assim.arpege_BS3D__obstype@screening.geow

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XPID	Base cycle	User	Updated	Main Metric	Value
dv-0589-belenos@mary (593cf2ed25 (HEAD -> develop,AlexandreMary/develop) davai/OOPSAnalysis_4DVar:fix experiment source)	cy50t1	mary	2026-02-04 08:28:32	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0588-belenos@mary (CY50T1_T2rc.01)	cy50t1	mary	2026-01-30 17:36:45	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0583-belenos@mary (['davai in IAL OK', 'new ref'])	cy50t1	mary	2026-01-28 16:05:45	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0063-belenos@arbogaste (arbogaste-50T1-4denvar)	cy50t1	arbogaste	2026-01-21 10:43:58	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0550-belenos@mary (CY50T1_toT2.06)	cy51	mary	2026-01-15 11:28:19	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0540-belenos@mary (new ref CY50T1 with intel23/50t2)	cy50t1	mary	2025-12-10 13:56:47	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0057-belenos@arbogaste (CY50T1)	cy50t1	arbogaste	2025-12-13 19:19:27	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0056-belenos@arbogaste (CY50T1-IOServer-in-OOPS)	cy50t1	arbogaste	2025-10-23 08:51:12	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0029-atos_bologna@acrd (CY50T1)	cy50t1	acrd	2025-09-12 10:37:51	- None	None
dv-0524-belenos@mary (CY50T1)	cy50t1	mary	2025-09-12 07:04:17	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0517-belenos@mary (50T1_fix_musc)	cy50t1	mary	2025-09-05 16:22:11	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808
dv-0504-belenos@mary (CY50T1)	cy50t1	mary	2025-07-07 15:26:33	- None	None
dv-0493-belenos@mary (CY50_T1rc.02)	cy50t1	mary	2025-06-04 07:34:58	- None	None
dv-0482-belenos@mary (CY50_toT1.05)	cy50t1	mary	2025-05-20 10:53:57	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 : 2.682786224286 jo/n : 0.1788524149524 n : 15 U : jo : 23.38567861538 jo/n : 0.7795226205126667 n : 30 GOES 270 METHOD=IR1 : T : jo : 2.251072364365 jo/n : 0.18758936369708334 n : 12 U : jo : 4.557227169947 jo/n : 0.18988446541445833 n : 24 GOES 270 METHOD=IR2 : T : jo : 2.271304564821 jo/n : 0.283913070602625 n : 8 U : jo : 2.333609297168 jo/n : 0.145850581073 n : 16 GOES 270 METHOD=WVCL3 : T : jo : 0.4675578245075 jo/n : 0.04675578245075 n : 10 U : jo : 6.285471691344 jo/n : 0.3142735845672 n : 20 GOES 271 METHOD=IR1 : T : jo : 11.01450330778 jo/n : 0.5006592412627273 n : 22 U : jo : 12.94403860323 jo/n : 0.29418269552795456 n : 44 GOES 271 METHOD=IR2 : T : jo : 31.11317050235 jo/n : 3.111317050235 n : 10 U : jo : 2.306311210266 jo/n : 0.11531556051330001 n : 20 GOES 271 METHOD=VIS1 : U : jo : 0.1081104798662 jo/n : 0.0540552399331 n : 2 GOES 271 METHOD=WVCL3 : T : jo : 0.2642927772785 jo/n : 0.08809759242616666 n : 3 U : jo : 3.517688642976 jo/n : 0.5862814404960001 n : 6 HIMAWARI 173 METHOD=IR1 : U : jo : 3.273164873946 jo/n : 0.13638186974775 n : 24 HIMAWARI 173 METHOD=VIS1 : U : jo : 1.58560556113 jo/n : 0.158560556113 n : 10 HIMAWARI 173 METHOD=WVCL1 : U : jo : 0.9813397822245 jo/n : 0.09813397822245 n : 10 HIMAWARI 173 METHOD=WVCL2 : U : jo : 0.4001006337406 jo/n : 0.06668343895676666 n : 6 HIMAWARI 173 METHOD=WVCL3 : U : jo : 0.1973469258639 jo/n : 0.09867346293195 n : 2 METEOSAT 55 METHOD=IR3 : T : jo : 0.146351622987 jo/n : 0.03658790574675 n : 4 U : jo : 12.30938465776 jo/n : 1.53867308222 n : 8 METEOSAT 55 METHOD=VIS3 : T : jo : 7.709149627946 jo/n : 1.2848582713243333 n : 6 U : jo : 3.745707999535 jo/n : 0.31214233329458335 n : 12 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.1011244726644 jo/n : 0.0505622363322 n : 2 U : jo : 2.489292589044 jo/n : 0.622323147261 n : 4 METEOSAT 55 METHOD=WVCL2 : T : jo : 0.9595174594848 jo/n : 0.2398793648712 n : 4 U : jo : 1.775366507891 jo/n : 0.221920813486375 n : 8 METEOSAT 56 METHOD=IR3 : T : jo : 0.5471023315039 jo/n : 0.136775582875975 n : 4 U : jo : 41.0259674218 jo/n : 5.128245927725 n : 8 METEOSAT 56 METHOD=VIS2 : T : jo : 0.1258430228878 jo/n : 0.1258430228878 n : 1 U : jo : 1.044843272642 jo/n : 0.522421636321 n : 2 METEOSAT 56 METHOD=VIS3 : T : jo : 1.025344460599 jo/n : 0.25633611514975 n : 4 U : jo : 0.6640926921841 jo/n : 0.0830115865230125 n : 8 METEOSAT 56 METHOD=WVCL1 : T : jo : 6.401120102552 jo/n : 6.401120102552 n : 1 U : jo : 1.75708142768 jo/n : 0.87854071384 n : 2 METEOSAT 56 METHOD=WVCL2 : U : jo : 6.6637787847 jo/n : 1.665944696175 n : 4 METOP 3 METHOD=IR : U : jo : 3.303941845441 jo/n : 0.82598546136025 n : 4 METOP 5 METHOD=IR : T : jo : 0.17155786993 jo/n : 0.0428894674825 n : 4 U : jo : 10.78977416617 jo/n : 1.34872177077125 n : 8 NOAA 223 METHOD=IR : U : jo : 0.9043434782172 jo/n : 0.4521717391086 n : 2 NOAA 224 METHOD=IR : T : jo : 5.679312706763 jo/n : 1.8931042355876666 n : 3 U : jo : 0.8531635341678 jo/n : 0.1421939223613 n : 6 NOAA 225 METHOD=IR : T : jo : 0.8333395944788 jo/n : 0.2083348986197 n : 4 U : jo : 2.849699054314 jo/n : 0.35621238178925 n : 8 SATOB, ATMOSPHERIC MOTION WINDS : jo : 225.9170628808 jo/n : 0.5366201018546318 n : 421 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

(if aborted)

/scratch/mtool/mary/abort/dump_028204_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_028204_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_028204_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_028204_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_028204_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0589-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0589-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0589-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0589-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0589-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2026-02-04T08:28:32

Elapse time

7.84

General info

Name of the executable : /scratch/mtool/mary/spool/spool_028204_arpegeBS3Dobstype/root/arpege/3dvar6h/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=7.700, Max=7.840, Avg=7.754, StDev=0.037
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
13.33% 1.020 1.008 1.036 0.009 2.70% 16 : VARBC_SETUP:LOAD_TABLE
9.66% 0.739 0.581 0.878 0.140 33.83% 16 : INIFGER
8.02% 0.613 0.600 0.621 0.006 3.38% 16 : VARBC_RAD:CONFIG
6.55% 0.501 0.483 0.507 0.006 4.73% 16 : VARBC_ALLSKY:CONFIG
5.32% 0.407 0.386 0.455 0.017 15.16% 2073 : ECOCLIMAP2_LAI
2.81% 0.215 0.001 0.433 0.139 99.77% 32 : SLRSET
5.02% 0.384 0.017 0.411 0.098 95.86% 16 : JO_TABLE_MOD:GATHER
4.68% 0.358 0.231 0.378 0.036 38.89% 64 : ATLAS_BCAST
3.19% 0.244 0.144 0.292 0.041 50.68% 3792 : ODBMP:ODBMP_IGLOBAL
1.77% 0.135 0.024 0.176 0.042 86.36% 112 : TRLTOG
1.07% 0.082 0.004 0.170 0.080 97.65% 16698 : GRIB_API:IGRIB_GET_INT
2.16% 0.165 0.165 0.166 0.001 0.60% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.54% 0.118 0.102 0.128 0.009 20.31% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.04% 0.079 0.077 0.085 0.002 9.41% 586659 : READ_SURFX1_IAL
1.00% 0.077 0.075 0.079 0.001 5.06% 1107568 : APPEND_NUM
0.89% 0.068 0.066 0.070 0.001 5.71% 6073 : GRIB_API:IGRIB_SET_CHAR
0.83% 0.063 0.061 0.067 0.002 8.96% 16 : MASTER
68.89% 5.268 0.001 1.036

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.7Gb

imbalance

5.3%

Number of parsed Variables

2776

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-0550-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0550-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0589-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0589-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0589-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0589-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0589-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

-1.040000000000001

Highest acceleration

-0.602 (ref:0.894s => test:0.292s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-67.34% (ref:0.894s => test:0.292s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+6.76% (ref:0.074s => test:0.079s)

Highest relative slow-down - routine

APPEND_NUM

Highest slow-down

0.021 (ref:0.434s => test:0.455s)

Highest slow-down - routine

ECOCLIMAP2_LAI

Relative diff in Elapse time

-11.71%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

+0.16%

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

", {})

(if aborted)

/scratch/mtool/mary/abort/dump_028146_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_028146_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_028146_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_028146_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_028146_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0588-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0588-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0588-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0588-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0588-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2026-01-30T17:36:45

Elapse time

7.79

General info

Name of the executable : /scratch/mtool/mary/spool/spool_028146_arpegeBS3Dobstype/root/arpege/3dvar6h/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=7.700, Max=7.790, Avg=7.748, StDev=0.028
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
13.93% 1.065 1.051 1.080 0.007 2.69% 16 : VARBC_SETUP:LOAD_TABLE
9.64% 0.737 0.584 0.875 0.138 33.26% 16 : INIFGER
8.04% 0.614 0.601 0.621 0.006 3.22% 16 : VARBC_RAD:CONFIG
6.57% 0.502 0.488 0.513 0.005 4.87% 16 : VARBC_ALLSKY:CONFIG
5.31% 0.406 0.382 0.429 0.015 10.96% 2073 : ECOCLIMAP2_LAI
2.49% 0.191 0.001 0.424 0.138 99.76% 32 : SLRSET
5.02% 0.384 0.017 0.410 0.098 95.85% 16 : JO_TABLE_MOD:GATHER
4.68% 0.358 0.235 0.377 0.035 37.67% 64 : ATLAS_BCAST
3.09% 0.236 0.108 0.269 0.040 59.85% 3792 : ODBMP:ODBMP_IGLOBAL
2.37% 0.181 0.024 0.230 0.053 89.57% 112 : TRLTOG
1.07% 0.082 0.004 0.171 0.080 97.66% 16698 : GRIB_API:IGRIB_GET_INT
2.14% 0.163 0.163 0.164 0.000 0.61% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.54% 0.117 0.102 0.127 0.009 19.69% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.04% 0.079 0.076 0.086 0.003 11.63% 586659 : READ_SURFX1_IAL
1.00% 0.076 0.074 0.079 0.002 6.33% 16 : MASTER
0.96% 0.073 0.072 0.075 0.001 4.00% 1107568 : APPEND_NUM
68.88% 5.266 0.001 1.080

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.7Gb

imbalance

5.4%

Number of parsed Variables

2776

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-0550-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0550-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0588-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0588-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0588-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0588-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0588-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

-1.0900000000000007

Highest acceleration

-0.625 (ref:0.894s => test:0.269s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-69.91% (ref:0.894s => test:0.269s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+30.68% (ref:0.176s => test:0.23s)

Highest relative slow-down - routine

TRLTOG

Highest slow-down

0.054 (ref:0.176s => test:0.23s)

Highest slow-down - routine

TRLTOG

Relative diff in Elapse time

-12.27%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

+0.10%

Relative RSSmax diff

0.00%

Relative RSStotal diff

+0.16%

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

", {})

(if aborted)

/scratch/mtool/mary/abort/dump_028039_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_028039_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_028039_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_028039_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_028039_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0583-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0583-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0583-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0583-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0583-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2026-01-28T16:05:45

Elapse time

7.88

General info

Name of the executable : /scratch/mtool/mary/spool/spool_028039_arpegeBS3Dobstype/root/arpege/3dvar6h/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=7.790, Max=7.880, Avg=7.840, StDev=0.027
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
13.62% 1.054 1.031 1.076 0.011 4.18% 16 : VARBC_SETUP:LOAD_TABLE
9.49% 0.734 0.590 0.872 0.133 32.34% 16 : INIFGER
7.98% 0.618 0.599 0.626 0.007 4.31% 16 : VARBC_RAD:CONFIG
6.51% 0.503 0.492 0.520 0.006 5.38% 16 : VARBC_ALLSKY:CONFIG
2.63% 0.204 0.001 0.461 0.143 99.78% 32 : SLRSET
5.20% 0.402 0.372 0.425 0.016 12.47% 2073 : ECOCLIMAP2_LAI
4.96% 0.384 0.017 0.411 0.098 95.86% 16 : JO_TABLE_MOD:GATHER
4.55% 0.352 0.230 0.371 0.035 38.01% 64 : ATLAS_BCAST
3.47% 0.269 0.159 0.293 0.042 45.73% 3792 : ODBMP:ODBMP_IGLOBAL
2.45% 0.190 0.025 0.236 0.053 89.41% 112 : TRLTOG
2.88% 0.223 0.222 0.223 0.000 0.45% 16 : SUECOZC
1.02% 0.079 0.003 0.165 0.078 98.18% 16698 : GRIB_API:IGRIB_GET_INT
1.89% 0.146 0.145 0.147 0.000 1.36% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.58% 0.122 0.106 0.133 0.010 20.30% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.04% 0.081 0.078 0.086 0.002 9.30% 586659 : READ_SURFX1_IAL
0.94% 0.073 0.071 0.074 0.001 4.05% 1107568 : APPEND_NUM
0.82% 0.063 0.060 0.066 0.002 9.09% 6073 : GRIB_API:IGRIB_SET_CHAR
71.05% 5.495 0.001 1.076

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.3%

Number of parsed Variables

2776

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-0550-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0550-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0583-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0583-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0583-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0583-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0583-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

-1.0000000000000009

Highest acceleration

-0.601 (ref:0.894s => test:0.293s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-67.23% (ref:0.894s => test:0.293s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+34.09% (ref:0.176s => test:0.236s)

Highest relative slow-down - routine

TRLTOG

Highest slow-down

0.060 (ref:0.176s => test:0.236s)

Highest slow-down - routine

TRLTOG

Relative diff in Elapse time

-11.26%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

0.00%

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

", {})

(if aborted)

/scratch/mtool/arbogaste/abort/dump_395921_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/arbogaste/abort/dump_395921_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/arbogaste/depot/mstep_395921_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/arbogaste/spool/spool_395921_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/arbogaste/spool/spool_395921_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0063-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0063-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0063-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2026-01-21T10:43:58

Elapse time

9.38

General info

Name of the executable : /scratch/mtool/arbogaste/spool/spool_395921_arpegeBS3Dobstype/root/arpege/3dvar6h/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=9.110, Max=9.380, Avg=9.189, StDev=0.090
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
10.73% 0.975 0.210 1.054 0.207 80.08% 3792 : ODBMP:ODBMP_IGLOBAL
11.40% 1.035 1.027 1.048 0.007 2.00% 16 : VARBC_SETUP:LOAD_TABLE
8.17% 0.742 0.582 0.885 0.143 34.24% 16 : INIFGER
0.71% 0.065 0.005 0.825 0.204 99.39% 55 : cma_open_
6.75% 0.613 0.606 0.621 0.006 2.42% 16 : VARBC_RAD:CONFIG
5.53% 0.502 0.486 0.515 0.007 5.63% 16 : VARBC_ALLSKY:CONFIG
4.42% 0.402 0.381 0.439 0.013 13.21% 2073 : ECOCLIMAP2_LAI
4.19% 0.380 0.023 0.436 0.099 94.72% 112 : TRLTOG
2.27% 0.206 0.001 0.436 0.137 99.77% 32 : SLRSET
4.19% 0.380 0.017 0.407 0.097 95.82% 16 : JO_TABLE_MOD:GATHER
3.83% 0.348 0.231 0.366 0.033 36.89% 64 : ATLAS_BCAST
0.87% 0.079 0.002 0.165 0.078 98.79% 16698 : GRIB_API:IGRIB_GET_INT
1.48% 0.134 0.134 0.136 0.001 1.47% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.32% 0.120 0.106 0.130 0.008 18.46% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.12% 0.101 0.098 0.107 0.002 8.41% 6073 : GRIB_API:IGRIB_SET_CHAR
1.12% 0.102 0.102 0.102 0.000 0.00% 16 : RRTM_KGB11
0.88% 0.080 0.077 0.087 0.002 11.49% 586659 : READ_SURFX1_ARO
0.86% 0.078 0.077 0.078 0.000 1.28% 146 : dGet_V_sat_satob
0.80% 0.072 0.071 0.075 0.001 5.33% 1107568 : APPEND_NUM
70.65% 6.415 0.001 1.054

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.3%

Number of parsed Variables

2775

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0504-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0504-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

arbogaste@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0504-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

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

test

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0063-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0063-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0063-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__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

0.7300000000000004

Highest acceleration

-0.027 (ref:1.075s => test:1.048s)

Highest acceleration - routine

VARBC_SETUP:LOAD_TABLE

Highest relative acceleration

-4.90% (ref:0.143s => test:0.136s)

Highest relative acceleration - routine

GRIB_API:IGRIB_NEW_FROM_SAMPLES

Highest relative slow-down

+222.32% (ref:0.327s => test:1.054s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.727 (ref:0.327s => test:1.054s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+8.44%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

+0.10%

Relative RSSmax diff

0.00%

Relative RSStotal diff

0.00%

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

", {})

(if aborted)

/scratch/mtool/mary/abort/dump_027780_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_027780_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_027780_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_027780_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_027780_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0550-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0550-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0550-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2026-01-15T11:28:19

Elapse time

8.88

General info

Name of the executable : /scratch/mtool/mary/spool/spool_027780_arpegeBS3Dobstype/root/arpege/3dvar6h/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=8.750, Max=8.880, Avg=8.805, StDev=0.031
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
11.81% 1.028 1.006 1.038 0.008 3.08% 16 : VARBC_SETUP:LOAD_TABLE
9.30% 0.809 0.280 0.894 0.149 68.68% 3792 : ODBMP:ODBMP_IGLOBAL
8.50% 0.739 0.585 0.876 0.137 33.22% 16 : INIFGER
7.11% 0.619 0.611 0.627 0.006 2.55% 16 : VARBC_RAD:CONFIG
5.78% 0.503 0.488 0.519 0.007 5.97% 16 : VARBC_ALLSKY:CONFIG
2.34% 0.204 0.001 0.446 0.141 99.78% 32 : SLRSET
4.63% 0.403 0.376 0.434 0.016 13.36% 2073 : ECOCLIMAP2_LAI
4.44% 0.387 0.017 0.413 0.099 95.88% 16 : JO_TABLE_MOD:GATHER
4.10% 0.356 0.230 0.376 0.036 38.83% 64 : ATLAS_BCAST
2.56% 0.223 0.221 0.225 0.002 1.78% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.72% 0.150 0.007 0.215 0.098 96.74% 14336 : ODBMP:ODBMP_DEXCHANGE1
0.73% 0.064 0.000 0.204 0.098 100.00% 51 : dGet_V_obsort_satob
1.56% 0.136 0.025 0.176 0.041 85.80% 112 : TRLTOG
0.94% 0.082 0.004 0.169 0.080 97.63% 16698 : GRIB_API:IGRIB_GET_INT
1.73% 0.150 0.002 0.160 0.040 98.75% 16 : INIERSCA
1.66% 0.145 0.144 0.146 0.001 1.37% 32 : READ_COVERS_PARAM
1.36% 0.119 0.104 0.128 0.009 18.75% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.91% 0.079 0.076 0.085 0.003 10.59% 586659 : READ_SURFX1_IAL
0.83% 0.073 0.071 0.074 0.001 4.05% 1107568 : APPEND_NUM
72.01% 6.266 0.000 1.038

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.3%

Number of parsed Variables

2776

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-0524-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0524-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0524-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0524-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0550-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0550-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0550-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0550-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

-1.459999999999999

Highest acceleration

-0.146 (ref:1.184s => test:1.038s)

Highest acceleration - routine

VARBC_SETUP:LOAD_TABLE

Highest relative acceleration

-14.56% (ref:0.206s => test:0.176s)

Highest relative acceleration - routine

TRLTOG

Highest relative slow-down

+229.89% (ref:0.271s => test:0.894s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.623 (ref:0.271s => test:0.894s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

-14.12%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

0.00%

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_027546_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_027546_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_027546_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_027546_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_027546_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0540-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0540-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0540-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0540-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0540-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-12-10T13:56:47

Elapse time

7.7

General info

Name of the executable : /scratch/mtool/mary/spool/spool_027546_arpegeBS3Dobstype/root/arpege/3dvar6h/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=7.600, Max=7.700, Avg=7.647, StDev=0.028
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
13.96% 1.053 1.036 1.064 0.007 2.63% 16 : VARBC_SETUP:LOAD_TABLE
9.68% 0.730 0.576 0.867 0.138 33.56% 16 : INIFGER
8.12% 0.612 0.604 0.617 0.004 2.11% 16 : VARBC_RAD:CONFIG
6.64% 0.501 0.497 0.514 0.004 3.31% 16 : VARBC_ALLSKY:CONFIG
2.83% 0.214 0.001 0.456 0.143 99.78% 32 : SLRSET
5.34% 0.403 0.382 0.440 0.016 13.18% 2073 : ECOCLIMAP2_LAI
4.98% 0.375 0.017 0.402 0.096 95.77% 16 : JO_TABLE_MOD:GATHER
4.65% 0.351 0.230 0.369 0.034 37.67% 64 : ATLAS_BCAST
2.85% 0.215 0.125 0.259 0.036 51.74% 3792 : ODBMP:ODBMP_IGLOBAL
1.76% 0.133 0.023 0.174 0.042 86.78% 112 : TRLTOG
2.28% 0.172 0.172 0.173 0.000 0.58% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.07% 0.081 0.004 0.168 0.080 97.62% 16698 : GRIB_API:IGRIB_GET_INT
1.56% 0.118 0.102 0.128 0.009 20.31% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.04% 0.079 0.076 0.085 0.002 10.59% 586659 : READ_SURFX1_ARO
0.88% 0.066 0.063 0.079 0.004 20.25% 6073 : GRIB_API:IGRIB_SET_CHAR
0.97% 0.073 0.071 0.075 0.001 5.33% 1107568 : APPEND_NUM
0.85% 0.064 0.061 0.067 0.002 8.96% 16 : MASTER
69.45% 5.238 0.001 1.064

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.4%

Number of parsed Variables

2775

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-0524-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0524-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0524-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0524-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0540-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0540-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0540-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0540-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0540-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

-2.6399999999999997

Highest acceleration

-0.120 (ref:1.184s => test:1.064s)

Highest acceleration - routine

VARBC_SETUP:LOAD_TABLE

Highest relative acceleration

-15.53% (ref:0.206s => test:0.174s)

Highest relative acceleration - routine

TRLTOG

Highest relative slow-down

+27.21% (ref:0.136s => test:0.173s)

Highest relative slow-down - routine

GRIB_API:IGRIB_NEW_FROM_SAMPLES

Highest slow-down

0.037 (ref:0.136s => test:0.173s)

Highest slow-down - routine

GRIB_API:IGRIB_NEW_FROM_SAMPLES

Relative diff in Elapse time

-25.53%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

+0.10%

Relative RSSmax diff

0.00%

Relative RSStotal diff

0.00%

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

", {})

(if aborted)

/scratch/mtool/arbogaste/abort/dump_392113_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/arbogaste/abort/dump_392113_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/arbogaste/depot/mstep_392113_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/arbogaste/spool/spool_392113_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/arbogaste/spool/spool_392113_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0057-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0057-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0057-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-12-13T19:19:27

Elapse time

8.72

General info

Name of the executable : /scratch/mtool/arbogaste/spool/spool_392113_arpegeBS3Dobstype/root/arpege/3dvar6h/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=8.640, Max=8.720, Avg=8.685, StDev=0.025
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
12.05% 1.034 1.012 1.058 0.011 4.35% 16 : VARBC_SETUP:LOAD_TABLE
8.64% 0.741 0.579 0.880 0.142 34.20% 16 : INIFGER
7.13% 0.611 0.600 0.618 0.005 2.91% 16 : VARBC_RAD:CONFIG
6.45% 0.553 0.553 0.554 0.000 0.18% 16 : SU_MCICA
5.83% 0.500 0.484 0.516 0.008 6.20% 16 : VARBC_ALLSKY:CONFIG
4.74% 0.407 0.392 0.423 0.010 7.33% 2073 : ECOCLIMAP2_LAI
2.22% 0.191 0.000 0.412 0.136 100.00% 32 : SLRSET
4.48% 0.384 0.017 0.411 0.098 95.86% 16 : JO_TABLE_MOD:GATHER
3.29% 0.282 0.136 0.403 0.071 66.25% 3792 : ODBMP:ODBMP_IGLOBAL
4.04% 0.346 0.229 0.365 0.033 37.26% 64 : ATLAS_BCAST
3.41% 0.293 0.023 0.345 0.078 93.33% 112 : TRLTOG
0.91% 0.078 0.002 0.165 0.078 98.79% 16698 : GRIB_API:IGRIB_GET_INT
1.39% 0.119 0.105 0.129 0.009 18.60% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.46% 0.125 0.125 0.126 0.000 0.79% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.22% 0.104 0.100 0.112 0.003 10.71% 6073 : GRIB_API:IGRIB_SET_CHAR
1.12% 0.096 0.096 0.096 0.000 0.00% 16 : YOMCLIM:READ_GHG_CLIMATOLOGY
0.93% 0.080 0.077 0.085 0.002 9.41% 586659 : READ_SURFX1_ARO
0.85% 0.072 0.070 0.075 0.001 6.67% 1107568 : APPEND_NUM
70.15% 6.017 0.000 1.058

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.2%

Number of parsed Variables

2775

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0063-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0063-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

arbogaste@hendrix.meteo.fr:~arbogaste/vortex/davai/elp/dv-0063-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

arbogaste@hendrix.meteo.fr:~arbogaste/vortex/davai/elp/dv-0063-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0057-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0057-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0057-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__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

-0.7799999999999994

Highest acceleration

-0.323 (ref:0.668s => test:0.345s)

Highest acceleration - routine

TRLTOG

Highest relative acceleration

-61.60% (ref:0.25s => test:0.096s)

Highest relative acceleration - routine

YOMCLIM:READ_GHG_CLIMATOLOGY

Highest relative slow-down

+22.12% (ref:0.33s => test:0.403s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.073 (ref:0.33s => test:0.403s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

-8.21%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

0.00%

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

", {})

(if aborted)

/scratch/mtool/arbogaste/abort/dump_382570_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/arbogaste/abort/dump_382570_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/arbogaste/depot/mstep_382570_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/arbogaste/spool/spool_382570_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/arbogaste/spool/spool_382570_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0056-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0056-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0056-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-10-23T08:51:12

Elapse time

10.64

General info

Name of the executable : /scratch/mtool/arbogaste/spool/spool_382570_arpegeBS3Dobstype/root/arpege/3dvar6h/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=10.550, Max=10.640, Avg=10.599, StDev=0.026
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
15.62% 1.639 0.665 2.417 0.886 72.49% 16 : INIFGER
6.07% 0.637 0.000 1.459 0.746 100.00% 18 : GRIB_API:IGRIB_CLOSE_FILE
10.70% 1.123 1.104 1.137 0.010 2.90% 16 : VARBC_SETUP:LOAD_TABLE
5.84% 0.612 0.602 0.616 0.004 2.27% 16 : VARBC_RAD:CONFIG
4.80% 0.504 0.488 0.522 0.010 6.51% 16 : VARBC_ALLSKY:CONFIG
1.88% 0.197 0.001 0.467 0.145 99.79% 32 : SLRSET
3.80% 0.399 0.355 0.426 0.017 16.67% 2073 : ECOCLIMAP2_LAI
3.68% 0.386 0.017 0.413 0.098 95.88% 16 : JO_TABLE_MOD:GATHER
3.42% 0.359 0.232 0.379 0.036 38.79% 64 : ATLAS_BCAST
3.14% 0.330 0.329 0.330 0.000 0.30% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
3.04% 0.319 0.319 0.319 0.000 0.00% 16 : YOMCLIM:READ_GHG_CLIMATOLOGY
2.67% 0.280 0.154 0.316 0.046 51.27% 3792 : ODBMP:ODBMP_IGLOBAL
1.72% 0.180 0.179 0.181 0.001 1.10% 7122 : GRIB_API:IGRIB_SET_INT
1.28% 0.134 0.026 0.178 0.042 85.39% 112 : TRLTOG
1.15% 0.121 0.078 0.174 0.037 55.17% 99 : FAITOU_MT
0.75% 0.079 0.003 0.165 0.078 98.18% 16698 : GRIB_API:IGRIB_GET_INT
1.04% 0.109 0.007 0.157 0.070 95.54% 14336 : ODBMP:ODBMP_DEXCHANGE1
1.40% 0.147 0.144 0.154 0.003 6.49% 6073 : GRIB_API:IGRIB_SET_CHAR
0.76% 0.080 0.030 0.131 0.042 77.10% 64 : DIST_GRID
1.15% 0.120 0.105 0.130 0.009 19.23% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.76% 0.080 0.076 0.087 0.003 12.64% 586659 : READ_SURFX1_ARO
0.77% 0.081 0.081 0.081 0.000 0.00% 16 : RRTM_KGB1
0.72% 0.076 0.074 0.080 0.002 7.50% 16 : MASTER
0.70% 0.074 0.073 0.074 0.001 1.35% 16 : SU_MCICA
0.68% 0.071 0.069 0.072 0.001 4.17% 1107568 : APPEND_NUM
77.53% 8.138 0.000 2.417

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.4%

Number of parsed Variables

2775

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0504-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0504-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

arbogaste@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0504-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

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

test

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0056-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0056-belenos@arbogaste/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0056-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__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

1.9900000000000002

Highest acceleration

-0.104 (ref:0.282s => test:0.178s)

Highest acceleration - routine

TRLTOG

Highest relative acceleration

-36.88% (ref:0.282s => test:0.178s)

Highest relative acceleration - routine

TRLTOG

Highest relative slow-down

+174.97% (ref:0.879s => test:2.417s)

Highest relative slow-down - routine

INIFGER

Highest slow-down

1.538 (ref:0.879s => test:2.417s)

Highest slow-down - routine

INIFGER

Relative diff in Elapse time

+23.01%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

0.00%

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

", {})

(if aborted)

/scratch/acrd/mtool/abort/dump_000495_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/acrd/mtool/abort/dump_000495_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/acrd/mtool/depot/mstep_000495_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/acrd/mtool/spool/spool_000495_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/acrd/mtool/spool/spool_000495_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/acrd/mtool/cache/promise/davai/elp/dv-0029-atos_bologna@acrd/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/acrd/mtool/cache/vortex/davai/elp/dv-0029-atos_bologna@acrd/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/acrd/mtool/cache/vortex/davai/elp/dv-0029-atos_bologna@acrd/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-09-12T10:37:51

Exception

expected str, bytes or os.PathLike object, not _GeneratorContextManager

Parsing

Failed

Jo-Tables

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

obstype	sensor	var	jo/n	jo	n
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.13409780234243637	7.375379128834	55

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 7.375379128834

Exception

'>' not supported between instances of 'NoneType' and 'NoneType'

Summary

Failed

Number of parsed Variables

2775

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_026776_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_026776_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_026776_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_026776_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_026776_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0524-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0524-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0524-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0524-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0524-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-09-12T07:04:17

Elapse time

10.34

General info

Name of the executable : /scratch/mtool/mary/spool/spool_026776_arpegeBS3Dobstype/root/arpege/3dvar6h/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=10.250, Max=10.340, Avg=10.297, StDev=0.026
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
1.28% 0.130 0.006 1.904 0.473 99.68% 55 : cma_open_
16.75% 1.707 0.003 1.821 0.454 99.84% 16 : CNT0
11.50% 1.172 1.146 1.184 0.012 3.21% 16 : VARBC_SETUP:LOAD_TABLE
7.27% 0.741 0.580 0.882 0.142 34.24% 16 : INIFGER
7.42% 0.756 0.753 0.758 0.002 0.66% 149 : C_blacklist_header
6.00% 0.611 0.604 0.618 0.004 2.27% 16 : VARBC_RAD:CONFIG
4.92% 0.501 0.489 0.520 0.010 5.96% 16 : VARBC_ALLSKY:CONFIG
1.97% 0.200 0.001 0.442 0.145 99.77% 32 : SLRSET
3.94% 0.402 0.375 0.428 0.015 12.38% 2073 : ECOCLIMAP2_LAI
3.76% 0.384 0.017 0.410 0.098 95.85% 16 : JO_TABLE_MOD:GATHER
3.48% 0.355 0.231 0.373 0.035 38.07% 64 : ATLAS_BCAST
2.44% 0.249 0.145 0.271 0.036 46.49% 3792 : ODBMP:ODBMP_IGLOBAL
1.62% 0.165 0.023 0.206 0.047 88.83% 112 : TRLTOG
0.79% 0.080 0.004 0.168 0.078 97.62% 16698 : GRIB_API:IGRIB_GET_INT
1.33% 0.135 0.135 0.136 0.000 0.74% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.17% 0.119 0.104 0.128 0.009 18.75% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.78% 0.080 0.075 0.086 0.002 12.79% 586659 : READ_SURFX1_ARO
0.70% 0.071 0.070 0.072 0.001 2.78% 1107568 : APPEND_NUM
77.10% 7.857 0.001 1.904

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.3%

Number of parsed Variables

2775

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_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0504-belenos/20220121T0600A/assim.arpege_BS3D__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-0524-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0524-belenos@mary/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0524-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0524-belenos/20220121T0600A/assim.arpege_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0524-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

1.6899999999999995

Highest acceleration

-0.076 (ref:0.282s => test:0.206s)

Highest acceleration - routine

TRLTOG

Highest relative acceleration

-26.95% (ref:0.282s => test:0.206s)

Highest relative acceleration - routine

TRLTOG

Highest relative slow-down

+10.14% (ref:1.075s => test:1.184s)

Highest relative slow-down - routine

VARBC_SETUP:LOAD_TABLE

Highest slow-down

0.109 (ref:1.075s => test:1.184s)

Highest slow-down - routine

VARBC_SETUP:LOAD_TABLE

Relative diff in Elapse time

+19.54%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

+0.10%

Relative RSSmax diff

0.00%

Relative RSStotal diff

0.00%

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

", {})

(if aborted)

/scratch/mtool/mary/abort/dump_026707_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_026707_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_026707_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_026707_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_026707_arpegeBS3Dobstype/root/arpege/3dvar6h/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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0517-belenos@mary/20220121T0600A/assim.arpege_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-09-05T16:22:11

Elapse time

7.66

General info

Name of the executable : /scratch/mtool/mary/spool/spool_026707_arpegeBS3Dobstype/root/arpege/3dvar6h/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=7.520, Max=7.660, Avg=7.584, StDev=0.043
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
13.86% 1.036 1.015 1.049 0.008 3.24% 16 : VARBC_SETUP:LOAD_TABLE
9.87% 0.738 0.584 0.877 0.141 33.41% 16 : INIFGER
8.20% 0.613 0.600 0.621 0.007 3.38% 16 : VARBC_RAD:CONFIG
6.71% 0.501 0.490 0.520 0.007 5.77% 16 : VARBC_ALLSKY:CONFIG
2.81% 0.210 0.001 0.441 0.143 99.77% 32 : SLRSET
5.42% 0.405 0.371 0.439 0.017 15.49% 2073 : ECOCLIMAP2_LAI
5.23% 0.391 0.017 0.418 0.100 95.93% 16 : JO_TABLE_MOD:GATHER
4.69% 0.351 0.230 0.370 0.034 37.84% 64 : ATLAS_BCAST
3.54% 0.264 0.191 0.289 0.034 33.91% 3792 : ODBMP:ODBMP_IGLOBAL
1.89% 0.142 0.023 0.182 0.043 87.36% 112 : TRLTOG
1.06% 0.079 0.003 0.165 0.078 98.18% 16698 : GRIB_API:IGRIB_GET_INT
1.59% 0.119 0.104 0.129 0.009 19.38% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.50% 0.112 0.112 0.113 0.000 0.88% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.06% 0.079 0.077 0.087 0.002 11.49% 586659 : READ_SURFX1_ARO
1.02% 0.076 0.073 0.080 0.002 8.75% 16 : MASTER
0.96% 0.072 0.070 0.073 0.001 4.11% 1107568 : APPEND_NUM
69.41% 5.188 0.001 1.049

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.4%

Number of parsed Variables

2776

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_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0504-belenos/20220121T0600A/assim.arpege_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0517-belenos@mary/20220121T0600A/assim.arpege_BS3D__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_BS3D__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

-0.9900000000000002

Highest acceleration

-0.100 (ref:0.282s => test:0.182s)

Highest acceleration - routine

TRLTOG

Highest relative acceleration

-35.46% (ref:0.282s => test:0.182s)

Highest relative acceleration - routine

TRLTOG

Highest relative slow-down

+2.81% (ref:0.427s => test:0.439s)

Highest relative slow-down - routine

ECOCLIMAP2_LAI

Highest slow-down

0.012 (ref:0.427s => test:0.439s)

Highest slow-down - routine

ECOCLIMAP2_LAI

Relative diff in Elapse time

-11.45%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

0.00%

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_026043_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_026043_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_026043_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_026043_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_026043_arpegeBS3Dobstype/root/arpege/3dvar6h/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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0504-belenos@mary/20220121T0600A/assim.arpege_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0504-belenos/20220121T0600A/assim.arpege_BS3D__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

2025-07-07T15:26:33

Elapse time

8.65

General info

Name of the executable : /scratch/mtool/mary/spool/spool_026043_arpegeBS3Dobstype/root/arpege/3dvar6h/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=8.560, Max=8.650, Avg=8.610, StDev=0.026
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
12.47% 1.060 1.043 1.075 0.010 2.98% 16 : VARBC_SETUP:LOAD_TABLE
8.68% 0.738 0.581 0.879 0.141 33.90% 16 : INIFGER
7.22% 0.614 0.606 0.619 0.004 2.10% 16 : VARBC_RAD:CONFIG
5.91% 0.503 0.489 0.520 0.009 5.96% 16 : VARBC_ALLSKY:CONFIG
2.31% 0.196 0.001 0.439 0.138 99.77% 32 : SLRSET
4.70% 0.400 0.380 0.427 0.011 11.01% 2073 : ECOCLIMAP2_LAI
4.51% 0.384 0.017 0.410 0.098 95.85% 16 : JO_TABLE_MOD:GATHER
4.76% 0.405 0.402 0.409 0.003 1.71% 2336 : POSNAME
4.08% 0.347 0.229 0.366 0.033 37.43% 64 : ATLAS_BCAST
3.52% 0.299 0.174 0.327 0.046 46.79% 3792 : ODBMP:ODBMP_IGLOBAL
3.60% 0.306 0.304 0.307 0.001 0.98% 32 : READ_COVERS_PARAM
2.75% 0.234 0.024 0.282 0.063 91.49% 112 : TRLTOG
0.92% 0.078 0.002 0.164 0.078 98.78% 16698 : GRIB_API:IGRIB_GET_INT
1.67% 0.142 0.142 0.143 0.000 0.70% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.41% 0.120 0.106 0.131 0.009 19.08% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.24% 0.106 0.103 0.112 0.002 8.04% 6073 : GRIB_API:IGRIB_SET_CHAR
0.94% 0.080 0.075 0.086 0.003 12.79% 586659 : READ_SURFX1_ARO
0.84% 0.071 0.070 0.073 0.001 4.11% 1107568 : APPEND_NUM
0.79% 0.068 0.061 0.068 0.002 10.29% 16 : YOMGHGTIMESERIES:READ_GHG_TIMESERIES
72.33% 6.150 0.001 1.075

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.2%

Number of parsed Variables

2775

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_025825_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_025825_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_025825_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_025825_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_025825_arpegeBS3Dobstype/root/arpege/3dvar6h/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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0493-belenos@mary/20220121T0600A/assim.arpege_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0493-belenos/20220121T0600A/assim.arpege_BS3D__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

2025-06-04T07:34:58

Elapse time

8.23

General info

Name of the executable : /scratch/mtool/mary/spool/spool_025825_arpegeBS3Dobstype/root/arpege/3dvar6h/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=8.050, Max=8.230, Avg=8.117, StDev=0.058
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
13.24% 1.060 1.043 1.074 0.009 2.89% 16 : VARBC_SETUP:LOAD_TABLE
9.25% 0.741 0.577 0.884 0.143 34.73% 16 : INIFGER
7.63% 0.611 0.605 0.621 0.005 2.58% 16 : VARBC_RAD:CONFIG
6.27% 0.502 0.489 0.515 0.006 5.05% 16 : VARBC_ALLSKY:CONFIG
5.55% 0.445 0.444 0.445 0.000 0.22% 32 : READ_COVERS_PARAM
5.04% 0.404 0.391 0.430 0.011 9.07% 2073 : ECOCLIMAP2_LAI
2.45% 0.196 0.001 0.422 0.135 99.76% 32 : SLRSET
4.91% 0.393 0.017 0.421 0.100 95.96% 16 : JO_TABLE_MOD:GATHER
4.37% 0.350 0.231 0.368 0.033 37.23% 64 : ATLAS_BCAST
3.04% 0.243 0.140 0.265 0.035 47.17% 3792 : ODBMP:ODBMP_IGLOBAL
1.66% 0.133 0.024 0.176 0.042 86.36% 112 : TRLTOG
0.98% 0.079 0.002 0.164 0.078 98.78% 16698 : GRIB_API:IGRIB_GET_INT
1.49% 0.119 0.104 0.129 0.009 19.38% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.45% 0.116 0.116 0.116 0.000 0.00% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.36% 0.109 0.105 0.114 0.002 7.89% 7089 : GRIB_API:IGRIB_SET_CHAR
0.99% 0.079 0.077 0.085 0.002 9.41% 586659 : READ_SURFX1_ARO
0.89% 0.071 0.068 0.075 0.002 9.33% 16 : MASTER
0.89% 0.072 0.070 0.074 0.001 5.41% 1107568 : APPEND_NUM
71.46% 5.723 0.001 1.074

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.3%

Number of parsed Variables

2775

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_025345_arpegeBS3Dobstype/root/arpege/3dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_025345_arpegeBS3Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_025345_arpegeBS3Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_025345_arpegeBS3Dobstype

jobname

arpege_BS3D__obstype

rundir

/scratch/mtool/mary/spool/spool_025345_arpegeBS3Dobstype/root/arpege/3dvar6h/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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0482-belenos@mary/20220121T0600A/assim.arpege_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0482-belenos/20220121T0600A/assim.arpege_BS3D__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

2025-05-20T10:53:57

Elapse time

8.9

General info

Name of the executable : /scratch/mtool/mary/spool/spool_025345_arpegeBS3Dobstype/root/arpege/3dvar6h/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=8.790, Max=8.900, Avg=8.844, StDev=0.030
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
12.60% 1.101 1.094 1.112 0.005 1.62% 16 : VARBC_SETUP:LOAD_TABLE
8.88% 0.776 0.588 0.945 0.167 37.78% 16 : INIFGER
7.02% 0.614 0.601 0.621 0.006 3.22% 16 : VARBC_RAD:CONFIG
5.76% 0.504 0.489 0.520 0.009 5.96% 16 : VARBC_ALLSKY:CONFIG
4.59% 0.401 0.322 0.492 0.070 34.55% 3792 : ODBMP:ODBMP_IGLOBAL
2.40% 0.210 0.001 0.448 0.142 99.78% 32 : SLRSET
4.63% 0.404 0.386 0.446 0.016 13.45% 2073 : ECOCLIMAP2_LAI
4.47% 0.391 0.017 0.418 0.100 95.93% 16 : JO_TABLE_MOD:GATHER
4.10% 0.358 0.229 0.378 0.036 39.42% 64 : ATLAS_BCAST
3.44% 0.300 0.300 0.301 0.000 0.33% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
2.12% 0.185 0.182 0.194 0.003 6.19% 7089 : GRIB_API:IGRIB_SET_CHAR
1.60% 0.140 0.023 0.181 0.043 87.29% 112 : TRLTOG
0.96% 0.084 0.003 0.174 0.081 98.28% 16698 : GRIB_API:IGRIB_GET_INT
1.75% 0.153 0.032 0.168 0.033 80.95% 64 : DIST_GRID
1.39% 0.121 0.060 0.150 0.024 60.00% 99 : FAITOU_MT
0.88% 0.076 0.096 0.145 0.063 33.79% 55 : cma_open_
1.37% 0.120 0.105 0.130 0.009 19.23% 1993 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.12% 0.098 0.097 0.098 0.000 1.02% 16 : SUINSKTE
0.89% 0.078 0.075 0.085 0.002 11.76% 586659 : READ_SURFX1_ARO
0.82% 0.072 0.070 0.073 0.001 4.11% 1107568 : APPEND_NUM
0.75% 0.065 0.059 0.070 0.003 15.71% 16 : MASTER
71.53% 6.251 0.001 1.112

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	0.1788524149524	2.682786224286	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.7795226205126667	23.38567861538	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.18758936369708334	2.251072364365	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.18988446541445833	4.557227169947	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.283913070602625	2.271304564821	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.145850581073	2.333609297168	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.04675578245075	0.4675578245075	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.3142735845672	6.285471691344	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.5006592412627273	11.01450330778	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.29418269552795456	12.94403860323	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	3.111317050235	31.11317050235	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.11531556051330001	2.306311210266	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.0540552399331	0.1081104798662	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.08809759242616666	0.2642927772785	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.5862814404960001	3.517688642976	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.13638186974775	3.273164873946	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.158560556113	1.58560556113	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.09813397822245	0.9813397822245	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.06668343895676666	0.4001006337406	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.09867346293195	0.1973469258639	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.03658790574675	0.146351622987	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.53867308222	12.30938465776	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	1.2848582713243333	7.709149627946	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.31214233329458335	3.745707999535	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0505622363322	0.1011244726644	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.622323147261	2.489292589044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.2398793648712	0.9595174594848	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.221920813486375	1.775366507891	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.136775582875975	0.5471023315039	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.128245927725	41.0259674218	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.1258430228878	0.1258430228878	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.522421636321	1.044843272642	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.25633611514975	1.025344460599	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.0830115865230125	0.6640926921841	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.401120102552	6.401120102552	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.87854071384	1.75708142768	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.665944696175	6.6637787847	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.82598546136025	3.303941845441	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0428894674825	0.17155786993	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	1.34872177077125	10.78977416617	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.4521717391086	0.9043434782172	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.8931042355876666	5.679312706763	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.1421939223613	0.8531635341678	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.2083348986197	0.8333395944788	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.35621238178925	2.849699054314	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.5366201018546318	225.9170628808	421

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 225.9170628808

MPI tasks

RSSmax

4.0Gb

RSStotal

62.6Gb

imbalance

5.3%

Number of parsed Variables

2762

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_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0482-belenos/20220121T0600A/assim.arpege_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0482-belenos@mary/20220121T0600A/assim.arpege_BS3D__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_BS3D__obstype@screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0482-belenos/20220121T0600A/assim.arpege_BS3D__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

0.13000000000000078

Highest acceleration

-0.507 (ref:0.701s => test:0.194s)

Highest acceleration - routine

GRIB_API:IGRIB_SET_CHAR

Highest relative acceleration

-72.33% (ref:0.701s => test:0.194s)

Highest relative acceleration - routine

GRIB_API:IGRIB_SET_CHAR

Highest relative slow-down

+155.08% (ref:0.118s => test:0.301s)

Highest relative slow-down - routine

GRIB_API:IGRIB_NEW_FROM_SAMPLES

Highest slow-down

0.183 (ref:0.118s => test:0.301s)

Highest slow-down - routine

GRIB_API:IGRIB_NEW_FROM_SAMPLES

Relative diff in Elapse time

+1.48%

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	0.1788524149524	0.1788524149524	0.000E+00	15	15
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.7795226205126667	0.7795226205126667	0.000E+00	30	30
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.18758936369708334	0.18758936369708334	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.18988446541445833	0.18988446541445833	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	0.283913070602625	0.283913070602625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.145850581073	0.145850581073	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.04675578245075	0.04675578245075	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.3142735845672	0.3142735845672	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.5006592412627273	0.5006592412627273	0.000E+00	22	22
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.29418269552795456	0.29418269552795456	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	3.111317050235	3.111317050235	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.11531556051330001	0.11531556051330001	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.0540552399331	0.0540552399331	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.08809759242616666	0.08809759242616666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.5862814404960001	0.5862814404960001	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.13638186974775	0.13638186974775	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.158560556113	0.158560556113	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.09813397822245	0.09813397822245	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.06668343895676666	0.06668343895676666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.09867346293195	0.09867346293195	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.03658790574675	0.03658790574675	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.53867308222	1.53867308222	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	1.2848582713243333	1.2848582713243333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.31214233329458335	0.31214233329458335	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0505622363322	0.0505622363322	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.622323147261	0.622323147261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	T	0.000E+00	0.2398793648712	0.2398793648712	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.221920813486375	0.221920813486375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	0.136775582875975	0.136775582875975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	5.128245927725	5.128245927725	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	T	0.000E+00	0.1258430228878	0.1258430228878	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.522421636321	0.522421636321	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	0.25633611514975	0.25633611514975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.0830115865230125	0.0830115865230125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	6.401120102552	6.401120102552	0.000E+00	1	1
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	0.87854071384	0.87854071384	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	1.665944696175	1.665944696175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.82598546136025	0.82598546136025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0428894674825	0.0428894674825	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	1.34872177077125	1.34872177077125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 223 METHOD=IR	U	0.000E+00	0.4521717391086	0.4521717391086	0.000E+00	2	2
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	1.8931042355876666	1.8931042355876666	0.000E+00	3	3
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.1421939223613	0.1421939223613	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	0.2083348986197	0.2083348986197	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.35621238178925	0.35621238178925	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.5366201018546318	0.5366201018546318	0.000E+00	421	421

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

0.00%

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_BS3D__obstype@screening.geow

assim.arpege_BS3D__obstype@screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus

drHookMax

joTables

leadExpert

rss

setup

comparisonStatus

assim.arpege_BS3D__obstype@screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus

drHookMax

joTables

leadExpert

rss

setup

comparisonStatus

assim.arpege_BS3D__obstype@screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus

drHookMax

joTables

leadExpert

rss

setup

comparisonStatus

assim.arpege_BS3D__obstype@screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus

drHookMax

joTables

leadExpert

rss

setup

comparisonStatus

assim.arpege_BS3D__obstype@screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus