	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.442633396436625	7.082134342986	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.05708356058425	0.456668484674	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.411747914453875	6.587966631262	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4092063246693333	3.682856922024	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6637916964705556	11.94825053647	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48606852365375	27.88854818923	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.4316488219396875	6.906381151035	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.423464540763751	537.3765022292	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.3765022292

MPI tasks

RSSmax

4.8Gb

RSStotal

76.2Gb

imbalance

3.1%

Number of parsed Variables

2774

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0482-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0482-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0482-belenos/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0482-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0482-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0482-belenos@mary/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0482-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0482-belenos/20220121T0600A/assim.arpege_BS4D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0482-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Success: "Maximum errors lower than thresholds: {\'n\': {\'diff\': 1, \'reldiff\': 0.001}, \'jo\': {\'diff\': 0.1, \'reldiff\': 0.001}, \'jo/n\': {\'diff\': 0.01, \'reldiff\': 0.001}}"

Diff in Elapse time

1.8599999999999994

Highest acceleration

-0.121 (ref:1.264s => test:1.143s)

Highest acceleration - routine

VARBC_SETUP:LOAD_TABLE

Highest relative acceleration

-14.75% (ref:0.366s => test:0.312s)

Highest relative acceleration - routine

CPG_DRV

Highest relative slow-down

+153.39% (ref:0.118s => test:0.299s)

Highest relative slow-down - routine

GRIB_API:IGRIB_NEW_FROM_SAMPLES

Highest slow-down

0.445 (ref:0.581s => test:1.026s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+7.45%

mainMetrics

Relative diff in Elapse time

All comparisons

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 vs. SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0

obstype	sensor	var	reldiff jo/n	jo/n (xp)	jo/n (ref)	reldiff n	n (xp)	n (ref)
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	T	0.000E+00	0.19436636632257778	0.19436636632257778	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.9284483677532223	0.9284483677532223	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.324955866714375	0.324955866714375	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.24845264138802084	0.24845264138802084	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1029193828612	1.1029193828612	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.10628304699838001	0.10628304699838001	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08333224642394445	0.08333224642394445	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.35132258480055556	0.35132258480055556	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.3629999201365909	0.3629999201365909	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.32755241058352275	0.32755241058352275	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.38478407262116	0.38478407262116	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.13736107869614	0.13736107869614	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281268908652173	1.6281268908652173	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.13647151473891303	0.13647151473891303	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.053545900029115384	0.053545900029115384	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.2740643444734615	0.2740643444734615	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.1614685109177143	0.1614685109177143	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.19757046964853126	0.19757046964853126	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2040706929724	0.2040706929724	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.3372345393096875	0.3372345393096875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.568600809715625	0.568600809715625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.34372398924507697	0.34372398924507697	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.0784728451207692	1.0784728451207692	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.21976851002383332	0.21976851002383332	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	0.6721600733489167	0.6721600733489167	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.2191406114173	0.2191406114173	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.125570866706125	0.125570866706125	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.054772781969475	0.054772781969475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.49979346143675	0.49979346143675	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.3317733268834	0.3317733268834	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.900824522752	2.900824522752	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	0.4314405583555	0.4314405583555	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.6326807387135	0.6326807387135	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.8233451581175	1.8233451581175	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.1413547700146875	0.1413547700146875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.4586899561705	0.4586899561705	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	1.35882955719	1.35882955719	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12207660804233333	0.12207660804233333	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.19793996582541665	0.19793996582541665	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.0905018047667	0.0905018047667	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.442633396436625	0.442633396436625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.05708356058425	0.05708356058425	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.411747914453875	0.411747914453875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4092063246693333	0.4092063246693333	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.6637916964705556	0.6637916964705556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48606852365375	3.48606852365375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.4316488219396875	0.4316488219396875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.423464540763751	0.423464540763751	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

jo :
- diff : 0.0
- reldiff : 0.0
jo/n :
- diff : 0.0
- reldiff : 0.0
n :
- diff : 0.0
- reldiff : 0.0

Validated

True

Validated means

Maximum errors lower than thresholds: {\'n\': {\'diff\': 1, \'reldiff\': 0.001}, \'jo\': {\'diff\': 0.1, \'reldiff\': 0.001}, \'jo/n\': {\'diff\': 0.01, \'reldiff\': 0.001}}

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

0.00%

Relative RSSmax diff

0.00%

Relative RSStotal diff

+0.13%

mainMetrics

Relative RSStotal diff

Identical

True

Number of lost variables

Number of modified variables

Number of new variables

', {})

short

- No ref -

symbol

text

No reference to be compared to

", {})

assim.arpege_BS4D__obstype@screening.geow

assim.arpege_BS4D__obstype@screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus

drHookMax

joTables

leadExpert

rss

setup

comparisonStatus

assim.arpege_BS4D__obstype@screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

comparisonStatus

comparisonStatus

assim.arpege_BS4D__obstype@screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

comparisonStatus

comparisonStatus

assim.arpege_BS4D__obstype@screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus

drHookMax

joTables

leadExpert

rss

setup

comparisonStatus

Save filter inside url