arpege-4DVar-screening.geow

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XPID	Base cycle	User	Updated	Main Metric	Value
dv-0099-belenos@glintonm (0f3c2ee671fa78a9762d024e255475a95a1cc85c)	cy49t1_op1	glintonm	2025-07-07 08:09:42	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 : 9.659096580403 jo/n : 0.21464659067562222 n : 45 U : jo : 83.7455233108 jo/n : 0.9305058145644444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.10568616888 jo/n : 0.314701795185 n : 48 U : jo : 23.11144794487 jo/n : 0.24074424942572917 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.73398384461 jo/n : 1.1093593537844 n : 25 U : jo : 5.478918925082 jo/n : 0.10957837850164 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.513762246873 jo/n : 0.08409790260405556 n : 18 U : jo : 12.57684094789 jo/n : 0.34935669299694444 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.79504366724 jo/n : 0.35897826516454545 n : 44 U : jo : 28.02392856063 jo/n : 0.31845373364352275 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.896875260754 jo/n : 0.39587501043016 n : 25 U : jo : 6.92810538736 jo/n : 0.1385621077472 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803337622 jo/n : 1.6268710163573914 n : 23 U : jo : 6.223728954278 jo/n : 0.1352984555277826 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.432233730309 jo/n : 0.05508591270419231 n : 26 U : jo : 14.2873922702 jo/n : 0.2747575436576923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.792865913152 jo/n : 0.16173490269409524 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.294295834438 jo/n : 0.1966967448261875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.60043442427 jo/n : 0.2120086884854 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.416778485763 jo/n : 0.3385486553601875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 8.87162813454 jo/n : 0.55447675840875 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.490603603409 jo/n : 0.3454310464160769 n : 13 U : jo : 28.11273385242 jo/n : 1.0812589943238462 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329269491787 jo/n : 0.22154491529783335 n : 6 U : jo : 8.144217547768 jo/n : 0.6786847956473333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.356532537837 jo/n : 0.21782662689185 n : 20 U : jo : 5.06845143565 jo/n : 0.12671128589125 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2195359982417 jo/n : 0.054883999560425 n : 4 U : jo : 3.984069382715 jo/n : 0.498008672839375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.381658177548 jo/n : 0.33816581775480004 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.76055075054 jo/n : 2.876055075054 n : 10 U : jo : 9.033684221549 jo/n : 0.45168421107745005 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.541696509168 jo/n : 0.635424127292 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70772719716 jo/n : 1.838465899645 n : 8 U : jo : 2.302016751027 jo/n : 0.1438760469391875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.844481707321 jo/n : 0.46112042683025 n : 4 U : jo : 10.88655689521 jo/n : 1.36081961190125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473323867021 jo/n : 0.12277698891841667 n : 12 U : jo : 4.834907389011 jo/n : 0.20145447454212498 n : 24 METOP 3 METHOD=IR : T : jo : 0.751563521506 jo/n : 0.09394544018825 n : 8 U : jo : 7.105316258008 jo/n : 0.4440822661255 n : 16 METOP 5 METHOD=IR : T : jo : 0.4506177391042 jo/n : 0.056327217388025 n : 8 U : jo : 6.57133741388 jo/n : 0.4107085883675 n : 16 NOAA 224 METHOD=IR : T : jo : 3.746087376339 jo/n : 0.41623193070433334 n : 9 U : jo : 11.93794158587 jo/n : 0.6632189769927778 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84910877515 jo/n : 3.48113859689375 n : 8 U : jo : 6.904667869907 jo/n : 0.4315417418691875 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 537.8097247326 jo/n : 0.42380592965531916 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326
dv-0098-belenos@glintonm (0f3c2ee671fa78a9762d024e255475a95a1cc85c)	cy49t1_op1	glintonm	2025-07-04 11:59:20	--- none	None
dv-0097-belenos@glintonm (0f3c2ee671fa78a9762d024e255475a95a1cc85c)	cy49t1_op1	glintonm	2025-07-03 15:07:40	--- none	None
dv-0096-belenos@glintonm (6ce948cedbcfec8f1ce5c6cbd225bc0943fa3ae2)	cy49t1_op1	glintonm	2025-06-12 13:49:26	--- none	None
dv-0476-belenos@mary (CY50_toT1.04)	cy50t1	mary	2025-04-30 09:39:27	- None	None
dv-0019-belenos@strajnarb (CY49T2)	cy49t0_to_T1	strajnarb	2025-04-23 08:55:12	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 : 8.427490327888 jo/n : 0.18727756284195557 n : 45 U : jo : 74.74417038019 jo/n : 0.8304907820021111 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.64929586426 jo/n : 0.32602699717208333 n : 48 U : jo : 36.14308711231 jo/n : 0.37649049075322916 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.81315378451 jo/n : 1.1125261513804 n : 25 U : jo : 13.53332853676 jo/n : 0.2706665707352 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.502709184136 jo/n : 0.08348384356311112 n : 18 U : jo : 20.70788275939 jo/n : 0.5752189655386111 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.78037038286 jo/n : 0.35864478142863637 n : 44 U : jo : 62.31601041448 jo/n : 0.7081364819827273 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.776634428532 jo/n : 0.39106537714128004 n : 25 U : jo : 15.70790335123 jo/n : 0.3141580670246 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.44828987714 jo/n : 1.6281865163973912 n : 23 U : jo : 15.88266086302 jo/n : 0.3452752361526087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.430268206904 jo/n : 0.055010315650153845 n : 26 U : jo : 18.57153996357 jo/n : 0.35714499929942306 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.613918112555 jo/n : 0.18128376458464285 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.992459806246 jo/n : 0.2185143689451875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.90008330782 jo/n : 0.2180016661564 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.475181786168 jo/n : 0.2796988616355 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.244562112927 jo/n : 0.3902851320579375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.451314135367 jo/n : 0.3424087796436154 n : 13 U : jo : 121.1387049367 jo/n : 4.659180959103846 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.34468409079 jo/n : 0.22411401513166665 n : 6 U : jo : 42.51680321701 jo/n : 3.5430669347508332 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.269574030599 jo/n : 0.21347870152995002 n : 20 U : jo : 18.28459624677 jo/n : 0.45711490616925 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2173584957044 jo/n : 0.0543396239261 n : 4 U : jo : 18.8246979655 jo/n : 2.3530872456875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.83911535722 jo/n : 0.383911535722 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.43827644606 jo/n : 2.9438276446060003 n : 10 U : jo : 26.56715110461 jo/n : 1.3283575552305 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.881797580095 jo/n : 1.22044939502375 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.69300164652 jo/n : 1.836625205815 n : 8 U : jo : 4.712304458167 jo/n : 0.2945190286354375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.836085367659 jo/n : 0.45902134191475 n : 4 U : jo : 28.57978010668 jo/n : 3.572472513335 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.467264493115 jo/n : 0.12227204109291667 n : 12 U : jo : 19.43910945872 jo/n : 0.8099628941133333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7343163890726 jo/n : 0.091789548634075 n : 8 U : jo : 11.61317297333 jo/n : 0.725823310833125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4556171079183 jo/n : 0.0569521384897875 n : 8 U : jo : 8.879855358147 jo/n : 0.5549909598841875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.687886423586 jo/n : 0.4097651581762222 n : 9 U : jo : 23.09800288751 jo/n : 1.2832223826394444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8454594786 jo/n : 3.480682434825 n : 8 U : jo : 8.683670075897 jo/n : 0.5427293797435625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.2475413534 jo/n : 0.6644976685211978 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534
dv-0017-belenos@strajnarb (CY49T2)	cy49t0_to_T1	strajnarb	2025-04-22 13:08:18	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.427490327888 jo/n : 0.18727756284195557 n : 45 U : jo : 74.74417038019 jo/n : 0.8304907820021111 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.64929586426 jo/n : 0.32602699717208333 n : 48 U : jo : 36.14308711231 jo/n : 0.37649049075322916 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.81315378451 jo/n : 1.1125261513804 n : 25 U : jo : 13.53332853676 jo/n : 0.2706665707352 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.502709184136 jo/n : 0.08348384356311112 n : 18 U : jo : 20.70788275939 jo/n : 0.5752189655386111 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.78037038286 jo/n : 0.35864478142863637 n : 44 U : jo : 62.31601041448 jo/n : 0.7081364819827273 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.776634428532 jo/n : 0.39106537714128004 n : 25 U : jo : 15.70790335123 jo/n : 0.3141580670246 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.44828987714 jo/n : 1.6281865163973912 n : 23 U : jo : 15.88266086302 jo/n : 0.3452752361526087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.430268206904 jo/n : 0.055010315650153845 n : 26 U : jo : 18.57153996357 jo/n : 0.35714499929942306 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.613918112555 jo/n : 0.18128376458464285 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.992459806246 jo/n : 0.2185143689451875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.90008330782 jo/n : 0.2180016661564 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.475181786168 jo/n : 0.2796988616355 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.244562112927 jo/n : 0.3902851320579375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.451314135367 jo/n : 0.3424087796436154 n : 13 U : jo : 121.1387049367 jo/n : 4.659180959103846 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.34468409079 jo/n : 0.22411401513166665 n : 6 U : jo : 42.51680321701 jo/n : 3.5430669347508332 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.269574030599 jo/n : 0.21347870152995002 n : 20 U : jo : 18.28459624677 jo/n : 0.45711490616925 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2173584957044 jo/n : 0.0543396239261 n : 4 U : jo : 18.8246979655 jo/n : 2.3530872456875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.83911535722 jo/n : 0.383911535722 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.43827644606 jo/n : 2.9438276446060003 n : 10 U : jo : 26.56715110461 jo/n : 1.3283575552305 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.881797580095 jo/n : 1.22044939502375 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.69300164652 jo/n : 1.836625205815 n : 8 U : jo : 4.712304458167 jo/n : 0.2945190286354375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.836085367659 jo/n : 0.45902134191475 n : 4 U : jo : 28.57978010668 jo/n : 3.572472513335 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.467264493115 jo/n : 0.12227204109291667 n : 12 U : jo : 19.43910945872 jo/n : 0.8099628941133333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7343163890726 jo/n : 0.091789548634075 n : 8 U : jo : 11.61317297333 jo/n : 0.725823310833125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4556171079183 jo/n : 0.0569521384897875 n : 8 U : jo : 8.879855358147 jo/n : 0.5549909598841875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.687886423586 jo/n : 0.4097651581762222 n : 9 U : jo : 23.09800288751 jo/n : 1.2832223826394444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8454594786 jo/n : 3.480682434825 n : 8 U : jo : 8.683670075897 jo/n : 0.5427293797435625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.2475413534 jo/n : 0.6644976685211978 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534
dv-0094-belenos@glintonm (a8547e0010c6a81c937bedcd803bc4a7700d4ade)	cy49t1_op1	glintonm	2025-04-17 15:43:34	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 : 9.659096580403 jo/n : 0.21464659067562222 n : 45 U : jo : 83.7455233108 jo/n : 0.9305058145644444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.10568616888 jo/n : 0.314701795185 n : 48 U : jo : 23.11144794487 jo/n : 0.24074424942572917 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.73398384461 jo/n : 1.1093593537844 n : 25 U : jo : 5.478918925082 jo/n : 0.10957837850164 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.513762246873 jo/n : 0.08409790260405556 n : 18 U : jo : 12.57684094789 jo/n : 0.34935669299694444 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.79504366724 jo/n : 0.35897826516454545 n : 44 U : jo : 28.02392856063 jo/n : 0.31845373364352275 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.896875260754 jo/n : 0.39587501043016 n : 25 U : jo : 6.92810538736 jo/n : 0.1385621077472 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803337622 jo/n : 1.6268710163573914 n : 23 U : jo : 6.223728954278 jo/n : 0.1352984555277826 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.432233730309 jo/n : 0.05508591270419231 n : 26 U : jo : 14.2873922702 jo/n : 0.2747575436576923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.792865913152 jo/n : 0.16173490269409524 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.294295834438 jo/n : 0.1966967448261875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.60043442427 jo/n : 0.2120086884854 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.416778485763 jo/n : 0.3385486553601875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 8.87162813454 jo/n : 0.55447675840875 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.490603603409 jo/n : 0.3454310464160769 n : 13 U : jo : 28.11273385242 jo/n : 1.0812589943238462 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329269491787 jo/n : 0.22154491529783335 n : 6 U : jo : 8.144217547768 jo/n : 0.6786847956473333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.356532537837 jo/n : 0.21782662689185 n : 20 U : jo : 5.06845143565 jo/n : 0.12671128589125 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2195359982417 jo/n : 0.054883999560425 n : 4 U : jo : 3.984069382715 jo/n : 0.498008672839375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.381658177548 jo/n : 0.33816581775480004 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.76055075054 jo/n : 2.876055075054 n : 10 U : jo : 9.033684221549 jo/n : 0.45168421107745005 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.541696509168 jo/n : 0.635424127292 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70772719716 jo/n : 1.838465899645 n : 8 U : jo : 2.302016751027 jo/n : 0.1438760469391875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.844481707321 jo/n : 0.46112042683025 n : 4 U : jo : 10.88655689521 jo/n : 1.36081961190125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473323867021 jo/n : 0.12277698891841667 n : 12 U : jo : 4.834907389011 jo/n : 0.20145447454212498 n : 24 METOP 3 METHOD=IR : T : jo : 0.751563521506 jo/n : 0.09394544018825 n : 8 U : jo : 7.105316258008 jo/n : 0.4440822661255 n : 16 METOP 5 METHOD=IR : T : jo : 0.4506177391042 jo/n : 0.056327217388025 n : 8 U : jo : 6.57133741388 jo/n : 0.4107085883675 n : 16 NOAA 224 METHOD=IR : T : jo : 3.746087376339 jo/n : 0.41623193070433334 n : 9 U : jo : 11.93794158587 jo/n : 0.6632189769927778 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84910877515 jo/n : 3.48113859689375 n : 8 U : jo : 6.904667869907 jo/n : 0.4315417418691875 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 537.8097247326 jo/n : 0.42380592965531916 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326
dv-0093-belenos@glintonm (a8547e0010c6a81c937bedcd803bc4a7700d4ade)	cy49t1_op1	glintonm	2025-04-17 14:26:46	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 9.659096580403 jo/n : 0.21464659067562222 n : 45 U : jo : 83.7455233108 jo/n : 0.9305058145644444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.10568616888 jo/n : 0.314701795185 n : 48 U : jo : 23.11144794487 jo/n : 0.24074424942572917 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.73398384461 jo/n : 1.1093593537844 n : 25 U : jo : 5.478918925082 jo/n : 0.10957837850164 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.513762246873 jo/n : 0.08409790260405556 n : 18 U : jo : 12.57684094789 jo/n : 0.34935669299694444 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.79504366724 jo/n : 0.35897826516454545 n : 44 U : jo : 28.02392856063 jo/n : 0.31845373364352275 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.896875260754 jo/n : 0.39587501043016 n : 25 U : jo : 6.92810538736 jo/n : 0.1385621077472 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803337622 jo/n : 1.6268710163573914 n : 23 U : jo : 6.223728954278 jo/n : 0.1352984555277826 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.432233730309 jo/n : 0.05508591270419231 n : 26 U : jo : 14.2873922702 jo/n : 0.2747575436576923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.792865913152 jo/n : 0.16173490269409524 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.294295834438 jo/n : 0.1966967448261875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.60043442427 jo/n : 0.2120086884854 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.416778485763 jo/n : 0.3385486553601875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 8.87162813454 jo/n : 0.55447675840875 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.490603603409 jo/n : 0.3454310464160769 n : 13 U : jo : 28.11273385242 jo/n : 1.0812589943238462 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329269491787 jo/n : 0.22154491529783335 n : 6 U : jo : 8.144217547768 jo/n : 0.6786847956473333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.356532537837 jo/n : 0.21782662689185 n : 20 U : jo : 5.06845143565 jo/n : 0.12671128589125 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2195359982417 jo/n : 0.054883999560425 n : 4 U : jo : 3.984069382715 jo/n : 0.498008672839375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.381658177548 jo/n : 0.33816581775480004 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.76055075054 jo/n : 2.876055075054 n : 10 U : jo : 9.033684221549 jo/n : 0.45168421107745005 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.541696509168 jo/n : 0.635424127292 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70772719716 jo/n : 1.838465899645 n : 8 U : jo : 2.302016751027 jo/n : 0.1438760469391875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.844481707321 jo/n : 0.46112042683025 n : 4 U : jo : 10.88655689521 jo/n : 1.36081961190125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473323867021 jo/n : 0.12277698891841667 n : 12 U : jo : 4.834907389011 jo/n : 0.20145447454212498 n : 24 METOP 3 METHOD=IR : T : jo : 0.751563521506 jo/n : 0.09394544018825 n : 8 U : jo : 7.105316258008 jo/n : 0.4440822661255 n : 16 METOP 5 METHOD=IR : T : jo : 0.4506177391042 jo/n : 0.056327217388025 n : 8 U : jo : 6.57133741388 jo/n : 0.4107085883675 n : 16 NOAA 224 METHOD=IR : T : jo : 3.746087376339 jo/n : 0.41623193070433334 n : 9 U : jo : 11.93794158587 jo/n : 0.6632189769927778 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84910877515 jo/n : 3.48113859689375 n : 8 U : jo : 6.904667869907 jo/n : 0.4315417418691875 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 537.8097247326 jo/n : 0.42380592965531916 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326
dv-0047-belenos@vogtv (CY49T2)	cy49t0_to_T1	vogtv	2025-04-15 07:21:31	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.427490327888 jo/n : 0.18727756284195557 n : 45 U : jo : 74.74417038019 jo/n : 0.8304907820021111 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.64929586426 jo/n : 0.32602699717208333 n : 48 U : jo : 36.14308711231 jo/n : 0.37649049075322916 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.81315378451 jo/n : 1.1125261513804 n : 25 U : jo : 13.53332853676 jo/n : 0.2706665707352 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.502709184136 jo/n : 0.08348384356311112 n : 18 U : jo : 20.70788275939 jo/n : 0.5752189655386111 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.78037038286 jo/n : 0.35864478142863637 n : 44 U : jo : 62.31601041448 jo/n : 0.7081364819827273 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.776634428532 jo/n : 0.39106537714128004 n : 25 U : jo : 15.70790335123 jo/n : 0.3141580670246 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.44828987714 jo/n : 1.6281865163973912 n : 23 U : jo : 15.88266086302 jo/n : 0.3452752361526087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.430268206904 jo/n : 0.055010315650153845 n : 26 U : jo : 18.57153996357 jo/n : 0.35714499929942306 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.613918112555 jo/n : 0.18128376458464285 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.992459806246 jo/n : 0.2185143689451875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.90008330782 jo/n : 0.2180016661564 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.475181786168 jo/n : 0.2796988616355 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.244562112927 jo/n : 0.3902851320579375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.451314135367 jo/n : 0.3424087796436154 n : 13 U : jo : 121.1387049367 jo/n : 4.659180959103846 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.34468409079 jo/n : 0.22411401513166665 n : 6 U : jo : 42.51680321701 jo/n : 3.5430669347508332 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.269574030599 jo/n : 0.21347870152995002 n : 20 U : jo : 18.28459624677 jo/n : 0.45711490616925 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2173584957044 jo/n : 0.0543396239261 n : 4 U : jo : 18.8246979655 jo/n : 2.3530872456875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.83911535722 jo/n : 0.383911535722 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.43827644606 jo/n : 2.9438276446060003 n : 10 U : jo : 26.56715110461 jo/n : 1.3283575552305 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.881797580095 jo/n : 1.22044939502375 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.69300164652 jo/n : 1.836625205815 n : 8 U : jo : 4.712304458167 jo/n : 0.2945190286354375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.836085367659 jo/n : 0.45902134191475 n : 4 U : jo : 28.57978010668 jo/n : 3.572472513335 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.467264493115 jo/n : 0.12227204109291667 n : 12 U : jo : 19.43910945872 jo/n : 0.8099628941133333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7343163890726 jo/n : 0.091789548634075 n : 8 U : jo : 11.61317297333 jo/n : 0.725823310833125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4556171079183 jo/n : 0.0569521384897875 n : 8 U : jo : 8.879855358147 jo/n : 0.5549909598841875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.687886423586 jo/n : 0.4097651581762222 n : 9 U : jo : 23.09800288751 jo/n : 1.2832223826394444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8454594786 jo/n : 3.480682434825 n : 8 U : jo : 8.683670075897 jo/n : 0.5427293797435625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.2475413534 jo/n : 0.6644976685211978 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534
dv-0046-belenos@vogtv (vogtv_CY49T2_bf)	cy49t0_to_T1	vogtv	2025-04-14 11:28:54	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.427490327888 jo/n : 0.18727756284195557 n : 45 U : jo : 74.74417038019 jo/n : 0.8304907820021111 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.64929586426 jo/n : 0.32602699717208333 n : 48 U : jo : 36.14308711231 jo/n : 0.37649049075322916 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.81315378451 jo/n : 1.1125261513804 n : 25 U : jo : 13.53332853676 jo/n : 0.2706665707352 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.502709184136 jo/n : 0.08348384356311112 n : 18 U : jo : 20.70788275939 jo/n : 0.5752189655386111 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.78037038286 jo/n : 0.35864478142863637 n : 44 U : jo : 62.31601041448 jo/n : 0.7081364819827273 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.776634428532 jo/n : 0.39106537714128004 n : 25 U : jo : 15.70790335123 jo/n : 0.3141580670246 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.44828987714 jo/n : 1.6281865163973912 n : 23 U : jo : 15.88266086302 jo/n : 0.3452752361526087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.430268206904 jo/n : 0.055010315650153845 n : 26 U : jo : 18.57153996357 jo/n : 0.35714499929942306 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.613918112555 jo/n : 0.18128376458464285 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.992459806246 jo/n : 0.2185143689451875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.90008330782 jo/n : 0.2180016661564 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.475181786168 jo/n : 0.2796988616355 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.244562112927 jo/n : 0.3902851320579375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.451314135367 jo/n : 0.3424087796436154 n : 13 U : jo : 121.1387049367 jo/n : 4.659180959103846 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.34468409079 jo/n : 0.22411401513166665 n : 6 U : jo : 42.51680321701 jo/n : 3.5430669347508332 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.269574030599 jo/n : 0.21347870152995002 n : 20 U : jo : 18.28459624677 jo/n : 0.45711490616925 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2173584957044 jo/n : 0.0543396239261 n : 4 U : jo : 18.8246979655 jo/n : 2.3530872456875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.83911535722 jo/n : 0.383911535722 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.43827644606 jo/n : 2.9438276446060003 n : 10 U : jo : 26.56715110461 jo/n : 1.3283575552305 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.881797580095 jo/n : 1.22044939502375 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.69300164652 jo/n : 1.836625205815 n : 8 U : jo : 4.712304458167 jo/n : 0.2945190286354375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.836085367659 jo/n : 0.45902134191475 n : 4 U : jo : 28.57978010668 jo/n : 3.572472513335 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.467264493115 jo/n : 0.12227204109291667 n : 12 U : jo : 19.43910945872 jo/n : 0.8099628941133333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7343163890726 jo/n : 0.091789548634075 n : 8 U : jo : 11.61317297333 jo/n : 0.725823310833125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4556171079183 jo/n : 0.0569521384897875 n : 8 U : jo : 8.879855358147 jo/n : 0.5549909598841875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.687886423586 jo/n : 0.4097651581762222 n : 9 U : jo : 23.09800288751 jo/n : 1.2832223826394444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8454594786 jo/n : 3.480682434825 n : 8 U : jo : 8.683670075897 jo/n : 0.5427293797435625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.2475413534 jo/n : 0.6644976685211978 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534
dv-0044-belenos@vogtv (CY49T2)	cy49t0_to_T1	vogtv	2025-04-11 10:12:06	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.427490327888 jo/n : 0.18727756284195557 n : 45 U : jo : 74.74417038019 jo/n : 0.8304907820021111 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.64929586426 jo/n : 0.32602699717208333 n : 48 U : jo : 36.14308711231 jo/n : 0.37649049075322916 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.81315378451 jo/n : 1.1125261513804 n : 25 U : jo : 13.53332853676 jo/n : 0.2706665707352 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.502709184136 jo/n : 0.08348384356311112 n : 18 U : jo : 20.70788275939 jo/n : 0.5752189655386111 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.78037038286 jo/n : 0.35864478142863637 n : 44 U : jo : 62.31601041448 jo/n : 0.7081364819827273 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.776634428532 jo/n : 0.39106537714128004 n : 25 U : jo : 15.70790335123 jo/n : 0.3141580670246 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.44828987714 jo/n : 1.6281865163973912 n : 23 U : jo : 15.88266086302 jo/n : 0.3452752361526087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.430268206904 jo/n : 0.055010315650153845 n : 26 U : jo : 18.57153996357 jo/n : 0.35714499929942306 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.613918112555 jo/n : 0.18128376458464285 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.992459806246 jo/n : 0.2185143689451875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.90008330782 jo/n : 0.2180016661564 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.475181786168 jo/n : 0.2796988616355 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.244562112927 jo/n : 0.3902851320579375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.451314135367 jo/n : 0.3424087796436154 n : 13 U : jo : 121.1387049367 jo/n : 4.659180959103846 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.34468409079 jo/n : 0.22411401513166665 n : 6 U : jo : 42.51680321701 jo/n : 3.5430669347508332 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.269574030599 jo/n : 0.21347870152995002 n : 20 U : jo : 18.28459624677 jo/n : 0.45711490616925 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2173584957044 jo/n : 0.0543396239261 n : 4 U : jo : 18.8246979655 jo/n : 2.3530872456875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.83911535722 jo/n : 0.383911535722 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.43827644606 jo/n : 2.9438276446060003 n : 10 U : jo : 26.56715110461 jo/n : 1.3283575552305 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.881797580095 jo/n : 1.22044939502375 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.69300164652 jo/n : 1.836625205815 n : 8 U : jo : 4.712304458167 jo/n : 0.2945190286354375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.836085367659 jo/n : 0.45902134191475 n : 4 U : jo : 28.57978010668 jo/n : 3.572472513335 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.467264493115 jo/n : 0.12227204109291667 n : 12 U : jo : 19.43910945872 jo/n : 0.8099628941133333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7343163890726 jo/n : 0.091789548634075 n : 8 U : jo : 11.61317297333 jo/n : 0.725823310833125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4556171079183 jo/n : 0.0569521384897875 n : 8 U : jo : 8.879855358147 jo/n : 0.5549909598841875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.687886423586 jo/n : 0.4097651581762222 n : 9 U : jo : 23.09800288751 jo/n : 1.2832223826394444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8454594786 jo/n : 3.480682434825 n : 8 U : jo : 8.683670075897 jo/n : 0.5427293797435625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.2475413534 jo/n : 0.6644976685211978 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534
dv-0089-belenos@glintonm (ccdf2d27aee9c0107550face50eb948603f5d5ab)	cy49t1_op1	glintonm	2025-04-04 12:38:35	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 : 9.659096580403 jo/n : 0.21464659067562222 n : 45 U : jo : 83.7455233108 jo/n : 0.9305058145644444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.10568616888 jo/n : 0.314701795185 n : 48 U : jo : 23.11144794487 jo/n : 0.24074424942572917 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.73398384461 jo/n : 1.1093593537844 n : 25 U : jo : 5.478918925082 jo/n : 0.10957837850164 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.513762246873 jo/n : 0.08409790260405556 n : 18 U : jo : 12.57684094789 jo/n : 0.34935669299694444 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.79504366724 jo/n : 0.35897826516454545 n : 44 U : jo : 28.02392856063 jo/n : 0.31845373364352275 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.896875260754 jo/n : 0.39587501043016 n : 25 U : jo : 6.92810538736 jo/n : 0.1385621077472 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803337622 jo/n : 1.6268710163573914 n : 23 U : jo : 6.223728954278 jo/n : 0.1352984555277826 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.432233730309 jo/n : 0.05508591270419231 n : 26 U : jo : 14.2873922702 jo/n : 0.2747575436576923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.792865913152 jo/n : 0.16173490269409524 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.294295834438 jo/n : 0.1966967448261875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.60043442427 jo/n : 0.2120086884854 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.416778485763 jo/n : 0.3385486553601875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 8.87162813454 jo/n : 0.55447675840875 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.490603603409 jo/n : 0.3454310464160769 n : 13 U : jo : 28.11273385242 jo/n : 1.0812589943238462 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329269491787 jo/n : 0.22154491529783335 n : 6 U : jo : 8.144217547768 jo/n : 0.6786847956473333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.356532537837 jo/n : 0.21782662689185 n : 20 U : jo : 5.06845143565 jo/n : 0.12671128589125 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2195359982417 jo/n : 0.054883999560425 n : 4 U : jo : 3.984069382715 jo/n : 0.498008672839375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.381658177548 jo/n : 0.33816581775480004 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.76055075054 jo/n : 2.876055075054 n : 10 U : jo : 9.033684221549 jo/n : 0.45168421107745005 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.541696509168 jo/n : 0.635424127292 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70772719716 jo/n : 1.838465899645 n : 8 U : jo : 2.302016751027 jo/n : 0.1438760469391875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.844481707321 jo/n : 0.46112042683025 n : 4 U : jo : 10.88655689521 jo/n : 1.36081961190125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473323867021 jo/n : 0.12277698891841667 n : 12 U : jo : 4.834907389011 jo/n : 0.20145447454212498 n : 24 METOP 3 METHOD=IR : T : jo : 0.751563521506 jo/n : 0.09394544018825 n : 8 U : jo : 7.105316258008 jo/n : 0.4440822661255 n : 16 METOP 5 METHOD=IR : T : jo : 0.4506177391042 jo/n : 0.056327217388025 n : 8 U : jo : 6.57133741388 jo/n : 0.4107085883675 n : 16 NOAA 224 METHOD=IR : T : jo : 3.746087376339 jo/n : 0.41623193070433334 n : 9 U : jo : 11.93794158587 jo/n : 0.6632189769927778 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84910877515 jo/n : 3.48113859689375 n : 8 U : jo : 6.904667869907 jo/n : 0.4315417418691875 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 537.8097247326 jo/n : 0.42380592965531916 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326
dv-0088-belenos@glintonm (ccdf2d27aee9c0107550face50eb948603f5d5ab)	cy49t1_op1	glintonm	2025-04-04 12:34:07	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 : 9.659096580403 jo/n : 0.21464659067562222 n : 45 U : jo : 83.7455233108 jo/n : 0.9305058145644444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.10568616888 jo/n : 0.314701795185 n : 48 U : jo : 23.11144794487 jo/n : 0.24074424942572917 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.73398384461 jo/n : 1.1093593537844 n : 25 U : jo : 5.478918925082 jo/n : 0.10957837850164 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.513762246873 jo/n : 0.08409790260405556 n : 18 U : jo : 12.57684094789 jo/n : 0.34935669299694444 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.79504366724 jo/n : 0.35897826516454545 n : 44 U : jo : 28.02392856063 jo/n : 0.31845373364352275 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.896875260754 jo/n : 0.39587501043016 n : 25 U : jo : 6.92810538736 jo/n : 0.1385621077472 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803337622 jo/n : 1.6268710163573914 n : 23 U : jo : 6.223728954278 jo/n : 0.1352984555277826 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.432233730309 jo/n : 0.05508591270419231 n : 26 U : jo : 14.2873922702 jo/n : 0.2747575436576923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.792865913152 jo/n : 0.16173490269409524 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.294295834438 jo/n : 0.1966967448261875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.60043442427 jo/n : 0.2120086884854 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.416778485763 jo/n : 0.3385486553601875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 8.87162813454 jo/n : 0.55447675840875 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.490603603409 jo/n : 0.3454310464160769 n : 13 U : jo : 28.11273385242 jo/n : 1.0812589943238462 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329269491787 jo/n : 0.22154491529783335 n : 6 U : jo : 8.144217547768 jo/n : 0.6786847956473333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.356532537837 jo/n : 0.21782662689185 n : 20 U : jo : 5.06845143565 jo/n : 0.12671128589125 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2195359982417 jo/n : 0.054883999560425 n : 4 U : jo : 3.984069382715 jo/n : 0.498008672839375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.381658177548 jo/n : 0.33816581775480004 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.76055075054 jo/n : 2.876055075054 n : 10 U : jo : 9.033684221549 jo/n : 0.45168421107745005 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.541696509168 jo/n : 0.635424127292 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70772719716 jo/n : 1.838465899645 n : 8 U : jo : 2.302016751027 jo/n : 0.1438760469391875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.844481707321 jo/n : 0.46112042683025 n : 4 U : jo : 10.88655689521 jo/n : 1.36081961190125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473323867021 jo/n : 0.12277698891841667 n : 12 U : jo : 4.834907389011 jo/n : 0.20145447454212498 n : 24 METOP 3 METHOD=IR : T : jo : 0.751563521506 jo/n : 0.09394544018825 n : 8 U : jo : 7.105316258008 jo/n : 0.4440822661255 n : 16 METOP 5 METHOD=IR : T : jo : 0.4506177391042 jo/n : 0.056327217388025 n : 8 U : jo : 6.57133741388 jo/n : 0.4107085883675 n : 16 NOAA 224 METHOD=IR : T : jo : 3.746087376339 jo/n : 0.41623193070433334 n : 9 U : jo : 11.93794158587 jo/n : 0.6632189769927778 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84910877515 jo/n : 3.48113859689375 n : 8 U : jo : 6.904667869907 jo/n : 0.4315417418691875 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 537.8097247326 jo/n : 0.42380592965531916 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326
dv-0461-belenos@mary (CY50)	cy50	mary	2025-02-18 09:31:25	- None	None
dv-0073-belenos@glintonm (mf_CY49T1_op1)	cy49t1_op1	glintonm	2025-01-27 15:55:31	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 : 9.659096580403 jo/n : 0.21464659067562222 n : 45 U : jo : 83.7455233108 jo/n : 0.9305058145644444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.10568616888 jo/n : 0.314701795185 n : 48 U : jo : 23.11144794487 jo/n : 0.24074424942572917 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.73398384461 jo/n : 1.1093593537844 n : 25 U : jo : 5.478918925082 jo/n : 0.10957837850164 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.513762246873 jo/n : 0.08409790260405556 n : 18 U : jo : 12.57684094789 jo/n : 0.34935669299694444 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.79504366724 jo/n : 0.35897826516454545 n : 44 U : jo : 28.02392856063 jo/n : 0.31845373364352275 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.896875260754 jo/n : 0.39587501043016 n : 25 U : jo : 6.92810538736 jo/n : 0.1385621077472 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803337622 jo/n : 1.6268710163573914 n : 23 U : jo : 6.223728954278 jo/n : 0.1352984555277826 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.432233730309 jo/n : 0.05508591270419231 n : 26 U : jo : 14.2873922702 jo/n : 0.2747575436576923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.792865913152 jo/n : 0.16173490269409524 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.294295834438 jo/n : 0.1966967448261875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.60043442427 jo/n : 0.2120086884854 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.416778485763 jo/n : 0.3385486553601875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 8.87162813454 jo/n : 0.55447675840875 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.490603603409 jo/n : 0.3454310464160769 n : 13 U : jo : 28.11273385242 jo/n : 1.0812589943238462 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329269491787 jo/n : 0.22154491529783335 n : 6 U : jo : 8.144217547768 jo/n : 0.6786847956473333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.356532537837 jo/n : 0.21782662689185 n : 20 U : jo : 5.06845143565 jo/n : 0.12671128589125 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2195359982417 jo/n : 0.054883999560425 n : 4 U : jo : 3.984069382715 jo/n : 0.498008672839375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.381658177548 jo/n : 0.33816581775480004 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.76055075054 jo/n : 2.876055075054 n : 10 U : jo : 9.033684221549 jo/n : 0.45168421107745005 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.541696509168 jo/n : 0.635424127292 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70772719716 jo/n : 1.838465899645 n : 8 U : jo : 2.302016751027 jo/n : 0.1438760469391875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.844481707321 jo/n : 0.46112042683025 n : 4 U : jo : 10.88655689521 jo/n : 1.36081961190125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473323867021 jo/n : 0.12277698891841667 n : 12 U : jo : 4.834907389011 jo/n : 0.20145447454212498 n : 24 METOP 3 METHOD=IR : T : jo : 0.751563521506 jo/n : 0.09394544018825 n : 8 U : jo : 7.105316258008 jo/n : 0.4440822661255 n : 16 METOP 5 METHOD=IR : T : jo : 0.4506177391042 jo/n : 0.056327217388025 n : 8 U : jo : 6.57133741388 jo/n : 0.4107085883675 n : 16 NOAA 224 METHOD=IR : T : jo : 3.746087376339 jo/n : 0.41623193070433334 n : 9 U : jo : 11.93794158587 jo/n : 0.6632189769927778 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84910877515 jo/n : 3.48113859689375 n : 8 U : jo : 6.904667869907 jo/n : 0.4315417418691875 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 537.8097247326 jo/n : 0.42380592965531916 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326
dv-0072-belenos@glintonm (mf_CY49T1_op1)	cy49t1_op1	glintonm	2025-01-27 10:02:15	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 : 9.659096580403 jo/n : 0.21464659067562222 n : 45 U : jo : 83.7455233108 jo/n : 0.9305058145644444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.10568616888 jo/n : 0.314701795185 n : 48 U : jo : 23.11144794487 jo/n : 0.24074424942572917 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.73398384461 jo/n : 1.1093593537844 n : 25 U : jo : 5.478918925082 jo/n : 0.10957837850164 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.513762246873 jo/n : 0.08409790260405556 n : 18 U : jo : 12.57684094789 jo/n : 0.34935669299694444 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.79504366724 jo/n : 0.35897826516454545 n : 44 U : jo : 28.02392856063 jo/n : 0.31845373364352275 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.896875260754 jo/n : 0.39587501043016 n : 25 U : jo : 6.92810538736 jo/n : 0.1385621077472 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803337622 jo/n : 1.6268710163573914 n : 23 U : jo : 6.223728954278 jo/n : 0.1352984555277826 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.432233730309 jo/n : 0.05508591270419231 n : 26 U : jo : 14.2873922702 jo/n : 0.2747575436576923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.792865913152 jo/n : 0.16173490269409524 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.294295834438 jo/n : 0.1966967448261875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.60043442427 jo/n : 0.2120086884854 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.416778485763 jo/n : 0.3385486553601875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 8.87162813454 jo/n : 0.55447675840875 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.490603603409 jo/n : 0.3454310464160769 n : 13 U : jo : 28.11273385242 jo/n : 1.0812589943238462 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329269491787 jo/n : 0.22154491529783335 n : 6 U : jo : 8.144217547768 jo/n : 0.6786847956473333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.356532537837 jo/n : 0.21782662689185 n : 20 U : jo : 5.06845143565 jo/n : 0.12671128589125 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2195359982417 jo/n : 0.054883999560425 n : 4 U : jo : 3.984069382715 jo/n : 0.498008672839375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.381658177548 jo/n : 0.33816581775480004 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.76055075054 jo/n : 2.876055075054 n : 10 U : jo : 9.033684221549 jo/n : 0.45168421107745005 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.541696509168 jo/n : 0.635424127292 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70772719716 jo/n : 1.838465899645 n : 8 U : jo : 2.302016751027 jo/n : 0.1438760469391875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.844481707321 jo/n : 0.46112042683025 n : 4 U : jo : 10.88655689521 jo/n : 1.36081961190125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473323867021 jo/n : 0.12277698891841667 n : 12 U : jo : 4.834907389011 jo/n : 0.20145447454212498 n : 24 METOP 3 METHOD=IR : T : jo : 0.751563521506 jo/n : 0.09394544018825 n : 8 U : jo : 7.105316258008 jo/n : 0.4440822661255 n : 16 METOP 5 METHOD=IR : T : jo : 0.4506177391042 jo/n : 0.056327217388025 n : 8 U : jo : 6.57133741388 jo/n : 0.4107085883675 n : 16 NOAA 224 METHOD=IR : T : jo : 3.746087376339 jo/n : 0.41623193070433334 n : 9 U : jo : 11.93794158587 jo/n : 0.6632189769927778 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84910877515 jo/n : 3.48113859689375 n : 8 U : jo : 6.904667869907 jo/n : 0.4315417418691875 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 537.8097247326 jo/n : 0.42380592965531916 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326
dv-0071-belenos@glintonm (mf_CY49T1_op1)	cy49t0_to_T1	glintonm	2025-01-24 14:58:36	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 : 9.659096580403 jo/n : 0.21464659067562222 n : 45 U : jo : 83.7455233108 jo/n : 0.9305058145644444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.10568616888 jo/n : 0.314701795185 n : 48 U : jo : 23.11144794487 jo/n : 0.24074424942572917 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.73398384461 jo/n : 1.1093593537844 n : 25 U : jo : 5.478918925082 jo/n : 0.10957837850164 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.513762246873 jo/n : 0.08409790260405556 n : 18 U : jo : 12.57684094789 jo/n : 0.34935669299694444 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.79504366724 jo/n : 0.35897826516454545 n : 44 U : jo : 28.02392856063 jo/n : 0.31845373364352275 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.896875260754 jo/n : 0.39587501043016 n : 25 U : jo : 6.92810538736 jo/n : 0.1385621077472 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803337622 jo/n : 1.6268710163573914 n : 23 U : jo : 6.223728954278 jo/n : 0.1352984555277826 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.432233730309 jo/n : 0.05508591270419231 n : 26 U : jo : 14.2873922702 jo/n : 0.2747575436576923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 6.792865913152 jo/n : 0.16173490269409524 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.294295834438 jo/n : 0.1966967448261875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.60043442427 jo/n : 0.2120086884854 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.416778485763 jo/n : 0.3385486553601875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 8.87162813454 jo/n : 0.55447675840875 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.490603603409 jo/n : 0.3454310464160769 n : 13 U : jo : 28.11273385242 jo/n : 1.0812589943238462 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329269491787 jo/n : 0.22154491529783335 n : 6 U : jo : 8.144217547768 jo/n : 0.6786847956473333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.356532537837 jo/n : 0.21782662689185 n : 20 U : jo : 5.06845143565 jo/n : 0.12671128589125 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2195359982417 jo/n : 0.054883999560425 n : 4 U : jo : 3.984069382715 jo/n : 0.498008672839375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.381658177548 jo/n : 0.33816581775480004 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.76055075054 jo/n : 2.876055075054 n : 10 U : jo : 9.033684221549 jo/n : 0.45168421107745005 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 2.541696509168 jo/n : 0.635424127292 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70772719716 jo/n : 1.838465899645 n : 8 U : jo : 2.302016751027 jo/n : 0.1438760469391875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.844481707321 jo/n : 0.46112042683025 n : 4 U : jo : 10.88655689521 jo/n : 1.36081961190125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473323867021 jo/n : 0.12277698891841667 n : 12 U : jo : 4.834907389011 jo/n : 0.20145447454212498 n : 24 METOP 3 METHOD=IR : T : jo : 0.751563521506 jo/n : 0.09394544018825 n : 8 U : jo : 7.105316258008 jo/n : 0.4440822661255 n : 16 METOP 5 METHOD=IR : T : jo : 0.4506177391042 jo/n : 0.056327217388025 n : 8 U : jo : 6.57133741388 jo/n : 0.4107085883675 n : 16 NOAA 224 METHOD=IR : T : jo : 3.746087376339 jo/n : 0.41623193070433334 n : 9 U : jo : 11.93794158587 jo/n : 0.6632189769927778 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84910877515 jo/n : 3.48113859689375 n : 8 U : jo : 6.904667869907 jo/n : 0.4315417418691875 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 537.8097247326 jo/n : 0.42380592965531916 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326
dv-0042-belenos@arbogaste (CY49T1_op0.03)	cy49t0_to_T1	arbogaste	2025-01-13 08:48:23	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 : 9.792062965644 jo/n : 0.21760139923653332 n : 45 U : jo : 75.46841744946 jo/n : 0.8385379716606667 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.96881455586 jo/n : 0.31185030324708335 n : 48 U : jo : 35.81164689771 jo/n : 0.3730379885178125 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.56872541853 jo/n : 1.1027490167412 n : 25 U : jo : 13.81548515687 jo/n : 0.2763097031374 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.511720819114 jo/n : 0.08398448995077777 n : 18 U : jo : 20.61917686901 jo/n : 0.5727549130280556 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.92727132977 jo/n : 0.36198343931295457 n : 44 U : jo : 60.03940358794 jo/n : 0.6822659498629545 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.891486196053 jo/n : 0.39565944784212 n : 25 U : jo : 15.61605887144 jo/n : 0.3123211774288 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41794394253 jo/n : 1.6268671279360871 n : 23 U : jo : 15.75526111741 jo/n : 0.3425056764654348 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.407790168637 jo/n : 0.05414577571680769 n : 26 U : jo : 18.24822841947 jo/n : 0.3509274696051923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.715036877185 jo/n : 0.18369135421869048 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.007278148405 jo/n : 0.21897744213765624 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.50564177203 jo/n : 0.2301128354406 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.320152983552 jo/n : 0.332509561472 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.462513584806 jo/n : 0.403907099050375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.467266634497 jo/n : 0.3436358949613077 n : 13 U : jo : 121.3902306188 jo/n : 4.6688550238 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329667713174 jo/n : 0.221611285529 n : 6 U : jo : 42.67472713489 jo/n : 3.556227261240833 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.363183863629 jo/n : 0.21815919318145 n : 20 U : jo : 18.34549517348 jo/n : 0.458637379337 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2224307726145 jo/n : 0.055607693153625 n : 4 U : jo : 18.77544270823 jo/n : 2.34693033852875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.96425393708 jo/n : 0.396425393708 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.7613437387 jo/n : 2.87613437387 n : 10 U : jo : 27.30597917362 jo/n : 1.365298958681 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.858239865176 jo/n : 1.214559966294 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70108335378 jo/n : 1.8376354192225 n : 8 U : jo : 4.799446356845 jo/n : 0.2999653973028125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.848370327166 jo/n : 0.4620925817915 n : 4 U : jo : 28.62960966747 jo/n : 3.57870120843375 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473540750309 jo/n : 0.12279506252575 n : 12 U : jo : 19.4951179704 jo/n : 0.8122965821 n : 24 METOP 3 METHOD=IR : T : jo : 0.7477858452931 jo/n : 0.0934732306616375 n : 8 U : jo : 11.63258570237 jo/n : 0.727036606398125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4518847585862 jo/n : 0.056485594823275 n : 8 U : jo : 8.847208984912 jo/n : 0.552950561557 n : 16 NOAA 224 METHOD=IR : T : jo : 3.747530915644 jo/n : 0.41639232396044445 n : 9 U : jo : 23.22181488313 jo/n : 1.2901008268405556 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84968683657 jo/n : 3.48121085457125 n : 8 U : jo : 8.682477737969 jo/n : 0.5426548586230625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.5623150122 jo/n : 0.6655337391743105 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122
dv-0405-belenos@mary (failed AD seviri)	cy50	mary	2024-12-10 16:27:11	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 : 8.72221507784 jo/n : 0.19382700172977776 n : 45 U : jo : 75.2663742027 jo/n : 0.8362930466966667 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.66876577751 jo/n : 0.32643262036479165 n : 48 U : jo : 36.2436748762 jo/n : 0.3775382799604166 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.58309827866 jo/n : 1.1033239311464 n : 25 U : jo : 13.56125973824 jo/n : 0.2712251947648 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.500633372218 jo/n : 0.08336852067877779 n : 18 U : jo : 20.68348115543 jo/n : 0.5745411432063889 n : 36 GOES 271 METHOD=IR1 : T : jo : 16.06837470449 jo/n : 0.36519033419295455 n : 44 U : jo : 62.76856360331 jo/n : 0.7132791318557955 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.726022605381 jo/n : 0.38904090421524 n : 25 U : jo : 15.62791395862 jo/n : 0.31255827917240003 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.44691691027 jo/n : 1.6281268221856522 n : 23 U : jo : 15.88223380955 jo/n : 0.34526595238152175 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.411584381238 jo/n : 0.054291706970692306 n : 26 U : jo : 18.44999799862 jo/n : 0.3548076538196154 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.62890068077 jo/n : 0.18164049239928573 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.011560264863 jo/n : 0.21911125827696876 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.87137371368 jo/n : 0.2174274742736 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.282212066117 jo/n : 0.2676382541323125 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.27428603005 jo/n : 0.392142876878125 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.549375259905 jo/n : 0.3499519430696154 n : 13 U : jo : 120.8682951742 jo/n : 4.648780583623077 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329863402151 jo/n : 0.2216439003585 n : 6 U : jo : 42.54015111949 jo/n : 3.545012593290833 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.271415305539 jo/n : 0.21357076527695 n : 20 U : jo : 18.29292252506 jo/n : 0.4573230631265 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2188182483727 jo/n : 0.054704562093175 n : 4 U : jo : 18.83151669227 jo/n : 2.35393958653375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.783162623122 jo/n : 0.3783162623122 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.02563709914 jo/n : 2.902563709914 n : 10 U : jo : 26.70744113364 jo/n : 1.335372056682 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.880515752071 jo/n : 1.22012893801775 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.61270582562 jo/n : 1.8265882282025 n : 8 U : jo : 4.688717781438 jo/n : 0.293044861339875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.834382058712 jo/n : 0.458595514678 n : 4 U : jo : 28.58066446284 jo/n : 3.572583057855 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.467045656899 jo/n : 0.12225380474158333 n : 12 U : jo : 19.40344979896 jo/n : 0.8084770749566667 n : 24 METOP 3 METHOD=IR : T : jo : 0.72518281011 jo/n : 0.09064785126375 n : 8 U : jo : 11.61105436116 jo/n : 0.7256908975725 n : 16 METOP 5 METHOD=IR : T : jo : 0.4568253598209 jo/n : 0.0571031699776125 n : 8 U : jo : 8.880175490643 jo/n : 0.5550109681651875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.689414199156 jo/n : 0.4099349110173333 n : 9 U : jo : 23.10549057736 jo/n : 1.283638365408889 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8930429827 jo/n : 3.4866303728375 n : 8 U : jo : 8.688133742933 jo/n : 0.5430083589333125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.7123946873 jo/n : 0.6648639832051222 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.7123946873
dv-0067-belenos@glintonm (mf_CY49T1_op0)	cy49t0_to_T1	glintonm	2024-12-09 13:09:38	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 : 9.940525834401 jo/n : 0.2209005740978 n : 45 U : jo : 75.38817159706 jo/n : 0.8376463510784444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.05025442861 jo/n : 0.3135469672627083 n : 48 U : jo : 35.8141401548 jo/n : 0.37306395994583336 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.72460986969 jo/n : 1.1089843947876 n : 25 U : jo : 13.4699144296 jo/n : 0.269398288592 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.512806042419 jo/n : 0.08404478013438889 n : 18 U : jo : 20.62287580449 jo/n : 0.5728576612358334 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.85421066628 jo/n : 0.36032296968818184 n : 44 U : jo : 60.10238447939 jo/n : 0.68298164181125 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.831827624087 jo/n : 0.39327310496348 n : 25 U : jo : 15.58438345529 jo/n : 0.3116876691058 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803304754 jo/n : 1.6268710020669566 n : 23 U : jo : 15.75551930463 jo/n : 0.342511289231087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.427184588198 jo/n : 0.05489171493069231 n : 26 U : jo : 18.26453334092 jo/n : 0.35124102578692307 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.730051851108 jo/n : 0.1840488535978095 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.001209189189 jo/n : 0.21878778716215624 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.48597554133 jo/n : 0.2297195108266 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.369664252241 jo/n : 0.3356040157650625 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.45630171633 jo/n : 0.403518857270625 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.484019964047 jo/n : 0.34492461261900004 n : 13 U : jo : 121.3883305873 jo/n : 4.668781945665385 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.332686959373 jo/n : 0.22211449322883334 n : 6 U : jo : 42.61224191475 jo/n : 3.5510201595625 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.35375577169 jo/n : 0.21768778858450002 n : 20 U : jo : 18.37287935052 jo/n : 0.45932198376300004 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.218774063383 jo/n : 0.05469351584575 n : 4 U : jo : 18.72654169665 jo/n : 2.34081771208125 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.999356087099 jo/n : 0.3999356087099 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.7588494552 jo/n : 2.87588494552 n : 10 U : jo : 27.39599200351 jo/n : 1.3697996001755 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.881165031496 jo/n : 1.220291257874 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70609996957 jo/n : 1.83826249619625 n : 8 U : jo : 4.795760927699 jo/n : 0.2997350579811875 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.842947424508 jo/n : 0.460736856127 n : 4 U : jo : 28.6281436452 jo/n : 3.57851795565 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473819205794 jo/n : 0.1228182671495 n : 12 U : jo : 19.49182596687 jo/n : 0.81215941528625 n : 24 METOP 3 METHOD=IR : T : jo : 0.7520547560811 jo/n : 0.0940068445101375 n : 8 U : jo : 11.63799955859 jo/n : 0.727374972411875 n : 16 METOP 5 METHOD=IR : T : jo : 0.4510105779759 jo/n : 0.0563763222469875 n : 8 U : jo : 8.8410933547 jo/n : 0.55256833466875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.743365492346 jo/n : 0.4159294991495555 n : 9 U : jo : 23.21930103947 jo/n : 1.2899611688594446 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84763244491 jo/n : 3.48095405561375 n : 8 U : jo : 8.681625685997 jo/n : 0.5426016053748125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.5568426048 jo/n : 0.6655294267965327 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5568426048
dv-0065-belenos@glintonm (mf_CY49T1_op0)	cy49t0_to_T1	glintonm	2024-12-06 10:56:35	--- none	None
dv-0064-belenos@glintonm (mf_CY49T1_op0)	cy49t0_to_T1	glintonm	2024-12-04 11:04:42	--- none	None
dv-0392-belenos@mary (CY50)	cy50	mary	2024-11-15 14:13:35	- None	None
dv-0378-belenos@mary (CY49T2)	cy49t0_to_T1	mary	2024-10-24 10:57:31	- None	None
dv-0056-belenos@glintonm (mf_CY49T1_op0)	cy49t0_to_T1	glintonm	2024-10-22 14:08:39	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 : 9.659096580403 jo/n : 0.21464659067562222 n : 45 U : jo : 75.46000822191 jo/n : 0.838444535799 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.10568616888 jo/n : 0.314701795185 n : 48 U : jo : 35.84143442608 jo/n : 0.37334827527166664 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.73398384461 jo/n : 1.1093593537844 n : 25 U : jo : 13.47487396181 jo/n : 0.2694974792362 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.513762246873 jo/n : 0.08409790260405556 n : 18 U : jo : 20.62678767059 jo/n : 0.5729663241830556 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.79504366724 jo/n : 0.35897826516454545 n : 44 U : jo : 59.98552235104 jo/n : 0.68165366308 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.896875260754 jo/n : 0.39587501043016 n : 25 U : jo : 15.58789207054 jo/n : 0.3117578414108 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41803337622 jo/n : 1.6268710163573914 n : 23 U : jo : 15.75550107249 jo/n : 0.3425108928802174 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.432233730309 jo/n : 0.05508591270419231 n : 26 U : jo : 18.25657237481 jo/n : 0.35108793028480767 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.723977569242 jo/n : 0.18390422783909524 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.008274911537 jo/n : 0.21900859098553124 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.49300554287 jo/n : 0.2298601108574 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.54935260504 jo/n : 0.346834537815 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.452975530817 jo/n : 0.4033109706760625 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.490603603409 jo/n : 0.3454310464160769 n : 13 U : jo : 121.3845892669 jo/n : 4.668638048726923 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329269491787 jo/n : 0.22154491529783335 n : 6 U : jo : 42.61478666231 jo/n : 3.5512322218591668 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.356532537837 jo/n : 0.21782662689185 n : 20 U : jo : 18.39263730761 jo/n : 0.45981593269024995 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2195359982417 jo/n : 0.054883999560425 n : 4 U : jo : 18.71402445875 jo/n : 2.33925305734375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 4.000028784213 jo/n : 0.4000028784213 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.76055075054 jo/n : 2.876055075054 n : 10 U : jo : 27.38061100226 jo/n : 1.369030550113 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.882725152011 jo/n : 1.22068128800275 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70772719716 jo/n : 1.838465899645 n : 8 U : jo : 4.798314699602 jo/n : 0.299894668725125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.844481707321 jo/n : 0.46112042683025 n : 4 U : jo : 28.62961556619 jo/n : 3.57870194577375 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473323867021 jo/n : 0.12277698891841667 n : 12 U : jo : 19.49161318058 jo/n : 0.8121505491908333 n : 24 METOP 3 METHOD=IR : T : jo : 0.751563521506 jo/n : 0.09394544018825 n : 8 U : jo : 11.63612945941 jo/n : 0.727258091213125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4506177391042 jo/n : 0.056327217388025 n : 8 U : jo : 8.840349775624 jo/n : 0.5525218609765 n : 16 NOAA 224 METHOD=IR : T : jo : 3.746087376339 jo/n : 0.41623193070433334 n : 9 U : jo : 23.21855681447 jo/n : 1.289919823026111 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84910877515 jo/n : 3.48113859689375 n : 8 U : jo : 8.681299973037 jo/n : 0.5425812483148125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.5300407613 jo/n : 0.6655083063524823 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5300407613
dv-0046-belenos@glintonm (CY49T1_op0.03)	cy49t0_to_T1	glintonm	2024-10-15 12:59:34	--- none	None
dv-0035-belenos@glintonm (CY49T1_op0.02)	cy49t0_to_T1	glintonm	2024-09-12 13:26:13	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 : 9.792062965644 jo/n : 0.21760139923653332 n : 45 U : jo : 75.46841744946 jo/n : 0.8385379716606667 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.96881455586 jo/n : 0.31185030324708335 n : 48 U : jo : 35.81164689771 jo/n : 0.3730379885178125 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.56872541853 jo/n : 1.1027490167412 n : 25 U : jo : 13.81548515687 jo/n : 0.2763097031374 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.511720819114 jo/n : 0.08398448995077777 n : 18 U : jo : 20.61917686901 jo/n : 0.5727549130280556 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.92727132977 jo/n : 0.36198343931295457 n : 44 U : jo : 60.03940358794 jo/n : 0.6822659498629545 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.891486196053 jo/n : 0.39565944784212 n : 25 U : jo : 15.61605887144 jo/n : 0.3123211774288 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41794394253 jo/n : 1.6268671279360871 n : 23 U : jo : 15.75526111741 jo/n : 0.3425056764654348 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.407790168637 jo/n : 0.05414577571680769 n : 26 U : jo : 18.24822841947 jo/n : 0.3509274696051923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.715036877185 jo/n : 0.18369135421869048 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.007278148405 jo/n : 0.21897744213765624 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.50564177203 jo/n : 0.2301128354406 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.320152983552 jo/n : 0.332509561472 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.462513584806 jo/n : 0.403907099050375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.467266634497 jo/n : 0.3436358949613077 n : 13 U : jo : 121.3902306188 jo/n : 4.6688550238 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329667713174 jo/n : 0.221611285529 n : 6 U : jo : 42.67472713489 jo/n : 3.556227261240833 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.363183863629 jo/n : 0.21815919318145 n : 20 U : jo : 18.34549517348 jo/n : 0.458637379337 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2224307726145 jo/n : 0.055607693153625 n : 4 U : jo : 18.77544270823 jo/n : 2.34693033852875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.96425393708 jo/n : 0.396425393708 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.7613437387 jo/n : 2.87613437387 n : 10 U : jo : 27.30597917362 jo/n : 1.365298958681 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.858239865176 jo/n : 1.214559966294 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70108335378 jo/n : 1.8376354192225 n : 8 U : jo : 4.799446356845 jo/n : 0.2999653973028125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.848370327166 jo/n : 0.4620925817915 n : 4 U : jo : 28.62960966747 jo/n : 3.57870120843375 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473540750309 jo/n : 0.12279506252575 n : 12 U : jo : 19.4951179704 jo/n : 0.8122965821 n : 24 METOP 3 METHOD=IR : T : jo : 0.7477858452931 jo/n : 0.0934732306616375 n : 8 U : jo : 11.63258570237 jo/n : 0.727036606398125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4518847585862 jo/n : 0.056485594823275 n : 8 U : jo : 8.847208984912 jo/n : 0.552950561557 n : 16 NOAA 224 METHOD=IR : T : jo : 3.747530915644 jo/n : 0.41639232396044445 n : 9 U : jo : 23.22181488313 jo/n : 1.2901008268405556 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84968683657 jo/n : 3.48121085457125 n : 8 U : jo : 8.682477737969 jo/n : 0.5426548586230625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.5623150122 jo/n : 0.6655337391743105 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122
dv-0030-belenos@glintonm (6b532943f2c79bb11f8020dd45d8ad20000e4333)	cy49t0_to_T1	glintonm	2024-07-08 16:27:59	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 : 9.792062965644 jo/n : 0.21760139923653332 n : 45 U : jo : 75.46841744946 jo/n : 0.8385379716606667 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.96881455586 jo/n : 0.31185030324708335 n : 48 U : jo : 35.81164689771 jo/n : 0.3730379885178125 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.56872541853 jo/n : 1.1027490167412 n : 25 U : jo : 13.81548515687 jo/n : 0.2763097031374 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.511720819114 jo/n : 0.08398448995077777 n : 18 U : jo : 20.61917686901 jo/n : 0.5727549130280556 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.92727132977 jo/n : 0.36198343931295457 n : 44 U : jo : 60.03940358794 jo/n : 0.6822659498629545 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.891486196053 jo/n : 0.39565944784212 n : 25 U : jo : 15.61605887144 jo/n : 0.3123211774288 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41794394253 jo/n : 1.6268671279360871 n : 23 U : jo : 15.75526111741 jo/n : 0.3425056764654348 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.407790168637 jo/n : 0.05414577571680769 n : 26 U : jo : 18.24822841947 jo/n : 0.3509274696051923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.715036877185 jo/n : 0.18369135421869048 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.007278148405 jo/n : 0.21897744213765624 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.50564177203 jo/n : 0.2301128354406 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.320152983552 jo/n : 0.332509561472 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.462513584806 jo/n : 0.403907099050375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.467266634497 jo/n : 0.3436358949613077 n : 13 U : jo : 121.3902306188 jo/n : 4.6688550238 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329667713174 jo/n : 0.221611285529 n : 6 U : jo : 42.67472713489 jo/n : 3.556227261240833 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.363183863629 jo/n : 0.21815919318145 n : 20 U : jo : 18.34549517348 jo/n : 0.458637379337 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2224307726145 jo/n : 0.055607693153625 n : 4 U : jo : 18.77544270823 jo/n : 2.34693033852875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.96425393708 jo/n : 0.396425393708 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.7613437387 jo/n : 2.87613437387 n : 10 U : jo : 27.30597917362 jo/n : 1.365298958681 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.858239865176 jo/n : 1.214559966294 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70108335378 jo/n : 1.8376354192225 n : 8 U : jo : 4.799446356845 jo/n : 0.2999653973028125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.848370327166 jo/n : 0.4620925817915 n : 4 U : jo : 28.62960966747 jo/n : 3.57870120843375 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473540750309 jo/n : 0.12279506252575 n : 12 U : jo : 19.4951179704 jo/n : 0.8122965821 n : 24 METOP 3 METHOD=IR : T : jo : 0.7477858452931 jo/n : 0.0934732306616375 n : 8 U : jo : 11.63258570237 jo/n : 0.727036606398125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4518847585862 jo/n : 0.056485594823275 n : 8 U : jo : 8.847208984912 jo/n : 0.552950561557 n : 16 NOAA 224 METHOD=IR : T : jo : 3.747530915644 jo/n : 0.41639232396044445 n : 9 U : jo : 23.22181488313 jo/n : 1.2901008268405556 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84968683657 jo/n : 3.48121085457125 n : 8 U : jo : 8.682477737969 jo/n : 0.5426548586230625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.5623150122 jo/n : 0.6655337391743105 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122
dv-0028-belenos@glintonm (6aca617c2dea9dd60ed40948036c0440214c86d0)	cy49t0_to_T1	glintonm	2024-07-08 11:12:01	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 : 9.792062965644 jo/n : 0.21760139923653332 n : 45 U : jo : 75.46841744946 jo/n : 0.8385379716606667 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.96881455586 jo/n : 0.31185030324708335 n : 48 U : jo : 35.81164689771 jo/n : 0.3730379885178125 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.56872541853 jo/n : 1.1027490167412 n : 25 U : jo : 13.81548515687 jo/n : 0.2763097031374 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.511720819114 jo/n : 0.08398448995077777 n : 18 U : jo : 20.61917686901 jo/n : 0.5727549130280556 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.92727132977 jo/n : 0.36198343931295457 n : 44 U : jo : 60.03940358794 jo/n : 0.6822659498629545 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.891486196053 jo/n : 0.39565944784212 n : 25 U : jo : 15.61605887144 jo/n : 0.3123211774288 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41794394253 jo/n : 1.6268671279360871 n : 23 U : jo : 15.75526111741 jo/n : 0.3425056764654348 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.407790168637 jo/n : 0.05414577571680769 n : 26 U : jo : 18.24822841947 jo/n : 0.3509274696051923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.715036877185 jo/n : 0.18369135421869048 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.007278148405 jo/n : 0.21897744213765624 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.50564177203 jo/n : 0.2301128354406 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.320152983552 jo/n : 0.332509561472 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.462513584806 jo/n : 0.403907099050375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.467266634497 jo/n : 0.3436358949613077 n : 13 U : jo : 121.3902306188 jo/n : 4.6688550238 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329667713174 jo/n : 0.221611285529 n : 6 U : jo : 42.67472713489 jo/n : 3.556227261240833 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.363183863629 jo/n : 0.21815919318145 n : 20 U : jo : 18.34549517348 jo/n : 0.458637379337 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2224307726145 jo/n : 0.055607693153625 n : 4 U : jo : 18.77544270823 jo/n : 2.34693033852875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.96425393708 jo/n : 0.396425393708 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.7613437387 jo/n : 2.87613437387 n : 10 U : jo : 27.30597917362 jo/n : 1.365298958681 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.858239865176 jo/n : 1.214559966294 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70108335378 jo/n : 1.8376354192225 n : 8 U : jo : 4.799446356845 jo/n : 0.2999653973028125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.848370327166 jo/n : 0.4620925817915 n : 4 U : jo : 28.62960966747 jo/n : 3.57870120843375 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473540750309 jo/n : 0.12279506252575 n : 12 U : jo : 19.4951179704 jo/n : 0.8122965821 n : 24 METOP 3 METHOD=IR : T : jo : 0.7477858452931 jo/n : 0.0934732306616375 n : 8 U : jo : 11.63258570237 jo/n : 0.727036606398125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4518847585862 jo/n : 0.056485594823275 n : 8 U : jo : 8.847208984912 jo/n : 0.552950561557 n : 16 NOAA 224 METHOD=IR : T : jo : 3.747530915644 jo/n : 0.41639232396044445 n : 9 U : jo : 23.22181488313 jo/n : 1.2901008268405556 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84968683657 jo/n : 3.48121085457125 n : 8 U : jo : 8.682477737969 jo/n : 0.5426548586230625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.5623150122 jo/n : 0.6655337391743105 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122
dv-0027-belenos@glintonm (d96f662090bfb894f8a4cf9e526a632adb4481ab)	cy49t0_to_T1	glintonm	2024-07-08 09:07:14	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 : 9.792062965644 jo/n : 0.21760139923653332 n : 45 U : jo : 75.46841744946 jo/n : 0.8385379716606667 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.96881455586 jo/n : 0.31185030324708335 n : 48 U : jo : 35.81164689771 jo/n : 0.3730379885178125 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.56872541853 jo/n : 1.1027490167412 n : 25 U : jo : 13.81548515687 jo/n : 0.2763097031374 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.511720819114 jo/n : 0.08398448995077777 n : 18 U : jo : 20.61917686901 jo/n : 0.5727549130280556 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.92727132977 jo/n : 0.36198343931295457 n : 44 U : jo : 60.03940358794 jo/n : 0.6822659498629545 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.891486196053 jo/n : 0.39565944784212 n : 25 U : jo : 15.61605887144 jo/n : 0.3123211774288 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41794394253 jo/n : 1.6268671279360871 n : 23 U : jo : 15.75526111741 jo/n : 0.3425056764654348 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.407790168637 jo/n : 0.05414577571680769 n : 26 U : jo : 18.24822841947 jo/n : 0.3509274696051923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.715036877185 jo/n : 0.18369135421869048 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.007278148405 jo/n : 0.21897744213765624 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.50564177203 jo/n : 0.2301128354406 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.320152983552 jo/n : 0.332509561472 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.462513584806 jo/n : 0.403907099050375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.467266634497 jo/n : 0.3436358949613077 n : 13 U : jo : 121.3902306188 jo/n : 4.6688550238 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329667713174 jo/n : 0.221611285529 n : 6 U : jo : 42.67472713489 jo/n : 3.556227261240833 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.363183863629 jo/n : 0.21815919318145 n : 20 U : jo : 18.34549517348 jo/n : 0.458637379337 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2224307726145 jo/n : 0.055607693153625 n : 4 U : jo : 18.77544270823 jo/n : 2.34693033852875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.96425393708 jo/n : 0.396425393708 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.7613437387 jo/n : 2.87613437387 n : 10 U : jo : 27.30597917362 jo/n : 1.365298958681 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.858239865176 jo/n : 1.214559966294 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70108335378 jo/n : 1.8376354192225 n : 8 U : jo : 4.799446356845 jo/n : 0.2999653973028125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.848370327166 jo/n : 0.4620925817915 n : 4 U : jo : 28.62960966747 jo/n : 3.57870120843375 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473540750309 jo/n : 0.12279506252575 n : 12 U : jo : 19.4951179704 jo/n : 0.8122965821 n : 24 METOP 3 METHOD=IR : T : jo : 0.7477858452931 jo/n : 0.0934732306616375 n : 8 U : jo : 11.63258570237 jo/n : 0.727036606398125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4518847585862 jo/n : 0.056485594823275 n : 8 U : jo : 8.847208984912 jo/n : 0.552950561557 n : 16 NOAA 224 METHOD=IR : T : jo : 3.747530915644 jo/n : 0.41639232396044445 n : 9 U : jo : 23.22181488313 jo/n : 1.2901008268405556 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84968683657 jo/n : 3.48121085457125 n : 8 U : jo : 8.682477737969 jo/n : 0.5426548586230625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.5623150122 jo/n : 0.6655337391743105 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122
dv-0019-belenos@glintonm (6a6a37759cf7bc68f90d1268b8b3d725c73489ef)	cy49t0_to_T1	glintonm	2024-06-26 15:29:29	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 : 9.792062965644 jo/n : 0.21760139923653332 n : 45 U : jo : 75.46841744946 jo/n : 0.8385379716606667 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.96881455586 jo/n : 0.31185030324708335 n : 48 U : jo : 35.81164689771 jo/n : 0.3730379885178125 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.56872541853 jo/n : 1.1027490167412 n : 25 U : jo : 13.81548515687 jo/n : 0.2763097031374 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.511720819114 jo/n : 0.08398448995077777 n : 18 U : jo : 20.61917686901 jo/n : 0.5727549130280556 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.92727132977 jo/n : 0.36198343931295457 n : 44 U : jo : 60.03940358794 jo/n : 0.6822659498629545 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.891486196053 jo/n : 0.39565944784212 n : 25 U : jo : 15.61605887144 jo/n : 0.3123211774288 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41794394253 jo/n : 1.6268671279360871 n : 23 U : jo : 15.75526111741 jo/n : 0.3425056764654348 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.407790168637 jo/n : 0.05414577571680769 n : 26 U : jo : 18.24822841947 jo/n : 0.3509274696051923 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.715036877185 jo/n : 0.18369135421869048 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.007278148405 jo/n : 0.21897744213765624 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.50564177203 jo/n : 0.2301128354406 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.320152983552 jo/n : 0.332509561472 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.462513584806 jo/n : 0.403907099050375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.467266634497 jo/n : 0.3436358949613077 n : 13 U : jo : 121.3902306188 jo/n : 4.6688550238 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.329667713174 jo/n : 0.221611285529 n : 6 U : jo : 42.67472713489 jo/n : 3.556227261240833 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.363183863629 jo/n : 0.21815919318145 n : 20 U : jo : 18.34549517348 jo/n : 0.458637379337 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2224307726145 jo/n : 0.055607693153625 n : 4 U : jo : 18.77544270823 jo/n : 2.34693033852875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.96425393708 jo/n : 0.396425393708 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 28.7613437387 jo/n : 2.87613437387 n : 10 U : jo : 27.30597917362 jo/n : 1.365298958681 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.858239865176 jo/n : 1.214559966294 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.70108335378 jo/n : 1.8376354192225 n : 8 U : jo : 4.799446356845 jo/n : 0.2999653973028125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.848370327166 jo/n : 0.4620925817915 n : 4 U : jo : 28.62960966747 jo/n : 3.57870120843375 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.473540750309 jo/n : 0.12279506252575 n : 12 U : jo : 19.4951179704 jo/n : 0.8122965821 n : 24 METOP 3 METHOD=IR : T : jo : 0.7477858452931 jo/n : 0.0934732306616375 n : 8 U : jo : 11.63258570237 jo/n : 0.727036606398125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4518847585862 jo/n : 0.056485594823275 n : 8 U : jo : 8.847208984912 jo/n : 0.552950561557 n : 16 NOAA 224 METHOD=IR : T : jo : 3.747530915644 jo/n : 0.41639232396044445 n : 9 U : jo : 23.22181488313 jo/n : 1.2901008268405556 n : 18 NOAA 225 METHOD=IR : T : jo : 27.84968683657 jo/n : 3.48121085457125 n : 8 U : jo : 8.682477737969 jo/n : 0.5426548586230625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.5623150122 jo/n : 0.6655337391743105 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122
dv-0016-belenos@glintonm (c34c7e3fa20541278e6b2e343e355b9d8e894983)	cy49t0_to_T1	glintonm	2024-06-26 13:25:11	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 : 9.505999368311 jo/n : 0.21124443040691113 n : 45 U : jo : 75.53307013015 jo/n : 0.8392563347794444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.12324028327 jo/n : 0.3150675059014583 n : 48 U : jo : 35.75513664099 jo/n : 0.37244934001031255 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.85018528083 jo/n : 1.1140074112332001 n : 25 U : jo : 13.47525967246 jo/n : 0.2695051934492 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.512312858073 jo/n : 0.08401738100405556 n : 18 U : jo : 20.62698447395 jo/n : 0.5729717909430555 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.81140516956 jo/n : 0.35935011749 n : 44 U : jo : 59.64519932381 jo/n : 0.6777863559523863 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.746633129561 jo/n : 0.38986532518244 n : 25 U : jo : 15.35900790303 jo/n : 0.3071801580606 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41709240553 jo/n : 1.626830104588261 n : 23 U : jo : 15.79292315706 jo/n : 0.3433244164578261 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.370113654693 jo/n : 0.05269667902665384 n : 26 U : jo : 18.1173434723 jo/n : 0.3484104513903846 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.711666061858 jo/n : 0.18361109671090475 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.020457596469 jo/n : 0.21938929988965625 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.6361168743 jo/n : 0.23272233748600002 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.275791160641 jo/n : 0.3297369475400625 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.490251991127 jo/n : 0.4056407494454375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.480409653974 jo/n : 0.3446468964595385 n : 13 U : jo : 121.3958886233 jo/n : 4.669072639357692 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.320985753354 jo/n : 0.22016429222566666 n : 6 U : jo : 42.37420869846 jo/n : 3.531184058205 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.400439722956 jo/n : 0.22002198614780002 n : 20 U : jo : 18.35542072491 jo/n : 0.45888551812275 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2259311900759 jo/n : 0.056482797518975 n : 4 U : jo : 18.73652229439 jo/n : 2.34206528679875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.938842702695 jo/n : 0.3938842702695 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.31005007024 jo/n : 2.931005007024 n : 10 U : jo : 27.22680922004 jo/n : 1.361340461002 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.867770528865 jo/n : 1.21694263221625 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.58210812332 jo/n : 1.822763515415 n : 8 U : jo : 4.812114121535 jo/n : 0.3007571325959375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.848214720925 jo/n : 0.46205368023125 n : 4 U : jo : 28.61917619328 jo/n : 3.57739702416 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.466104209182 jo/n : 0.12217535076516667 n : 12 U : jo : 19.4922552358 jo/n : 0.8121773014916666 n : 24 METOP 3 METHOD=IR : T : jo : 0.7481002163993 jo/n : 0.0935125270499125 n : 8 U : jo : 11.65718264498 jo/n : 0.72857391531125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4535001349433 jo/n : 0.0566875168679125 n : 8 U : jo : 8.860308103444 jo/n : 0.55376925646525 n : 16 NOAA 224 METHOD=IR : T : jo : 3.75161904602 jo/n : 0.4168465606688889 n : 9 U : jo : 23.20885709486 jo/n : 1.2893809497144444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8581326307 jo/n : 3.4822665788375 n : 8 U : jo : 8.68070328269 jo/n : 0.542543955168125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.5260808326 jo/n : 0.6647171637766746 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.5260808326
dv-0013-belenos@glintonm (a2373766569fe13f957ed8fa456b469d2cd59c78)	cy49t0_to_T1	glintonm	2024-06-25 16:54:56	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 : 9.505999368311 jo/n : 0.21124443040691113 n : 45 U : jo : 75.53307013015 jo/n : 0.8392563347794444 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.12324028327 jo/n : 0.3150675059014583 n : 48 U : jo : 35.75513664099 jo/n : 0.37244934001031255 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.85018528083 jo/n : 1.1140074112332001 n : 25 U : jo : 13.47525967246 jo/n : 0.2695051934492 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.512312858073 jo/n : 0.08401738100405556 n : 18 U : jo : 20.62698447395 jo/n : 0.5729717909430555 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.81140516956 jo/n : 0.35935011749 n : 44 U : jo : 59.64519932381 jo/n : 0.6777863559523863 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.746633129561 jo/n : 0.38986532518244 n : 25 U : jo : 15.35900790303 jo/n : 0.3071801580606 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.41709240553 jo/n : 1.626830104588261 n : 23 U : jo : 15.79292315706 jo/n : 0.3433244164578261 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.370113654693 jo/n : 0.05269667902665384 n : 26 U : jo : 18.1173434723 jo/n : 0.3484104513903846 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.711666061858 jo/n : 0.18361109671090475 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.020457596469 jo/n : 0.21938929988965625 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.6361168743 jo/n : 0.23272233748600002 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 5.275791160641 jo/n : 0.3297369475400625 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.490251991127 jo/n : 0.4056407494454375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.480409653974 jo/n : 0.3446468964595385 n : 13 U : jo : 121.3958886233 jo/n : 4.669072639357692 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.320985753354 jo/n : 0.22016429222566666 n : 6 U : jo : 42.37420869846 jo/n : 3.531184058205 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.400439722956 jo/n : 0.22002198614780002 n : 20 U : jo : 18.35542072491 jo/n : 0.45888551812275 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2259311900759 jo/n : 0.056482797518975 n : 4 U : jo : 18.73652229439 jo/n : 2.34206528679875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.938842702695 jo/n : 0.3938842702695 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.31005007024 jo/n : 2.931005007024 n : 10 U : jo : 27.22680922004 jo/n : 1.361340461002 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.867770528865 jo/n : 1.21694263221625 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.58210812332 jo/n : 1.822763515415 n : 8 U : jo : 4.812114121535 jo/n : 0.3007571325959375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.848214720925 jo/n : 0.46205368023125 n : 4 U : jo : 28.61917619328 jo/n : 3.57739702416 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.466104209182 jo/n : 0.12217535076516667 n : 12 U : jo : 19.4922552358 jo/n : 0.8121773014916666 n : 24 METOP 3 METHOD=IR : T : jo : 0.7481002163993 jo/n : 0.0935125270499125 n : 8 U : jo : 11.65718264498 jo/n : 0.72857391531125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4535001349433 jo/n : 0.0566875168679125 n : 8 U : jo : 8.860308103444 jo/n : 0.55376925646525 n : 16 NOAA 224 METHOD=IR : T : jo : 3.75161904602 jo/n : 0.4168465606688889 n : 9 U : jo : 23.20885709486 jo/n : 1.2893809497144444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8581326307 jo/n : 3.4822665788375 n : 8 U : jo : 8.68070328269 jo/n : 0.542543955168125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.5260808326 jo/n : 0.6647171637766746 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.5260808326
dv-0007-belenos@glintonm (CY48T1_op1.16)	cy48t1_op1	glintonm	2024-06-13 13:38:15	- None	None
dv-0338-belenos@mary (CY49T2)	cy49t0_to_T1	mary	2024-04-02 14:08:28	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.427490327888 jo/n : 0.18727756284195557 n : 45 U : jo : 74.74417038019 jo/n : 0.8304907820021111 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.64929586426 jo/n : 0.32602699717208333 n : 48 U : jo : 36.14308711231 jo/n : 0.37649049075322916 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.81315378451 jo/n : 1.1125261513804 n : 25 U : jo : 13.53332853676 jo/n : 0.2706665707352 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.502709184136 jo/n : 0.08348384356311112 n : 18 U : jo : 20.70788275939 jo/n : 0.5752189655386111 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.78037038286 jo/n : 0.35864478142863637 n : 44 U : jo : 62.31601041448 jo/n : 0.7081364819827273 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.776634428532 jo/n : 0.39106537714128004 n : 25 U : jo : 15.70790335123 jo/n : 0.3141580670246 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.44828987714 jo/n : 1.6281865163973912 n : 23 U : jo : 15.88266086302 jo/n : 0.3452752361526087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.430268206904 jo/n : 0.055010315650153845 n : 26 U : jo : 18.57153996357 jo/n : 0.35714499929942306 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.613918112555 jo/n : 0.18128376458464285 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.992459806246 jo/n : 0.2185143689451875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.90008330782 jo/n : 0.2180016661564 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.475181786168 jo/n : 0.2796988616355 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.244562112927 jo/n : 0.3902851320579375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.451314135367 jo/n : 0.3424087796436154 n : 13 U : jo : 121.1387049367 jo/n : 4.659180959103846 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.34468409079 jo/n : 0.22411401513166665 n : 6 U : jo : 42.51680321701 jo/n : 3.5430669347508332 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.269574030599 jo/n : 0.21347870152995002 n : 20 U : jo : 18.28459624677 jo/n : 0.45711490616925 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2173584957044 jo/n : 0.0543396239261 n : 4 U : jo : 18.8246979655 jo/n : 2.3530872456875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.83911535722 jo/n : 0.383911535722 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.43827644606 jo/n : 2.9438276446060003 n : 10 U : jo : 26.56715110461 jo/n : 1.3283575552305 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.881797580095 jo/n : 1.22044939502375 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.69300164652 jo/n : 1.836625205815 n : 8 U : jo : 4.712304458167 jo/n : 0.2945190286354375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.836085367659 jo/n : 0.45902134191475 n : 4 U : jo : 28.57978010668 jo/n : 3.572472513335 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.467264493115 jo/n : 0.12227204109291667 n : 12 U : jo : 19.43910945872 jo/n : 0.8099628941133333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7343163890726 jo/n : 0.091789548634075 n : 8 U : jo : 11.61317297333 jo/n : 0.725823310833125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4556171079183 jo/n : 0.0569521384897875 n : 8 U : jo : 8.879855358147 jo/n : 0.5549909598841875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.687886423586 jo/n : 0.4097651581762222 n : 9 U : jo : 23.09800288751 jo/n : 1.2832223826394444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8454594786 jo/n : 3.480682434825 n : 8 U : jo : 8.683670075897 jo/n : 0.5427293797435625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.2475413534 jo/n : 0.6644976685211978 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534
dv-0335-belenos@mary (0bca4329)	cy49t0_to_T1	mary	2024-03-21 11:18:01	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.427490327888 jo/n : 0.18727756284195557 n : 45 U : jo : 74.74417038019 jo/n : 0.8304907820021111 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.64929586426 jo/n : 0.32602699717208333 n : 48 U : jo : 36.14308711231 jo/n : 0.37649049075322916 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.81315378451 jo/n : 1.1125261513804 n : 25 U : jo : 13.53332853676 jo/n : 0.2706665707352 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.502709184136 jo/n : 0.08348384356311112 n : 18 U : jo : 20.70788275939 jo/n : 0.5752189655386111 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.78037038286 jo/n : 0.35864478142863637 n : 44 U : jo : 62.31601041448 jo/n : 0.7081364819827273 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.776634428532 jo/n : 0.39106537714128004 n : 25 U : jo : 15.70790335123 jo/n : 0.3141580670246 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.44828987714 jo/n : 1.6281865163973912 n : 23 U : jo : 15.88266086302 jo/n : 0.3452752361526087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.430268206904 jo/n : 0.055010315650153845 n : 26 U : jo : 18.57153996357 jo/n : 0.35714499929942306 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.613918112555 jo/n : 0.18128376458464285 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.992459806246 jo/n : 0.2185143689451875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.90008330782 jo/n : 0.2180016661564 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.475181786168 jo/n : 0.2796988616355 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.244562112927 jo/n : 0.3902851320579375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.451314135367 jo/n : 0.3424087796436154 n : 13 U : jo : 121.1387049367 jo/n : 4.659180959103846 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.34468409079 jo/n : 0.22411401513166665 n : 6 U : jo : 42.51680321701 jo/n : 3.5430669347508332 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.269574030599 jo/n : 0.21347870152995002 n : 20 U : jo : 18.28459624677 jo/n : 0.45711490616925 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2173584957044 jo/n : 0.0543396239261 n : 4 U : jo : 18.8246979655 jo/n : 2.3530872456875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.83911535722 jo/n : 0.383911535722 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.43827644606 jo/n : 2.9438276446060003 n : 10 U : jo : 26.56715110461 jo/n : 1.3283575552305 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.881797580095 jo/n : 1.22044939502375 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.69300164652 jo/n : 1.836625205815 n : 8 U : jo : 4.712304458167 jo/n : 0.2945190286354375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.836085367659 jo/n : 0.45902134191475 n : 4 U : jo : 28.57978010668 jo/n : 3.572472513335 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.467264493115 jo/n : 0.12227204109291667 n : 12 U : jo : 19.43910945872 jo/n : 0.8099628941133333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7343163890726 jo/n : 0.091789548634075 n : 8 U : jo : 11.61317297333 jo/n : 0.725823310833125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4556171079183 jo/n : 0.0569521384897875 n : 8 U : jo : 8.879855358147 jo/n : 0.5549909598841875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.687886423586 jo/n : 0.4097651581762222 n : 9 U : jo : 23.09800288751 jo/n : 1.2832223826394444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8454594786 jo/n : 3.480682434825 n : 8 U : jo : 8.683670075897 jo/n : 0.5427293797435625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.2475413534 jo/n : 0.6644976685211978 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534
dv-0316-belenos@mary (CY49T1)	cy49t0_to_T1	mary	2024-01-26 09:32:54	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.427490327888 jo/n : 0.18727756284195557 n : 45 U : jo : 74.74417038019 jo/n : 0.8304907820021111 n : 90 GOES 270 METHOD=IR1 : T : jo : 15.64929586426 jo/n : 0.32602699717208333 n : 48 U : jo : 36.14308711231 jo/n : 0.37649049075322916 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.81315378451 jo/n : 1.1125261513804 n : 25 U : jo : 13.53332853676 jo/n : 0.2706665707352 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.502709184136 jo/n : 0.08348384356311112 n : 18 U : jo : 20.70788275939 jo/n : 0.5752189655386111 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.78037038286 jo/n : 0.35864478142863637 n : 44 U : jo : 62.31601041448 jo/n : 0.7081364819827273 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.776634428532 jo/n : 0.39106537714128004 n : 25 U : jo : 15.70790335123 jo/n : 0.3141580670246 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.44828987714 jo/n : 1.6281865163973912 n : 23 U : jo : 15.88266086302 jo/n : 0.3452752361526087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.430268206904 jo/n : 0.055010315650153845 n : 26 U : jo : 18.57153996357 jo/n : 0.35714499929942306 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.613918112555 jo/n : 0.18128376458464285 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.992459806246 jo/n : 0.2185143689451875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 10.90008330782 jo/n : 0.2180016661564 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.475181786168 jo/n : 0.2796988616355 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.244562112927 jo/n : 0.3902851320579375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.451314135367 jo/n : 0.3424087796436154 n : 13 U : jo : 121.1387049367 jo/n : 4.659180959103846 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.34468409079 jo/n : 0.22411401513166665 n : 6 U : jo : 42.51680321701 jo/n : 3.5430669347508332 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.269574030599 jo/n : 0.21347870152995002 n : 20 U : jo : 18.28459624677 jo/n : 0.45711490616925 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2173584957044 jo/n : 0.0543396239261 n : 4 U : jo : 18.8246979655 jo/n : 2.3530872456875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.83911535722 jo/n : 0.383911535722 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.43827644606 jo/n : 2.9438276446060003 n : 10 U : jo : 26.56715110461 jo/n : 1.3283575552305 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.881797580095 jo/n : 1.22044939502375 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.69300164652 jo/n : 1.836625205815 n : 8 U : jo : 4.712304458167 jo/n : 0.2945190286354375 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.836085367659 jo/n : 0.45902134191475 n : 4 U : jo : 28.57978010668 jo/n : 3.572472513335 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.467264493115 jo/n : 0.12227204109291667 n : 12 U : jo : 19.43910945872 jo/n : 0.8099628941133333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7343163890726 jo/n : 0.091789548634075 n : 8 U : jo : 11.61317297333 jo/n : 0.725823310833125 n : 16 METOP 5 METHOD=IR : T : jo : 0.4556171079183 jo/n : 0.0569521384897875 n : 8 U : jo : 8.879855358147 jo/n : 0.5549909598841875 n : 16 NOAA 224 METHOD=IR : T : jo : 3.687886423586 jo/n : 0.4097651581762222 n : 9 U : jo : 23.09800288751 jo/n : 1.2832223826394444 n : 18 NOAA 225 METHOD=IR : T : jo : 27.8454594786 jo/n : 3.480682434825 n : 8 U : jo : 8.683670075897 jo/n : 0.5427293797435625 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 843.2475413534 jo/n : 0.6644976685211978 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534
dv-0310-belenos@mary (CY49T0_T1rc.01)	cy49t0_to_T1	mary	2024-01-09 10:16:22	- None	None
dv-0275-belenos@mary (CY49T0_op0.00)	cy49t0_to_T1	mary	2023-12-22 11:07:33	- None	None
dv-0040-atos_bologna@nlcr (romick-knmi_CY48T3bf2)	cy48t3	nlcr	2023-11-03 16:15:41	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : HIMAWARI 173 METHOD=IR1 : U : jo : 7.655158911495 jo/n : 0.18226568836892856 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.937657557151 jo/n : 0.21680179866096874 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.06535338519 jo/n : 0.22130706770380001 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.558401030273 jo/n : 0.2849000643920625 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.486477159212 jo/n : 0.40540482245075 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 36.70304804332 jo/n : 0.23527594899564105 n : 156 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 36.70304804332
dv-0036-atos_bologna@nlcr (CY48T3_bf.02)	cy48t3	nlcr	2023-11-01 11:13:53	--- none	None
dv-0004-atos_bologna@acrd (CY48T3_bf.02)	cy48t3	acrd	2023-10-31 08:34:20	- None	None
dv-0272-belenos@mary (CY48T1_op1.12)	cy48t1_op1	mary	2023-10-10 13:58:28	- None	None
dv-0036-atos_bologna@rm9 (CY48T3_bf.02)	cy48t3	rm9	2023-09-07 16:56:58	- None	None
dv-0241-belenos@mary (CY48T3_bf.02)	cy48t3	mary	2023-09-05 15:34:07	- None	None
dv-0224-belenos@mary (CY49T0_to_T1.01)	cy48t3_r1	mary	2023-07-12 15:53:12	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 : 8.181219753566 jo/n : 0.18180488341257778 n : 45 U : jo : 74.45217374458 jo/n : 0.8272463749397777 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.82353171265 jo/n : 0.308823577346875 n : 48 U : jo : 35.52782393603 jo/n : 0.37008149933364587 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.57480206259 jo/n : 1.1029920825036 n : 25 U : jo : 13.60457623726 jo/n : 0.2720915247452 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.510683343618 jo/n : 0.08392685242322223 n : 18 U : jo : 20.63630748304 jo/n : 0.5732307634177778 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.89495873635 jo/n : 0.36124906218977276 n : 44 U : jo : 62.56348408513 jo/n : 0.7109486827855682 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.789513180588 jo/n : 0.39158052722352 n : 25 U : jo : 15.61240183206 jo/n : 0.3122480366412 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.40527311083 jo/n : 1.62631622221 n : 23 U : jo : 15.90621150069 jo/n : 0.34578720653673917 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.446592726605 jo/n : 0.055638181792500005 n : 26 U : jo : 18.27308939623 jo/n : 0.35140556531211536 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.625572436915 jo/n : 0.1815612484979762 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.000935248878 jo/n : 0.2187792265274375 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.12797669866 jo/n : 0.2225595339732 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.39356664534 jo/n : 0.27459791533375 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.297520186728 jo/n : 0.3935950116705 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.477943458036 jo/n : 0.3444571890796923 n : 13 U : jo : 122.1374210755 jo/n : 4.697593118288461 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.337814272504 jo/n : 0.22296904541733334 n : 6 U : jo : 42.40576272667 jo/n : 3.533813560555833 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.46613022164 jo/n : 0.223306511082 n : 20 U : jo : 18.38889871142 jo/n : 0.4597224677855 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2129836770835 jo/n : 0.053245919270875 n : 4 U : jo : 18.78090188434 jo/n : 2.3476127355425 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.874872252211 jo/n : 0.3874872252211 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.63411589862 jo/n : 2.963411589862 n : 10 U : jo : 26.72101026876 jo/n : 1.336050513438 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.910689085086 jo/n : 1.2276722712715 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.67166859369 jo/n : 1.83395857421125 n : 8 U : jo : 4.585289264324 jo/n : 0.28658057902025 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.825620005893 jo/n : 0.45640500147325 n : 4 U : jo : 28.55995061609 jo/n : 3.56999382701125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.471419152229 jo/n : 0.12261826268575 n : 12 U : jo : 19.48640002415 jo/n : 0.8119333343395834 n : 24 METOP 3 METHOD=IR : T : jo : 0.7704707656101 jo/n : 0.0963088457012625 n : 8 U : jo : 11.40844867356 jo/n : 0.7130280420975 n : 16 METOP 5 METHOD=IR : T : jo : 0.4748467060766 jo/n : 0.059355838259575 n : 8 U : jo : 8.880307099146 jo/n : 0.555019193696625 n : 16 NOAA 224 METHOD=IR : T : jo : 3.025380637001 jo/n : 0.33615340411122224 n : 9 U : jo : 25.47834082554 jo/n : 1.4154633791966666 n : 18 NOAA 225 METHOD=IR : T : jo : 27.78525069163 jo/n : 3.47315633645375 n : 8 U : jo : 8.801806374381 jo/n : 0.5501128983988125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.2987225155 jo/n : 0.6653260224708432 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2987225155
dv-0038-belenos@suzat (flo_pgi_49)	cy48t3_r1	suzat	2023-06-12 16:01:26	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.34457963341 jo/n : 0.18543510296466664 n : 45 U : jo : 74.43259416859 jo/n : 0.8270288240954444 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.85614579948 jo/n : 0.3095030374891667 n : 48 U : jo : 35.53710715428 jo/n : 0.37017819952375003 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.57094255319 jo/n : 1.1028377021276001 n : 25 U : jo : 13.60613152433 jo/n : 0.2721226304866 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.512788425037 jo/n : 0.08404380139094444 n : 18 U : jo : 20.65784379437 jo/n : 0.5738289942880556 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.88412397688 jo/n : 0.3610028176563636 n : 44 U : jo : 62.46474978925 jo/n : 0.7098267021505682 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.725652530971 jo/n : 0.38902610123884 n : 25 U : jo : 15.61335463704 jo/n : 0.3122670927408 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.40528003969 jo/n : 1.6263165234647825 n : 23 U : jo : 15.90620177173 jo/n : 0.3457869950376087 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.454252750694 jo/n : 0.055932798103615386 n : 26 U : jo : 18.22393108341 jo/n : 0.35046021314250003 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.63169216506 jo/n : 0.18170695631095238 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.998672448998 jo/n : 0.2187085140311875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.1159298352 jo/n : 0.22231859670399998 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.408810373659 jo/n : 0.2755506483536875 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.295711030198 jo/n : 0.393481939387375 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.478123540989 jo/n : 0.3444710416145385 n : 13 U : jo : 121.9996095286 jo/n : 4.692292674176923 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.339106821565 jo/n : 0.22318447026083332 n : 6 U : jo : 42.39244014031 jo/n : 3.5327033450258334 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.453512377605 jo/n : 0.22267561888024998 n : 20 U : jo : 18.38012397083 jo/n : 0.45950309927074995 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2165006097633 jo/n : 0.054125152440825 n : 4 U : jo : 18.755920139 jo/n : 2.344490017375 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.87988527643 jo/n : 0.387988527643 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.63190369993 jo/n : 2.963190369993 n : 10 U : jo : 26.76218128915 jo/n : 1.3381090644575 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.900645024922 jo/n : 1.2251612562305 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.67905903342 jo/n : 1.8348823791775 n : 8 U : jo : 4.594740366909 jo/n : 0.2871712729318125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.826049915664 jo/n : 0.456512478916 n : 4 U : jo : 28.55977733946 jo/n : 3.5699721674325 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.470571798225 jo/n : 0.12254764985208333 n : 12 U : jo : 19.48647913227 jo/n : 0.81193663051125 n : 24 METOP 3 METHOD=IR : T : jo : 0.7695469661756 jo/n : 0.09619337077195 n : 8 U : jo : 11.41429547531 jo/n : 0.713393467206875 n : 16 METOP 5 METHOD=IR : T : jo : 0.4751085506174 jo/n : 0.059388568827175 n : 8 U : jo : 8.87825153616 jo/n : 0.55489072101 n : 16 NOAA 224 METHOD=IR : T : jo : 3.017108651354 jo/n : 0.3352342945948889 n : 9 U : jo : 25.47677912597 jo/n : 1.4153766181094445 n : 18 NOAA 225 METHOD=IR : T : jo : 27.77887146689 jo/n : 3.47235893336125 n : 8 U : jo : 8.799776321552 jo/n : 0.549986020097 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.1397151156 jo/n : 0.6652007211312845 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.1397151156
dv-0213-belenos@mary (CY49T0)	cy48t3_r1	mary	2023-04-24 12:47:30	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.181219753566 jo/n : 0.18180488341257778 n : 45 U : jo : 74.45217374458 jo/n : 0.8272463749397777 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.82353171265 jo/n : 0.308823577346875 n : 48 U : jo : 35.52782393603 jo/n : 0.37008149933364587 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.57480206259 jo/n : 1.1029920825036 n : 25 U : jo : 13.60457623726 jo/n : 0.2720915247452 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.510683343618 jo/n : 0.08392685242322223 n : 18 U : jo : 20.63630748304 jo/n : 0.5732307634177778 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.89495873635 jo/n : 0.36124906218977276 n : 44 U : jo : 62.56348408513 jo/n : 0.7109486827855682 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.789513180588 jo/n : 0.39158052722352 n : 25 U : jo : 15.61240183206 jo/n : 0.3122480366412 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.40527311083 jo/n : 1.62631622221 n : 23 U : jo : 15.90621150069 jo/n : 0.34578720653673917 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.446592726605 jo/n : 0.055638181792500005 n : 26 U : jo : 18.27308939623 jo/n : 0.35140556531211536 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.625572436915 jo/n : 0.1815612484979762 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 7.000935248878 jo/n : 0.2187792265274375 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.12797669866 jo/n : 0.2225595339732 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.39356664534 jo/n : 0.27459791533375 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.297520186728 jo/n : 0.3935950116705 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.477943458036 jo/n : 0.3444571890796923 n : 13 U : jo : 122.1374210755 jo/n : 4.697593118288461 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.337814272504 jo/n : 0.22296904541733334 n : 6 U : jo : 42.40576272667 jo/n : 3.533813560555833 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.46613022164 jo/n : 0.223306511082 n : 20 U : jo : 18.38889871142 jo/n : 0.4597224677855 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2129836770835 jo/n : 0.053245919270875 n : 4 U : jo : 18.78090188434 jo/n : 2.3476127355425 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.874872252211 jo/n : 0.3874872252211 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.63411589862 jo/n : 2.963411589862 n : 10 U : jo : 26.72101026876 jo/n : 1.336050513438 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.910689085086 jo/n : 1.2276722712715 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.67166859369 jo/n : 1.83395857421125 n : 8 U : jo : 4.585289264324 jo/n : 0.28658057902025 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.825620005893 jo/n : 0.45640500147325 n : 4 U : jo : 28.55995061609 jo/n : 3.56999382701125 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.471419152229 jo/n : 0.12261826268575 n : 12 U : jo : 19.48640002415 jo/n : 0.8119333343395834 n : 24 METOP 3 METHOD=IR : T : jo : 0.7704707656101 jo/n : 0.0963088457012625 n : 8 U : jo : 11.40844867356 jo/n : 0.7130280420975 n : 16 METOP 5 METHOD=IR : T : jo : 0.4748467060766 jo/n : 0.059355838259575 n : 8 U : jo : 8.880307099146 jo/n : 0.555019193696625 n : 16 NOAA 224 METHOD=IR : T : jo : 3.025380637001 jo/n : 0.33615340411122224 n : 9 U : jo : 25.47834082554 jo/n : 1.4154633791966666 n : 18 NOAA 225 METHOD=IR : T : jo : 27.78525069163 jo/n : 3.47315633645375 n : 8 U : jo : 8.801806374381 jo/n : 0.5501128983988125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.2987225155 jo/n : 0.6653260224708432 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2987225155
dv-0018-atos_bologna@rm9 (CY49)	cy48t3_r1	rm9	2023-04-12 08:36:06	- None	None
dv-0203-belenos@mary (CY49)	cy48t3_r1	mary	2023-04-05 14:54:28	- None	None
dv-0005-belenos@vanulftl (vanulftl_CY48T3_bf.01_creatediff)	cy48t3	vanulftl	2023-03-18 17:01:53	- None	None
dv-0006-belenos@vanulftl (vanulftl_CY48T3_bf.01_CTL)	cy48t3	vanulftl	2023-03-18 16:58:57	- None	None
dv-0004-belenos@vogtv (vogtv_merge_CY48T3_and_48R1_test)	cy48t3_r1	vogtv	2023-03-10 13:17:55	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.388656181671 jo/n : 0.1864145818149111 n : 45 U : jo : 74.27418800888 jo/n : 0.8252687556542223 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.8882263324 jo/n : 0.310171381925 n : 48 U : jo : 35.54489562391 jo/n : 0.3702593294157292 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.69626675134 jo/n : 1.1078506700536002 n : 25 U : jo : 13.58738123795 jo/n : 0.271747624759 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.511077942409 jo/n : 0.08394877457827778 n : 18 U : jo : 20.66427905702 jo/n : 0.5740077515838888 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.7893713338 jo/n : 0.3588493484954545 n : 44 U : jo : 62.45922293183 jo/n : 0.7097638969526137 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.799917891432 jo/n : 0.39199671565728006 n : 25 U : jo : 15.62980606087 jo/n : 0.3125961212174 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.40527726078 jo/n : 1.6263164026426085 n : 23 U : jo : 15.90622999889 jo/n : 0.34578760867152175 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.453288888723 jo/n : 0.055895726489346154 n : 26 U : jo : 18.24654351821 jo/n : 0.35089506765788464 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.626068689811 jo/n : 0.18157306404311907 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.99853810159 jo/n : 0.2187043156746875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.12660277225 jo/n : 0.222532055445 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.433509647215 jo/n : 0.2770943529509375 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.294069936242 jo/n : 0.393379371015125 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.469256351313 jo/n : 0.34378895010099997 n : 13 U : jo : 122.0586017342 jo/n : 4.694561605161538 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.340171003864 jo/n : 0.22336183397733333 n : 6 U : jo : 42.41879581888 jo/n : 3.5348996515733333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.47245016723 jo/n : 0.2236225083615 n : 20 U : jo : 18.36172559093 jo/n : 0.45904313977325 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2110569011464 jo/n : 0.0527642252866 n : 4 U : jo : 18.78649824911 jo/n : 2.34831228113875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.880848789832 jo/n : 0.3880848789832 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.62693559425 jo/n : 2.962693559425 n : 10 U : jo : 26.72471113417 jo/n : 1.3362355567085 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.903784242483 jo/n : 1.22594606062075 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.68744552219 jo/n : 1.83593069027375 n : 8 U : jo : 4.589319350549 jo/n : 0.2868324594093125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.826016974354 jo/n : 0.4565042435885 n : 4 U : jo : 28.56079402582 jo/n : 3.5700992532275 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.470851937507 jo/n : 0.12257099479224999 n : 12 U : jo : 19.47755423012 jo/n : 0.8115647595883333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7710876447946 jo/n : 0.096385955599325 n : 8 U : jo : 11.41134495983 jo/n : 0.713209059989375 n : 16 METOP 5 METHOD=IR : T : jo : 0.4750502527136 jo/n : 0.0593812815892 n : 8 U : jo : 8.875914398899 jo/n : 0.5547446499311876 n : 16 NOAA 224 METHOD=IR : T : jo : 3.022338628318 jo/n : 0.3358154031464444 n : 9 U : jo : 25.47686099121 jo/n : 1.4153811661783333 n : 18 NOAA 225 METHOD=IR : T : jo : 27.77144570873 jo/n : 3.47143071359125 n : 8 U : jo : 8.799031260269 jo/n : 0.5499394537668125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.2699788537 jo/n : 0.6653033718311269 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2699788537
dv-0199-belenos@mary (State of the art validation of v6+)	cy48t3_r1	mary	2023-03-10 08:56:29	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.388656181671 jo/n : 0.1864145818149111 n : 45 U : jo : 74.27418800888 jo/n : 0.8252687556542223 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.8882263324 jo/n : 0.310171381925 n : 48 U : jo : 35.54489562391 jo/n : 0.3702593294157292 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.69626675134 jo/n : 1.1078506700536002 n : 25 U : jo : 13.58738123795 jo/n : 0.271747624759 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.511077942409 jo/n : 0.08394877457827778 n : 18 U : jo : 20.66427905702 jo/n : 0.5740077515838888 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.7893713338 jo/n : 0.3588493484954545 n : 44 U : jo : 62.45922293183 jo/n : 0.7097638969526137 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.799917891432 jo/n : 0.39199671565728006 n : 25 U : jo : 15.62980606087 jo/n : 0.3125961212174 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.40527726078 jo/n : 1.6263164026426085 n : 23 U : jo : 15.90622999889 jo/n : 0.34578760867152175 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.453288888723 jo/n : 0.055895726489346154 n : 26 U : jo : 18.24654351821 jo/n : 0.35089506765788464 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.626068689811 jo/n : 0.18157306404311907 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.99853810159 jo/n : 0.2187043156746875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.12660277225 jo/n : 0.222532055445 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.433509647215 jo/n : 0.2770943529509375 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.294069936242 jo/n : 0.393379371015125 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.469256351313 jo/n : 0.34378895010099997 n : 13 U : jo : 122.0586017342 jo/n : 4.694561605161538 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.340171003864 jo/n : 0.22336183397733333 n : 6 U : jo : 42.41879581888 jo/n : 3.5348996515733333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.47245016723 jo/n : 0.2236225083615 n : 20 U : jo : 18.36172559093 jo/n : 0.45904313977325 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2110569011464 jo/n : 0.0527642252866 n : 4 U : jo : 18.78649824911 jo/n : 2.34831228113875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.880848789832 jo/n : 0.3880848789832 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.62693559425 jo/n : 2.962693559425 n : 10 U : jo : 26.72471113417 jo/n : 1.3362355567085 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.903784242483 jo/n : 1.22594606062075 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.68744552219 jo/n : 1.83593069027375 n : 8 U : jo : 4.589319350549 jo/n : 0.2868324594093125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.826016974354 jo/n : 0.4565042435885 n : 4 U : jo : 28.56079402582 jo/n : 3.5700992532275 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.470851937507 jo/n : 0.12257099479224999 n : 12 U : jo : 19.47755423012 jo/n : 0.8115647595883333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7710876447946 jo/n : 0.096385955599325 n : 8 U : jo : 11.41134495983 jo/n : 0.713209059989375 n : 16 METOP 5 METHOD=IR : T : jo : 0.4750502527136 jo/n : 0.0593812815892 n : 8 U : jo : 8.875914398899 jo/n : 0.5547446499311876 n : 16 NOAA 224 METHOD=IR : T : jo : 3.022338628318 jo/n : 0.3358154031464444 n : 9 U : jo : 25.47686099121 jo/n : 1.4153811661783333 n : 18 NOAA 225 METHOD=IR : T : jo : 27.77144570873 jo/n : 3.47143071359125 n : 8 U : jo : 8.799031260269 jo/n : 0.5499394537668125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.2699788537 jo/n : 0.6653033718311269 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2699788537
dv-0011-belenos@arbogaste (CY48T3_mrg48R1.06)	cy48t3_r1	arbogaste	2023-03-08 10:47:49	Maximum Relative diff in Jo/n joTables	Jo-Tables : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : SATOB, ATMOSPHERIC MOTION WINDS : DUAL-MTOP 852 METHOD=IR : T : jo : 8.388656181671 jo/n : 0.1864145818149111 n : 45 U : jo : 74.27418800888 jo/n : 0.8252687556542223 n : 90 GOES 270 METHOD=IR1 : T : jo : 14.8882263324 jo/n : 0.310171381925 n : 48 U : jo : 35.54489562391 jo/n : 0.3702593294157292 n : 96 GOES 270 METHOD=IR2 : T : jo : 27.69626675134 jo/n : 1.1078506700536002 n : 25 U : jo : 13.58738123795 jo/n : 0.271747624759 n : 50 GOES 270 METHOD=WVCL3 : T : jo : 1.511077942409 jo/n : 0.08394877457827778 n : 18 U : jo : 20.66427905702 jo/n : 0.5740077515838888 n : 36 GOES 271 METHOD=IR1 : T : jo : 15.7893713338 jo/n : 0.3588493484954545 n : 44 U : jo : 62.45922293183 jo/n : 0.7097638969526137 n : 88 GOES 271 METHOD=IR2 : T : jo : 9.799917891432 jo/n : 0.39199671565728006 n : 25 U : jo : 15.62980606087 jo/n : 0.3125961212174 n : 50 GOES 271 METHOD=VIS1 : T : jo : 37.40527726078 jo/n : 1.6263164026426085 n : 23 U : jo : 15.90622999889 jo/n : 0.34578760867152175 n : 46 GOES 271 METHOD=WVCL3 : T : jo : 1.453288888723 jo/n : 0.055895726489346154 n : 26 U : jo : 18.24654351821 jo/n : 0.35089506765788464 n : 52 HIMAWARI 173 METHOD=IR1 : U : jo : 7.626068689811 jo/n : 0.18157306404311907 n : 42 HIMAWARI 173 METHOD=VIS1 : U : jo : 6.99853810159 jo/n : 0.2187043156746875 n : 32 HIMAWARI 173 METHOD=WVCL1 : U : jo : 11.12660277225 jo/n : 0.222532055445 n : 50 HIMAWARI 173 METHOD=WVCL2 : U : jo : 4.433509647215 jo/n : 0.2770943529509375 n : 16 HIMAWARI 173 METHOD=WVCL3 : U : jo : 6.294069936242 jo/n : 0.393379371015125 n : 16 METEOSAT 55 METHOD=IR3 : T : jo : 4.469256351313 jo/n : 0.34378895010099997 n : 13 U : jo : 122.0586017342 jo/n : 4.694561605161538 n : 26 METEOSAT 55 METHOD=VIS2 : T : jo : 1.340171003864 jo/n : 0.22336183397733333 n : 6 U : jo : 42.41879581888 jo/n : 3.5348996515733333 n : 12 METEOSAT 55 METHOD=VIS3 : T : jo : 4.47245016723 jo/n : 0.2236225083615 n : 20 U : jo : 18.36172559093 jo/n : 0.45904313977325 n : 40 METEOSAT 55 METHOD=WVCL1 : T : jo : 0.2110569011464 jo/n : 0.0527642252866 n : 4 U : jo : 18.78649824911 jo/n : 2.34831228113875 n : 8 METEOSAT 55 METHOD=WVCL2 : U : jo : 3.880848789832 jo/n : 0.3880848789832 n : 10 METEOSAT 56 METHOD=IR3 : T : jo : 29.62693559425 jo/n : 2.962693559425 n : 10 U : jo : 26.72471113417 jo/n : 1.3362355567085 n : 20 METEOSAT 56 METHOD=VIS2 : U : jo : 4.903784242483 jo/n : 1.22594606062075 n : 4 METEOSAT 56 METHOD=VIS3 : T : jo : 14.68744552219 jo/n : 1.83593069027375 n : 8 U : jo : 4.589319350549 jo/n : 0.2868324594093125 n : 16 METEOSAT 56 METHOD=WVCL1 : T : jo : 1.826016974354 jo/n : 0.4565042435885 n : 4 U : jo : 28.56079402582 jo/n : 3.5700992532275 n : 8 METEOSAT 56 METHOD=WVCL2 : T : jo : 1.470851937507 jo/n : 0.12257099479224999 n : 12 U : jo : 19.47755423012 jo/n : 0.8115647595883333 n : 24 METOP 3 METHOD=IR : T : jo : 0.7710876447946 jo/n : 0.096385955599325 n : 8 U : jo : 11.41134495983 jo/n : 0.713209059989375 n : 16 METOP 5 METHOD=IR : T : jo : 0.4750502527136 jo/n : 0.0593812815892 n : 8 U : jo : 8.875914398899 jo/n : 0.5547446499311876 n : 16 NOAA 224 METHOD=IR : T : jo : 3.022338628318 jo/n : 0.3358154031464444 n : 9 U : jo : 25.47686099121 jo/n : 1.4153811661783333 n : 18 NOAA 225 METHOD=IR : T : jo : 27.77144570873 jo/n : 3.47143071359125 n : 8 U : jo : 8.799031260269 jo/n : 0.5499394537668125 n : 16 SATOB, ATMOSPHERIC MOTION WINDS : jo : 844.2699788537 jo/n : 0.6653033718311269 n : 1269 Number of Tables : 1 Total Jo per Table : SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2699788537

(if aborted)

/scratch/mtool/glintonm/abort/dump_001265_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_001265_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_001265_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_001265_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_001265_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0099-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0099-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0099-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0099-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0099-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-07-07T08:09:42

Elapse time

23.89

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_001265_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.460, Max=23.890, Avg=23.634, StDev=0.119
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.79% 2.303 2.143 2.485 0.092 13.76% 12438 : RRTM_RTRN1A_140GP_MCICA
6.74% 1.586 1.479 1.708 0.069 13.41% 12438 : RADLSWR:CLOUD_GENERATOR
6.00% 1.411 1.362 1.522 0.040 10.51% 12438 : RADLSWR:CLOUD_OPTICS
5.67% 1.334 1.260 1.393 0.036 9.55% 12438 : SRTM_SPCVRT_MCICA
5.32% 1.252 1.238 1.265 0.007 2.13% 16 : VARBC_SETUP:LOAD_TABLE
3.02% 0.709 0.062 1.205 0.313 94.85% 208 : SLCOMM:SLCOMM_INT
2.86% 0.672 0.501 0.825 0.153 39.27% 16 : INIFGER
1.39% 0.328 0.009 0.755 0.331 98.81% 208 : SLCOMM2A
2.56% 0.601 0.567 0.696 0.030 18.53% 2786112 : SRTM_REFTRA
2.55% 0.600 0.533 0.670 0.044 20.45% 24876 : MCICA_CLD_GEN
2.64% 0.621 0.582 0.662 0.025 12.08% 12438 : SRTM_SRTM_224GP_MCICA
1.88% 0.443 0.329 0.653 0.069 49.62% 24876 : MCICA_CLD_GENERATOR
0.50% 0.117 0.078 0.631 0.137 87.64% 208 : SLCOMM2A:SLCOMM2A_INT
1.17% 0.275 0.026 0.530 0.151 95.09% 16 : SU_MCICA
2.07% 0.486 0.475 0.498 0.005 4.62% 16 : VARBC_RAD:CONFIG
1.68% 0.395 0.372 0.438 0.015 15.07% 2073 : ECOCLIMAP2_LAI
1.68% 0.395 0.017 0.425 0.101 96.00% 16 : JO_TABLE_MOD:GATHER
1.59% 0.373 0.115 0.404 0.070 71.53% 64 : ATLAS_BCAST
1.57% 0.370 0.328 0.403 0.022 18.61% 12438 : RRTM_GASABS1A_140GP
1.63% 0.383 0.367 0.400 0.009 8.25% 12438 : RRTM_ECRT_140GP_MCICA
1.51% 0.356 0.168 0.395 0.056 57.47% 14864 : ODBMP:ODBMP_IGLOBAL
1.27% 0.299 0.168 0.349 0.042 51.86% 368 : TRLTOG
1.26% 0.296 0.272 0.335 0.017 18.81% 2786112 : SRTM_VRTQDR
1.26% 0.295 0.286 0.321 0.009 10.90% 26949 : APLPAR
1.00% 0.236 0.228 0.248 0.006 8.06% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.72% 0.170 0.100 0.248 0.045 59.68% 208 : CPG_DRV
0.92% 0.217 0.191 0.234 0.015 18.38% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.49% 0.115 0.021 0.221 0.077 90.50% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.42% 0.099 0.003 0.209 0.100 98.56% 19967 : GRIB_API:IGRIB_GET_INT
0.62% 0.145 0.140 0.152 0.003 7.89% 26949 : CONVECT_TRIGGER_SHAL
0.58% 0.137 0.128 0.142 0.003 9.86% 296439 : LAITRI
0.56% 0.133 0.128 0.139 0.003 7.91% 11938 : GRIB_API:IGRIB_SET_CHAR
0.55% 0.130 0.129 0.130 0.001 0.77% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.49% 0.115 0.105 0.123 0.006 14.63% 16 : MASTER
0.49% 0.115 0.114 0.115 0.000 0.87% 16 : YOMCLIM:READ_GHG_CLIMATOLOGY
0.37% 0.087 0.078 0.102 0.007 23.53% 1120 : TRGTOL
0.28% 0.065 0.036 0.093 0.017 61.29% 26949 : CONVECT_CLOSURE_SHAL
0.36% 0.085 0.080 0.091 0.003 12.09% 270508 : VERINT_DGEMM_1
0.31% 0.074 0.071 0.090 0.005 21.11% 2073 : READ_COVER_N
0.34% 0.080 0.080 0.082 0.001 2.44% 1107952 : APPEND_NUM
0.29% 0.067 0.064 0.071 0.002 9.86% 26949 : MF_PHYS_INIT
0.28% 0.067 0.055 0.071 0.004 22.54% 107908 : LASCAW
0.27% 0.064 0.057 0.071 0.005 19.72% 26949 : CPG_COPY_PB1
0.28% 0.066 0.063 0.070 0.002 10.00% 586659 : READ_SURFX1_ARO
77.27% 18.168 0.003 2.485

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	0.21464659067562222	9.659096580403	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9305058145644444	83.7455233108	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.314701795185	15.10568616888	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24074424942572917	23.11144794487	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1093593537844	27.73398384461	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10957837850164	5.478918925082	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08409790260405556	1.513762246873	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.34935669299694444	12.57684094789	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35897826516454545	15.79504366724	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.31845373364352275	28.02392856063	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39587501043016	9.896875260754	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.1385621077472	6.92810538736	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710163573914	37.41803337622	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1352984555277826	6.223728954278	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05508591270419231	1.432233730309	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2747575436576923	14.2873922702	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.16173490269409524	6.792865913152	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.1966967448261875	6.294295834438	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2120086884854	10.60043442427	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3385486553601875	5.416778485763	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.55447675840875	8.87162813454	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3454310464160769	4.490603603409	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0812589943238462	28.11273385242	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22154491529783335	1.329269491787	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6786847956473333	8.144217547768	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21782662689185	4.356532537837	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12671128589125	5.06845143565	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054883999560425	0.2195359982417	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.498008672839375	3.984069382715	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.33816581775480004	3.381658177548	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.876055075054	28.76055075054	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.45168421107745005	9.033684221549	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.635424127292	2.541696509168	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.838465899645	14.70772719716	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1438760469391875	2.302016751027	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46112042683025	1.844481707321	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.36081961190125	10.88655689521	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12277698891841667	1.473323867021	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.20145447454212498	4.834907389011	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09394544018825	0.751563521506	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4440822661255	7.105316258008	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056327217388025	0.4506177391042	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.4107085883675	6.57133741388	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41623193070433334	3.746087376339	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6632189769927778	11.93794158587	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48113859689375	27.84910877515	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.4315417418691875	6.904667869907	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.42380592965531916	537.8097247326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.4%

Number of parsed Variables

2741

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0094-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0094-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0094-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0094-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0099-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0099-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0099-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0099-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0099-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

-0.8900000000000006

Highest acceleration

-0.481 (ref:0.876s => test:0.395s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-54.91% (ref:0.876s => test:0.395s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+14.09% (ref:1.221s => test:1.393s)

Highest relative slow-down - routine

SRTM_SPCVRT_MCICA

Highest slow-down

0.172 (ref:1.221s => test:1.393s)

Highest slow-down - routine

SRTM_SPCVRT_MCICA

Relative diff in Elapse time

-3.59%

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	0.21464659067562222	0.21464659067562222	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.9305058145644444	0.9305058145644444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.314701795185	0.314701795185	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.24074424942572917	0.24074424942572917	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1093593537844	1.1093593537844	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.10957837850164	0.10957837850164	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08409790260405556	0.08409790260405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.34935669299694444	0.34935669299694444	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35897826516454545	0.35897826516454545	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.31845373364352275	0.31845373364352275	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39587501043016	0.39587501043016	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.1385621077472	0.1385621077472	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6268710163573914	1.6268710163573914	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.1352984555277826	0.1352984555277826	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05508591270419231	0.05508591270419231	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.2747575436576923	0.2747575436576923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.16173490269409524	0.16173490269409524	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.1966967448261875	0.1966967448261875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2120086884854	0.2120086884854	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.3385486553601875	0.3385486553601875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.55447675840875	0.55447675840875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3454310464160769	0.3454310464160769	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.0812589943238462	1.0812589943238462	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22154491529783335	0.22154491529783335	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	0.6786847956473333	0.6786847956473333	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21782662689185	0.21782662689185	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.12671128589125	0.12671128589125	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.054883999560425	0.054883999560425	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.498008672839375	0.498008672839375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.33816581775480004	0.33816581775480004	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.876055075054	2.876055075054	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	0.45168421107745005	0.45168421107745005	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.635424127292	0.635424127292	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.838465899645	1.838465899645	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.1438760469391875	0.1438760469391875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.46112042683025	0.46112042683025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	1.36081961190125	1.36081961190125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12277698891841667	0.12277698891841667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.20145447454212498	0.20145447454212498	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.09394544018825	0.09394544018825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.4440822661255	0.4440822661255	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.056327217388025	0.056327217388025	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.4107085883675	0.4107085883675	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.41623193070433334	0.41623193070433334	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.6632189769927778	0.6632189769927778	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48113859689375	3.48113859689375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.4315417418691875	0.4315417418691875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.42380592965531916	0.42380592965531916	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

0.00%

Relative RSSmax diff

0.00%

Relative RSStotal diff

0.00%

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_024908_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_024908_arpegeBS4Dobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_024908_arpegeBS4Dobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_024908_arpegeBS4Dobstype

jobname

arpege_BS4D__obstype

rundir

/scratch/mtool/mary/spool/spool_024908_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0476-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0476-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0476-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0476-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0476-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-30T09:39:27

Elapse time

24.98

General info

Name of the executable : /scratch/mtool/mary/spool/spool_024908_arpegeBS4Dobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=24.380, Max=24.980, Avg=24.668, StDev=0.167
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
8.94% 2.195 2.024 2.306 0.073 12.23% 12438 : RRTM_RTRN1A_140GP_MCICA
6.46% 1.587 1.451 1.722 0.073 15.74% 12438 : RADLSWR:CLOUD_GENERATOR
5.88% 1.443 1.398 1.539 0.041 9.16% 12438 : RADLSWR:CLOUD_OPTICS
5.73% 1.407 1.341 1.533 0.043 12.52% 12438 : SRTM_SPCVRT_MCICA
2.55% 0.626 0.059 1.194 0.300 95.06% 208 : SLCOMM:SLCOMM_INT
4.32% 1.060 1.050 1.070 0.008 1.87% 16 : VARBC_SETUP:LOAD_TABLE
2.99% 0.734 0.580 0.876 0.141 33.79% 16 : INIFGER
2.45% 0.602 0.457 0.822 0.090 44.40% 24876 : MCICA_CLD_GENERATOR
1.29% 0.318 0.008 0.770 0.299 98.96% 208 : SLCOMM2A
2.50% 0.614 0.537 0.714 0.053 24.79% 24876 : MCICA_CLD_GEN
2.49% 0.611 0.558 0.702 0.039 20.51% 2786112 : SRTM_REFTRA
2.58% 0.634 0.602 0.677 0.021 11.08% 12438 : SRTM_SRTM_224GP_MCICA
2.50% 0.613 0.600 0.620 0.006 3.23% 16 : VARBC_RAD:CONFIG
0.51% 0.124 0.072 0.574 0.120 87.46% 208 : SLCOMM2A:SLCOMM2A_INT
1.96% 0.481 0.132 0.542 0.095 75.65% 15088 : ODBMP:ODBMP_IGLOBAL
2.04% 0.500 0.493 0.507 0.004 2.76% 16 : VARBC_ALLSKY:CONFIG
1.46% 0.359 0.190 0.433 0.064 56.12% 368 : TRLTOG
1.64% 0.403 0.374 0.424 0.013 11.79% 2073 : ECOCLIMAP2_LAI
0.80% 0.196 0.001 0.416 0.136 99.76% 32 : SLRSET
1.56% 0.383 0.017 0.410 0.098 95.85% 16 : JO_TABLE_MOD:GATHER
1.54% 0.378 0.344 0.401 0.015 14.21% 12438 : RRTM_ECRT_140GP_MCICA
0.91% 0.224 0.093 0.383 0.082 75.72% 208 : CPG_DRV
1.43% 0.350 0.229 0.370 0.034 38.11% 64 : ATLAS_BCAST
1.38% 0.339 0.314 0.367 0.015 14.44% 2786112 : SRTM_VRTQDR
1.37% 0.336 0.297 0.361 0.017 17.73% 12438 : RRTM_GASABS1A_140GP
1.28% 0.313 0.297 0.346 0.013 14.16% 26949 : APLPAR
1.10% 0.269 0.263 0.283 0.005 7.07% 13938 : GRIB_API:IGRIB_SET_CHAR
0.98% 0.240 0.232 0.260 0.006 10.77% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.98% 0.240 0.209 0.260 0.018 19.62% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.32% 0.079 0.003 0.164 0.078 98.17% 19967 : GRIB_API:IGRIB_GET_INT
0.61% 0.150 0.135 0.158 0.005 14.56% 296439 : LAITRI
0.55% 0.134 0.134 0.135 0.000 0.74% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.40% 0.098 0.084 0.111 0.007 24.32% 1120 : TRGTOL
0.40% 0.099 0.093 0.105 0.003 11.43% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.32% 0.079 0.076 0.086 0.003 11.63% 586659 : READ_SURFX1_ARO
0.31% 0.076 0.068 0.083 0.004 18.07% 26949 : MF_PHYS_INIT
0.32% 0.079 0.079 0.079 0.000 0.00% 16 : AMV_READ_OBERROR
0.30% 0.073 0.069 0.077 0.002 10.39% 16 : MASTER
0.29% 0.071 0.070 0.074 0.001 5.41% 1107664 : APPEND_NUM
0.26% 0.064 0.056 0.074 0.005 24.32% 26949 : CUBASEN
0.28% 0.069 0.067 0.073 0.002 8.22% 216610 : VERINT_DGEMM_1
0.28% 0.068 0.064 0.072 0.002 11.11% 12438 : RRTM_TAUMOL3
76.26% 18.718 0.001 2.306

Jo-Tables

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

obstype	sensor	var	jo/n	jo	n
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	T	0.19436636632257778	8.746486484516	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8343780423853333	75.09402381468	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.324955866714375	15.59788160229	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3778790431034375	36.27638813793	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1029193828612	27.57298457153	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2705459728544	13.52729864272	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08333224642394445	1.499980435631	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5735698005455556	20.64851281964	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3629999201365909	15.97199648601	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7143417759684091	62.86207628522	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38478407262116	9.619601815529	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3136148850292	15.68074425146	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281268908652173	37.4469184899	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452674960134782	15.88230481662	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.053545900029115384	1.392193400757	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3558222462086539	18.50275680285	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.1815880337333095	7.626697416799	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2188832727311875	7.004264727398	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2174417801028	10.87208900514	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.25162083564825	4.025933370372	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.390942256518625	6.255076104298	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.34372398924507697	4.468411860186	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.65256197681923	120.9666113973	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.21976851002383332	1.318611060143	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5490348958949998	42.58841875074	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.2191406114173	4.382812228346	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45627216088324996	18.25088643533	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054772781969475	0.2190911278779	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.35208301321875	18.81666410575	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3783348993856	3.783348993856	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.900824522752	29.00824522752	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3402747081195001	26.80549416239	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.218625007359	4.874500029436	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8233451581175	14.58676126494	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.29351171466175	4.696187434588	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4586899561705	1.834759824682	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57279333619	28.58234668952	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12207660804233333	1.464919296508	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8084728521154166	19.40334845077	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0905018047667	0.7240144381336	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.726049762014375	11.61679619223	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.05708356058425	0.456668484674	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5536157938438125	8.857852701501	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4092063246693333	3.682856922024	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2836339397733334	23.10541091592	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48606852365375	27.88854818923	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427569893025626	8.684111828841	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6645061235921986	843.2582708385	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2582708385

MPI tasks

RSSmax

4.8Gb

RSStotal

76.1Gb

imbalance

3.0%

Number of parsed Variables

2749

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/strajnarb/abort/dump_000048_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/strajnarb/abort/dump_000048_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/strajnarb/depot/mstep_000048_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/strajnarb/spool/spool_000048_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/strajnarb/spool/spool_000048_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/strajnarb/cache/promise/davai/elp/dv-0019-belenos@strajnarb/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0019-belenos@strajnarb/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0019-belenos@strajnarb/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-23T08:55:12

Elapse time

23.81

General info

Name of the executable : /scratch/mtool/strajnarb/spool/spool_000048_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.500, Max=23.810, Avg=23.666, StDev=0.104
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.87% 2.323 2.191 2.505 0.093 12.53% 12438 : RRTM_RTRN1A_140GP_MCICA
6.77% 1.593 1.445 1.714 0.081 15.69% 12438 : RADLSWR:CLOUD_GENERATOR
6.00% 1.412 1.358 1.510 0.036 10.07% 12438 : RADLSWR:CLOUD_OPTICS
5.50% 1.294 1.283 1.301 0.004 1.38% 16 : VARBC_SETUP:LOAD_TABLE
5.31% 1.249 1.201 1.290 0.024 6.90% 12438 : SRTM_SPCVRT_MCICA
3.17% 0.746 0.058 1.258 0.339 95.39% 208 : SLCOMM:SLCOMM_INT
2.89% 0.680 0.505 0.836 0.156 39.59% 16 : INIFGER
1.49% 0.352 0.012 0.811 0.346 98.52% 208 : SLCOMM2A
2.53% 0.595 0.562 0.693 0.030 18.90% 2786112 : SRTM_REFTRA
2.50% 0.589 0.498 0.683 0.055 27.09% 24876 : MCICA_CLD_GEN
0.51% 0.121 0.076 0.682 0.150 88.86% 208 : SLCOMM2A:SLCOMM2A_INT
2.60% 0.613 0.564 0.671 0.026 15.95% 12438 : SRTM_SRTM_224GP_MCICA
1.87% 0.440 0.331 0.666 0.073 50.30% 24876 : MCICA_CLD_GENERATOR
2.07% 0.487 0.482 0.491 0.003 1.83% 16 : VARBC_RAD:CONFIG
1.79% 0.422 0.172 0.467 0.071 63.17% 14640 : ODBMP:ODBMP_IGLOBAL
0.91% 0.213 0.001 0.447 0.139 99.78% 16 : SU_MCICA
1.69% 0.399 0.381 0.431 0.012 11.60% 2073 : ECOCLIMAP2_LAI
1.68% 0.395 0.017 0.425 0.101 96.00% 16 : JO_TABLE_MOD:GATHER
1.57% 0.370 0.337 0.410 0.023 17.80% 12438 : RRTM_GASABS1A_140GP
1.63% 0.383 0.370 0.408 0.012 9.31% 12438 : RRTM_ECRT_140GP_MCICA
1.60% 0.376 0.115 0.407 0.071 71.74% 64 : ATLAS_BCAST
0.79% 0.186 0.062 0.364 0.072 82.97% 208 : CPG_DRV
1.19% 0.281 0.177 0.333 0.037 46.85% 368 : TRLTOG
1.27% 0.298 0.284 0.318 0.009 10.69% 26949 : APLPAR
1.24% 0.291 0.258 0.311 0.017 17.04% 2786112 : SRTM_VRTQDR
1.00% 0.235 0.225 0.248 0.006 9.27% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.94% 0.221 0.195 0.237 0.015 17.72% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.49% 0.114 0.022 0.220 0.076 90.00% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.42% 0.099 0.003 0.211 0.100 98.58% 19967 : GRIB_API:IGRIB_GET_INT
0.63% 0.148 0.146 0.159 0.003 8.18% 26949 : CONVECT_TRIGGER_SHAL
0.64% 0.151 0.146 0.157 0.003 7.01% 11938 : GRIB_API:IGRIB_SET_CHAR
0.61% 0.143 0.138 0.152 0.003 9.21% 296439 : LAITRI_SCALAR
0.49% 0.115 0.115 0.116 0.000 0.86% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.38% 0.090 0.075 0.107 0.008 29.91% 1120 : TRGTOL
0.29% 0.069 0.062 0.086 0.005 27.91% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.34% 0.081 0.080 0.083 0.001 3.61% 1107952 : APPEND_NUM
0.28% 0.065 0.057 0.083 0.007 31.33% 2073 : IO_BUFF_CLEAN
0.32% 0.076 0.072 0.081 0.003 11.11% 16 : MASTER
0.29% 0.069 0.066 0.074 0.003 10.81% 26949 : MF_PHYS_INIT
0.27% 0.063 0.061 0.072 0.003 15.28% 586659 : READ_SURFX1_ARO
0.28% 0.066 0.054 0.071 0.004 23.94% 107908 : LASCAW
0.27% 0.063 0.059 0.065 0.002 9.23% 216610 : VERINT_DGEMM_1
76.36% 17.977 0.001 2.505

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	0.18727756284195557	8.427490327888	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8304907820021111	74.74417038019	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32602699717208333	15.64929586426	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37649049075322916	36.14308711231	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1125261513804	27.81315378451	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706665707352	13.53332853676	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348384356311112	1.502709184136	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5752189655386111	20.70788275939	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35864478142863637	15.78037038286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7081364819827273	62.31601041448	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39106537714128004	9.776634428532	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3141580670246	15.70790335123	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281865163973912	37.44828987714	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452752361526087	15.88266086302	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055010315650153845	1.430268206904	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35714499929942306	18.57153996357	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18128376458464285	7.613918112555	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2185143689451875	6.992459806246	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180016661564	10.90008330782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2796988616355	4.475181786168	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3902851320579375	6.244562112927	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3424087796436154	4.451314135367	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.659180959103846	121.1387049367	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22411401513166665	1.34468409079	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5430669347508332	42.51680321701	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21347870152995002	4.269574030599	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45711490616925	18.28459624677	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0543396239261	0.2173584957044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3530872456875	18.8246979655	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.383911535722	3.83911535722	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9438276446060003	29.43827644606	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3283575552305	26.56715110461	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22044939502375	4.881797580095	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.836625205815	14.69300164652	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2945190286354375	4.712304458167	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45902134191475	1.836085367659	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572472513335	28.57978010668	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12227204109291667	1.467264493115	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8099628941133333	19.43910945872	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091789548634075	0.7343163890726	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.725823310833125	11.61317297333	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0569521384897875	0.4556171079183	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5549909598841875	8.879855358147	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4097651581762222	3.687886423586	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2832223826394444	23.09800288751	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.480682434825	27.8454594786	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427293797435625	8.683670075897	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6644976685211978	843.2475413534	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534

MPI tasks

RSSmax

3.7Gb

RSStotal

57.3Gb

imbalance

5.0%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

strajnarb@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

strajnarb@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/strajnarb/cache/promise/davai/elp/dv-0019-belenos@strajnarb/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0019-belenos@strajnarb/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0019-belenos@strajnarb/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-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

0.2699999999999996

Highest acceleration

-0.084 (ref:1.342s => test:1.258s)

Highest acceleration - routine

SLCOMM:SLCOMM_INT

Highest relative acceleration

-6.26% (ref:1.342s => test:1.258s)

Highest relative acceleration - routine

SLCOMM:SLCOMM_INT

Highest relative slow-down

+17.71% (ref:0.689s => test:0.811s)

Highest relative slow-down - routine

SLCOMM2A

Highest slow-down

0.122 (ref:0.689s => test:0.811s)

Highest slow-down - routine

SLCOMM2A

Relative diff in Elapse time

+1.15%

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	0.18727756284195557	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8304907820021111	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.32602699717208333	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37649049075322916	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1125261513804	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2706665707352	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08348384356311112	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5752189655386111	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35864478142863637	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7081364819827273	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39106537714128004	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3141580670246	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281865163973912	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3452752361526087	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.055010315650153845	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.35714499929942306	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18128376458464285	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.2185143689451875	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2180016661564	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2796988616355	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.3902851320579375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3424087796436154	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.659180959103846	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22411401513166665	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.5430669347508332	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21347870152995002	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.45711490616925	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0543396239261	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.3530872456875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.383911535722	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.9438276446060003	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.3283575552305	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.22044939502375	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.836625205815	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2945190286354375	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45902134191475	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.572472513335	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12227204109291667	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8099628941133333	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.091789548634075	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.725823310833125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0569521384897875	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.5549909598841875	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4097651581762222	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2832223826394444	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.480682434825	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5427293797435625	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6644976685211978	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.20%

Relative RSSmax diff

0.00%

Relative RSStotal diff

0.00%

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/strajnarb/abort/dump_000010_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/strajnarb/abort/dump_000010_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/strajnarb/depot/mstep_000010_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/strajnarb/spool/spool_000010_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/strajnarb/spool/spool_000010_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/strajnarb/cache/promise/davai/elp/dv-0017-belenos@strajnarb/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0017-belenos@strajnarb/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0017-belenos@strajnarb/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-22T13:08:18

Elapse time

24.16

General info

Name of the executable : /scratch/mtool/strajnarb/spool/spool_000010_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.580, Max=24.160, Avg=23.906, StDev=0.168
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.72% 2.312 2.076 2.490 0.100 16.63% 12438 : RRTM_RTRN1A_140GP_MCICA
6.71% 1.596 1.439 1.714 0.074 16.04% 12438 : RADLSWR:CLOUD_GENERATOR
5.91% 1.406 1.362 1.505 0.033 9.50% 12438 : RADLSWR:CLOUD_OPTICS
5.26% 1.252 1.201 1.307 0.030 8.11% 12438 : SRTM_SPCVRT_MCICA
3.09% 0.735 0.069 1.290 0.348 94.65% 208 : SLCOMM:SLCOMM_INT
5.19% 1.233 1.225 1.241 0.004 1.29% 16 : VARBC_SETUP:LOAD_TABLE
2.84% 0.674 0.498 0.830 0.156 40.00% 16 : INIFGER
1.57% 0.374 0.014 0.824 0.369 98.30% 208 : SLCOMM2A
0.53% 0.125 0.075 0.732 0.162 89.75% 208 : SLCOMM2A:SLCOMM2A_INT
2.51% 0.596 0.561 0.693 0.030 19.05% 2786112 : SRTM_REFTRA
2.50% 0.593 0.494 0.683 0.050 27.67% 24876 : MCICA_CLD_GEN
1.84% 0.439 0.334 0.670 0.074 50.15% 24876 : MCICA_CLD_GENERATOR
2.62% 0.623 0.580 0.668 0.022 13.17% 12438 : SRTM_SRTM_224GP_MCICA
1.87% 0.445 0.257 0.514 0.073 50.00% 14640 : ODBMP:ODBMP_IGLOBAL
2.05% 0.487 0.481 0.494 0.004 2.63% 16 : VARBC_RAD:CONFIG
0.80% 0.190 0.001 0.427 0.138 99.77% 16 : SU_MCICA
1.70% 0.404 0.384 0.425 0.011 9.65% 2073 : ECOCLIMAP2_LAI
1.62% 0.385 0.017 0.414 0.098 95.89% 16 : JO_TABLE_MOD:GATHER
1.63% 0.388 0.371 0.411 0.014 9.73% 12438 : RRTM_ECRT_140GP_MCICA
1.58% 0.375 0.115 0.407 0.070 71.74% 64 : ATLAS_BCAST
1.56% 0.371 0.332 0.405 0.018 18.02% 12438 : RRTM_GASABS1A_140GP
1.39% 0.330 0.317 0.348 0.009 8.91% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
1.23% 0.293 0.257 0.317 0.017 18.93% 2786112 : SRTM_VRTQDR
1.25% 0.298 0.287 0.316 0.010 9.18% 26949 : APLPAR
1.08% 0.256 0.171 0.304 0.033 43.75% 368 : TRLTOG
0.71% 0.169 0.099 0.286 0.052 65.38% 208 : CPG_DRV
0.98% 0.234 0.226 0.243 0.006 7.00% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.93% 0.220 0.193 0.236 0.015 18.22% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.47% 0.112 0.019 0.215 0.075 91.16% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.42% 0.100 0.003 0.210 0.100 98.57% 19967 : GRIB_API:IGRIB_GET_INT
0.69% 0.164 0.137 0.173 0.009 20.81% 11938 : GRIB_API:IGRIB_SET_CHAR
0.63% 0.149 0.146 0.159 0.003 8.18% 26949 : CONVECT_TRIGGER_SHAL
0.60% 0.142 0.137 0.149 0.003 8.05% 296439 : LAITRI_SCALAR
0.55% 0.132 0.109 0.135 0.009 19.26% 50 : dGet_V_pre_thinn_robhdr_5
0.39% 0.093 0.077 0.111 0.010 30.63% 1120 : TRGTOL
0.30% 0.072 0.063 0.090 0.008 30.00% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.35% 0.082 0.082 0.083 0.001 1.20% 16 : YOMGHGTIMESERIES:READ_GHG_TIMESERIES
0.34% 0.080 0.079 0.083 0.001 4.82% 1107952 : APPEND_NUM
0.32% 0.076 0.073 0.081 0.002 9.88% 16 : MASTER
0.27% 0.064 0.061 0.076 0.005 19.74% 586659 : READ_SURFX1_ARO
0.29% 0.069 0.064 0.073 0.003 12.33% 26949 : MF_PHYS_INIT
0.28% 0.066 0.054 0.070 0.004 22.86% 107908 : LASCAW
0.26% 0.063 0.056 0.070 0.005 20.00% 2073 : IO_BUFF_CLEAN
0.27% 0.063 0.061 0.066 0.002 7.58% 216610 : VERINT_DGEMM_1
77.09% 18.331 0.001 2.490

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	0.18727756284195557	8.427490327888	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8304907820021111	74.74417038019	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32602699717208333	15.64929586426	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37649049075322916	36.14308711231	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1125261513804	27.81315378451	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706665707352	13.53332853676	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348384356311112	1.502709184136	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5752189655386111	20.70788275939	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35864478142863637	15.78037038286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7081364819827273	62.31601041448	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39106537714128004	9.776634428532	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3141580670246	15.70790335123	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281865163973912	37.44828987714	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452752361526087	15.88266086302	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055010315650153845	1.430268206904	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35714499929942306	18.57153996357	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18128376458464285	7.613918112555	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2185143689451875	6.992459806246	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180016661564	10.90008330782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2796988616355	4.475181786168	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3902851320579375	6.244562112927	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3424087796436154	4.451314135367	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.659180959103846	121.1387049367	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22411401513166665	1.34468409079	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5430669347508332	42.51680321701	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21347870152995002	4.269574030599	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45711490616925	18.28459624677	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0543396239261	0.2173584957044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3530872456875	18.8246979655	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.383911535722	3.83911535722	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9438276446060003	29.43827644606	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3283575552305	26.56715110461	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22044939502375	4.881797580095	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.836625205815	14.69300164652	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2945190286354375	4.712304458167	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45902134191475	1.836085367659	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572472513335	28.57978010668	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12227204109291667	1.467264493115	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8099628941133333	19.43910945872	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091789548634075	0.7343163890726	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.725823310833125	11.61317297333	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0569521384897875	0.4556171079183	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5549909598841875	8.879855358147	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4097651581762222	3.687886423586	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2832223826394444	23.09800288751	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.480682434825	27.8454594786	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427293797435625	8.683670075897	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6644976685211978	843.2475413534	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534

MPI tasks

RSSmax

3.7Gb

RSStotal

57.3Gb

imbalance

5.1%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

strajnarb@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

strajnarb@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/strajnarb/cache/promise/davai/elp/dv-0017-belenos@strajnarb/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0017-belenos@strajnarb/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/strajnarb/cache/vortex/davai/elp/dv-0017-belenos@strajnarb/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-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

0.620000000000001

Highest acceleration

-0.059 (ref:2.549s => test:2.49s)

Highest acceleration - routine

RRTM_RTRN1A_140GP_MCICA

Highest relative acceleration

-13.60% (ref:0.331s => test:0.286s)

Highest relative acceleration - routine

CPG_DRV

Highest relative slow-down

+185.25% (ref:0.122s => test:0.348s)

Highest relative slow-down - routine

GRIB_API:IGRIB_NEW_FROM_SAMPLES

Highest slow-down

0.226 (ref:0.122s => test:0.348s)

Highest slow-down - routine

GRIB_API:IGRIB_NEW_FROM_SAMPLES

Relative diff in Elapse time

+2.63%

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	0.18727756284195557	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8304907820021111	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.32602699717208333	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37649049075322916	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1125261513804	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2706665707352	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08348384356311112	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5752189655386111	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35864478142863637	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7081364819827273	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39106537714128004	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3141580670246	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281865163973912	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3452752361526087	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.055010315650153845	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.35714499929942306	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18128376458464285	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.2185143689451875	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2180016661564	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2796988616355	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.3902851320579375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3424087796436154	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.659180959103846	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22411401513166665	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.5430669347508332	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21347870152995002	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.45711490616925	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0543396239261	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.3530872456875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.383911535722	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.9438276446060003	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.3283575552305	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.22044939502375	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.836625205815	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2945190286354375	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45902134191475	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.572472513335	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12227204109291667	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8099628941133333	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.091789548634075	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.725823310833125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0569521384897875	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.5549909598841875	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4097651581762222	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2832223826394444	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.480682434825	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5427293797435625	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6644976685211978	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.10%

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/glintonm/abort/dump_001166_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_001166_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_001166_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_001166_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_001166_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0094-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0094-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0094-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0094-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0094-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-17T15:43:34

Elapse time

24.78

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_001166_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=24.150, Max=24.780, Avg=24.488, StDev=0.203
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.61% 2.341 2.210 2.486 0.075 11.10% 12438 : RRTM_RTRN1A_140GP_MCICA
6.60% 1.607 1.465 1.711 0.075 14.38% 12438 : RADLSWR:CLOUD_GENERATOR
5.85% 1.425 1.382 1.526 0.035 9.44% 12438 : RADLSWR:CLOUD_OPTICS
5.17% 1.259 1.250 1.270 0.005 1.57% 16 : VARBC_SETUP:LOAD_TABLE
2.80% 0.683 0.096 1.225 0.305 92.16% 208 : SLCOMM:SLCOMM_INT
4.79% 1.168 1.087 1.221 0.041 10.97% 12438 : SRTM_SPCVRT_MCICA
3.30% 0.805 0.289 0.876 0.142 67.01% 14864 : ODBMP:ODBMP_IGLOBAL
2.78% 0.677 0.506 0.833 0.155 39.26% 16 : INIFGER
1.40% 0.340 0.014 0.723 0.336 98.06% 208 : SLCOMM2A
2.44% 0.594 0.553 0.694 0.032 20.32% 2786112 : SRTM_REFTRA
0.50% 0.121 0.075 0.679 0.149 88.95% 208 : SLCOMM2A:SLCOMM2A_INT
1.80% 0.438 0.317 0.666 0.076 52.40% 24876 : MCICA_CLD_GENERATOR
2.45% 0.597 0.504 0.664 0.055 24.10% 24876 : MCICA_CLD_GEN
2.52% 0.615 0.554 0.650 0.029 14.77% 12438 : SRTM_SRTM_224GP_MCICA
2.00% 0.487 0.478 0.492 0.004 2.85% 16 : VARBC_RAD:CONFIG
0.92% 0.225 0.003 0.472 0.145 99.36% 16 : SU_MCICA
1.64% 0.400 0.375 0.431 0.015 12.99% 2073 : ECOCLIMAP2_LAI
1.63% 0.397 0.017 0.427 0.101 96.02% 16 : JO_TABLE_MOD:GATHER
1.60% 0.390 0.054 0.426 0.090 87.32% 80 : DIST_GRID
0.30% 0.072 0.047 0.415 0.092 88.67% 1762 : FADGRA_MT
1.54% 0.376 0.116 0.408 0.071 71.57% 64 : ATLAS_BCAST
1.59% 0.388 0.370 0.406 0.011 8.87% 12438 : RRTM_ECRT_140GP_MCICA
1.53% 0.373 0.349 0.406 0.016 14.04% 12438 : RRTM_GASABS1A_140GP
0.86% 0.208 0.066 0.340 0.068 80.59% 208 : CPG_DRV
1.16% 0.283 0.172 0.331 0.038 48.04% 368 : TRLTOG
1.20% 0.291 0.256 0.314 0.016 18.47% 2786112 : SRTM_VRTQDR
1.20% 0.293 0.281 0.311 0.008 9.65% 26949 : APLPAR
0.98% 0.239 0.230 0.250 0.006 8.00% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.93% 0.228 0.134 0.242 0.026 44.63% 16 : MASTER
0.89% 0.217 0.191 0.234 0.015 18.38% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.46% 0.112 0.020 0.216 0.075 90.74% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.86% 0.208 0.204 0.214 0.003 4.67% 11938 : GRIB_API:IGRIB_SET_CHAR
0.41% 0.100 0.003 0.213 0.102 98.59% 19967 : GRIB_API:IGRIB_GET_INT
0.60% 0.146 0.142 0.154 0.003 7.79% 26949 : CONVECT_TRIGGER_SHAL
0.56% 0.136 0.126 0.141 0.003 10.64% 296439 : LAITRI
0.53% 0.129 0.129 0.130 0.000 0.77% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.36% 0.088 0.075 0.102 0.007 26.47% 1120 : TRGTOL
0.27% 0.065 0.036 0.095 0.017 62.11% 26949 : CONVECT_CLOSURE_SHAL
0.35% 0.085 0.080 0.088 0.002 9.09% 270508 : VERINT_DGEMM_1
0.33% 0.080 0.077 0.087 0.002 11.49% 2073 : READ_COVER_N
0.33% 0.080 0.079 0.082 0.001 3.66% 1107952 : APPEND_NUM
0.28% 0.068 0.064 0.075 0.003 14.67% 26949 : MF_PHYS_INIT
0.28% 0.068 0.054 0.073 0.005 26.03% 107908 : LASCAW
0.26% 0.064 0.062 0.069 0.002 10.14% 586659 : READ_SURFX1_ARO
77.85% 18.966 0.003 2.486

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	0.21464659067562222	9.659096580403	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9305058145644444	83.7455233108	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.314701795185	15.10568616888	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24074424942572917	23.11144794487	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1093593537844	27.73398384461	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10957837850164	5.478918925082	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08409790260405556	1.513762246873	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.34935669299694444	12.57684094789	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35897826516454545	15.79504366724	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.31845373364352275	28.02392856063	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39587501043016	9.896875260754	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.1385621077472	6.92810538736	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710163573914	37.41803337622	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1352984555277826	6.223728954278	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05508591270419231	1.432233730309	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2747575436576923	14.2873922702	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.16173490269409524	6.792865913152	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.1966967448261875	6.294295834438	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2120086884854	10.60043442427	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3385486553601875	5.416778485763	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.55447675840875	8.87162813454	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3454310464160769	4.490603603409	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0812589943238462	28.11273385242	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22154491529783335	1.329269491787	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6786847956473333	8.144217547768	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21782662689185	4.356532537837	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12671128589125	5.06845143565	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054883999560425	0.2195359982417	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.498008672839375	3.984069382715	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.33816581775480004	3.381658177548	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.876055075054	28.76055075054	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.45168421107745005	9.033684221549	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.635424127292	2.541696509168	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.838465899645	14.70772719716	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1438760469391875	2.302016751027	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46112042683025	1.844481707321	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.36081961190125	10.88655689521	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12277698891841667	1.473323867021	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.20145447454212498	4.834907389011	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09394544018825	0.751563521506	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4440822661255	7.105316258008	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056327217388025	0.4506177391042	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.4107085883675	6.57133741388	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41623193070433334	3.746087376339	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6632189769927778	11.93794158587	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48113859689375	27.84910877515	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.4315417418691875	6.904667869907	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.42380592965531916	537.8097247326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.4%

Number of parsed Variables

2741

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0094-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0094-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0094-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0094-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0094-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

1.2900000000000027

Highest acceleration

-0.084 (ref:1.305s => test:1.221s)

Highest acceleration - routine

SRTM_SPCVRT_MCICA

Highest relative acceleration

-6.44% (ref:1.305s => test:1.221s)

Highest relative acceleration - routine

SRTM_SPCVRT_MCICA

Highest relative slow-down

+192.00% (ref:0.3s => test:0.876s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.576 (ref:0.3s => test:0.876s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+5.49%

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	0.21464659067562222	0.21464659067562222	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.9305058145644444	0.9305058145644444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.314701795185	0.314701795185	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.24074424942572917	0.24074424942572917	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1093593537844	1.1093593537844	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.10957837850164	0.10957837850164	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08409790260405556	0.08409790260405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.34935669299694444	0.34935669299694444	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35897826516454545	0.35897826516454545	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.31845373364352275	0.31845373364352275	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39587501043016	0.39587501043016	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.1385621077472	0.1385621077472	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6268710163573914	1.6268710163573914	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.1352984555277826	0.1352984555277826	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05508591270419231	0.05508591270419231	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.2747575436576923	0.2747575436576923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.16173490269409524	0.16173490269409524	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.1966967448261875	0.1966967448261875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2120086884854	0.2120086884854	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.3385486553601875	0.3385486553601875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.55447675840875	0.55447675840875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3454310464160769	0.3454310464160769	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.0812589943238462	1.0812589943238462	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22154491529783335	0.22154491529783335	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	0.6786847956473333	0.6786847956473333	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21782662689185	0.21782662689185	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.12671128589125	0.12671128589125	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.054883999560425	0.054883999560425	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.498008672839375	0.498008672839375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.33816581775480004	0.33816581775480004	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.876055075054	2.876055075054	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	0.45168421107745005	0.45168421107745005	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.635424127292	0.635424127292	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.838465899645	1.838465899645	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.1438760469391875	0.1438760469391875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.46112042683025	0.46112042683025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	1.36081961190125	1.36081961190125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12277698891841667	0.12277698891841667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.20145447454212498	0.20145447454212498	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.09394544018825	0.09394544018825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.4440822661255	0.4440822661255	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.056327217388025	0.056327217388025	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.4107085883675	0.4107085883675	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.41623193070433334	0.41623193070433334	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.6632189769927778	0.6632189769927778	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48113859689375	3.48113859689375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.4315417418691875	0.4315417418691875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.42380592965531916	0.42380592965531916	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

-0.0Gb

Imbalance evolution

0.00%

Relative RSSmax diff

0.00%

Relative RSStotal diff

-0.18%

mainMetrics

Relative RSStotal diff

Identical

False

New variables

GCINMIN :
- -0.110000E+04
GCVFMAX :
- 110.0000
LRPP :
- F
NENSFNB :
- 0.00000E+00
NSEED_RPP :
- 0.14013E-41

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/glintonm/abort/dump_001148_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_001148_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_001148_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_001148_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_001148_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0093-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0093-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0093-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0093-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0093-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-17T14:26:46

Elapse time

26.91

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_001148_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=26.090, Max=26.910, Avg=26.531, StDev=0.249
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
8.91% 2.353 2.172 2.526 0.094 14.01% 12438 : RRTM_RTRN1A_140GP_MCICA
7.65% 2.020 0.049 2.165 0.526 97.74% 80 : DIST_GRID
0.67% 0.177 0.044 2.124 0.519 97.93% 1762 : FADGRA_MT
6.08% 1.605 1.487 1.722 0.071 13.65% 12438 : RADLSWR:CLOUD_GENERATOR
5.40% 1.427 1.368 1.531 0.037 10.65% 12438 : RADLSWR:CLOUD_OPTICS
4.96% 1.310 1.297 1.319 0.006 1.67% 16 : VARBC_SETUP:LOAD_TABLE
2.68% 0.708 0.080 1.257 0.304 93.64% 208 : SLCOMM:SLCOMM_INT
4.41% 1.166 1.101 1.240 0.041 11.21% 12438 : SRTM_SPCVRT_MCICA
2.97% 0.783 0.417 0.915 0.175 54.43% 14864 : ODBMP:ODBMP_IGLOBAL
2.56% 0.677 0.507 0.833 0.155 39.14% 16 : INIFGER
2.26% 0.597 0.548 0.698 0.033 21.49% 2786112 : SRTM_REFTRA
2.27% 0.600 0.492 0.681 0.051 27.75% 24876 : MCICA_CLD_GEN
1.19% 0.314 0.014 0.674 0.305 97.92% 208 : SLCOMM2A
1.67% 0.441 0.321 0.671 0.076 52.16% 24876 : MCICA_CLD_GENERATOR
2.34% 0.617 0.558 0.645 0.024 13.49% 12438 : SRTM_SRTM_224GP_MCICA
0.44% 0.116 0.073 0.607 0.131 87.97% 208 : SLCOMM2A:SLCOMM2A_INT
1.85% 0.490 0.482 0.500 0.005 3.60% 16 : VARBC_RAD:CONFIG
0.83% 0.218 0.001 0.462 0.146 99.78% 16 : SU_MCICA
1.47% 0.388 0.375 0.432 0.015 13.19% 12438 : RRTM_ECRT_140GP_MCICA
1.51% 0.400 0.374 0.431 0.013 13.23% 2073 : ECOCLIMAP2_LAI
1.51% 0.400 0.017 0.431 0.102 96.06% 16 : JO_TABLE_MOD:GATHER
1.42% 0.375 0.340 0.411 0.019 17.27% 12438 : RRTM_GASABS1A_140GP
1.43% 0.377 0.114 0.409 0.071 72.13% 64 : ATLAS_BCAST
0.83% 0.220 0.109 0.356 0.061 69.38% 208 : CPG_DRV
1.07% 0.283 0.169 0.330 0.038 48.79% 368 : TRLTOG
1.12% 0.295 0.265 0.322 0.018 17.70% 2786112 : SRTM_VRTQDR
1.12% 0.297 0.283 0.313 0.008 9.58% 26949 : APLPAR
0.90% 0.239 0.230 0.254 0.007 9.45% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.92% 0.243 0.243 0.243 0.000 0.00% 176 : dGet_V_black_robody_2
0.82% 0.217 0.191 0.234 0.015 18.38% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.44% 0.116 0.020 0.222 0.077 90.99% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.38% 0.100 0.002 0.212 0.102 99.06% 19967 : GRIB_API:IGRIB_GET_INT
0.65% 0.171 0.166 0.172 0.002 3.49% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.56% 0.147 0.142 0.155 0.003 8.39% 26949 : CONVECT_TRIGGER_SHAL
0.51% 0.136 0.130 0.142 0.003 8.45% 11938 : GRIB_API:IGRIB_SET_CHAR
0.51% 0.136 0.129 0.141 0.003 8.51% 296439 : LAITRI
0.47% 0.125 0.111 0.133 0.006 16.54% 16 : MASTER
0.33% 0.086 0.073 0.098 0.007 25.51% 1120 : TRGTOL
0.25% 0.066 0.035 0.094 0.016 62.77% 26949 : CONVECT_CLOSURE_SHAL
0.32% 0.085 0.080 0.089 0.003 10.11% 270508 : VERINT_DGEMM_1
0.30% 0.079 0.077 0.087 0.003 11.49% 2073 : READ_COVER_N
0.32% 0.083 0.082 0.085 0.001 3.53% 1107952 : APPEND_NUM
0.26% 0.069 0.058 0.075 0.004 22.67% 107908 : LASCAW
0.26% 0.068 0.062 0.075 0.003 17.33% 26949 : MF_PHYS_INIT
0.24% 0.063 0.061 0.069 0.002 11.59% 586659 : READ_SURFX1_ARO
0.24% 0.063 0.057 0.069 0.003 17.39% 26949 : CPG_COPY_PB1
79.29% 20.943 0.001 2.526

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	0.21464659067562222	9.659096580403	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9305058145644444	83.7455233108	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.314701795185	15.10568616888	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24074424942572917	23.11144794487	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1093593537844	27.73398384461	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10957837850164	5.478918925082	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08409790260405556	1.513762246873	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.34935669299694444	12.57684094789	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35897826516454545	15.79504366724	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.31845373364352275	28.02392856063	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39587501043016	9.896875260754	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.1385621077472	6.92810538736	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710163573914	37.41803337622	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1352984555277826	6.223728954278	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05508591270419231	1.432233730309	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2747575436576923	14.2873922702	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.16173490269409524	6.792865913152	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.1966967448261875	6.294295834438	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2120086884854	10.60043442427	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3385486553601875	5.416778485763	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.55447675840875	8.87162813454	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3454310464160769	4.490603603409	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0812589943238462	28.11273385242	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22154491529783335	1.329269491787	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6786847956473333	8.144217547768	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21782662689185	4.356532537837	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12671128589125	5.06845143565	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054883999560425	0.2195359982417	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.498008672839375	3.984069382715	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.33816581775480004	3.381658177548	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.876055075054	28.76055075054	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.45168421107745005	9.033684221549	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.635424127292	2.541696509168	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.838465899645	14.70772719716	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1438760469391875	2.302016751027	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46112042683025	1.844481707321	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.36081961190125	10.88655689521	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12277698891841667	1.473323867021	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.20145447454212498	4.834907389011	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09394544018825	0.751563521506	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4440822661255	7.105316258008	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056327217388025	0.4506177391042	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.4107085883675	6.57133741388	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41623193070433334	3.746087376339	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6632189769927778	11.93794158587	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48113859689375	27.84910877515	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.4315417418691875	6.904667869907	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.42380592965531916	537.8097247326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.4%

Number of parsed Variables

2741

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0093-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0093-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0093-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0093-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0093-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

3.4200000000000017

Highest acceleration

-0.103 (ref:0.71s => test:0.607s)

Highest acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative acceleration

-14.51% (ref:0.71s => test:0.607s)

Highest relative acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative slow-down

+205.00% (ref:0.3s => test:0.915s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.615 (ref:0.3s => test:0.915s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+14.56%

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	0.21464659067562222	0.21464659067562222	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.9305058145644444	0.9305058145644444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.314701795185	0.314701795185	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.24074424942572917	0.24074424942572917	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1093593537844	1.1093593537844	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.10957837850164	0.10957837850164	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08409790260405556	0.08409790260405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.34935669299694444	0.34935669299694444	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35897826516454545	0.35897826516454545	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.31845373364352275	0.31845373364352275	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39587501043016	0.39587501043016	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.1385621077472	0.1385621077472	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6268710163573914	1.6268710163573914	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.1352984555277826	0.1352984555277826	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05508591270419231	0.05508591270419231	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.2747575436576923	0.2747575436576923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.16173490269409524	0.16173490269409524	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.1966967448261875	0.1966967448261875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2120086884854	0.2120086884854	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.3385486553601875	0.3385486553601875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.55447675840875	0.55447675840875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3454310464160769	0.3454310464160769	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.0812589943238462	1.0812589943238462	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22154491529783335	0.22154491529783335	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	0.6786847956473333	0.6786847956473333	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21782662689185	0.21782662689185	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.12671128589125	0.12671128589125	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.054883999560425	0.054883999560425	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.498008672839375	0.498008672839375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.33816581775480004	0.33816581775480004	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.876055075054	2.876055075054	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	0.45168421107745005	0.45168421107745005	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.635424127292	0.635424127292	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.838465899645	1.838465899645	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.1438760469391875	0.1438760469391875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.46112042683025	0.46112042683025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	1.36081961190125	1.36081961190125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12277698891841667	0.12277698891841667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.20145447454212498	0.20145447454212498	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.09394544018825	0.09394544018825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.4440822661255	0.4440822661255	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.056327217388025	0.056327217388025	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.4107085883675	0.4107085883675	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.41623193070433334	0.41623193070433334	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.6632189769927778	0.6632189769927778	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48113859689375	3.48113859689375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.4315417418691875	0.4315417418691875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.42380592965531916	0.42380592965531916	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

-0.0Gb

Imbalance evolution

0.00%

Relative RSSmax diff

0.00%

Relative RSStotal diff

-0.18%

mainMetrics

Relative RSStotal diff

Identical

False

New variables

GCINMIN :
- -0.110000E+04
GCVFMAX :
- 110.0000
LRPP :
- F
NENSFNB :
- 0.00000E+00
NSEED_RPP :
- 0.14013E-41

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/vogtv/abort/dump_3907199_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/vogtv/abort/dump_3907199_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/vogtv/depot/mstep_3907199_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/vogtv/spool/spool_3907199_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/vogtv/spool/spool_3907199_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/vogtv/cache/promise/davai/elp/dv-0047-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0047-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0047-belenos@vogtv/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-15T07:21:31

Elapse time

23.74

General info

Name of the executable : /scratch/mtool/vogtv/spool/spool_3907199_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.250, Max=23.740, Avg=23.488, StDev=0.139
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.91% 2.315 2.136 2.481 0.090 13.91% 12438 : RRTM_RTRN1A_140GP_MCICA
6.86% 1.603 1.511 1.709 0.064 11.59% 12438 : RADLSWR:CLOUD_GENERATOR
6.03% 1.408 1.343 1.532 0.041 12.34% 12438 : RADLSWR:CLOUD_OPTICS
5.34% 1.247 1.198 1.310 0.036 8.55% 12438 : SRTM_SPCVRT_MCICA
2.96% 0.692 0.094 1.291 0.293 92.72% 208 : SLCOMM:SLCOMM_INT
5.44% 1.271 1.264 1.276 0.003 0.94% 16 : VARBC_SETUP:LOAD_TABLE
2.91% 0.680 0.504 0.841 0.159 40.07% 16 : INIFGER
1.27% 0.298 0.011 0.707 0.286 98.44% 208 : SLCOMM2A
2.55% 0.596 0.523 0.697 0.047 24.96% 24876 : MCICA_CLD_GEN
2.55% 0.596 0.549 0.687 0.030 20.09% 2786112 : SRTM_REFTRA
1.88% 0.439 0.323 0.667 0.075 51.57% 24876 : MCICA_CLD_GENERATOR
2.60% 0.607 0.583 0.649 0.017 10.17% 12438 : SRTM_SRTM_224GP_MCICA
0.49% 0.113 0.073 0.532 0.112 86.28% 208 : SLCOMM2A:SLCOMM2A_INT
2.09% 0.488 0.483 0.494 0.002 2.23% 16 : VARBC_RAD:CONFIG
1.71% 0.400 0.223 0.449 0.059 50.33% 14640 : ODBMP:ODBMP_IGLOBAL
1.72% 0.402 0.388 0.434 0.013 10.60% 2073 : ECOCLIMAP2_LAI
1.68% 0.392 0.017 0.422 0.100 95.97% 16 : JO_TABLE_MOD:GATHER
0.80% 0.186 0.001 0.418 0.134 99.76% 16 : SU_MCICA
1.58% 0.369 0.329 0.410 0.022 19.76% 12438 : RRTM_GASABS1A_140GP
1.61% 0.376 0.115 0.408 0.071 71.81% 64 : ATLAS_BCAST
1.63% 0.380 0.352 0.407 0.014 13.51% 12438 : RRTM_ECRT_140GP_MCICA
1.25% 0.291 0.263 0.325 0.018 19.08% 2786112 : SRTM_VRTQDR
1.28% 0.298 0.281 0.314 0.008 10.51% 26949 : APLPAR
1.11% 0.260 0.163 0.306 0.034 46.73% 368 : TRLTOG
0.85% 0.198 0.121 0.290 0.055 58.28% 208 : CPG_DRV
1.01% 0.235 0.227 0.253 0.007 10.28% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.94% 0.220 0.194 0.236 0.015 17.80% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.49% 0.114 0.021 0.218 0.075 90.37% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.43% 0.101 0.003 0.214 0.102 98.60% 19967 : GRIB_API:IGRIB_GET_INT
0.64% 0.149 0.145 0.157 0.003 7.64% 26949 : CONVECT_TRIGGER_SHAL
0.61% 0.142 0.135 0.150 0.003 10.00% 296439 : LAITRI_SCALAR
0.57% 0.133 0.128 0.137 0.003 6.57% 11938 : GRIB_API:IGRIB_SET_CHAR
0.51% 0.120 0.120 0.121 0.000 0.83% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.38% 0.089 0.075 0.116 0.010 35.34% 1120 : TRGTOL
0.44% 0.103 0.103 0.104 0.000 0.96% 314 : dGet_V_sat_satob
0.27% 0.063 0.034 0.087 0.016 60.92% 26949 : CONVECT_CLOSURE_SHAL
0.30% 0.069 0.063 0.084 0.006 25.00% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.34% 0.080 0.078 0.082 0.001 4.88% 1107952 : APPEND_NUM
0.33% 0.076 0.073 0.080 0.002 8.75% 16 : MASTER
0.27% 0.064 0.057 0.075 0.005 24.00% 2073 : IO_BUFF_CLEAN
0.27% 0.063 0.061 0.075 0.004 18.67% 586659 : READ_SURFX1_ARO
0.29% 0.069 0.065 0.073 0.003 10.96% 26949 : MF_PHYS_INIT
0.28% 0.066 0.056 0.070 0.004 20.00% 107908 : LASCAW
0.27% 0.063 0.058 0.066 0.002 12.12% 216610 : VERINT_DGEMM_1
76.71% 17.924 0.001 2.481

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	0.18727756284195557	8.427490327888	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8304907820021111	74.74417038019	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32602699717208333	15.64929586426	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37649049075322916	36.14308711231	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1125261513804	27.81315378451	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706665707352	13.53332853676	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348384356311112	1.502709184136	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5752189655386111	20.70788275939	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35864478142863637	15.78037038286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7081364819827273	62.31601041448	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39106537714128004	9.776634428532	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3141580670246	15.70790335123	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281865163973912	37.44828987714	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452752361526087	15.88266086302	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055010315650153845	1.430268206904	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35714499929942306	18.57153996357	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18128376458464285	7.613918112555	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2185143689451875	6.992459806246	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180016661564	10.90008330782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2796988616355	4.475181786168	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3902851320579375	6.244562112927	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3424087796436154	4.451314135367	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.659180959103846	121.1387049367	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22411401513166665	1.34468409079	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5430669347508332	42.51680321701	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21347870152995002	4.269574030599	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45711490616925	18.28459624677	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0543396239261	0.2173584957044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3530872456875	18.8246979655	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.383911535722	3.83911535722	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9438276446060003	29.43827644606	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3283575552305	26.56715110461	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22044939502375	4.881797580095	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.836625205815	14.69300164652	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2945190286354375	4.712304458167	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45902134191475	1.836085367659	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572472513335	28.57978010668	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12227204109291667	1.467264493115	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8099628941133333	19.43910945872	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091789548634075	0.7343163890726	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.725823310833125	11.61317297333	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0569521384897875	0.4556171079183	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5549909598841875	8.879855358147	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4097651581762222	3.687886423586	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2832223826394444	23.09800288751	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.480682434825	27.8454594786	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427293797435625	8.683670075897	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6644976685211978	843.2475413534	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534

MPI tasks

RSSmax

3.7Gb

RSStotal

57.3Gb

imbalance

5.0%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

vogtv@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

vogtv@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/vogtv/cache/promise/davai/elp/dv-0047-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0047-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0047-belenos@vogtv/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-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

0.1999999999999993

Highest acceleration

-0.084 (ref:0.616s => test:0.532s)

Highest acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative acceleration

-13.64% (ref:0.616s => test:0.532s)

Highest relative acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative slow-down

+10.29% (ref:0.068s => test:0.075s)

Highest relative slow-down - routine

READ_SURFX1_ARO

Highest slow-down

0.121 (ref:1.189s => test:1.31s)

Highest slow-down - routine

SRTM_SPCVRT_MCICA

Relative diff in Elapse time

+0.85%

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	0.18727756284195557	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8304907820021111	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.32602699717208333	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37649049075322916	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1125261513804	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2706665707352	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08348384356311112	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5752189655386111	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35864478142863637	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7081364819827273	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39106537714128004	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3141580670246	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281865163973912	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3452752361526087	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.055010315650153845	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.35714499929942306	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18128376458464285	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.2185143689451875	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2180016661564	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2796988616355	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.3902851320579375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3424087796436154	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.659180959103846	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22411401513166665	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.5430669347508332	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21347870152995002	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.45711490616925	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0543396239261	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.3530872456875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.383911535722	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.9438276446060003	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.3283575552305	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.22044939502375	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.836625205815	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2945190286354375	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45902134191475	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.572472513335	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12227204109291667	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8099628941133333	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.091789548634075	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.725823310833125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0569521384897875	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.5549909598841875	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4097651581762222	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2832223826394444	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.480682434825	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5427293797435625	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6644976685211978	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.20%

Relative RSSmax diff

0.00%

Relative RSStotal diff

0.00%

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/vogtv/abort/dump_3907167_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/vogtv/abort/dump_3907167_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/vogtv/depot/mstep_3907167_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/vogtv/spool/spool_3907167_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/vogtv/spool/spool_3907167_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/vogtv/cache/promise/davai/elp/dv-0046-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0046-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0046-belenos@vogtv/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-14T11:28:54

Elapse time

25.55

General info

Name of the executable : /scratch/mtool/vogtv/spool/spool_3907167_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=25.000, Max=25.550, Avg=25.243, StDev=0.125
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.37% 2.353 2.120 2.474 0.096 14.31% 12438 : RRTM_RTRN1A_140GP_MCICA
7.04% 1.768 0.353 1.901 0.380 81.43% 14640 : ODBMP:ODBMP_IGLOBAL
6.37% 1.599 1.471 1.712 0.067 14.08% 12438 : RADLSWR:CLOUD_GENERATOR
6.16% 1.546 1.534 1.554 0.005 1.29% 16 : VARBC_SETUP:LOAD_TABLE
5.64% 1.416 1.349 1.525 0.038 11.54% 12438 : RADLSWR:CLOUD_OPTICS
0.44% 0.110 0.005 1.518 0.377 99.67% 55 : cma_open_
2.83% 0.710 0.054 1.257 0.310 95.70% 208 : SLCOMM:SLCOMM_INT
4.44% 1.115 1.061 1.170 0.035 9.32% 12438 : SRTM_SPCVRT_MCICA
2.69% 0.676 0.505 0.833 0.156 39.38% 16 : INIFGER
2.35% 0.591 0.542 0.689 0.032 21.34% 2786112 : SRTM_REFTRA
2.36% 0.592 0.514 0.669 0.050 23.17% 24876 : MCICA_CLD_GEN
1.26% 0.317 0.009 0.662 0.312 98.64% 208 : SLCOMM2A
2.47% 0.621 0.572 0.657 0.024 12.94% 12438 : SRTM_SRTM_224GP_MCICA
1.73% 0.435 0.322 0.657 0.074 50.99% 24876 : MCICA_CLD_GENERATOR
0.47% 0.117 0.076 0.635 0.138 88.03% 208 : SLCOMM2A:SLCOMM2A_INT
1.94% 0.488 0.483 0.492 0.003 1.83% 16 : VARBC_RAD:CONFIG
0.81% 0.203 0.003 0.450 0.141 99.33% 16 : SU_MCICA
1.58% 0.398 0.370 0.433 0.016 14.55% 2073 : ECOCLIMAP2_LAI
1.57% 0.395 0.017 0.426 0.101 96.01% 16 : JO_TABLE_MOD:GATHER
1.55% 0.389 0.370 0.411 0.011 9.98% 12438 : RRTM_ECRT_140GP_MCICA
1.48% 0.371 0.348 0.405 0.020 14.07% 12438 : RRTM_GASABS1A_140GP
1.44% 0.362 0.117 0.392 0.066 70.15% 64 : ATLAS_BCAST
0.74% 0.185 0.078 0.332 0.066 76.51% 208 : CPG_DRV
1.16% 0.292 0.251 0.322 0.021 22.05% 2786112 : SRTM_VRTQDR
1.19% 0.298 0.287 0.314 0.007 8.60% 26949 : APLPAR
1.05% 0.263 0.176 0.305 0.031 42.30% 368 : TRLTOG
0.95% 0.238 0.227 0.250 0.007 9.20% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.88% 0.221 0.194 0.237 0.015 18.14% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.45% 0.112 0.020 0.215 0.075 90.70% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.40% 0.100 0.003 0.211 0.101 98.58% 19967 : GRIB_API:IGRIB_GET_INT
0.27% 0.067 0.005 0.201 0.092 97.51% 14336 : ODBMP:ODBMP_DEXCHANGE1
0.53% 0.132 0.000 0.192 0.092 100.00% 109 : dGet_V_obsort_satob
0.64% 0.160 0.156 0.166 0.003 6.02% 11938 : GRIB_API:IGRIB_SET_CHAR
0.58% 0.145 0.142 0.154 0.003 7.79% 26949 : CONVECT_TRIGGER_SHAL
0.56% 0.142 0.135 0.150 0.003 10.00% 296439 : LAITRI_SCALAR
0.53% 0.134 0.133 0.134 0.001 0.75% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.36% 0.091 0.076 0.100 0.006 24.00% 1120 : TRGTOL
0.28% 0.070 0.062 0.085 0.006 27.06% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.28% 0.071 0.036 0.084 0.011 57.14% 80 : DIST_GRID
0.32% 0.080 0.079 0.082 0.001 3.66% 1107952 : APPEND_NUM
0.32% 0.079 0.073 0.082 0.003 10.98% 16 : MASTER
0.27% 0.069 0.062 0.077 0.004 19.48% 2073 : IO_BUFF_CLEAN
0.27% 0.069 0.066 0.071 0.002 7.04% 26949 : MF_PHYS_INIT
0.26% 0.066 0.055 0.069 0.004 20.29% 107908 : LASCAW
0.25% 0.064 0.062 0.068 0.002 8.82% 586659 : READ_SURFX1_ARO
0.25% 0.063 0.060 0.067 0.002 10.45% 216610 : VERINT_DGEMM_1
78.76% 19.781 0.000 2.474

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	0.18727756284195557	8.427490327888	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8304907820021111	74.74417038019	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32602699717208333	15.64929586426	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37649049075322916	36.14308711231	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1125261513804	27.81315378451	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706665707352	13.53332853676	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348384356311112	1.502709184136	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5752189655386111	20.70788275939	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35864478142863637	15.78037038286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7081364819827273	62.31601041448	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39106537714128004	9.776634428532	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3141580670246	15.70790335123	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281865163973912	37.44828987714	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452752361526087	15.88266086302	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055010315650153845	1.430268206904	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35714499929942306	18.57153996357	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18128376458464285	7.613918112555	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2185143689451875	6.992459806246	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180016661564	10.90008330782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2796988616355	4.475181786168	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3902851320579375	6.244562112927	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3424087796436154	4.451314135367	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.659180959103846	121.1387049367	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22411401513166665	1.34468409079	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5430669347508332	42.51680321701	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21347870152995002	4.269574030599	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45711490616925	18.28459624677	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0543396239261	0.2173584957044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3530872456875	18.8246979655	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.383911535722	3.83911535722	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9438276446060003	29.43827644606	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3283575552305	26.56715110461	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22044939502375	4.881797580095	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.836625205815	14.69300164652	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2945190286354375	4.712304458167	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45902134191475	1.836085367659	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572472513335	28.57978010668	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12227204109291667	1.467264493115	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8099628941133333	19.43910945872	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091789548634075	0.7343163890726	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.725823310833125	11.61317297333	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0569521384897875	0.4556171079183	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5549909598841875	8.879855358147	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4097651581762222	3.687886423586	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2832223826394444	23.09800288751	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.480682434825	27.8454594786	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427293797435625	8.683670075897	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6644976685211978	843.2475413534	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534

MPI tasks

RSSmax

3.7Gb

RSStotal

57.2Gb

imbalance

4.7%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

vogtv@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

vogtv@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/vogtv/cache/promise/davai/elp/dv-0046-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0046-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0046-belenos@vogtv/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-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

2.0100000000000016

Highest acceleration

-0.085 (ref:1.342s => test:1.257s)

Highest acceleration - routine

SLCOMM:SLCOMM_INT

Highest relative acceleration

-8.26% (ref:0.109s => test:0.1s)

Highest relative acceleration - routine

TRGTOL

Highest relative slow-down

+350.47% (ref:0.422s => test:1.901s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

1.479 (ref:0.422s => test:1.901s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+8.54%

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	0.18727756284195557	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8304907820021111	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.32602699717208333	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37649049075322916	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1125261513804	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2706665707352	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08348384356311112	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5752189655386111	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35864478142863637	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7081364819827273	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39106537714128004	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3141580670246	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281865163973912	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3452752361526087	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.055010315650153845	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.35714499929942306	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18128376458464285	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.2185143689451875	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2180016661564	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2796988616355	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.3902851320579375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3424087796436154	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.659180959103846	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22411401513166665	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.5430669347508332	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21347870152995002	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.45711490616925	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0543396239261	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.3530872456875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.383911535722	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.9438276446060003	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.3283575552305	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.22044939502375	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.836625205815	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2945190286354375	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45902134191475	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.572472513335	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12227204109291667	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8099628941133333	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.091789548634075	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.725823310833125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0569521384897875	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.5549909598841875	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4097651581762222	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2832223826394444	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.480682434825	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5427293797435625	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6644976685211978	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

-0.0Gb

Imbalance evolution

-0.50%

Relative RSSmax diff

0.00%

Relative RSStotal diff

-0.17%

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/vogtv/abort/dump_3906908_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/vogtv/abort/dump_3906908_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/vogtv/depot/mstep_3906908_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/vogtv/spool/spool_3906908_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/vogtv/spool/spool_3906908_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/vogtv/cache/promise/davai/elp/dv-0044-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0044-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0044-belenos@vogtv/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-11T10:12:06

Elapse time

24.04

General info

Name of the executable : /scratch/mtool/vogtv/spool/spool_3906908_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.530, Max=24.040, Avg=23.814, StDev=0.136
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.78% 2.316 2.194 2.459 0.080 10.78% 12438 : RRTM_RTRN1A_140GP_MCICA
6.72% 1.591 1.430 1.715 0.080 16.62% 12438 : RADLSWR:CLOUD_GENERATOR
5.98% 1.416 1.345 1.563 0.046 13.95% 12438 : RADLSWR:CLOUD_OPTICS
5.31% 1.258 1.218 1.325 0.033 8.08% 12438 : SRTM_SPCVRT_MCICA
5.31% 1.258 1.250 1.266 0.005 1.26% 16 : VARBC_SETUP:LOAD_TABLE
2.87% 0.681 0.090 1.153 0.301 92.19% 208 : SLCOMM:SLCOMM_INT
2.84% 0.674 0.498 0.830 0.156 40.00% 16 : INIFGER
1.42% 0.338 0.009 0.746 0.335 98.79% 208 : SLCOMM2A
2.51% 0.595 0.495 0.710 0.058 30.28% 24876 : MCICA_CLD_GEN
2.53% 0.598 0.560 0.696 0.031 19.54% 2786112 : SRTM_REFTRA
0.51% 0.121 0.072 0.682 0.150 89.44% 208 : SLCOMM2A:SLCOMM2A_INT
2.58% 0.612 0.261 0.677 0.099 61.45% 14640 : ODBMP:ODBMP_IGLOBAL
1.85% 0.438 0.338 0.677 0.075 50.07% 24876 : MCICA_CLD_GENERATOR
2.61% 0.617 0.561 0.659 0.024 14.87% 12438 : SRTM_SRTM_224GP_MCICA
2.06% 0.489 0.482 0.496 0.004 2.82% 16 : VARBC_RAD:CONFIG
0.85% 0.202 0.003 0.438 0.141 99.32% 16 : SU_MCICA
1.68% 0.398 0.384 0.429 0.011 10.49% 2073 : ECOCLIMAP2_LAI
1.63% 0.386 0.364 0.423 0.016 13.95% 12438 : RRTM_ECRT_140GP_MCICA
1.64% 0.388 0.020 0.418 0.098 95.22% 16 : JO_TABLE_MOD:GATHER
1.59% 0.376 0.114 0.408 0.071 72.06% 64 : ATLAS_BCAST
1.57% 0.371 0.345 0.402 0.019 14.18% 12438 : RRTM_GASABS1A_140GP
1.23% 0.292 0.253 0.319 0.018 20.69% 2786112 : SRTM_VRTQDR
1.26% 0.299 0.282 0.313 0.010 9.90% 26949 : APLPAR
1.11% 0.262 0.163 0.308 0.035 47.08% 368 : TRLTOG
0.85% 0.200 0.103 0.291 0.062 64.60% 208 : CPG_DRV
0.99% 0.236 0.225 0.252 0.007 10.71% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.93% 0.220 0.192 0.237 0.016 18.99% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.49% 0.115 0.019 0.224 0.078 91.52% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.42% 0.099 0.003 0.209 0.100 98.56% 19967 : GRIB_API:IGRIB_GET_INT
0.80% 0.190 0.184 0.196 0.004 6.12% 11938 : GRIB_API:IGRIB_SET_CHAR
0.62% 0.148 0.145 0.157 0.003 7.64% 26949 : CONVECT_TRIGGER_SHAL
0.60% 0.143 0.139 0.150 0.002 7.33% 296439 : LAITRI_SCALAR
0.58% 0.137 0.136 0.137 0.000 0.73% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.37% 0.088 0.075 0.103 0.008 27.18% 1120 : TRGTOL
0.27% 0.063 0.033 0.088 0.016 62.50% 26949 : CONVECT_CLOSURE_SHAL
0.34% 0.080 0.078 0.082 0.001 4.88% 1107952 : APPEND_NUM
0.32% 0.076 0.072 0.080 0.003 10.00% 16 : MASTER
0.29% 0.069 0.064 0.075 0.003 14.67% 26949 : MF_PHYS_INIT
0.27% 0.065 0.061 0.075 0.004 18.67% 586659 : READ_SURFX1_ARO
0.29% 0.069 0.066 0.073 0.002 9.59% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.28% 0.066 0.053 0.070 0.004 24.29% 107908 : LASCAW
0.26% 0.063 0.061 0.065 0.001 6.15% 216610 : VERINT_DGEMM_1
76.40% 18.101 0.003 2.459

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	0.18727756284195557	8.427490327888	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8304907820021111	74.74417038019	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32602699717208333	15.64929586426	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37649049075322916	36.14308711231	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1125261513804	27.81315378451	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706665707352	13.53332853676	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348384356311112	1.502709184136	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5752189655386111	20.70788275939	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35864478142863637	15.78037038286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7081364819827273	62.31601041448	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39106537714128004	9.776634428532	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3141580670246	15.70790335123	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281865163973912	37.44828987714	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452752361526087	15.88266086302	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055010315650153845	1.430268206904	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35714499929942306	18.57153996357	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18128376458464285	7.613918112555	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2185143689451875	6.992459806246	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180016661564	10.90008330782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2796988616355	4.475181786168	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3902851320579375	6.244562112927	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3424087796436154	4.451314135367	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.659180959103846	121.1387049367	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22411401513166665	1.34468409079	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5430669347508332	42.51680321701	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21347870152995002	4.269574030599	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45711490616925	18.28459624677	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0543396239261	0.2173584957044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3530872456875	18.8246979655	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.383911535722	3.83911535722	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9438276446060003	29.43827644606	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3283575552305	26.56715110461	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22044939502375	4.881797580095	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.836625205815	14.69300164652	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2945190286354375	4.712304458167	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45902134191475	1.836085367659	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572472513335	28.57978010668	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12227204109291667	1.467264493115	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8099628941133333	19.43910945872	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091789548634075	0.7343163890726	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.725823310833125	11.61317297333	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0569521384897875	0.4556171079183	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5549909598841875	8.879855358147	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4097651581762222	3.687886423586	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2832223826394444	23.09800288751	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.480682434825	27.8454594786	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427293797435625	8.683670075897	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6644976685211978	843.2475413534	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534

MPI tasks

RSSmax

3.7Gb

RSStotal

57.3Gb

imbalance

5.2%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

vogtv@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

vogtv@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/vogtv/cache/promise/davai/elp/dv-0044-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0044-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0044-belenos@vogtv/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-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

0.5

Highest acceleration

-0.189 (ref:1.342s => test:1.153s)

Highest acceleration - routine

SLCOMM:SLCOMM_INT

Highest relative acceleration

-14.08% (ref:1.342s => test:1.153s)

Highest relative acceleration - routine

SLCOMM:SLCOMM_INT

Highest relative slow-down

+60.43% (ref:0.422s => test:0.677s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.255 (ref:0.422s => test:0.677s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+2.12%

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	0.18727756284195557	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8304907820021111	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.32602699717208333	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37649049075322916	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1125261513804	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2706665707352	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08348384356311112	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5752189655386111	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35864478142863637	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7081364819827273	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39106537714128004	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3141580670246	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281865163973912	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3452752361526087	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.055010315650153845	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.35714499929942306	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18128376458464285	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.2185143689451875	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2180016661564	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2796988616355	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.3902851320579375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3424087796436154	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.659180959103846	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22411401513166665	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.5430669347508332	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21347870152995002	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.45711490616925	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0543396239261	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.3530872456875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.383911535722	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.9438276446060003	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.3283575552305	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.22044939502375	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.836625205815	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2945190286354375	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45902134191475	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.572472513335	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12227204109291667	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8099628941133333	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.091789548634075	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.725823310833125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0569521384897875	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.5549909598841875	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4097651581762222	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2832223826394444	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.480682434825	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5427293797435625	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6644976685211978	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

0.00%

Relative RSSmax diff

0.00%

Relative RSStotal diff

0.00%

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/glintonm/abort/dump_001108_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_001108_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_001108_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_001108_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_001108_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0089-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0089-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0089-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0089-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0089-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-04T12:38:35

Elapse time

24.29

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_001108_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.820, Max=24.290, Avg=24.052, StDev=0.166
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.73% 2.329 2.233 2.503 0.082 10.79% 12438 : RRTM_RTRN1A_140GP_MCICA
6.68% 1.599 1.467 1.691 0.060 13.25% 12438 : RADLSWR:CLOUD_GENERATOR
5.94% 1.422 1.373 1.523 0.036 9.85% 12438 : RADLSWR:CLOUD_OPTICS
5.58% 1.334 1.322 1.343 0.005 1.56% 16 : VARBC_SETUP:LOAD_TABLE
4.79% 1.147 1.072 1.173 0.025 8.61% 12438 : SRTM_SPCVRT_MCICA
2.91% 0.696 0.089 1.097 0.284 91.89% 208 : SLCOMM:SLCOMM_INT
3.64% 0.870 0.369 0.984 0.170 62.50% 14864 : ODBMP:ODBMP_IGLOBAL
2.82% 0.675 0.500 0.833 0.158 39.98% 16 : INIFGER
1.48% 0.354 0.011 0.774 0.352 98.58% 208 : SLCOMM2A
0.52% 0.124 0.076 0.710 0.156 89.30% 208 : SLCOMM2A:SLCOMM2A_INT
2.48% 0.592 0.553 0.690 0.031 19.86% 2786112 : SRTM_REFTRA
2.51% 0.601 0.524 0.683 0.041 23.28% 24876 : MCICA_CLD_GEN
2.62% 0.627 0.602 0.657 0.017 8.37% 12438 : SRTM_SRTM_224GP_MCICA
1.83% 0.438 0.324 0.655 0.072 50.53% 24876 : MCICA_CLD_GENERATOR
0.35% 0.083 0.023 0.584 0.166 96.06% 55 : cma_open_
2.04% 0.488 0.481 0.494 0.004 2.63% 16 : VARBC_RAD:CONFIG
0.85% 0.203 0.001 0.444 0.142 99.77% 16 : SU_MCICA
1.68% 0.403 0.383 0.432 0.012 11.34% 2073 : ECOCLIMAP2_LAI
1.62% 0.387 0.367 0.428 0.016 14.25% 12438 : RRTM_ECRT_140GP_MCICA
1.55% 0.371 0.347 0.425 0.021 18.35% 12438 : RRTM_GASABS1A_140GP
1.63% 0.390 0.017 0.420 0.100 95.95% 16 : JO_TABLE_MOD:GATHER
1.53% 0.366 0.118 0.396 0.067 70.20% 64 : ATLAS_BCAST
0.88% 0.211 0.111 0.355 0.072 68.73% 208 : CPG_DRV
1.26% 0.301 0.269 0.331 0.019 18.73% 2786112 : SRTM_VRTQDR
1.25% 0.299 0.285 0.314 0.007 9.24% 26949 : APLPAR
1.09% 0.261 0.164 0.309 0.035 46.93% 368 : TRLTOG
0.99% 0.238 0.228 0.250 0.006 8.80% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.91% 0.217 0.190 0.234 0.016 18.80% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.48% 0.115 0.018 0.221 0.078 91.86% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.43% 0.103 0.005 0.216 0.102 97.69% 19967 : GRIB_API:IGRIB_GET_INT
0.62% 0.149 0.145 0.158 0.003 8.23% 26949 : CONVECT_TRIGGER_SHAL
0.61% 0.145 0.141 0.150 0.003 6.00% 11938 : GRIB_API:IGRIB_SET_CHAR
0.57% 0.136 0.128 0.140 0.003 8.57% 296439 : LAITRI
0.55% 0.131 0.130 0.131 0.001 0.76% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.49% 0.118 0.109 0.128 0.006 14.84% 16 : MASTER
0.36% 0.087 0.074 0.100 0.006 26.00% 1120 : TRGTOL
0.27% 0.066 0.035 0.095 0.017 63.16% 26949 : CONVECT_CLOSURE_SHAL
0.36% 0.087 0.085 0.089 0.001 4.49% 270508 : VERINT_DGEMM_1
0.34% 0.080 0.078 0.082 0.001 4.88% 1107952 : APPEND_NUM
0.33% 0.079 0.076 0.081 0.002 6.17% 2073 : READ_COVER_N
0.28% 0.068 0.055 0.072 0.004 23.61% 107908 : LASCAW
0.28% 0.068 0.063 0.071 0.002 11.27% 26949 : MF_PHYS_INIT
0.27% 0.064 0.061 0.068 0.002 10.29% 586659 : READ_SURFX1_ARO
0.26% 0.063 0.059 0.067 0.003 11.94% 26949 : CPG_COPY_PB1
77.68% 18.586 0.001 2.503

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	0.21464659067562222	9.659096580403	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9305058145644444	83.7455233108	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.314701795185	15.10568616888	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24074424942572917	23.11144794487	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1093593537844	27.73398384461	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10957837850164	5.478918925082	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08409790260405556	1.513762246873	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.34935669299694444	12.57684094789	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35897826516454545	15.79504366724	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.31845373364352275	28.02392856063	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39587501043016	9.896875260754	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.1385621077472	6.92810538736	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710163573914	37.41803337622	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1352984555277826	6.223728954278	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05508591270419231	1.432233730309	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2747575436576923	14.2873922702	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.16173490269409524	6.792865913152	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.1966967448261875	6.294295834438	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2120086884854	10.60043442427	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3385486553601875	5.416778485763	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.55447675840875	8.87162813454	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3454310464160769	4.490603603409	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0812589943238462	28.11273385242	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22154491529783335	1.329269491787	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6786847956473333	8.144217547768	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21782662689185	4.356532537837	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12671128589125	5.06845143565	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054883999560425	0.2195359982417	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.498008672839375	3.984069382715	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.33816581775480004	3.381658177548	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.876055075054	28.76055075054	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.45168421107745005	9.033684221549	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.635424127292	2.541696509168	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.838465899645	14.70772719716	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1438760469391875	2.302016751027	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46112042683025	1.844481707321	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.36081961190125	10.88655689521	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12277698891841667	1.473323867021	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.20145447454212498	4.834907389011	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09394544018825	0.751563521506	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4440822661255	7.105316258008	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056327217388025	0.4506177391042	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.4107085883675	6.57133741388	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41623193070433334	3.746087376339	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6632189769927778	11.93794158587	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48113859689375	27.84910877515	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.4315417418691875	6.904667869907	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.42380592965531916	537.8097247326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326

MPI tasks

RSSmax

3.6Gb

RSStotal

56.6Gb

imbalance

4.8%

Number of parsed Variables

2741

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0089-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0089-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0089-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0089-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0089-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

0.8000000000000007

Highest acceleration

-0.132 (ref:1.305s => test:1.173s)

Highest acceleration - routine

SRTM_SPCVRT_MCICA

Highest relative acceleration

-10.11% (ref:1.305s => test:1.173s)

Highest relative acceleration - routine

SRTM_SPCVRT_MCICA

Highest relative slow-down

+228.00% (ref:0.3s => test:0.984s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.684 (ref:0.3s => test:0.984s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+3.41%

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	0.21464659067562222	0.21464659067562222	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.9305058145644444	0.9305058145644444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.314701795185	0.314701795185	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.24074424942572917	0.24074424942572917	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1093593537844	1.1093593537844	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.10957837850164	0.10957837850164	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08409790260405556	0.08409790260405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.34935669299694444	0.34935669299694444	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35897826516454545	0.35897826516454545	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.31845373364352275	0.31845373364352275	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39587501043016	0.39587501043016	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.1385621077472	0.1385621077472	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6268710163573914	1.6268710163573914	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.1352984555277826	0.1352984555277826	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05508591270419231	0.05508591270419231	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.2747575436576923	0.2747575436576923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.16173490269409524	0.16173490269409524	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.1966967448261875	0.1966967448261875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2120086884854	0.2120086884854	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.3385486553601875	0.3385486553601875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.55447675840875	0.55447675840875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3454310464160769	0.3454310464160769	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.0812589943238462	1.0812589943238462	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22154491529783335	0.22154491529783335	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	0.6786847956473333	0.6786847956473333	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21782662689185	0.21782662689185	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.12671128589125	0.12671128589125	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.054883999560425	0.054883999560425	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.498008672839375	0.498008672839375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.33816581775480004	0.33816581775480004	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.876055075054	2.876055075054	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	0.45168421107745005	0.45168421107745005	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.635424127292	0.635424127292	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.838465899645	1.838465899645	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.1438760469391875	0.1438760469391875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.46112042683025	0.46112042683025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	1.36081961190125	1.36081961190125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12277698891841667	0.12277698891841667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.20145447454212498	0.20145447454212498	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.09394544018825	0.09394544018825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.4440822661255	0.4440822661255	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.056327217388025	0.056327217388025	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.4107085883675	0.4107085883675	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.41623193070433334	0.41623193070433334	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.6632189769927778	0.6632189769927778	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48113859689375	3.48113859689375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.4315417418691875	0.4315417418691875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.42380592965531916	0.42380592965531916	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

-0.0Gb

Absolute RSStotal diff

-0.0Gb

Imbalance evolution

-0.60%

Relative RSSmax diff

-2.70%

Relative RSStotal diff

-0.18%

mainMetrics

Relative RSStotal diff

Identical

False

New variables

GCINMIN :
- -0.110000E+04
GCVFMAX :
- 110.0000
LRPP :
- F
NENSFNB :
- 0.00000E+00
NSEED_RPP :
- 0.14013E-41

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/glintonm/abort/dump_001091_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_001091_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_001091_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_001091_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_001091_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0088-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0088-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0088-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0088-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0088-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-04-04T12:34:07

Elapse time

24.24

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_001091_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.840, Max=24.240, Avg=24.016, StDev=0.118
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.81% 2.343 2.174 2.503 0.093 13.14% 12438 : RRTM_RTRN1A_140GP_MCICA
6.78% 1.621 1.522 1.720 0.050 11.51% 12438 : RADLSWR:CLOUD_GENERATOR
6.62% 1.582 1.569 1.587 0.005 1.13% 16 : VARBC_SETUP:LOAD_TABLE
5.95% 1.420 1.360 1.539 0.040 11.63% 12438 : RADLSWR:CLOUD_OPTICS
4.79% 1.145 1.083 1.229 0.040 11.88% 12438 : SRTM_SPCVRT_MCICA
2.78% 0.664 0.077 1.107 0.266 93.04% 208 : SLCOMM:SLCOMM_INT
2.80% 0.670 0.502 0.827 0.153 39.30% 16 : INIFGER
1.34% 0.321 0.014 0.779 0.317 98.20% 208 : SLCOMM2A
2.57% 0.615 0.539 0.718 0.044 24.93% 24876 : MCICA_CLD_GEN
2.49% 0.596 0.553 0.705 0.034 21.56% 2786112 : SRTM_REFTRA
2.64% 0.631 0.579 0.673 0.028 13.97% 12438 : SRTM_SRTM_224GP_MCICA
1.84% 0.441 0.322 0.668 0.074 51.80% 24876 : MCICA_CLD_GENERATOR
0.48% 0.115 0.074 0.584 0.125 87.33% 208 : SLCOMM2A:SLCOMM2A_INT
2.04% 0.488 0.483 0.499 0.004 3.21% 16 : VARBC_RAD:CONFIG
0.91% 0.217 0.001 0.471 0.146 99.79% 16 : SU_MCICA
1.68% 0.401 0.380 0.439 0.016 13.44% 2073 : ECOCLIMAP2_LAI
1.63% 0.390 0.366 0.436 0.016 16.06% 12438 : RRTM_ECRT_140GP_MCICA
1.69% 0.403 0.017 0.433 0.103 96.07% 16 : JO_TABLE_MOD:GATHER
1.56% 0.373 0.117 0.404 0.069 71.04% 64 : ATLAS_BCAST
1.54% 0.369 0.341 0.404 0.016 15.59% 12438 : RRTM_GASABS1A_140GP
1.38% 0.329 0.169 0.374 0.051 54.81% 14864 : ODBMP:ODBMP_IGLOBAL
1.27% 0.302 0.279 0.329 0.015 15.20% 2786112 : SRTM_VRTQDR
1.24% 0.297 0.288 0.323 0.010 10.84% 26949 : APLPAR
1.14% 0.272 0.176 0.321 0.035 45.17% 368 : TRLTOG
0.80% 0.190 0.119 0.272 0.050 56.25% 208 : CPG_DRV
1.00% 0.240 0.234 0.255 0.006 8.24% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.91% 0.218 0.191 0.235 0.016 18.72% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.47% 0.112 0.016 0.217 0.076 92.63% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.42% 0.100 0.003 0.210 0.101 98.57% 19967 : GRIB_API:IGRIB_GET_INT
0.71% 0.169 0.164 0.177 0.004 7.34% 11938 : GRIB_API:IGRIB_SET_CHAR
0.61% 0.147 0.144 0.153 0.002 5.88% 26949 : CONVECT_TRIGGER_SHAL
0.63% 0.150 0.150 0.151 0.000 0.66% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.57% 0.136 0.129 0.143 0.003 9.79% 296439 : LAITRI
0.59% 0.140 0.140 0.140 0.000 0.00% 16 : SUECOZC
0.52% 0.125 0.117 0.131 0.004 10.69% 16 : MASTER
0.27% 0.064 0.000 0.113 0.058 100.00% 100 : dGet_V_obsort_satob
0.37% 0.088 0.080 0.101 0.006 20.79% 1120 : TRGTOL
0.27% 0.065 0.035 0.094 0.016 62.77% 26949 : CONVECT_CLOSURE_SHAL
0.36% 0.085 0.081 0.090 0.002 10.00% 270508 : VERINT_DGEMM_1
0.34% 0.081 0.079 0.082 0.001 3.66% 1107952 : APPEND_NUM
0.33% 0.078 0.071 0.082 0.003 13.41% 2073 : READ_COVER_N
0.28% 0.068 0.064 0.073 0.003 12.33% 26949 : MF_PHYS_INIT
0.28% 0.068 0.056 0.073 0.004 23.29% 107908 : LASCAW
0.27% 0.063 0.061 0.068 0.002 10.29% 586659 : READ_SURFX1_ARO
0.27% 0.064 0.064 0.064 0.000 0.00% 3702 : codb_dput_
77.25% 18.454 0.000 2.503

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	0.21464659067562222	9.659096580403	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9305058145644444	83.7455233108	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.314701795185	15.10568616888	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24074424942572917	23.11144794487	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1093593537844	27.73398384461	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10957837850164	5.478918925082	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08409790260405556	1.513762246873	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.34935669299694444	12.57684094789	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35897826516454545	15.79504366724	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.31845373364352275	28.02392856063	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39587501043016	9.896875260754	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.1385621077472	6.92810538736	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710163573914	37.41803337622	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1352984555277826	6.223728954278	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05508591270419231	1.432233730309	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2747575436576923	14.2873922702	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.16173490269409524	6.792865913152	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.1966967448261875	6.294295834438	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2120086884854	10.60043442427	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3385486553601875	5.416778485763	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.55447675840875	8.87162813454	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3454310464160769	4.490603603409	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0812589943238462	28.11273385242	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22154491529783335	1.329269491787	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6786847956473333	8.144217547768	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21782662689185	4.356532537837	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12671128589125	5.06845143565	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054883999560425	0.2195359982417	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.498008672839375	3.984069382715	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.33816581775480004	3.381658177548	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.876055075054	28.76055075054	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.45168421107745005	9.033684221549	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.635424127292	2.541696509168	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.838465899645	14.70772719716	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1438760469391875	2.302016751027	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46112042683025	1.844481707321	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.36081961190125	10.88655689521	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12277698891841667	1.473323867021	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.20145447454212498	4.834907389011	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09394544018825	0.751563521506	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4440822661255	7.105316258008	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056327217388025	0.4506177391042	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.4107085883675	6.57133741388	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41623193070433334	3.746087376339	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6632189769927778	11.93794158587	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48113859689375	27.84910877515	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.4315417418691875	6.904667869907	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.42380592965531916	537.8097247326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.2%

Number of parsed Variables

2741

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0088-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0088-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0088-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0088-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0088-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

0.75

Highest acceleration

-0.126 (ref:0.71s => test:0.584s)

Highest acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative acceleration

-20.93% (ref:0.344s => test:0.272s)

Highest relative acceleration - routine

CPG_DRV

Highest relative slow-down

+24.67% (ref:0.3s => test:0.374s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.267 (ref:1.32s => test:1.587s)

Highest slow-down - routine

VARBC_SETUP:LOAD_TABLE

Relative diff in Elapse time

+3.19%

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	0.21464659067562222	0.21464659067562222	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.9305058145644444	0.9305058145644444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.314701795185	0.314701795185	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.24074424942572917	0.24074424942572917	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1093593537844	1.1093593537844	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.10957837850164	0.10957837850164	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08409790260405556	0.08409790260405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.34935669299694444	0.34935669299694444	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35897826516454545	0.35897826516454545	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.31845373364352275	0.31845373364352275	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39587501043016	0.39587501043016	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.1385621077472	0.1385621077472	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6268710163573914	1.6268710163573914	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.1352984555277826	0.1352984555277826	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05508591270419231	0.05508591270419231	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.2747575436576923	0.2747575436576923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.16173490269409524	0.16173490269409524	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.1966967448261875	0.1966967448261875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2120086884854	0.2120086884854	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.3385486553601875	0.3385486553601875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.55447675840875	0.55447675840875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3454310464160769	0.3454310464160769	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	1.0812589943238462	1.0812589943238462	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22154491529783335	0.22154491529783335	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	0.6786847956473333	0.6786847956473333	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21782662689185	0.21782662689185	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.12671128589125	0.12671128589125	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.054883999560425	0.054883999560425	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	0.498008672839375	0.498008672839375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.33816581775480004	0.33816581775480004	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.876055075054	2.876055075054	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	0.45168421107745005	0.45168421107745005	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	0.635424127292	0.635424127292	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.838465899645	1.838465899645	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.1438760469391875	0.1438760469391875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.46112042683025	0.46112042683025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	1.36081961190125	1.36081961190125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12277698891841667	0.12277698891841667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.20145447454212498	0.20145447454212498	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.09394544018825	0.09394544018825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.4440822661255	0.4440822661255	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.056327217388025	0.056327217388025	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.4107085883675	0.4107085883675	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.41623193070433334	0.41623193070433334	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	0.6632189769927778	0.6632189769927778	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48113859689375	3.48113859689375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.4315417418691875	0.4315417418691875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.42380592965531916	0.42380592965531916	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

-0.0Gb

Imbalance evolution

-0.20%

Relative RSSmax diff

0.00%

Relative RSStotal diff

-0.18%

mainMetrics

Relative RSStotal diff

Identical

False

New variables

GCINMIN :
- -0.110000E+04
GCVFMAX :
- 110.0000
LRPP :
- F
NENSFNB :
- 0.00000E+00
NSEED_RPP :
- 0.14013E-41

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_024121_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_024121_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_024121_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_024121_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_024121_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0461-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0461-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0461-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0461-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0461-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-02-18T09:31:25

Elapse time

24.42

General info

Name of the executable : /scratch/mtool/mary/spool/spool_024121_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=24.050, Max=24.420, Avg=24.224, StDev=0.117
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.34% 2.252 2.101 2.477 0.094 15.18% 12438 : RRTM_RTRN1A_140GP_MCICA
6.61% 1.593 1.467 1.700 0.072 13.71% 12438 : RADLSWR:CLOUD_GENERATOR
5.94% 1.431 1.395 1.517 0.034 8.04% 12438 : RADLSWR:CLOUD_OPTICS
5.24% 1.262 1.194 1.401 0.050 14.78% 12438 : SRTM_SPCVRT_MCICA
2.49% 0.600 0.064 1.149 0.291 94.43% 208 : SLCOMM:SLCOMM_INT
4.27% 1.029 1.013 1.035 0.006 2.13% 16 : VARBC_SETUP:LOAD_TABLE
3.05% 0.736 0.573 0.878 0.144 34.74% 16 : INIFGER
2.51% 0.605 0.468 0.809 0.085 42.15% 24876 : MCICA_CLD_GENERATOR
2.64% 0.635 0.537 0.744 0.055 27.82% 24876 : MCICA_CLD_GEN
2.55% 0.615 0.564 0.700 0.038 19.43% 2786112 : SRTM_REFTRA
2.67% 0.644 0.604 0.663 0.019 8.90% 12438 : SRTM_SRTM_224GP_MCICA
2.53% 0.610 0.600 0.618 0.005 2.91% 16 : VARBC_RAD:CONFIG
1.20% 0.290 0.009 0.612 0.277 98.53% 208 : SLCOMM2A
0.51% 0.124 0.073 0.599 0.127 87.81% 208 : SLCOMM2A:SLCOMM2A_INT
2.06% 0.497 0.486 0.509 0.006 4.52% 16 : VARBC_ALLSKY:CONFIG
0.86% 0.207 0.001 0.458 0.144 99.78% 16 : SU_MCICA
1.63% 0.392 0.353 0.428 0.019 17.52% 12438 : RRTM_ECRT_140GP_MCICA
1.66% 0.400 0.381 0.425 0.012 10.35% 2073 : ECOCLIMAP2_LAI
1.45% 0.349 0.185 0.424 0.063 56.37% 368 : TRLTOG
1.60% 0.386 0.017 0.413 0.098 95.88% 16 : JO_TABLE_MOD:GATHER
1.46% 0.353 0.310 0.393 0.024 21.12% 12438 : RRTM_GASABS1A_140GP
1.38% 0.333 0.135 0.384 0.059 64.84% 14864 : ODBMP:ODBMP_IGLOBAL
1.44% 0.347 0.310 0.381 0.018 18.64% 2786112 : SRTM_VRTQDR
0.90% 0.218 0.119 0.378 0.076 68.52% 208 : CPG_DRV
1.45% 0.349 0.226 0.369 0.035 38.75% 64 : ATLAS_BCAST
1.21% 0.291 0.276 0.313 0.009 11.82% 26949 : APLPAR
1.00% 0.241 0.210 0.262 0.018 19.85% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
1.00% 0.240 0.226 0.253 0.007 10.67% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.33% 0.080 0.004 0.165 0.078 97.58% 19967 : GRIB_API:IGRIB_GET_INT
0.64% 0.155 0.151 0.162 0.003 6.79% 26949 : CONVECT_TRIGGER_SHAL
0.62% 0.149 0.143 0.160 0.005 10.63% 11938 : GRIB_API:IGRIB_SET_CHAR
0.63% 0.152 0.136 0.156 0.005 12.82% 296439 : LAITRI
0.60% 0.146 0.145 0.147 0.001 1.36% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.39% 0.094 0.052 0.137 0.025 62.04% 26949 : CONVECT_CLOSURE_SHAL
0.39% 0.093 0.086 0.121 0.008 28.93% 1120 : TRGTOL
0.45% 0.108 0.103 0.114 0.003 9.65% 216610 : VERINT_DGEMM_1
0.36% 0.086 0.084 0.090 0.002 6.67% 16 : MASTER
0.33% 0.081 0.078 0.087 0.002 10.34% 586659 : READ_SURFX1_ARO
0.33% 0.079 0.073 0.083 0.003 12.05% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.30% 0.073 0.071 0.074 0.001 4.05% 1107664 : APPEND_NUM
0.28% 0.068 0.065 0.072 0.002 9.72% 12438 : RRTM_TAUMOL3
0.28% 0.066 0.063 0.070 0.002 10.00% 26949 : MF_PHYS_INIT
76.58% 18.459 0.001 2.477

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	0.19382700172977776	8.72221507784	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8362930466966667	75.2663742027	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32643262036479165	15.66876577751	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3775382799604166	36.2436748762	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1033239311464	27.58309827866	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2712251947648	13.56125973824	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08336852067877779	1.500633372218	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5745411432063889	20.68348115543	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36519033419295455	16.06837470449	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7132791318557955	62.76856360331	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38904090421524	9.726022605381	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.31255827917240003	15.62791395862	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281268221856522	37.44691691027	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34526595238152175	15.88223380955	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.054291706970692306	1.411584381238	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3548076538196154	18.44999799862	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18164049239928573	7.62890068077	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21911125827696876	7.011560264863	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2174274742736	10.87137371368	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2676382541323125	4.282212066117	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.392142876878125	6.27428603005	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3499519430696154	4.549375259905	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.648780583623077	120.8682951742	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.2216439003585	1.329863402151	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.545012593290833	42.54015111949	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21357076527695	4.271415305539	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.4573230631265	18.29292252506	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054704562093175	0.2188182483727	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.35393958653375	18.83151669227	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3783162623122	3.783162623122	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.902563709914	29.02563709914	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.335372056682	26.70744113364	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22012893801775	4.880515752071	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8265882282025	14.61270582562	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.293044861339875	4.688717781438	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.458595514678	1.834382058712	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572583057855	28.58066446284	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12225380474158333	1.467045656899	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8084770749566667	19.40344979896	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09064785126375	0.72518281011	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.7256908975725	11.61105436116	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0571031699776125	0.4568253598209	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5550109681651875	8.880175490643	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4099349110173333	3.689414199156	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.283638365408889	23.10549057736	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.4866303728375	27.8930429827	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5430083589333125	8.688133742933	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6648639832051222	843.7123946873	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.7123946873

MPI tasks

RSSmax

5.0Gb

RSStotal

76.7Gb

imbalance

4.8%

Number of parsed Variables

2740

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/glintonm/abort/dump_000941_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000941_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000941_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000941_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000941_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-01-27T15:55:31

Elapse time

23.49

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000941_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.090, Max=23.490, Avg=23.259, StDev=0.125
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
10.11% 2.339 2.184 2.475 0.085 11.76% 12438 : RRTM_RTRN1A_140GP_MCICA
6.94% 1.605 1.455 1.718 0.063 15.31% 12438 : RADLSWR:CLOUD_GENERATOR
6.14% 1.420 1.363 1.518 0.035 10.21% 12438 : RADLSWR:CLOUD_OPTICS
5.67% 1.312 1.306 1.320 0.004 1.06% 16 : VARBC_SETUP:LOAD_TABLE
5.37% 1.243 1.207 1.305 0.028 7.51% 12438 : SRTM_SPCVRT_MCICA
2.98% 0.689 0.069 1.151 0.316 94.01% 208 : SLCOMM:SLCOMM_INT
2.95% 0.681 0.503 0.842 0.161 40.26% 16 : INIFGER
1.44% 0.333 0.009 0.732 0.340 98.77% 208 : SLCOMM2A
2.58% 0.596 0.564 0.711 0.034 20.68% 2786112 : SRTM_REFTRA
0.53% 0.123 0.072 0.710 0.157 89.86% 208 : SLCOMM2A:SLCOMM2A_INT
2.59% 0.600 0.500 0.679 0.048 26.36% 24876 : MCICA_CLD_GEN
1.88% 0.435 0.319 0.657 0.072 51.45% 24876 : MCICA_CLD_GENERATOR
2.67% 0.617 0.594 0.642 0.013 7.48% 12438 : SRTM_SRTM_224GP_MCICA
2.10% 0.486 0.481 0.494 0.004 2.63% 16 : VARBC_RAD:CONFIG
0.84% 0.195 0.001 0.434 0.143 99.77% 16 : SU_MCICA
1.73% 0.401 0.017 0.431 0.102 96.06% 16 : JO_TABLE_MOD:GATHER
1.72% 0.398 0.382 0.428 0.013 10.75% 2073 : ECOCLIMAP2_LAI
1.67% 0.386 0.365 0.424 0.016 13.92% 12438 : RRTM_ECRT_140GP_MCICA
1.63% 0.376 0.115 0.406 0.071 71.67% 64 : ATLAS_BCAST
1.62% 0.376 0.351 0.402 0.015 12.69% 12438 : RRTM_GASABS1A_140GP
0.91% 0.211 0.110 0.344 0.058 68.02% 208 : CPG_DRV
1.29% 0.299 0.277 0.332 0.014 16.57% 2786112 : SRTM_VRTQDR
1.16% 0.269 0.172 0.325 0.036 47.08% 368 : TRLTOG
1.27% 0.294 0.278 0.314 0.010 11.46% 26949 : APLPAR
1.15% 0.267 0.144 0.300 0.039 52.00% 14864 : ODBMP:ODBMP_IGLOBAL
1.04% 0.240 0.227 0.256 0.008 11.33% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.94% 0.217 0.191 0.234 0.015 18.38% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.44% 0.102 0.002 0.218 0.104 99.08% 19967 : GRIB_API:IGRIB_GET_INT
0.49% 0.112 0.017 0.217 0.077 92.17% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.64% 0.149 0.146 0.158 0.003 7.59% 26949 : CONVECT_TRIGGER_SHAL
0.61% 0.140 0.136 0.147 0.003 7.48% 11938 : GRIB_API:IGRIB_SET_CHAR
0.59% 0.137 0.129 0.140 0.003 7.86% 296439 : LAITRI
0.57% 0.132 0.132 0.133 0.000 0.75% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.50% 0.115 0.107 0.121 0.005 11.57% 16 : MASTER
0.38% 0.087 0.076 0.100 0.007 24.00% 1120 : TRGTOL
0.28% 0.065 0.037 0.092 0.017 59.78% 26949 : CONVECT_CLOSURE_SHAL
0.37% 0.085 0.082 0.088 0.002 6.82% 270508 : VERINT_DGEMM_1
0.35% 0.082 0.081 0.083 0.001 2.41% 1107952 : APPEND_NUM
0.29% 0.067 0.062 0.074 0.003 16.22% 26949 : MF_PHYS_INIT
0.29% 0.068 0.057 0.072 0.004 20.83% 107908 : LASCAW
0.27% 0.063 0.061 0.068 0.002 10.29% 586659 : READ_SURFX1_ARO
77.01% 17.814 0.001 2.475

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	0.21464659067562222	9.659096580403	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9305058145644444	83.7455233108	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.314701795185	15.10568616888	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24074424942572917	23.11144794487	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1093593537844	27.73398384461	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10957837850164	5.478918925082	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08409790260405556	1.513762246873	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.34935669299694444	12.57684094789	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35897826516454545	15.79504366724	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.31845373364352275	28.02392856063	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39587501043016	9.896875260754	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.1385621077472	6.92810538736	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710163573914	37.41803337622	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1352984555277826	6.223728954278	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05508591270419231	1.432233730309	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2747575436576923	14.2873922702	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.16173490269409524	6.792865913152	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.1966967448261875	6.294295834438	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2120086884854	10.60043442427	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3385486553601875	5.416778485763	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.55447675840875	8.87162813454	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3454310464160769	4.490603603409	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0812589943238462	28.11273385242	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22154491529783335	1.329269491787	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6786847956473333	8.144217547768	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21782662689185	4.356532537837	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12671128589125	5.06845143565	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054883999560425	0.2195359982417	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.498008672839375	3.984069382715	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.33816581775480004	3.381658177548	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.876055075054	28.76055075054	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.45168421107745005	9.033684221549	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.635424127292	2.541696509168	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.838465899645	14.70772719716	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1438760469391875	2.302016751027	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46112042683025	1.844481707321	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.36081961190125	10.88655689521	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12277698891841667	1.473323867021	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.20145447454212498	4.834907389011	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09394544018825	0.751563521506	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4440822661255	7.105316258008	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056327217388025	0.4506177391042	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.4107085883675	6.57133741388	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41623193070433334	3.746087376339	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6632189769927778	11.93794158587	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48113859689375	27.84910877515	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.4315417418691875	6.904667869907	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.42380592965531916	537.8097247326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326

MPI tasks

RSSmax

3.7Gb

RSStotal

56.7Gb

imbalance

5.4%

Number of parsed Variables

2736

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0073-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0073-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

-1.0600000000000023

Highest acceleration

-0.530 (ref:0.83s => test:0.3s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-63.86% (ref:0.83s => test:0.3s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+49.79% (ref:0.474s => test:0.71s)

Highest relative slow-down - routine

SLCOMM2A:SLCOMM2A_INT

Highest slow-down

0.255 (ref:1.065s => test:1.32s)

Highest slow-down - routine

VARBC_SETUP:LOAD_TABLE

Relative diff in Elapse time

-4.32%

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	-2.831E-02	0.21464659067562222	0.2209005740978	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	1.109E-01	0.9305058145644444	0.8376463510784444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	3.683E-03	0.314701795185	0.3135469672627083	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	-3.547E-01	0.24074424942572917	0.37306395994583336	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	3.381E-04	1.1093593537844	1.1089843947876	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	-5.932E-01	0.10957837850164	0.269398288592	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	6.321E-04	0.08409790260405556	0.08404478013438889	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	-3.902E-01	0.34935669299694444	0.5728576612358334	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	-3.732E-03	0.35897826516454545	0.36032296968818184	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-5.337E-01	0.31845373364352275	0.68298164181125	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	6.616E-03	0.39587501043016	0.39327310496348	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-5.554E-01	0.1385621077472	0.3116876691058	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	8.784E-09	1.6268710163573914	1.6268710020669566	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	-6.050E-01	0.1352984555277826	0.342511289231087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	3.538E-03	0.05508591270419231	0.05489171493069231	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	-2.178E-01	0.2747575436576923	0.35124102578692307	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	-1.212E-01	0.16173490269409524	0.1840488535978095	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	-1.010E-01	0.1966967448261875	0.21878778716215624	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	-7.710E-02	0.2120086884854	0.2297195108266	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	8.774E-03	0.3385486553601875	0.3356040157650625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	3.741E-01	0.55447675840875	0.403518857270625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	1.468E-03	0.3454310464160769	0.34492461261900004	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	-7.684E-01	1.0812589943238462	4.668781945665385	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-2.564E-03	0.22154491529783335	0.22211449322883334	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	-8.089E-01	0.6786847956473333	3.5510201595625	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	6.378E-04	0.21782662689185	0.21768778858450002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	-7.241E-01	0.12671128589125	0.45932198376300004	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	3.483E-03	0.054883999560425	0.05469351584575	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	-7.873E-01	0.498008672839375	2.34081771208125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	-1.544E-01	0.33816581775480004	0.3999356087099	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	5.916E-05	2.876055075054	2.87588494552	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	-6.703E-01	0.45168421107745005	1.3697996001755	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-4.793E-01	0.635424127292	1.220291257874	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.106E-04	1.838465899645	1.83826249619625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	-5.200E-01	0.1438760469391875	0.2997350579811875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	8.325E-04	0.46112042683025	0.460736856127	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	-6.197E-01	1.36081961190125	3.57851795565	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	-3.361E-04	0.12277698891841667	0.1228182671495	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	-7.520E-01	0.20145447454212498	0.81215941528625	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	-6.532E-04	0.09394544018825	0.0940068445101375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	-3.895E-01	0.4440822661255	0.727374972411875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	-8.710E-04	0.056327217388025	0.0563763222469875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	-2.567E-01	0.4107085883675	0.55256833466875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	7.271E-04	0.41623193070433334	0.4159294991495555	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	-4.859E-01	0.6632189769927778	1.2899611688594446	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	5.301E-05	3.48113859689375	3.48095405561375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-2.047E-01	0.4315417418691875	0.5426016053748125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	-3.632E-01	0.42380592965531916	0.6655294267965327	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+80.89%

Maximum differences

jo :
- diff : 93.27559673488
- reldiff : 0.8088761073857293
jo/n :
- diff : 3.5875229513415388
- reldiff : 0.8088761073857293
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-1.20%

Relative RSSmax diff

-5.13%

Relative RSStotal diff

-5.03%

mainMetrics

Relative RSStotal diff

Identical

False

Modified variables

VDELA :
- ref :
  - 2.269362808782205E-009
- test :
  - 2.267691843193054E-009

New variables

L4DCTRLVAR :
- F
LINCDDH :
- T

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/glintonm/abort/dump_000923_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000923_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000923_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000923_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000923_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0072-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0072-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0072-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-01-27T10:02:15

Elapse time

24.0

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000923_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.490, Max=24.000, Avg=23.661, StDev=0.160
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.97% 2.347 2.182 2.495 0.091 12.55% 12438 : RRTM_RTRN1A_140GP_MCICA
6.80% 1.600 1.456 1.727 0.079 15.69% 12438 : RADLSWR:CLOUD_GENERATOR
6.02% 1.418 1.370 1.539 0.039 10.98% 12438 : RADLSWR:CLOUD_OPTICS
5.72% 1.346 1.339 1.351 0.004 0.89% 16 : VARBC_SETUP:LOAD_TABLE
5.00% 1.178 1.130 1.241 0.032 8.94% 12438 : SRTM_SPCVRT_MCICA
2.94% 0.692 0.077 1.189 0.299 93.52% 208 : SLCOMM:SLCOMM_INT
2.87% 0.675 0.507 0.829 0.152 38.84% 16 : INIFGER
2.56% 0.603 0.502 0.708 0.061 29.10% 24876 : MCICA_CLD_GEN
2.53% 0.595 0.547 0.702 0.034 22.08% 2786112 : SRTM_REFTRA
2.60% 0.613 0.305 0.667 0.090 54.27% 14864 : ODBMP:ODBMP_IGLOBAL
1.86% 0.437 0.327 0.665 0.076 50.83% 24876 : MCICA_CLD_GENERATOR
2.63% 0.619 0.583 0.655 0.022 10.99% 12438 : SRTM_SRTM_224GP_MCICA
1.27% 0.299 0.013 0.643 0.293 97.98% 208 : SLCOMM2A
0.51% 0.120 0.075 0.625 0.135 88.00% 208 : SLCOMM2A:SLCOMM2A_INT
2.06% 0.486 0.479 0.492 0.004 2.64% 16 : VARBC_RAD:CONFIG
0.84% 0.198 0.001 0.436 0.139 99.77% 16 : SU_MCICA
1.69% 0.397 0.386 0.423 0.009 8.75% 2073 : ECOCLIMAP2_LAI
1.64% 0.386 0.360 0.423 0.019 14.89% 12438 : RRTM_ECRT_140GP_MCICA
1.64% 0.386 0.017 0.416 0.098 95.91% 16 : JO_TABLE_MOD:GATHER
1.60% 0.377 0.115 0.407 0.071 71.74% 64 : ATLAS_BCAST
1.59% 0.374 0.341 0.406 0.022 16.01% 12438 : RRTM_GASABS1A_140GP
1.45% 0.342 0.164 0.396 0.052 58.59% 368 : TRLTOG
1.24% 0.293 0.282 0.317 0.010 11.04% 26949 : APLPAR
1.22% 0.288 0.253 0.311 0.016 18.65% 2786112 : SRTM_VRTQDR
0.74% 0.175 0.044 0.292 0.065 84.93% 208 : CPG_DRV
1.02% 0.240 0.231 0.257 0.007 10.12% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.93% 0.218 0.191 0.234 0.015 18.38% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.51% 0.120 0.027 0.226 0.077 88.05% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.42% 0.099 0.003 0.211 0.100 98.58% 19967 : GRIB_API:IGRIB_GET_INT
0.62% 0.145 0.142 0.153 0.003 7.19% 26949 : CONVECT_TRIGGER_SHAL
0.58% 0.137 0.131 0.142 0.003 7.75% 296439 : LAITRI
0.55% 0.131 0.126 0.137 0.003 8.03% 11938 : GRIB_API:IGRIB_SET_CHAR
0.54% 0.127 0.126 0.127 0.000 0.79% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.45% 0.105 0.094 0.115 0.006 18.26% 16 : MASTER
0.38% 0.089 0.075 0.101 0.008 25.74% 1120 : TRGTOL
0.27% 0.065 0.035 0.092 0.017 61.96% 26949 : CONVECT_CLOSURE_SHAL
0.36% 0.084 0.081 0.088 0.002 7.95% 270508 : VERINT_DGEMM_1
0.34% 0.080 0.079 0.082 0.001 3.66% 1107952 : APPEND_NUM
0.29% 0.068 0.063 0.073 0.003 13.70% 26949 : MF_PHYS_INIT
0.28% 0.066 0.053 0.069 0.004 23.19% 107908 : LASCAW
0.27% 0.063 0.058 0.065 0.003 10.77% 672 : ODBMP:ODBMP_DEXCHANGE2
76.82% 18.080 0.001 2.495

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	0.21464659067562222	9.659096580403	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9305058145644444	83.7455233108	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.314701795185	15.10568616888	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24074424942572917	23.11144794487	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1093593537844	27.73398384461	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10957837850164	5.478918925082	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08409790260405556	1.513762246873	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.34935669299694444	12.57684094789	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35897826516454545	15.79504366724	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.31845373364352275	28.02392856063	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39587501043016	9.896875260754	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.1385621077472	6.92810538736	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710163573914	37.41803337622	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1352984555277826	6.223728954278	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05508591270419231	1.432233730309	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2747575436576923	14.2873922702	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.16173490269409524	6.792865913152	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.1966967448261875	6.294295834438	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2120086884854	10.60043442427	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3385486553601875	5.416778485763	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.55447675840875	8.87162813454	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3454310464160769	4.490603603409	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0812589943238462	28.11273385242	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22154491529783335	1.329269491787	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6786847956473333	8.144217547768	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21782662689185	4.356532537837	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12671128589125	5.06845143565	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054883999560425	0.2195359982417	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.498008672839375	3.984069382715	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.33816581775480004	3.381658177548	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.876055075054	28.76055075054	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.45168421107745005	9.033684221549	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.635424127292	2.541696509168	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.838465899645	14.70772719716	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1438760469391875	2.302016751027	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46112042683025	1.844481707321	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.36081961190125	10.88655689521	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12277698891841667	1.473323867021	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.20145447454212498	4.834907389011	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09394544018825	0.751563521506	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4440822661255	7.105316258008	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056327217388025	0.4506177391042	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.4107085883675	6.57133741388	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41623193070433334	3.746087376339	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6632189769927778	11.93794158587	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48113859689375	27.84910877515	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.4315417418691875	6.904667869907	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.42380592965531916	537.8097247326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326

MPI tasks

RSSmax

3.7Gb

RSStotal

56.7Gb

imbalance

5.4%

Number of parsed Variables

2736

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0072-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0072-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0072-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

-0.5500000000000007

Highest acceleration

-0.184 (ref:0.476s => test:0.292s)

Highest acceleration - routine

CPG_DRV

Highest relative acceleration

-41.40% (ref:0.157s => test:0.092s)

Highest relative acceleration - routine

CONVECT_CLOSURE_SHAL

Highest relative slow-down

+31.86% (ref:0.474s => test:0.625s)

Highest relative slow-down - routine

SLCOMM2A:SLCOMM2A_INT

Highest slow-down

0.286 (ref:1.065s => test:1.351s)

Highest slow-down - routine

VARBC_SETUP:LOAD_TABLE

Relative diff in Elapse time

-2.24%

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	-2.831E-02	0.21464659067562222	0.2209005740978	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	1.109E-01	0.9305058145644444	0.8376463510784444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	3.683E-03	0.314701795185	0.3135469672627083	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	-3.547E-01	0.24074424942572917	0.37306395994583336	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	3.381E-04	1.1093593537844	1.1089843947876	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	-5.932E-01	0.10957837850164	0.269398288592	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	6.321E-04	0.08409790260405556	0.08404478013438889	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	-3.902E-01	0.34935669299694444	0.5728576612358334	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	-3.732E-03	0.35897826516454545	0.36032296968818184	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-5.337E-01	0.31845373364352275	0.68298164181125	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	6.616E-03	0.39587501043016	0.39327310496348	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-5.554E-01	0.1385621077472	0.3116876691058	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	8.784E-09	1.6268710163573914	1.6268710020669566	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	-6.050E-01	0.1352984555277826	0.342511289231087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	3.538E-03	0.05508591270419231	0.05489171493069231	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	-2.178E-01	0.2747575436576923	0.35124102578692307	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	-1.212E-01	0.16173490269409524	0.1840488535978095	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	-1.010E-01	0.1966967448261875	0.21878778716215624	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	-7.710E-02	0.2120086884854	0.2297195108266	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	8.774E-03	0.3385486553601875	0.3356040157650625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	3.741E-01	0.55447675840875	0.403518857270625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	1.468E-03	0.3454310464160769	0.34492461261900004	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	-7.684E-01	1.0812589943238462	4.668781945665385	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-2.564E-03	0.22154491529783335	0.22211449322883334	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	-8.089E-01	0.6786847956473333	3.5510201595625	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	6.378E-04	0.21782662689185	0.21768778858450002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	-7.241E-01	0.12671128589125	0.45932198376300004	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	3.483E-03	0.054883999560425	0.05469351584575	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	-7.873E-01	0.498008672839375	2.34081771208125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	-1.544E-01	0.33816581775480004	0.3999356087099	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	5.916E-05	2.876055075054	2.87588494552	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	-6.703E-01	0.45168421107745005	1.3697996001755	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-4.793E-01	0.635424127292	1.220291257874	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.106E-04	1.838465899645	1.83826249619625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	-5.200E-01	0.1438760469391875	0.2997350579811875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	8.325E-04	0.46112042683025	0.460736856127	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	-6.197E-01	1.36081961190125	3.57851795565	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	-3.361E-04	0.12277698891841667	0.1228182671495	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	-7.520E-01	0.20145447454212498	0.81215941528625	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	-6.532E-04	0.09394544018825	0.0940068445101375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	-3.895E-01	0.4440822661255	0.727374972411875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	-8.710E-04	0.056327217388025	0.0563763222469875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	-2.567E-01	0.4107085883675	0.55256833466875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	7.271E-04	0.41623193070433334	0.4159294991495555	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	-4.859E-01	0.6632189769927778	1.2899611688594446	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	5.301E-05	3.48113859689375	3.48095405561375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-2.047E-01	0.4315417418691875	0.5426016053748125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	-3.632E-01	0.42380592965531916	0.6655294267965327	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+80.89%

Maximum differences

jo :
- diff : 93.27559673488
- reldiff : 0.8088761073857293
jo/n :
- diff : 3.5875229513415388
- reldiff : 0.8088761073857293
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-1.20%

Relative RSSmax diff

-5.13%

Relative RSStotal diff

-5.03%

mainMetrics

Relative RSStotal diff

Identical

False

Modified variables

VDELA :
- ref :
  - 2.269362808782205E-009
- test :
  - 2.267691843193054E-009

New variables

L4DCTRLVAR :
- F
LINCDDH :
- T

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/glintonm/abort/dump_000905_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000905_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000905_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000905_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000905_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0071-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0071-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0071-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0071-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0071-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-01-24T14:58:36

Elapse time

27.85

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000905_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=27.390, Max=27.850, Avg=27.629, StDev=0.126
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
14.24% 3.917 0.495 4.197 0.914 88.21% 14864 : ODBMP:ODBMP_IGLOBAL
0.91% 0.250 0.008 3.690 0.918 99.78% 55 : cma_open_
8.44% 2.321 2.122 2.523 0.098 15.89% 12438 : RRTM_RTRN1A_140GP_MCICA
5.80% 1.595 1.428 1.716 0.072 16.78% 12438 : RADLSWR:CLOUD_GENERATOR
5.16% 1.419 1.375 1.525 0.037 9.84% 12438 : RADLSWR:CLOUD_OPTICS
4.55% 1.252 1.239 1.259 0.006 1.59% 16 : VARBC_SETUP:LOAD_TABLE
4.32% 1.187 1.139 1.247 0.029 8.66% 12438 : SRTM_SPCVRT_MCICA
2.56% 0.704 0.084 1.219 0.305 93.11% 208 : SLCOMM:SLCOMM_INT
3.50% 0.962 0.017 1.030 0.252 98.35% 16 : JO_TABLE_MOD:GATHER
2.45% 0.675 0.498 0.829 0.156 39.93% 16 : INIFGER
1.18% 0.325 0.014 0.725 0.315 98.07% 208 : SLCOMM2A
2.16% 0.594 0.499 0.695 0.051 28.20% 24876 : MCICA_CLD_GEN
2.16% 0.594 0.553 0.686 0.031 19.39% 2786112 : SRTM_REFTRA
1.60% 0.439 0.319 0.668 0.076 52.25% 24876 : MCICA_CLD_GENERATOR
2.22% 0.611 0.573 0.645 0.022 11.16% 12438 : SRTM_SRTM_224GP_MCICA
0.42% 0.115 0.072 0.600 0.129 88.00% 208 : SLCOMM2A:SLCOMM2A_INT
1.77% 0.488 0.481 0.501 0.006 3.99% 16 : VARBC_RAD:CONFIG
0.75% 0.206 0.001 0.448 0.144 99.78% 16 : SU_MCICA
1.46% 0.400 0.383 0.436 0.014 12.16% 2073 : ECOCLIMAP2_LAI
1.40% 0.386 0.367 0.407 0.009 9.83% 12438 : RRTM_ECRT_140GP_MCICA
1.36% 0.373 0.117 0.403 0.069 70.97% 64 : ATLAS_BCAST
1.35% 0.372 0.339 0.403 0.020 15.88% 12438 : RRTM_GASABS1A_140GP
0.70% 0.191 0.122 0.325 0.052 62.46% 208 : CPG_DRV
1.06% 0.292 0.262 0.318 0.019 17.61% 2786112 : SRTM_VRTQDR
1.07% 0.293 0.285 0.317 0.010 10.09% 26949 : APLPAR
0.95% 0.260 0.165 0.311 0.035 46.95% 368 : TRLTOG
0.87% 0.238 0.230 0.252 0.007 8.73% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.79% 0.217 0.190 0.234 0.016 18.80% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.42% 0.116 0.018 0.222 0.078 91.89% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.37% 0.100 0.003 0.212 0.102 98.58% 19967 : GRIB_API:IGRIB_GET_INT
0.53% 0.145 0.140 0.155 0.004 9.68% 26949 : CONVECT_TRIGGER_SHAL
0.50% 0.137 0.129 0.141 0.003 8.51% 296439 : LAITRI
0.49% 0.134 0.129 0.139 0.003 7.19% 11938 : GRIB_API:IGRIB_SET_CHAR
0.50% 0.136 0.136 0.137 0.001 0.73% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.42% 0.116 0.102 0.126 0.007 19.05% 16 : MASTER
0.32% 0.089 0.079 0.107 0.007 26.17% 1120 : TRGTOL
0.24% 0.065 0.035 0.092 0.016 61.96% 26949 : CONVECT_CLOSURE_SHAL
0.31% 0.085 0.080 0.088 0.002 9.09% 270508 : VERINT_DGEMM_1
0.30% 0.081 0.080 0.083 0.001 3.61% 1107952 : APPEND_NUM
0.25% 0.068 0.063 0.073 0.003 13.70% 26949 : MF_PHYS_INIT
0.24% 0.066 0.054 0.069 0.004 21.74% 107908 : LASCAW
0.23% 0.063 0.060 0.068 0.002 11.76% 586659 : READ_SURFX1_ARO
80.27% 22.078 0.001 4.197

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	0.21464659067562222	9.659096580403	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.9305058145644444	83.7455233108	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.314701795185	15.10568616888	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.24074424942572917	23.11144794487	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1093593537844	27.73398384461	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.10957837850164	5.478918925082	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08409790260405556	1.513762246873	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.34935669299694444	12.57684094789	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35897826516454545	15.79504366724	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.31845373364352275	28.02392856063	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39587501043016	9.896875260754	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.1385621077472	6.92810538736	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710163573914	37.41803337622	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.1352984555277826	6.223728954278	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05508591270419231	1.432233730309	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.2747575436576923	14.2873922702	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.16173490269409524	6.792865913152	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.1966967448261875	6.294295834438	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2120086884854	10.60043442427	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3385486553601875	5.416778485763	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.55447675840875	8.87162813454	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3454310464160769	4.490603603409	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.0812589943238462	28.11273385242	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22154491529783335	1.329269491787	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.6786847956473333	8.144217547768	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21782662689185	4.356532537837	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.12671128589125	5.06845143565	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054883999560425	0.2195359982417	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.498008672839375	3.984069382715	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.33816581775480004	3.381658177548	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.876055075054	28.76055075054	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.45168421107745005	9.033684221549	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.635424127292	2.541696509168	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.838465899645	14.70772719716	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.1438760469391875	2.302016751027	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46112042683025	1.844481707321	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.36081961190125	10.88655689521	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12277698891841667	1.473323867021	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.20145447454212498	4.834907389011	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09394544018825	0.751563521506	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.4440822661255	7.105316258008	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056327217388025	0.4506177391042	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.4107085883675	6.57133741388	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41623193070433334	3.746087376339	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.6632189769927778	11.93794158587	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48113859689375	27.84910877515	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.4315417418691875	6.904667869907	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.42380592965531916	537.8097247326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 537.8097247326

MPI tasks

RSSmax

3.7Gb

RSStotal

56.7Gb

imbalance

5.1%

Number of parsed Variables

2736

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0071-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0071-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0071-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0071-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0071-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

3.3000000000000007

Highest acceleration

-0.151 (ref:0.476s => test:0.325s)

Highest acceleration - routine

CPG_DRV

Highest relative acceleration

-41.40% (ref:0.157s => test:0.092s)

Highest relative acceleration - routine

CONVECT_CLOSURE_SHAL

Highest relative slow-down

+405.66% (ref:0.83s => test:4.197s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

3.367 (ref:0.83s => test:4.197s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+13.44%

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	-2.831E-02	0.21464659067562222	0.2209005740978	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	1.109E-01	0.9305058145644444	0.8376463510784444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	3.683E-03	0.314701795185	0.3135469672627083	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	-3.547E-01	0.24074424942572917	0.37306395994583336	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	3.381E-04	1.1093593537844	1.1089843947876	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	-5.932E-01	0.10957837850164	0.269398288592	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	6.321E-04	0.08409790260405556	0.08404478013438889	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	-3.902E-01	0.34935669299694444	0.5728576612358334	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	-3.732E-03	0.35897826516454545	0.36032296968818184	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-5.337E-01	0.31845373364352275	0.68298164181125	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	6.616E-03	0.39587501043016	0.39327310496348	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-5.554E-01	0.1385621077472	0.3116876691058	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	8.784E-09	1.6268710163573914	1.6268710020669566	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	-6.050E-01	0.1352984555277826	0.342511289231087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	3.538E-03	0.05508591270419231	0.05489171493069231	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	-2.178E-01	0.2747575436576923	0.35124102578692307	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	-1.212E-01	0.16173490269409524	0.1840488535978095	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	-1.010E-01	0.1966967448261875	0.21878778716215624	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	-7.710E-02	0.2120086884854	0.2297195108266	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	8.774E-03	0.3385486553601875	0.3356040157650625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	3.741E-01	0.55447675840875	0.403518857270625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	1.468E-03	0.3454310464160769	0.34492461261900004	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	-7.684E-01	1.0812589943238462	4.668781945665385	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-2.564E-03	0.22154491529783335	0.22211449322883334	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	-8.089E-01	0.6786847956473333	3.5510201595625	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	6.378E-04	0.21782662689185	0.21768778858450002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	-7.241E-01	0.12671128589125	0.45932198376300004	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	3.483E-03	0.054883999560425	0.05469351584575	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	-7.873E-01	0.498008672839375	2.34081771208125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	-1.544E-01	0.33816581775480004	0.3999356087099	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	5.916E-05	2.876055075054	2.87588494552	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	-6.703E-01	0.45168421107745005	1.3697996001755	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-4.793E-01	0.635424127292	1.220291257874	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.106E-04	1.838465899645	1.83826249619625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	-5.200E-01	0.1438760469391875	0.2997350579811875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	8.325E-04	0.46112042683025	0.460736856127	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	-6.197E-01	1.36081961190125	3.57851795565	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	-3.361E-04	0.12277698891841667	0.1228182671495	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	-7.520E-01	0.20145447454212498	0.81215941528625	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	-6.532E-04	0.09394544018825	0.0940068445101375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	-3.895E-01	0.4440822661255	0.727374972411875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	-8.710E-04	0.056327217388025	0.0563763222469875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	-2.567E-01	0.4107085883675	0.55256833466875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	7.271E-04	0.41623193070433334	0.4159294991495555	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	-4.859E-01	0.6632189769927778	1.2899611688594446	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	5.301E-05	3.48113859689375	3.48095405561375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-2.047E-01	0.4315417418691875	0.5426016053748125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	-3.632E-01	0.42380592965531916	0.6655294267965327	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+80.89%

Maximum differences

jo :
- diff : 93.27559673488
- reldiff : 0.8088761073857293
jo/n :
- diff : 3.5875229513415388
- reldiff : 0.8088761073857293
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-1.50%

Relative RSSmax diff

-5.13%

Relative RSStotal diff

-5.03%

mainMetrics

Relative RSStotal diff

Identical

False

Modified variables

VDELA :
- ref :
  - 2.269362808782205E-009
- test :
  - 2.267691843193054E-009

New variables

L4DCTRLVAR :
- F
LINCDDH :
- T

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_342967_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/arbogaste/abort/dump_342967_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/arbogaste/depot/mstep_342967_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/arbogaste/spool/spool_342967_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/arbogaste/spool/spool_342967_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0042-belenos@arbogaste/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0042-belenos@arbogaste/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0042-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2025-01-13T08:48:23

Elapse time

23.64

General info

Name of the executable : /scratch/mtool/arbogaste/spool/spool_342967_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.140, Max=23.640, Avg=23.318, StDev=0.142
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.97% 2.313 2.104 2.461 0.097 14.51% 12438 : RRTM_RTRN1A_140GP_MCICA
6.82% 1.581 1.449 1.703 0.071 14.91% 12438 : RADLSWR:CLOUD_GENERATOR
6.11% 1.417 1.360 1.535 0.042 11.40% 12438 : RADLSWR:CLOUD_OPTICS
5.75% 1.334 1.303 1.394 0.024 6.53% 12438 : SRTM_SPCVRT_MCICA
5.28% 1.224 1.216 1.238 0.006 1.78% 16 : VARBC_SETUP:LOAD_TABLE
2.98% 0.691 0.050 1.184 0.304 95.78% 208 : SLCOMM:SLCOMM_INT
2.92% 0.677 0.505 0.831 0.156 39.23% 16 : INIFGER
1.41% 0.327 0.008 0.713 0.326 98.88% 208 : SLCOMM2A
2.55% 0.592 0.509 0.712 0.051 28.51% 24876 : MCICA_CLD_GEN
2.57% 0.596 0.550 0.700 0.033 21.43% 2786112 : SRTM_REFTRA
2.62% 0.608 0.560 0.671 0.025 16.54% 12438 : SRTM_SRTM_224GP_MCICA
1.91% 0.442 0.325 0.670 0.075 51.49% 24876 : MCICA_CLD_GENERATOR
0.51% 0.117 0.074 0.635 0.138 88.35% 208 : SLCOMM2A:SLCOMM2A_INT
2.11% 0.489 0.475 0.500 0.006 5.00% 16 : VARBC_RAD:CONFIG
1.95% 0.452 0.218 0.500 0.070 56.40% 14640 : ODBMP:ODBMP_IGLOBAL
0.94% 0.218 0.001 0.465 0.140 99.78% 16 : SU_MCICA
1.73% 0.401 0.371 0.419 0.012 11.46% 2073 : ECOCLIMAP2_LAI
1.63% 0.379 0.364 0.415 0.013 12.29% 12438 : RRTM_ECRT_140GP_MCICA
1.65% 0.382 0.017 0.411 0.097 95.86% 16 : JO_TABLE_MOD:GATHER
1.61% 0.374 0.114 0.406 0.070 71.92% 64 : ATLAS_BCAST
1.57% 0.365 0.332 0.406 0.019 18.23% 12438 : RRTM_GASABS1A_140GP
1.19% 0.276 0.175 0.330 0.035 46.97% 368 : TRLTOG
1.26% 0.292 0.274 0.313 0.010 12.46% 26949 : APLPAR
0.84% 0.196 0.118 0.306 0.054 61.44% 208 : CPG_DRV
1.25% 0.289 0.267 0.305 0.010 12.46% 2786112 : SRTM_VRTQDR
1.03% 0.238 0.231 0.253 0.006 8.70% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.94% 0.219 0.192 0.236 0.016 18.64% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.48% 0.112 0.017 0.217 0.076 92.17% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.44% 0.101 0.003 0.215 0.102 98.60% 19967 : GRIB_API:IGRIB_GET_INT
0.62% 0.144 0.139 0.154 0.004 9.74% 26949 : CONVECT_TRIGGER_SHAL
0.59% 0.137 0.130 0.143 0.003 9.09% 296439 : LAITRI
0.54% 0.124 0.124 0.125 0.001 0.80% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.48% 0.111 0.107 0.117 0.003 8.55% 11938 : GRIB_API:IGRIB_SET_CHAR
0.39% 0.090 0.036 0.104 0.016 65.38% 80 : DIST_GRID
0.38% 0.088 0.079 0.100 0.006 21.00% 1120 : TRGTOL
0.28% 0.064 0.036 0.093 0.016 61.29% 26949 : CONVECT_CLOSURE_SHAL
0.31% 0.072 0.061 0.091 0.010 32.97% 2073 : IO_BUFF_CLEAN
0.36% 0.084 0.081 0.090 0.003 10.00% 270508 : VERINT_DGEMM_1
0.35% 0.081 0.080 0.082 0.001 2.44% 1107952 : APPEND_NUM
0.33% 0.076 0.074 0.080 0.002 7.50% 16 : MASTER
0.28% 0.065 0.062 0.072 0.003 13.89% 586659 : READ_SURFX1_ARO
0.29% 0.067 0.055 0.071 0.004 22.54% 107908 : LASCAW
0.29% 0.067 0.063 0.070 0.002 10.00% 26949 : MF_PHYS_INIT
77.48% 17.972 0.001 2.461

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	0.21760139923653332	9.792062965644	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8385379716606667	75.46841744946	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.31185030324708335	14.96881455586	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3730379885178125	35.81164689771	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1027490167412	27.56872541853	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2763097031374	13.81548515687	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08398448995077777	1.511720819114	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5727549130280556	20.61917686901	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36198343931295457	15.92727132977	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.6822659498629545	60.03940358794	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39565944784212	9.891486196053	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3123211774288	15.61605887144	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268671279360871	37.41794394253	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3425056764654348	15.75526111741	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05414577571680769	1.407790168637	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3509274696051923	18.24822841947	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18369135421869048	7.715036877185	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21897744213765624	7.007278148405	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2301128354406	11.50564177203	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.332509561472	5.320152983552	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.403907099050375	6.462513584806	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3436358949613077	4.467266634497	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.6688550238	121.3902306188	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.221611285529	1.329667713174	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.556227261240833	42.67472713489	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21815919318145	4.363183863629	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.458637379337	18.34549517348	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.055607693153625	0.2224307726145	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34693033852875	18.77544270823	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.396425393708	3.96425393708	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.87613437387	28.7613437387	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.365298958681	27.30597917362	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.214559966294	4.858239865176	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8376354192225	14.70108335378	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2999653973028125	4.799446356845	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4620925817915	1.848370327166	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57870120843375	28.62960966747	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12279506252575	1.473540750309	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8122965821	19.4951179704	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0934732306616375	0.7477858452931	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.727036606398125	11.63258570237	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056485594823275	0.4518847585862	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.552950561557	8.847208984912	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41639232396044445	3.747530915644	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2901008268405556	23.22181488313	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48121085457125	27.84968683657	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5426548586230625	8.682477737969	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6655337391743105	844.5623150122	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.4%

Number of parsed Variables

2733

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-0035-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0035-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

arbogaste@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0035-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

arbogaste@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0035-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0042-belenos@arbogaste/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0042-belenos@arbogaste/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0042-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-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

-0.7699999999999996

Highest acceleration

-0.242 (ref:0.742s => test:0.5s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-32.61% (ref:0.742s => test:0.5s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+23.30% (ref:0.515s => test:0.635s)

Highest relative slow-down - routine

SLCOMM2A:SLCOMM2A_INT

Highest slow-down

0.120 (ref:0.515s => test:0.635s)

Highest slow-down - routine

SLCOMM2A:SLCOMM2A_INT

Relative diff in Elapse time

-3.15%

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	0.21760139923653332	0.21760139923653332	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8385379716606667	0.8385379716606667	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.31185030324708335	0.31185030324708335	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.3730379885178125	0.3730379885178125	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1027490167412	1.1027490167412	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2763097031374	0.2763097031374	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08398448995077777	0.08398448995077777	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5727549130280556	0.5727549130280556	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.36198343931295457	0.36198343931295457	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.6822659498629545	0.6822659498629545	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39565944784212	0.39565944784212	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3123211774288	0.3123211774288	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6268671279360871	1.6268671279360871	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3425056764654348	0.3425056764654348	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05414577571680769	0.05414577571680769	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.3509274696051923	0.3509274696051923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18369135421869048	0.18369135421869048	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.21897744213765624	0.21897744213765624	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2301128354406	0.2301128354406	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.332509561472	0.332509561472	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.403907099050375	0.403907099050375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3436358949613077	0.3436358949613077	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.6688550238	4.6688550238	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.221611285529	0.221611285529	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.556227261240833	3.556227261240833	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21815919318145	0.21815919318145	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.458637379337	0.458637379337	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.055607693153625	0.055607693153625	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.34693033852875	2.34693033852875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.396425393708	0.396425393708	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.87613437387	2.87613437387	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.365298958681	1.365298958681	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.214559966294	1.214559966294	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.8376354192225	1.8376354192225	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2999653973028125	0.2999653973028125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.4620925817915	0.4620925817915	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.57870120843375	3.57870120843375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12279506252575	0.12279506252575	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8122965821	0.8122965821	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.0934732306616375	0.0934732306616375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.727036606398125	0.727036606398125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.056485594823275	0.056485594823275	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.552950561557	0.552950561557	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.41639232396044445	0.41639232396044445	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2901008268405556	1.2901008268405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48121085457125	3.48121085457125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5426548586230625	0.5426548586230625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6655337391743105	0.6655337391743105	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.10%

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_023896_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_023896_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_023896_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_023896_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_023896_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0405-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0405-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0405-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-12-10T16:27:11

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	DUAL-MTOP 852 METHOD=IR	T	0.19382700172977776	8.72221507784	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8362930466966667	75.2663742027	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32643262036479165	15.66876577751	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3775382799604166	36.2436748762	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1033239311464	27.58309827866	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2712251947648	13.56125973824	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08336852067877779	1.500633372218	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5745411432063889	20.68348115543	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36519033419295455	16.06837470449	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7132791318557955	62.76856360331	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38904090421524	9.726022605381	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.31255827917240003	15.62791395862	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281268221856522	37.44691691027	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34526595238152175	15.88223380955	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.054291706970692306	1.411584381238	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3548076538196154	18.44999799862	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18164049239928573	7.62890068077	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21911125827696876	7.011560264863	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2174274742736	10.87137371368	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2676382541323125	4.282212066117	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.392142876878125	6.27428603005	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3499519430696154	4.549375259905	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.648780583623077	120.8682951742	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.2216439003585	1.329863402151	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.545012593290833	42.54015111949	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21357076527695	4.271415305539	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.4573230631265	18.29292252506	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054704562093175	0.2188182483727	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.35393958653375	18.83151669227	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3783162623122	3.783162623122	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.902563709914	29.02563709914	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.335372056682	26.70744113364	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22012893801775	4.880515752071	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8265882282025	14.61270582562	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.293044861339875	4.688717781438	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.458595514678	1.834382058712	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572583057855	28.58066446284	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12225380474158333	1.467045656899	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8084770749566667	19.40344979896	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09064785126375	0.72518281011	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.7256908975725	11.61105436116	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0571031699776125	0.4568253598209	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5550109681651875	8.880175490643	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4099349110173333	3.689414199156	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.283638365408889	23.10549057736	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.4866303728375	27.8930429827	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5430083589333125	8.688133742933	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6648639832051222	843.7123946873	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.7123946873

MPI tasks

RSSmax

5.0Gb

RSStotal

76.8Gb

imbalance

4.8%

Number of parsed Variables

2740

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-0392-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0392-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0392-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0392-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0405-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0405-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0405-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-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}}"

Comparison

Failed

Exception

\'DrHook\' object has no attribute \'merged_drhook\'

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	0.19382700172977776	0.19382700172977776	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8362930466966667	0.8362930466966667	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.32643262036479165	0.32643262036479165	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.3775382799604166	0.3775382799604166	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1033239311464	1.1033239311464	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2712251947648	0.2712251947648	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08336852067877779	0.08336852067877779	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5745411432063889	0.5745411432063889	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.36519033419295455	0.36519033419295455	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7132791318557955	0.7132791318557955	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.38904090421524	0.38904090421524	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.31255827917240003	0.31255827917240003	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281268221856522	1.6281268221856522	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.34526595238152175	0.34526595238152175	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.054291706970692306	0.054291706970692306	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.3548076538196154	0.3548076538196154	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18164049239928573	0.18164049239928573	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.21911125827696876	0.21911125827696876	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2174274742736	0.2174274742736	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2676382541323125	0.2676382541323125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.392142876878125	0.392142876878125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3499519430696154	0.3499519430696154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.648780583623077	4.648780583623077	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.2216439003585	0.2216439003585	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.545012593290833	3.545012593290833	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21357076527695	0.21357076527695	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.4573230631265	0.4573230631265	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.054704562093175	0.054704562093175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.35393958653375	2.35393958653375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.3783162623122	0.3783162623122	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.902563709914	2.902563709914	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.335372056682	1.335372056682	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.22012893801775	1.22012893801775	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.8265882282025	1.8265882282025	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.293044861339875	0.293044861339875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.458595514678	0.458595514678	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.572583057855	3.572583057855	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12225380474158333	0.12225380474158333	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8084770749566667	0.8084770749566667	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.09064785126375	0.09064785126375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.7256908975725	0.7256908975725	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0571031699776125	0.0571031699776125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.5550109681651875	0.5550109681651875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4099349110173333	0.4099349110173333	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.283638365408889	1.283638365408889	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.4866303728375	3.4866303728375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5430083589333125	0.5430083589333125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6648639832051222	0.6648639832051222	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.30%

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/glintonm/abort/dump_000704_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000704_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000704_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000704_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000704_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-12-09T13:09:38

Elapse time

24.55

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000704_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.760, Max=24.550, Avg=24.140, StDev=0.232
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.43% 2.264 2.122 2.418 0.091 12.24% 12438 : RRTM_RTRN1A_140GP_MCICA
6.65% 1.597 1.452 1.709 0.082 15.04% 12438 : RADLSWR:CLOUD_GENERATOR
5.97% 1.434 1.373 1.522 0.041 9.79% 12438 : RADLSWR:CLOUD_OPTICS
5.49% 1.318 1.225 1.391 0.045 11.93% 12438 : SRTM_SPCVRT_MCICA
2.52% 0.605 0.057 1.197 0.286 95.24% 208 : SLCOMM:SLCOMM_INT
4.42% 1.063 1.059 1.065 0.002 0.56% 16 : VARBC_SETUP:LOAD_TABLE
3.05% 0.734 0.576 0.876 0.143 34.25% 16 : INIFGER
3.02% 0.724 0.270 0.830 0.141 67.47% 14640 : ODBMP:ODBMP_IGLOBAL
2.51% 0.604 0.459 0.808 0.087 43.19% 24876 : MCICA_CLD_GENERATOR
2.61% 0.626 0.513 0.742 0.064 30.86% 24876 : MCICA_CLD_GEN
2.58% 0.619 0.556 0.706 0.039 21.25% 2786112 : SRTM_REFTRA
2.64% 0.634 0.593 0.685 0.029 13.43% 12438 : SRTM_SRTM_224GP_MCICA
1.05% 0.253 0.001 0.587 0.235 99.83% 208 : SLCOMM2A
1.99% 0.477 0.475 0.480 0.002 1.04% 16 : VARBC_RAD:CONFIG
0.83% 0.200 0.073 0.476 0.089 84.66% 208 : CPG_DRV
0.48% 0.114 0.071 0.474 0.096 85.02% 208 : SLCOMM2A:SLCOMM2A_INT
0.88% 0.210 0.002 0.462 0.142 99.57% 16 : SU_MCICA
1.61% 0.386 0.360 0.437 0.022 17.62% 12438 : RRTM_ECRT_140GP_MCICA
1.66% 0.399 0.371 0.432 0.014 14.12% 2073 : ECOCLIMAP2_LAI
1.64% 0.395 0.000 0.421 0.105 100.00% 16 : EVCOST
1.50% 0.359 0.321 0.407 0.025 21.13% 12438 : RRTM_GASABS1A_140GP
1.29% 0.309 0.185 0.378 0.053 51.06% 368 : TRLTOG
1.47% 0.353 0.226 0.372 0.036 39.25% 64 : ATLAS_BCAST
1.37% 0.330 0.304 0.364 0.019 16.48% 2786112 : SRTM_VRTQDR
1.21% 0.290 0.271 0.308 0.010 12.01% 26949 : APLPAR
1.01% 0.243 0.231 0.271 0.010 14.76% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
1.00% 0.240 0.208 0.259 0.018 19.69% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.75% 0.180 0.173 0.189 0.004 8.47% 11938 : GRIB_API:IGRIB_SET_CHAR
0.33% 0.078 0.003 0.165 0.078 98.18% 19967 : GRIB_API:IGRIB_GET_INT
0.65% 0.155 0.150 0.163 0.003 7.98% 26949 : CONVECT_TRIGGER_SHAL
0.64% 0.154 0.144 0.163 0.004 11.66% 296439 : LAITRI
0.60% 0.143 0.135 0.158 0.006 14.56% 350337 : LAITLI
0.40% 0.096 0.052 0.157 0.029 66.88% 26949 : CONVECT_CLOSURE_SHAL
0.59% 0.143 0.117 0.152 0.015 23.03% 50 : dGet_V_pre_thinn_robhdr_5
0.61% 0.147 0.147 0.148 0.000 0.68% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.56% 0.135 0.129 0.141 0.004 8.51% 270508 : VERINT_DGEMM_1
0.39% 0.093 0.087 0.114 0.007 23.68% 1120 : TRGTOL
0.36% 0.087 0.083 0.092 0.003 9.78% 16 : MASTER
0.33% 0.080 0.078 0.085 0.002 8.24% 586659 : READ_SURFX1_ARO
0.32% 0.077 0.071 0.083 0.004 14.46% 26949 : CPG_COPY_PB1
0.26% 0.063 0.054 0.075 0.006 28.00% 26949 : CUBASEN
0.30% 0.072 0.070 0.074 0.001 5.41% 1107952 : APPEND_NUM
0.27% 0.066 0.062 0.072 0.003 13.89% 12438 : RRTM_TAUMOL3
0.27% 0.065 0.057 0.070 0.004 18.57% 26949 : MF_PHYS_INIT
77.48% 18.613 0.000 2.418

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	0.2209005740978	9.940525834401	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8376463510784444	75.38817159706	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.3135469672627083	15.05025442861	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37306395994583336	35.8141401548	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1089843947876	27.72460986969	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.269398288592	13.4699144296	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08404478013438889	1.512806042419	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5728576612358334	20.62287580449	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36032296968818184	15.85421066628	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.68298164181125	60.10238447939	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39327310496348	9.831827624087	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3116876691058	15.58438345529	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710020669566	37.41803304754	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.342511289231087	15.75551930463	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05489171493069231	1.427184588198	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35124102578692307	18.26453334092	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.1840488535978095	7.730051851108	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21878778716215624	7.001209189189	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2297195108266	11.48597554133	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3356040157650625	5.369664252241	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.403518857270625	6.45630171633	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.34492461261900004	4.484019964047	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.668781945665385	121.3883305873	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22211449322883334	1.332686959373	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5510201595625	42.61224191475	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21768778858450002	4.35375577169	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45932198376300004	18.37287935052	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.05469351584575	0.218774063383	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34081771208125	18.72654169665	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3999356087099	3.999356087099	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.87588494552	28.7588494552	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3697996001755	27.39599200351	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.220291257874	4.881165031496	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83826249619625	14.70609996957	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2997350579811875	4.795760927699	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.460736856127	1.842947424508	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57851795565	28.6281436452	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.1228182671495	1.473819205794	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.81215941528625	19.49182596687	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0940068445101375	0.7520547560811	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.727374972411875	11.63799955859	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0563763222469875	0.4510105779759	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.55256833466875	8.8410933547	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4159294991495555	3.743365492346	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2899611688594446	23.21930103947	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48095405561375	27.84763244491	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5426016053748125	8.681625685997	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6655294267965327	844.5568426048	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5568426048

MPI tasks

RSSmax

3.9Gb

RSStotal

59.7Gb

imbalance

6.6%

Number of parsed Variables

2734

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0056-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0056-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0056-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0056-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0067-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0067-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

0.9499999999999993

Highest acceleration

-0.253 (ref:1.318s => test:1.065s)

Highest acceleration - routine

VARBC_SETUP:LOAD_TABLE

Highest relative acceleration

-24.28% (ref:0.626s => test:0.474s)

Highest relative acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative slow-down

+123.72% (ref:0.371s => test:0.83s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.459 (ref:0.371s => test:0.83s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+4.03%

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	2.914E-02	0.2209005740978	0.21464659067562222	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	-9.520E-04	0.8376463510784444	0.838444535799	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	-3.670E-03	0.3135469672627083	0.314701795185	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	-7.615E-04	0.37306395994583336	0.37334827527166664	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	-3.380E-04	1.1089843947876	1.1093593537844	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	-3.681E-04	0.269398288592	0.2694974792362	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	-6.317E-04	0.08404478013438889	0.08409790260405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	-1.896E-04	0.5728576612358334	0.5729663241830556	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	3.746E-03	0.36032296968818184	0.35897826516454545	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	1.948E-03	0.68298164181125	0.68165366308	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	-6.573E-03	0.39327310496348	0.39587501043016	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-2.251E-04	0.3116876691058	0.3117578414108	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	-8.784E-09	1.6268710020669566	1.6268710163573914	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	1.157E-06	0.342511289231087	0.3425108928802174	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	-3.525E-03	0.05489171493069231	0.05508591270419231	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	4.361E-04	0.35124102578692307	0.35108793028480767	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	7.864E-04	0.1840488535978095	0.18390422783909524	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	-1.008E-03	0.21878778716215624	0.21900859098553124	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	-6.117E-04	0.2297195108266	0.2298601108574	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	-3.238E-02	0.3356040157650625	0.346834537815	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	5.154E-04	0.403518857270625	0.4033109706760625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	-1.466E-03	0.34492461261900004	0.3454310464160769	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	3.082E-05	4.668781945665385	4.668638048726923	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	2.571E-03	0.22211449322883334	0.22154491529783335	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	-5.972E-05	3.5510201595625	3.5512322218591668	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	-6.374E-04	0.21768778858450002	0.21782662689185	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	-1.074E-03	0.45932198376300004	0.45981593269024995	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	-3.471E-03	0.05469351584575	0.054883999560425	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	6.689E-04	2.34081771208125	2.33925305734375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	-1.682E-04	0.3999356087099	0.4000028784213	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	-5.915E-05	2.87588494552	2.876055075054	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	5.617E-04	1.3697996001755	1.369030550113	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-3.195E-04	1.220291257874	1.22068128800275	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	-1.106E-04	1.83826249619625	1.838465899645	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	-5.322E-04	0.2997350579811875	0.299894668725125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	-8.318E-04	0.460736856127	0.46112042683025	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	-5.141E-05	3.57851795565	3.57870194577375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	3.362E-04	0.1228182671495	0.12277698891841667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.092E-05	0.81215941528625	0.8121505491908333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	6.536E-04	0.0940068445101375	0.09394544018825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	1.607E-04	0.727374972411875	0.727258091213125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	8.718E-04	0.0563763222469875	0.056327217388025	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	8.411E-05	0.55256833466875	0.5525218609765	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	-7.266E-04	0.4159294991495555	0.41623193070433334	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	3.205E-05	1.2899611688594446	1.289919823026111	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	-5.301E-05	3.48095405561375	3.48113859689375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	3.752E-05	0.5426016053748125	0.5425812483148125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	3.174E-05	0.6655294267965327	0.6655083063524823	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+3.24%

Maximum differences

jo :
- diff : 0.28142925399800056
- reldiff : 0.032380056844073093
jo/n :
- diff : 0.011230522049937519
- reldiff : 0.032380056844073093
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

+1.20%

Relative RSSmax diff

+5.41%

Relative RSStotal diff

+5.29%

mainMetrics

Relative RSStotal diff

Identical

False

Modified variables

VDELA :
- ref :
  - 2.267691843193054E-009
- test :
  - 2.269362808782205E-009

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_023537_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_023537_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_023537_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_023537_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_023537_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0392-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0392-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0392-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0392-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0392-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-11-15T14:13:35

Elapse time

24.72

General info

Name of the executable : /scratch/mtool/mary/spool/spool_023537_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.980, Max=24.720, Avg=24.264, StDev=0.205
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.35% 2.256 2.064 2.381 0.090 13.31% 12438 : RRTM_RTRN1A_140GP_MCICA
6.59% 1.592 1.436 1.697 0.075 15.38% 12438 : RADLSWR:CLOUD_GENERATOR
5.93% 1.431 1.374 1.507 0.038 8.83% 12438 : RADLSWR:CLOUD_OPTICS
5.21% 1.258 1.141 1.381 0.059 17.38% 12438 : SRTM_SPCVRT_MCICA
2.34% 0.566 0.060 1.175 0.292 94.89% 208 : SLCOMM:SLCOMM_INT
4.23% 1.022 1.005 1.030 0.006 2.43% 16 : VARBC_SETUP:LOAD_TABLE
3.06% 0.739 0.576 0.881 0.144 34.62% 16 : INIFGER
2.51% 0.606 0.464 0.804 0.086 42.29% 24876 : MCICA_CLD_GENERATOR
2.65% 0.640 0.554 0.735 0.055 24.63% 24876 : MCICA_CLD_GEN
2.56% 0.617 0.569 0.702 0.038 18.95% 2786112 : SRTM_REFTRA
2.65% 0.640 0.588 0.666 0.021 11.71% 12438 : SRTM_SRTM_224GP_MCICA
2.52% 0.609 0.603 0.615 0.004 1.95% 16 : VARBC_RAD:CONFIG
1.07% 0.257 0.010 0.599 0.257 98.33% 208 : SLCOMM2A
0.51% 0.124 0.074 0.553 0.115 86.62% 208 : SLCOMM2A:SLCOMM2A_INT
2.07% 0.499 0.486 0.512 0.006 5.08% 16 : VARBC_ALLSKY:CONFIG
0.98% 0.236 0.053 0.505 0.119 89.50% 208 : CPG_DRV
1.61% 0.388 0.179 0.466 0.072 61.59% 368 : TRLTOG
0.88% 0.212 0.002 0.447 0.143 99.55% 16 : SU_MCICA
1.66% 0.402 0.382 0.440 0.015 13.18% 2073 : ECOCLIMAP2_LAI
1.65% 0.399 0.017 0.427 0.102 96.02% 16 : JO_TABLE_MOD:GATHER
1.63% 0.393 0.349 0.423 0.022 17.49% 12438 : RRTM_ECRT_140GP_MCICA
1.48% 0.357 0.311 0.385 0.021 19.22% 12438 : RRTM_GASABS1A_140GP
1.43% 0.344 0.284 0.377 0.024 24.67% 2786112 : SRTM_VRTQDR
1.34% 0.324 0.112 0.371 0.061 69.81% 14864 : ODBMP:ODBMP_IGLOBAL
1.45% 0.350 0.226 0.369 0.035 38.75% 64 : ATLAS_BCAST
1.21% 0.293 0.271 0.318 0.013 14.78% 26949 : APLPAR
1.00% 0.241 0.210 0.260 0.017 19.23% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.99% 0.240 0.227 0.256 0.008 11.33% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.65% 0.156 0.151 0.164 0.003 7.93% 26949 : CONVECT_TRIGGER_SHAL
0.33% 0.079 0.003 0.164 0.078 98.17% 19967 : GRIB_API:IGRIB_GET_INT
0.63% 0.151 0.136 0.156 0.005 12.82% 296439 : LAITRI
0.57% 0.139 0.132 0.152 0.006 13.16% 11938 : GRIB_API:IGRIB_SET_CHAR
0.60% 0.146 0.145 0.146 0.001 0.68% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.39% 0.093 0.054 0.140 0.025 61.43% 26949 : CONVECT_CLOSURE_SHAL
0.45% 0.108 0.101 0.113 0.004 10.62% 216610 : VERINT_DGEMM_1
0.40% 0.098 0.089 0.109 0.006 18.35% 1120 : TRGTOL
0.37% 0.089 0.086 0.093 0.003 7.53% 16 : MASTER
0.33% 0.081 0.078 0.088 0.003 11.36% 586659 : READ_SURFX1_ARO
0.33% 0.079 0.074 0.084 0.003 11.90% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.30% 0.072 0.071 0.076 0.001 6.58% 1107664 : APPEND_NUM
0.26% 0.063 0.054 0.074 0.006 27.03% 26949 : CUBASEN
0.28% 0.067 0.061 0.073 0.004 16.44% 26949 : MF_PHYS_INIT
0.28% 0.068 0.065 0.072 0.002 9.72% 12438 : RRTM_TAUMOL3
76.72% 18.521 0.002 2.381

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	0.19382700172977776	8.72221507784	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8362930466966667	75.2663742027	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32643262036479165	15.66876577751	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3775382799604166	36.2436748762	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1033239311464	27.58309827866	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2712251947648	13.56125973824	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08336852067877779	1.500633372218	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5745411432063889	20.68348115543	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36519033419295455	16.06837470449	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7132791318557955	62.76856360331	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38904090421524	9.726022605381	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.31255827917240003	15.62791395862	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281268221856522	37.44691691027	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34526595238152175	15.88223380955	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.054291706970692306	1.411584381238	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3548076538196154	18.44999799862	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18164049239928573	7.62890068077	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21911125827696876	7.011560264863	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2174274742736	10.87137371368	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2676382541323125	4.282212066117	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.392142876878125	6.27428603005	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3499519430696154	4.549375259905	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.648780583623077	120.8682951742	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.2216439003585	1.329863402151	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.545012593290833	42.54015111949	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21357076527695	4.271415305539	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.4573230631265	18.29292252506	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054704562093175	0.2188182483727	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.35393958653375	18.83151669227	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3783162623122	3.783162623122	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.902563709914	29.02563709914	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.335372056682	26.70744113364	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22012893801775	4.880515752071	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8265882282025	14.61270582562	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.293044861339875	4.688717781438	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.458595514678	1.834382058712	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572583057855	28.58066446284	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12225380474158333	1.467045656899	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8084770749566667	19.40344979896	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09064785126375	0.72518281011	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.7256908975725	11.61105436116	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0571031699776125	0.4568253598209	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5550109681651875	8.880175490643	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4099349110173333	3.689414199156	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.283638365408889	23.10549057736	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.4866303728375	27.8930429827	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5430083589333125	8.688133742933	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6648639832051222	843.7123946873	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.7123946873

MPI tasks

RSSmax

5.0Gb

RSStotal

76.8Gb

imbalance

5.1%

Number of parsed Variables

2740

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_023248_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_023248_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_023248_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_023248_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_023248_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0378-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0378-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0378-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0378-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0378-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-10-24T10:57:31

Elapse time

24.14

General info

Name of the executable : /scratch/mtool/mary/spool/spool_023248_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.320, Max=24.140, Avg=23.757, StDev=0.205
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.55% 2.257 2.093 2.426 0.091 13.73% 12438 : RRTM_RTRN1A_140GP_MCICA
6.71% 1.587 1.431 1.692 0.080 15.43% 12438 : RADLSWR:CLOUD_GENERATOR
6.06% 1.432 1.359 1.537 0.047 11.58% 12438 : RADLSWR:CLOUD_OPTICS
5.51% 1.303 1.190 1.407 0.072 15.42% 12438 : SRTM_SPCVRT_MCICA
2.43% 0.576 0.075 1.065 0.263 92.96% 208 : SLCOMM:SLCOMM_INT
4.41% 1.044 1.038 1.056 0.005 1.70% 16 : VARBC_SETUP:LOAD_TABLE
3.10% 0.732 0.574 0.874 0.142 34.32% 16 : INIFGER
2.56% 0.606 0.477 0.803 0.082 40.60% 24876 : MCICA_CLD_GENERATOR
2.62% 0.620 0.516 0.730 0.057 29.32% 24876 : MCICA_CLD_GEN
2.61% 0.617 0.558 0.702 0.039 20.51% 2786112 : SRTM_REFTRA
2.69% 0.637 0.598 0.675 0.018 11.41% 12438 : SRTM_SRTM_224GP_MCICA
1.02% 0.241 0.018 0.576 0.230 96.88% 208 : SLCOMM2A
2.24% 0.530 0.518 0.534 0.004 3.00% 16 : VARBC_RAD:CONFIG
1.81% 0.429 0.238 0.511 0.092 53.42% 14640 : ODBMP:ODBMP_IGLOBAL
0.47% 0.112 0.071 0.462 0.093 84.63% 208 : SLCOMM2A:SLCOMM2A_INT
0.83% 0.196 0.002 0.438 0.145 99.54% 16 : SU_MCICA
1.65% 0.390 0.350 0.433 0.021 19.17% 12438 : RRTM_ECRT_140GP_MCICA
1.70% 0.401 0.374 0.426 0.017 12.21% 2073 : ECOCLIMAP2_LAI
1.67% 0.394 0.000 0.421 0.105 100.00% 16 : EVCOST
1.50% 0.355 0.317 0.397 0.023 20.15% 12438 : RRTM_GASABS1A_140GP
1.30% 0.307 0.183 0.379 0.052 51.72% 368 : TRLTOG
1.44% 0.340 0.283 0.373 0.022 24.13% 2786112 : SRTM_VRTQDR
1.47% 0.347 0.227 0.367 0.034 38.15% 64 : ATLAS_BCAST
0.82% 0.194 0.039 0.343 0.092 88.63% 208 : CPG_DRV
1.25% 0.295 0.280 0.311 0.009 9.97% 26949 : APLPAR
1.04% 0.246 0.232 0.259 0.006 10.42% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
1.01% 0.240 0.209 0.259 0.017 19.31% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.71% 0.168 0.153 0.175 0.005 12.57% 296439 : LAITRI_SCALAR
0.34% 0.081 0.006 0.167 0.078 96.41% 19967 : GRIB_API:IGRIB_GET_INT
0.66% 0.155 0.148 0.162 0.004 8.64% 26949 : CONVECT_TRIGGER_SHAL
0.65% 0.153 0.146 0.162 0.004 9.88% 11938 : GRIB_API:IGRIB_SET_CHAR
0.39% 0.093 0.053 0.140 0.025 62.14% 26949 : CONVECT_CLOSURE_SHAL
0.58% 0.137 0.137 0.138 0.000 0.72% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.46% 0.109 0.102 0.114 0.003 10.53% 216610 : VERINT_DGEMM_1
0.40% 0.095 0.088 0.110 0.006 20.00% 1120 : TRGTOL
0.34% 0.081 0.077 0.086 0.003 10.47% 586659 : READ_SURFX1_ARO
0.33% 0.079 0.073 0.082 0.003 10.98% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.30% 0.072 0.068 0.075 0.002 9.33% 16 : MASTER
0.30% 0.071 0.070 0.073 0.001 4.11% 1107952 : APPEND_NUM
0.27% 0.063 0.055 0.073 0.005 24.66% 26949 : CUBASEN
0.29% 0.068 0.063 0.072 0.003 12.50% 26949 : MF_PHYS_INIT
0.28% 0.067 0.064 0.070 0.002 8.57% 12438 : RRTM_TAUMOL3
75.79% 17.917 0.000 2.426

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	0.18590290666748888	8.365630800037	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8338826801005556	75.04944120905	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32893509818979166	15.78888471311	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37523473880385416	36.02253492517	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1157684179696	27.89421044924	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.27098458500260003	13.54922925013	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348386085783334	1.502709495441	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.57531765374	20.71143553464	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3603923805195455	15.85726474286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7105157905862499	62.52538957159	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39145839658616	9.786459914654	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3145599354658	15.72799677329	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281864472869565	37.4482882876	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34527516624869564	15.88265764744	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.054505189391538464	1.41713492418	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3540920750867308	18.41278790451	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18147948972542857	7.622138568468	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21888508073365626	7.004322583477	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180158841676	10.90079420838	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.256470010656125	4.103520170498	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.389958185719	6.239330971504	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.34363920450999996	4.46730965863	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.658237857603846	121.1141842977	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22225656331383334	1.333539379883	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.542198164683333	42.5063779762	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.2141777450047	4.283554900094	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45669675385125	18.26787015405	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.053882558492975	0.2155302339719	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.35648246256625	18.85185970053	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3817008681686	3.817008681686	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.945015700678	29.45015700678	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.330677869491	26.61355738982	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.217799101126	4.871196404504	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.833215663355	14.66572530684	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2938133884784375	4.701014215655	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4585328099785	1.834131239914	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57232876376375	28.57863011011	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.1223004190095	1.467605028114	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8097123172983333	19.43309561516	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091902919296025	0.7352233543682	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.7258388287	11.6134212592	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.05717510406185	0.4574008324948	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.555573827244625	8.889181235914	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4098624058615556	3.688761652754	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2830676382844444	23.09521748912	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48138337484	27.85106699872	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5430703129065625	8.689125006505	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6646101210755713	843.3902436449	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.3902436449

MPI tasks

RSSmax

3.9Gb

RSStotal

60.3Gb

imbalance

6.3%

Number of parsed Variables

2733

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/glintonm/abort/dump_000606_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000606_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000606_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000606_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000606_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0056-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0056-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0056-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0056-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0056-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-10-22T14:08:39

Elapse time

23.6

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000606_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.020, Max=23.600, Avg=23.323, StDev=0.146
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.98% 2.316 2.179 2.521 0.104 13.57% 12438 : RRTM_RTRN1A_140GP_MCICA
6.85% 1.590 1.488 1.710 0.063 12.98% 12438 : RADLSWR:CLOUD_GENERATOR
6.08% 1.410 1.370 1.515 0.036 9.57% 12438 : RADLSWR:CLOUD_OPTICS
5.65% 1.312 1.303 1.318 0.004 1.14% 16 : VARBC_SETUP:LOAD_TABLE
5.43% 1.260 1.185 1.306 0.034 9.26% 12438 : SRTM_SPCVRT_MCICA
3.13% 0.727 0.091 1.174 0.286 92.25% 208 : SLCOMM:SLCOMM_INT
2.92% 0.677 0.499 0.834 0.157 40.17% 16 : INIFGER
2.57% 0.596 0.553 0.695 0.032 20.43% 2786112 : SRTM_REFTRA
1.41% 0.327 0.009 0.690 0.315 98.70% 208 : SLCOMM2A
2.65% 0.616 0.569 0.663 0.024 14.18% 12438 : SRTM_SRTM_224GP_MCICA
1.88% 0.437 0.320 0.663 0.074 51.73% 24876 : MCICA_CLD_GENERATOR
2.59% 0.601 0.552 0.659 0.033 16.24% 24876 : MCICA_CLD_GEN
0.51% 0.117 0.070 0.626 0.136 88.82% 208 : SLCOMM2A:SLCOMM2A_INT
2.11% 0.491 0.483 0.500 0.005 3.40% 16 : VARBC_RAD:CONFIG
0.90% 0.209 0.002 0.458 0.145 99.56% 16 : SU_MCICA
1.72% 0.399 0.374 0.433 0.016 13.63% 2073 : ECOCLIMAP2_LAI
1.69% 0.391 0.017 0.421 0.100 95.96% 16 : JO_TABLE_MOD:GATHER
1.65% 0.384 0.364 0.421 0.016 13.54% 12438 : RRTM_ECRT_140GP_MCICA
1.62% 0.377 0.115 0.409 0.071 71.88% 64 : ATLAS_BCAST
1.60% 0.371 0.339 0.405 0.021 16.30% 12438 : RRTM_GASABS1A_140GP
1.42% 0.330 0.150 0.371 0.053 59.57% 14640 : ODBMP:ODBMP_IGLOBAL
1.26% 0.293 0.258 0.314 0.017 17.83% 2786112 : SRTM_VRTQDR
1.13% 0.261 0.169 0.308 0.034 45.13% 368 : TRLTOG
1.26% 0.293 0.277 0.306 0.009 9.48% 26949 : APLPAR
0.74% 0.171 0.071 0.273 0.058 73.99% 208 : CPG_DRV
1.01% 0.235 0.225 0.251 0.007 10.36% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.93% 0.217 0.189 0.234 0.016 19.23% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.49% 0.114 0.018 0.221 0.078 91.86% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.45% 0.103 0.005 0.216 0.103 97.69% 19967 : GRIB_API:IGRIB_GET_INT
0.63% 0.147 0.143 0.153 0.003 6.54% 26949 : CONVECT_TRIGGER_SHAL
0.59% 0.137 0.129 0.143 0.003 9.79% 296439 : LAITRI
0.55% 0.127 0.122 0.133 0.003 8.27% 11938 : GRIB_API:IGRIB_SET_CHAR
0.56% 0.129 0.129 0.130 0.001 0.77% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.36% 0.083 0.073 0.103 0.008 29.13% 1120 : TRGTOL
0.28% 0.064 0.035 0.092 0.016 61.96% 26949 : CONVECT_CLOSURE_SHAL
0.36% 0.084 0.080 0.090 0.003 11.11% 270508 : VERINT_DGEMM_1
0.35% 0.081 0.080 0.082 0.001 2.44% 1107952 : APPEND_NUM
0.28% 0.066 0.055 0.082 0.008 32.93% 26949 : CPG_COPY_PB1
0.33% 0.077 0.072 0.080 0.002 10.00% 16 : MASTER
0.33% 0.077 0.075 0.078 0.001 3.85% 672 : ODBMP:ODBMP_DEXCHANGE2
0.29% 0.068 0.064 0.075 0.003 14.67% 26949 : MF_PHYS_INIT
0.29% 0.067 0.056 0.072 0.004 22.22% 107908 : LASCAW
0.27% 0.063 0.059 0.067 0.002 11.94% 2073 : IO_BUFF_CLEAN
77.13% 17.895 0.002 2.521

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	0.21464659067562222	9.659096580403	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.838444535799	75.46000822191	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.314701795185	15.10568616888	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37334827527166664	35.84143442608	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1093593537844	27.73398384461	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2694974792362	13.47487396181	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08409790260405556	1.513762246873	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5729663241830556	20.62678767059	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35897826516454545	15.79504366724	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.68165366308	59.98552235104	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39587501043016	9.896875260754	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3117578414108	15.58789207054	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268710163573914	37.41803337622	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3425108928802174	15.75550107249	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05508591270419231	1.432233730309	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35108793028480767	18.25657237481	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18390422783909524	7.723977569242	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21900859098553124	7.008274911537	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2298601108574	11.49300554287	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.346834537815	5.54935260504	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.4033109706760625	6.452975530817	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3454310464160769	4.490603603409	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.668638048726923	121.3845892669	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22154491529783335	1.329269491787	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5512322218591668	42.61478666231	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21782662689185	4.356532537837	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45981593269024995	18.39263730761	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054883999560425	0.2195359982417	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.33925305734375	18.71402445875	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.4000028784213	4.000028784213	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.876055075054	28.76055075054	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.369030550113	27.38061100226	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22068128800275	4.882725152011	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.838465899645	14.70772719716	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.299894668725125	4.798314699602	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46112042683025	1.844481707321	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57870194577375	28.62961556619	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12277698891841667	1.473323867021	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8121505491908333	19.49161318058	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09394544018825	0.751563521506	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.727258091213125	11.63612945941	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056327217388025	0.4506177391042	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5525218609765	8.840349775624	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41623193070433334	3.746087376339	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.289919823026111	23.21855681447	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48113859689375	27.84910877515	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5425812483148125	8.681299973037	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6655083063524823	844.5300407613	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5300407613

MPI tasks

RSSmax

3.7Gb

RSStotal

56.7Gb

imbalance

5.4%

Number of parsed Variables

2734

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0035-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0035-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0035-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0035-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0056-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0056-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0056-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0056-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0056-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

-0.8099999999999987

Highest acceleration

-0.371 (ref:0.742s => test:0.371s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-50.00% (ref:0.742s => test:0.371s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+21.55% (ref:0.515s => test:0.626s)

Highest relative slow-down - routine

SLCOMM2A:SLCOMM2A_INT

Highest slow-down

0.111 (ref:0.515s => test:0.626s)

Highest slow-down - routine

SLCOMM2A:SLCOMM2A_INT

Relative diff in Elapse time

-3.32%

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	-1.358E-02	0.21464659067562222	0.21760139923653332	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	-1.114E-04	0.838444535799	0.8385379716606667	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	9.144E-03	0.314701795185	0.31185030324708335	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	8.318E-04	0.37334827527166664	0.3730379885178125	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	5.994E-03	1.1093593537844	1.1027490167412	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	-2.465E-02	0.2694974792362	0.2763097031374	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	1.350E-03	0.08409790260405556	0.08398448995077777	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	3.691E-04	0.5729663241830556	0.5727549130280556	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	-8.302E-03	0.35897826516454545	0.36198343931295457	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-8.974E-04	0.68165366308	0.6822659498629545	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	5.448E-04	0.39587501043016	0.39565944784212	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-1.804E-03	0.3117578414108	0.3123211774288	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	2.390E-06	1.6268710163573914	1.6268671279360871	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	1.523E-05	0.3425108928802174	0.3425056764654348	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	1.736E-02	0.05508591270419231	0.05414577571680769	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	4.572E-04	0.35108793028480767	0.3509274696051923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	1.159E-03	0.18390422783909524	0.18369135421869048	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	1.422E-04	0.21900859098553124	0.21897744213765624	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	-1.098E-03	0.2298601108574	0.2301128354406	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	4.308E-02	0.346834537815	0.332509561472	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	-1.476E-03	0.4033109706760625	0.403907099050375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	5.224E-03	0.3454310464160769	0.3436358949613077	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	-4.647E-05	4.668638048726923	4.6688550238	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-2.995E-04	0.22154491529783335	0.221611285529	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	-1.405E-03	3.5512322218591668	3.556227261240833	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	-1.524E-03	0.21782662689185	0.21815919318145	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	2.570E-03	0.45981593269024995	0.458637379337	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	-1.301E-02	0.054883999560425	0.055607693153625	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	-3.271E-03	2.33925305734375	2.34693033852875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	9.024E-03	0.4000028784213	0.396425393708	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	-2.757E-05	2.876055075054	2.87613437387	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	2.733E-03	1.369030550113	1.365298958681	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	5.040E-03	1.22068128800275	1.214559966294	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	4.519E-04	1.838465899645	1.8376354192225	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	-2.358E-04	0.299894668725125	0.2999653973028125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	-2.104E-03	0.46112042683025	0.4620925817915	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	2.060E-07	3.57870194577375	3.57870120843375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	-1.472E-04	0.12277698891841667	0.12279506252575	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	-1.798E-04	0.8121505491908333	0.8122965821	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	5.052E-03	0.09394544018825	0.0934732306616375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	3.046E-04	0.727258091213125	0.727036606398125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	-2.804E-03	0.056327217388025	0.056485594823275	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	-7.753E-04	0.5525218609765	0.552950561557	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	-3.852E-04	0.41623193070433334	0.41639232396044445	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	-1.403E-04	1.289919823026111	1.2901008268405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	-2.076E-05	3.48113859689375	3.48121085457125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-1.356E-04	0.5425812483148125	0.5426548586230625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	-3.821E-05	0.6655083063524823	0.6655337391743105	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+4.31%

Maximum differences

jo :
- diff : 0.34061119506000104
- reldiff : 0.04308139675618406
jo/n :
- diff : 0.014324976343000007
- reldiff : 0.04308139675618406
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

+0.18%

mainMetrics

Relative RSStotal diff

Identical

False

New variables

LBL89EXP :
- F

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/glintonm/abort/dump_000464_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000464_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000464_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000464_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000464_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0035-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0035-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0035-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0035-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0035-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-09-12T13:26:13

Elapse time

24.41

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000464_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.520, Max=24.410, Avg=23.998, StDev=0.267
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.72% 2.321 2.163 2.490 0.091 13.13% 12438 : RRTM_RTRN1A_140GP_MCICA
6.67% 1.593 1.455 1.721 0.068 15.46% 12438 : RADLSWR:CLOUD_GENERATOR
5.89% 1.407 1.352 1.538 0.042 12.09% 12438 : RADLSWR:CLOUD_OPTICS
5.55% 1.326 1.273 1.424 0.044 10.60% 12438 : SRTM_SPCVRT_MCICA
5.67% 1.355 1.348 1.360 0.004 0.88% 16 : VARBC_SETUP:LOAD_TABLE
2.92% 0.696 0.099 1.144 0.261 91.35% 208 : SLCOMM:SLCOMM_INT
2.81% 0.670 0.497 0.824 0.155 39.68% 16 : INIFGER
2.66% 0.634 0.381 0.742 0.137 48.65% 14640 : ODBMP:ODBMP_IGLOBAL
2.51% 0.600 0.513 0.703 0.053 27.03% 24876 : MCICA_CLD_GEN
2.50% 0.597 0.549 0.697 0.033 21.23% 2786112 : SRTM_REFTRA
1.82% 0.435 0.325 0.674 0.078 51.78% 24876 : MCICA_CLD_GENERATOR
2.56% 0.610 0.565 0.663 0.028 14.78% 12438 : SRTM_SRTM_224GP_MCICA
1.23% 0.293 0.009 0.662 0.282 98.64% 208 : SLCOMM2A
0.47% 0.112 0.073 0.515 0.108 85.83% 208 : SLCOMM2A:SLCOMM2A_INT
2.06% 0.491 0.485 0.499 0.004 2.81% 16 : VARBC_RAD:CONFIG
0.89% 0.213 0.003 0.459 0.146 99.35% 16 : SU_MCICA
1.68% 0.400 0.377 0.440 0.014 14.32% 2073 : ECOCLIMAP2_LAI
0.84% 0.200 0.064 0.421 0.081 84.80% 208 : CPG_DRV
1.61% 0.385 0.016 0.414 0.098 96.14% 16 : JO_TABLE_MOD:GATHER
1.61% 0.384 0.353 0.412 0.015 14.32% 12438 : RRTM_ECRT_140GP_MCICA
1.58% 0.377 0.114 0.409 0.071 72.13% 64 : ATLAS_BCAST
1.55% 0.370 0.335 0.407 0.021 17.69% 12438 : RRTM_GASABS1A_140GP
1.18% 0.282 0.261 0.326 0.017 19.94% 2786112 : SRTM_VRTQDR
0.31% 0.075 0.019 0.313 0.116 93.93% 36778 : odb1_dbase-setup_column_meta
1.09% 0.261 0.163 0.310 0.034 47.42% 368 : TRLTOG
1.23% 0.293 0.279 0.308 0.009 9.42% 26949 : APLPAR
1.16% 0.277 0.264 0.292 0.010 9.59% 3264 : ODB_linkview_static
0.52% 0.124 0.000 0.292 0.145 100.00% 176 : odb1_dbase-select:sufger_robody_1
1.00% 0.238 0.229 0.256 0.008 10.55% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.91% 0.217 0.191 0.233 0.015 18.03% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.47% 0.112 0.019 0.217 0.076 91.24% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.43% 0.102 0.005 0.214 0.101 97.66% 19967 : GRIB_API:IGRIB_GET_INT
0.61% 0.145 0.141 0.152 0.003 7.24% 26949 : CONVECT_TRIGGER_SHAL
0.60% 0.144 0.144 0.145 0.000 0.69% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.57% 0.137 0.130 0.141 0.002 7.80% 296439 : LAITRI
0.55% 0.131 0.126 0.136 0.003 7.35% 11938 : GRIB_API:IGRIB_SET_CHAR
0.36% 0.086 0.073 0.107 0.009 31.78% 1120 : TRGTOL
0.27% 0.065 0.037 0.094 0.016 60.64% 26949 : CONVECT_CLOSURE_SHAL
0.35% 0.085 0.082 0.087 0.002 5.75% 270508 : VERINT_DGEMM_1
0.34% 0.080 0.080 0.081 0.001 1.23% 1107952 : APPEND_NUM
0.32% 0.077 0.074 0.081 0.002 8.64% 16 : MASTER
0.27% 0.065 0.059 0.077 0.005 23.38% 2073 : IO_BUFF_CLEAN
0.29% 0.068 0.064 0.073 0.003 12.33% 26949 : MF_PHYS_INIT
0.27% 0.065 0.052 0.072 0.005 27.78% 107908 : LASCAW
0.26% 0.063 0.061 0.067 0.002 8.96% 586659 : READ_SURFX1_ARO
78.16% 18.662 0.000 2.490

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	0.21760139923653332	9.792062965644	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8385379716606667	75.46841744946	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.31185030324708335	14.96881455586	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3730379885178125	35.81164689771	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1027490167412	27.56872541853	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2763097031374	13.81548515687	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08398448995077777	1.511720819114	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5727549130280556	20.61917686901	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36198343931295457	15.92727132977	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.6822659498629545	60.03940358794	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39565944784212	9.891486196053	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3123211774288	15.61605887144	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268671279360871	37.41794394253	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3425056764654348	15.75526111741	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05414577571680769	1.407790168637	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3509274696051923	18.24822841947	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18369135421869048	7.715036877185	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21897744213765624	7.007278148405	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2301128354406	11.50564177203	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.332509561472	5.320152983552	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.403907099050375	6.462513584806	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3436358949613077	4.467266634497	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.6688550238	121.3902306188	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.221611285529	1.329667713174	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.556227261240833	42.67472713489	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21815919318145	4.363183863629	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.458637379337	18.34549517348	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.055607693153625	0.2224307726145	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34693033852875	18.77544270823	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.396425393708	3.96425393708	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.87613437387	28.7613437387	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.365298958681	27.30597917362	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.214559966294	4.858239865176	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8376354192225	14.70108335378	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2999653973028125	4.799446356845	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4620925817915	1.848370327166	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57870120843375	28.62960966747	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12279506252575	1.473540750309	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8122965821	19.4951179704	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0934732306616375	0.7477858452931	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.727036606398125	11.63258570237	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056485594823275	0.4518847585862	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.552950561557	8.847208984912	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41639232396044445	3.747530915644	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2901008268405556	23.22181488313	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48121085457125	27.84968683657	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5426548586230625	8.682477737969	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6655337391743105	844.5623150122	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.5%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0316-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0316-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0035-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0035-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0035-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0035-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0035-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

1.5100000000000016

Highest acceleration

-0.165 (ref:0.68s => test:0.515s)

Highest acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative acceleration

-24.26% (ref:0.68s => test:0.515s)

Highest relative acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative slow-down

+127.61% (ref:0.326s => test:0.742s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.416 (ref:0.326s => test:0.742s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+6.59%

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	1.619E-01	0.21760139923653332	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	9.690E-03	0.8385379716606667	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	-4.348E-02	0.31185030324708335	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	-9.170E-03	0.3730379885178125	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	-8.788E-03	1.1027490167412	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	2.085E-02	0.2763097031374	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	5.997E-03	0.08398448995077777	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	-4.284E-03	0.5727549130280556	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	9.309E-03	0.36198343931295457	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-3.653E-02	0.6822659498629545	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	1.175E-02	0.39565944784212	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-5.847E-03	0.3123211774288	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	-8.103E-04	1.6268671279360871	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	-8.021E-03	0.3425056764654348	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	-1.572E-02	0.05414577571680769	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	-1.741E-02	0.3509274696051923	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	1.328E-02	0.18369135421869048	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	2.119E-03	0.21897744213765624	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	5.556E-02	0.2301128354406	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	1.888E-01	0.332509561472	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	3.490E-02	0.403907099050375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	3.584E-03	0.3436358949613077	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	2.076E-03	4.6688550238	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-1.117E-02	0.221611285529	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.714E-03	3.556227261240833	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	2.192E-02	0.21815919318145	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	3.331E-03	0.458637379337	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	2.334E-02	0.055607693153625	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	-2.617E-03	2.34693033852875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	3.260E-02	0.396425393708	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	-2.299E-02	2.87613437387	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	2.781E-02	1.365298958681	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-4.826E-03	1.214559966294	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	5.500E-04	1.8376354192225	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	1.849E-02	0.2999653973028125	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.691E-03	0.4620925817915	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.744E-03	3.57870120843375	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	4.278E-03	0.12279506252575	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	2.881E-03	0.8122965821	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	1.834E-02	0.0934732306616375	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	1.672E-03	0.727036606398125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	-8.192E-03	0.056485594823275	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	-3.676E-03	0.552950561557	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.617E-02	0.41639232396044445	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	5.360E-03	1.2901008268405556	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	1.518E-04	3.48121085457125	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-1.373E-04	0.5426548586230625	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	1.559E-03	0.6655337391743105	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+18.88%

Maximum differences

jo :
- diff : 2.2766068265399966
- reldiff : 0.18881270923913243
jo/n :
- diff : 0.06769327073600051
- reldiff : 0.18881270923913243
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-0.18%

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/glintonm/abort/dump_000394_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000394_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000394_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000394_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000394_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0030-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0030-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0030-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0030-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0030-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-07-08T16:27:59

Elapse time

23.41

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000394_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=22.930, Max=23.410, Avg=23.232, StDev=0.136
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
10.15% 2.346 2.100 2.487 0.096 15.56% 12438 : RRTM_RTRN1A_140GP_MCICA
6.94% 1.605 1.493 1.714 0.065 12.89% 12438 : RADLSWR:CLOUD_GENERATOR
6.16% 1.424 1.360 1.532 0.042 11.23% 12438 : RADLSWR:CLOUD_OPTICS
3.20% 0.739 0.051 1.328 0.338 96.16% 208 : SLCOMM:SLCOMM_INT
5.47% 1.264 1.253 1.274 0.005 1.65% 16 : VARBC_SETUP:LOAD_TABLE
4.72% 1.092 1.046 1.153 0.032 9.28% 12438 : SRTM_SPCVRT_MCICA
1.63% 0.378 0.009 0.865 0.384 98.96% 208 : SLCOMM2A
2.94% 0.679 0.501 0.836 0.157 40.07% 16 : INIFGER
0.54% 0.125 0.075 0.742 0.165 89.89% 208 : SLCOMM2A:SLCOMM2A_INT
2.58% 0.596 0.553 0.691 0.031 19.97% 2786112 : SRTM_REFTRA
2.63% 0.607 0.517 0.680 0.051 23.97% 24876 : MCICA_CLD_GEN
2.73% 0.630 0.605 0.657 0.018 7.91% 12438 : SRTM_SRTM_224GP_MCICA
1.91% 0.442 0.323 0.653 0.071 50.54% 24876 : MCICA_CLD_GENERATOR
2.12% 0.489 0.478 0.498 0.005 4.02% 16 : VARBC_RAD:CONFIG
0.85% 0.195 0.001 0.436 0.142 99.77% 16 : SU_MCICA
1.72% 0.398 0.379 0.423 0.014 10.40% 2073 : ECOCLIMAP2_LAI
1.70% 0.392 0.352 0.419 0.016 15.99% 12438 : RRTM_ECRT_140GP_MCICA
1.65% 0.381 0.016 0.411 0.097 96.11% 16 : JO_TABLE_MOD:GATHER
1.62% 0.373 0.341 0.404 0.020 15.59% 12438 : RRTM_GASABS1A_140GP
1.60% 0.369 0.115 0.400 0.069 71.25% 64 : ATLAS_BCAST
1.34% 0.309 0.146 0.357 0.050 59.10% 14640 : ODBMP:ODBMP_IGLOBAL
1.32% 0.304 0.260 0.348 0.026 25.29% 2786112 : SRTM_VRTQDR
1.15% 0.266 0.169 0.320 0.035 47.19% 368 : TRLTOG
1.30% 0.300 0.288 0.319 0.010 9.72% 26949 : APLPAR
0.71% 0.164 0.081 0.277 0.062 70.76% 208 : CPG_DRV
1.04% 0.239 0.229 0.252 0.007 9.13% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.96% 0.221 0.195 0.237 0.015 17.72% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.44% 0.103 0.006 0.216 0.101 97.22% 19967 : GRIB_API:IGRIB_GET_INT
0.49% 0.114 0.020 0.215 0.076 90.70% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.75% 0.173 0.169 0.178 0.003 5.06% 11938 : GRIB_API:IGRIB_SET_CHAR
0.64% 0.147 0.144 0.158 0.003 8.86% 26949 : CONVECT_TRIGGER_SHAL
0.60% 0.139 0.132 0.142 0.002 7.04% 296439 : LAITRI
0.54% 0.124 0.123 0.125 0.001 1.60% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.38% 0.088 0.079 0.102 0.006 22.55% 1120 : TRGTOL
0.37% 0.086 0.083 0.096 0.003 13.54% 270508 : VERINT_DGEMM_1
0.28% 0.065 0.037 0.091 0.016 59.34% 26949 : CONVECT_CLOSURE_SHAL
0.35% 0.080 0.078 0.082 0.001 4.88% 1107952 : APPEND_NUM
0.33% 0.077 0.074 0.081 0.002 8.64% 16 : MASTER
0.30% 0.068 0.063 0.076 0.003 17.11% 26949 : MF_PHYS_INIT
0.29% 0.067 0.053 0.073 0.005 27.40% 107908 : LASCAW
0.27% 0.064 0.058 0.069 0.003 15.94% 2073 : IO_BUFF_CLEAN
0.27% 0.063 0.061 0.067 0.002 8.96% 586659 : READ_SURFX1_ARO
0.27% 0.063 0.058 0.067 0.003 13.43% 26949 : CPG_COPY_PB1
77.23% 17.850 0.001 2.487

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	0.21760139923653332	9.792062965644	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8385379716606667	75.46841744946	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.31185030324708335	14.96881455586	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3730379885178125	35.81164689771	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1027490167412	27.56872541853	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2763097031374	13.81548515687	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08398448995077777	1.511720819114	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5727549130280556	20.61917686901	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36198343931295457	15.92727132977	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.6822659498629545	60.03940358794	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39565944784212	9.891486196053	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3123211774288	15.61605887144	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268671279360871	37.41794394253	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3425056764654348	15.75526111741	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05414577571680769	1.407790168637	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3509274696051923	18.24822841947	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18369135421869048	7.715036877185	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21897744213765624	7.007278148405	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2301128354406	11.50564177203	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.332509561472	5.320152983552	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.403907099050375	6.462513584806	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3436358949613077	4.467266634497	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.6688550238	121.3902306188	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.221611285529	1.329667713174	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.556227261240833	42.67472713489	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21815919318145	4.363183863629	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.458637379337	18.34549517348	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.055607693153625	0.2224307726145	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34693033852875	18.77544270823	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.396425393708	3.96425393708	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.87613437387	28.7613437387	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.365298958681	27.30597917362	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.214559966294	4.858239865176	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8376354192225	14.70108335378	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2999653973028125	4.799446356845	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4620925817915	1.848370327166	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57870120843375	28.62960966747	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12279506252575	1.473540750309	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8122965821	19.4951179704	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0934732306616375	0.7477858452931	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.727036606398125	11.63258570237	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056485594823275	0.4518847585862	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.552950561557	8.847208984912	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41639232396044445	3.747530915644	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2901008268405556	23.22181488313	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48121085457125	27.84968683657	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5426548586230625	8.682477737969	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6655337391743105	844.5623150122	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.3%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0027-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0027-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0030-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0030-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0030-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0030-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0030-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

-5.440000000000001

Highest acceleration

-2.243 (ref:2.6s => test:0.357s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-86.27% (ref:2.6s => test:0.357s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+6.75% (ref:0.326s => test:0.348s)

Highest relative slow-down - routine

SRTM_VRTQDR

Highest slow-down

0.022 (ref:0.326s => test:0.348s)

Highest slow-down - routine

SRTM_VRTQDR

Relative diff in Elapse time

-18.86%

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	0.21760139923653332	0.21760139923653332	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8385379716606667	0.8385379716606667	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.31185030324708335	0.31185030324708335	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.3730379885178125	0.3730379885178125	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1027490167412	1.1027490167412	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2763097031374	0.2763097031374	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08398448995077777	0.08398448995077777	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5727549130280556	0.5727549130280556	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.36198343931295457	0.36198343931295457	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.6822659498629545	0.6822659498629545	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39565944784212	0.39565944784212	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3123211774288	0.3123211774288	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6268671279360871	1.6268671279360871	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3425056764654348	0.3425056764654348	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05414577571680769	0.05414577571680769	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.3509274696051923	0.3509274696051923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18369135421869048	0.18369135421869048	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.21897744213765624	0.21897744213765624	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2301128354406	0.2301128354406	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.332509561472	0.332509561472	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.403907099050375	0.403907099050375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3436358949613077	0.3436358949613077	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.6688550238	4.6688550238	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.221611285529	0.221611285529	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.556227261240833	3.556227261240833	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21815919318145	0.21815919318145	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.458637379337	0.458637379337	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.055607693153625	0.055607693153625	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.34693033852875	2.34693033852875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.396425393708	0.396425393708	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.87613437387	2.87613437387	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.365298958681	1.365298958681	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.214559966294	1.214559966294	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.8376354192225	1.8376354192225	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2999653973028125	0.2999653973028125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.4620925817915	0.4620925817915	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.57870120843375	3.57870120843375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12279506252575	0.12279506252575	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8122965821	0.8122965821	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.0934732306616375	0.0934732306616375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.727036606398125	0.727036606398125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.056485594823275	0.056485594823275	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.552950561557	0.552950561557	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.41639232396044445	0.41639232396044445	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2901008268405556	1.2901008268405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48121085457125	3.48121085457125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5426548586230625	0.5426548586230625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6655337391743105	0.6655337391743105	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

0.00%

Relative RSSmax diff

0.00%

Relative RSStotal diff

0.00%

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/glintonm/abort/dump_000353_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000353_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000353_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000353_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000353_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0028-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0028-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0028-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0028-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0028-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-07-08T11:12:01

Elapse time

23.53

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000353_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.010, Max=23.530, Avg=23.268, StDev=0.140
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
10.17% 2.355 2.185 2.535 0.104 13.81% 12438 : RRTM_RTRN1A_140GP_MCICA
6.87% 1.590 1.464 1.731 0.088 15.42% 12438 : RADLSWR:CLOUD_GENERATOR
6.18% 1.431 1.377 1.539 0.039 10.53% 12438 : RADLSWR:CLOUD_OPTICS
3.24% 0.749 0.060 1.302 0.361 95.39% 208 : SLCOMM:SLCOMM_INT
5.29% 1.224 1.213 1.232 0.006 1.54% 16 : VARBC_SETUP:LOAD_TABLE
4.75% 1.099 1.052 1.163 0.034 9.54% 12438 : SRTM_SPCVRT_MCICA
1.72% 0.399 0.012 0.882 0.402 98.64% 208 : SLCOMM2A
2.94% 0.679 0.503 0.838 0.158 39.98% 16 : INIFGER
0.55% 0.128 0.078 0.812 0.182 90.39% 208 : SLCOMM2A:SLCOMM2A_INT
2.60% 0.602 0.511 0.689 0.057 25.83% 24876 : MCICA_CLD_GEN
2.57% 0.594 0.544 0.684 0.030 20.47% 2786112 : SRTM_REFTRA
2.69% 0.622 0.588 0.666 0.021 11.71% 12438 : SRTM_SRTM_224GP_MCICA
1.90% 0.439 0.328 0.663 0.073 50.53% 24876 : MCICA_CLD_GENERATOR
2.12% 0.492 0.485 0.500 0.005 3.00% 16 : VARBC_RAD:CONFIG
0.90% 0.208 0.001 0.434 0.142 99.77% 16 : SU_MCICA
1.72% 0.398 0.372 0.428 0.014 13.08% 2073 : ECOCLIMAP2_LAI
1.62% 0.374 0.344 0.418 0.020 17.70% 12438 : RRTM_GASABS1A_140GP
1.68% 0.389 0.372 0.404 0.011 7.92% 12438 : RRTM_ECRT_140GP_MCICA
1.61% 0.373 0.116 0.404 0.070 71.29% 64 : ATLAS_BCAST
1.61% 0.373 0.017 0.402 0.095 95.77% 16 : JO_TABLE_MOD:GATHER
0.99% 0.230 0.108 0.358 0.064 69.83% 208 : CPG_DRV
1.33% 0.308 0.162 0.350 0.046 53.71% 14640 : ODBMP:ODBMP_IGLOBAL
1.25% 0.290 0.247 0.327 0.023 24.46% 2786112 : SRTM_VRTQDR
1.29% 0.298 0.279 0.318 0.010 12.26% 26949 : APLPAR
1.16% 0.268 0.173 0.314 0.034 44.90% 368 : TRLTOG
1.03% 0.239 0.228 0.252 0.007 9.52% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.95% 0.220 0.194 0.236 0.015 17.80% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.49% 0.114 0.023 0.218 0.075 89.45% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.45% 0.104 0.007 0.217 0.101 96.77% 19967 : GRIB_API:IGRIB_GET_INT
0.65% 0.150 0.147 0.160 0.003 8.13% 26949 : CONVECT_TRIGGER_SHAL
0.59% 0.137 0.130 0.142 0.003 8.45% 296439 : LAITRI
0.58% 0.135 0.130 0.140 0.003 7.14% 11938 : GRIB_API:IGRIB_SET_CHAR
0.54% 0.126 0.125 0.127 0.000 1.57% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.38% 0.089 0.078 0.102 0.007 23.53% 1120 : TRGTOL
0.28% 0.065 0.036 0.094 0.017 61.70% 26949 : CONVECT_CLOSURE_SHAL
0.37% 0.086 0.083 0.090 0.001 7.78% 270508 : VERINT_DGEMM_1
0.35% 0.081 0.079 0.083 0.001 4.82% 1107952 : APPEND_NUM
0.33% 0.077 0.072 0.080 0.002 10.00% 16 : MASTER
0.28% 0.065 0.058 0.075 0.005 22.67% 2073 : IO_BUFF_CLEAN
0.30% 0.069 0.062 0.074 0.003 16.22% 26949 : MF_PHYS_INIT
0.27% 0.063 0.057 0.072 0.004 20.83% 26949 : CPG_COPY_PB1
0.28% 0.066 0.054 0.071 0.004 23.94% 107908 : LASCAW
0.27% 0.063 0.061 0.068 0.002 10.29% 586659 : READ_SURFX1_ARO
77.15% 17.858 0.001 2.535

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	0.21760139923653332	9.792062965644	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8385379716606667	75.46841744946	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.31185030324708335	14.96881455586	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3730379885178125	35.81164689771	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1027490167412	27.56872541853	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2763097031374	13.81548515687	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08398448995077777	1.511720819114	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5727549130280556	20.61917686901	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36198343931295457	15.92727132977	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.6822659498629545	60.03940358794	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39565944784212	9.891486196053	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3123211774288	15.61605887144	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268671279360871	37.41794394253	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3425056764654348	15.75526111741	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05414577571680769	1.407790168637	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3509274696051923	18.24822841947	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18369135421869048	7.715036877185	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21897744213765624	7.007278148405	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2301128354406	11.50564177203	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.332509561472	5.320152983552	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.403907099050375	6.462513584806	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3436358949613077	4.467266634497	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.6688550238	121.3902306188	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.221611285529	1.329667713174	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.556227261240833	42.67472713489	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21815919318145	4.363183863629	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.458637379337	18.34549517348	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.055607693153625	0.2224307726145	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34693033852875	18.77544270823	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.396425393708	3.96425393708	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.87613437387	28.7613437387	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.365298958681	27.30597917362	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.214559966294	4.858239865176	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8376354192225	14.70108335378	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2999653973028125	4.799446356845	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4620925817915	1.848370327166	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57870120843375	28.62960966747	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12279506252575	1.473540750309	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8122965821	19.4951179704	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0934732306616375	0.7477858452931	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.727036606398125	11.63258570237	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056485594823275	0.4518847585862	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.552950561557	8.847208984912	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41639232396044445	3.747530915644	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2901008268405556	23.22181488313	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48121085457125	27.84968683657	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5426548586230625	8.682477737969	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6655337391743105	844.5623150122	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.2%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0027-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0027-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0028-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0028-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0028-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0028-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0028-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

-5.32

Highest acceleration

-2.250 (ref:2.6s => test:0.35s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-86.54% (ref:2.6s => test:0.35s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+16.61% (ref:0.307s => test:0.358s)

Highest relative slow-down - routine

CPG_DRV

Highest slow-down

0.070 (ref:0.742s => test:0.812s)

Highest slow-down - routine

SLCOMM2A:SLCOMM2A_INT

Relative diff in Elapse time

-18.44%

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	0.21760139923653332	0.21760139923653332	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8385379716606667	0.8385379716606667	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.31185030324708335	0.31185030324708335	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.3730379885178125	0.3730379885178125	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1027490167412	1.1027490167412	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2763097031374	0.2763097031374	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08398448995077777	0.08398448995077777	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5727549130280556	0.5727549130280556	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.36198343931295457	0.36198343931295457	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.6822659498629545	0.6822659498629545	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39565944784212	0.39565944784212	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3123211774288	0.3123211774288	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6268671279360871	1.6268671279360871	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3425056764654348	0.3425056764654348	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05414577571680769	0.05414577571680769	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.3509274696051923	0.3509274696051923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18369135421869048	0.18369135421869048	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.21897744213765624	0.21897744213765624	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2301128354406	0.2301128354406	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.332509561472	0.332509561472	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.403907099050375	0.403907099050375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3436358949613077	0.3436358949613077	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.6688550238	4.6688550238	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.221611285529	0.221611285529	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.556227261240833	3.556227261240833	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21815919318145	0.21815919318145	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.458637379337	0.458637379337	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.055607693153625	0.055607693153625	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.34693033852875	2.34693033852875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.396425393708	0.396425393708	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.87613437387	2.87613437387	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.365298958681	1.365298958681	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.214559966294	1.214559966294	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.8376354192225	1.8376354192225	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2999653973028125	0.2999653973028125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.4620925817915	0.4620925817915	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.57870120843375	3.57870120843375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12279506252575	0.12279506252575	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8122965821	0.8122965821	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.0934732306616375	0.0934732306616375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.727036606398125	0.727036606398125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.056485594823275	0.056485594823275	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.552950561557	0.552950561557	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.41639232396044445	0.41639232396044445	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2901008268405556	1.2901008268405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48121085457125	3.48121085457125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5426548586230625	0.5426548586230625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6655337391743105	0.6655337391743105	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.10%

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/glintonm/abort/dump_000335_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000335_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000335_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000335_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000335_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0027-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0027-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-07-08T09:07:14

Elapse time

28.85

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000335_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=28.410, Max=28.850, Avg=28.665, StDev=0.145
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
8.47% 2.417 0.271 2.600 0.573 89.58% 14640 : ODBMP:ODBMP_IGLOBAL
8.24% 2.351 2.176 2.523 0.105 13.75% 12438 : RRTM_RTRN1A_140GP_MCICA
0.54% 0.155 0.007 2.226 0.553 99.69% 55 : cma_open_
5.83% 1.664 0.037 1.930 0.563 98.08% 80 : DIST_GRID
1.06% 0.303 0.045 1.921 0.561 97.66% 1762 : FADGRA_MT
5.66% 1.615 1.506 1.726 0.059 12.75% 12438 : RADLSWR:CLOUD_GENERATOR
5.01% 1.429 1.377 1.533 0.037 10.18% 12438 : RADLSWR:CLOUD_OPTICS
5.06% 1.446 1.439 1.456 0.005 1.17% 16 : VARBC_SETUP:LOAD_TABLE
2.58% 0.736 0.060 1.351 0.335 95.56% 208 : SLCOMM:SLCOMM_INT
3.87% 1.105 1.041 1.172 0.036 11.18% 12438 : SRTM_SPCVRT_MCICA
1.32% 0.378 0.012 0.887 0.376 98.65% 208 : SLCOMM2A
2.42% 0.690 0.518 0.846 0.155 38.77% 16 : INIFGER
0.44% 0.126 0.073 0.742 0.164 90.16% 208 : SLCOMM2A:SLCOMM2A_INT
2.08% 0.594 0.564 0.689 0.029 18.14% 2786112 : SRTM_REFTRA
2.15% 0.614 0.525 0.686 0.046 23.47% 24876 : MCICA_CLD_GEN
1.55% 0.442 0.334 0.658 0.072 49.24% 24876 : MCICA_CLD_GENERATOR
2.20% 0.627 0.599 0.656 0.016 8.69% 12438 : SRTM_SRTM_224GP_MCICA
1.22% 0.347 0.019 0.560 0.213 96.61% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.66% 0.189 0.141 0.498 0.120 71.69% 11938 : GRIB_API:IGRIB_SET_CHAR
1.71% 0.488 0.480 0.495 0.004 3.03% 16 : VARBC_RAD:CONFIG
1.46% 0.416 0.171 0.474 0.070 63.92% 368 : TRLTOG
1.60% 0.457 0.457 0.458 0.000 0.22% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.71% 0.202 0.001 0.436 0.137 99.77% 16 : SU_MCICA
1.40% 0.400 0.379 0.428 0.012 11.45% 2073 : ECOCLIMAP2_LAI
1.36% 0.388 0.017 0.417 0.099 95.92% 16 : JO_TABLE_MOD:GATHER
1.38% 0.395 0.382 0.415 0.009 7.95% 12438 : RRTM_ECRT_140GP_MCICA
1.32% 0.377 0.341 0.411 0.019 17.03% 12438 : RRTM_GASABS1A_140GP
1.30% 0.373 0.114 0.403 0.070 71.71% 64 : ATLAS_BCAST
0.23% 0.065 0.016 0.365 0.117 95.62% 64 : GATH_GRID
1.04% 0.296 0.252 0.326 0.022 22.70% 2786112 : SRTM_VRTQDR
1.04% 0.297 0.284 0.312 0.010 8.97% 26949 : APLPAR
0.65% 0.185 0.098 0.307 0.062 68.08% 208 : CPG_DRV
0.93% 0.265 0.264 0.266 0.001 0.75% 32 : READ_COVERS_PARAM
0.84% 0.239 0.231 0.251 0.006 7.97% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.77% 0.221 0.195 0.238 0.016 18.07% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.35% 0.099 0.003 0.211 0.100 98.58% 19967 : GRIB_API:IGRIB_GET_INT
0.52% 0.150 0.146 0.159 0.003 8.18% 26949 : CONVECT_TRIGGER_SHAL
0.48% 0.137 0.130 0.141 0.003 7.80% 296439 : LAITRI
0.31% 0.088 0.079 0.108 0.009 26.85% 1120 : TRGTOL
0.23% 0.065 0.036 0.093 0.016 61.29% 26949 : CONVECT_CLOSURE_SHAL
0.30% 0.086 0.082 0.090 0.002 8.89% 270508 : VERINT_DGEMM_1
0.28% 0.080 0.078 0.081 0.001 3.70% 1107952 : APPEND_NUM
0.27% 0.077 0.074 0.081 0.002 8.64% 16 : MASTER
0.24% 0.067 0.057 0.075 0.005 24.00% 2073 : IO_BUFF_CLEAN
0.24% 0.068 0.063 0.073 0.003 13.70% 26949 : MF_PHYS_INIT
0.22% 0.064 0.061 0.071 0.003 14.08% 586659 : READ_SURFX1_ARO
0.23% 0.066 0.055 0.070 0.004 21.43% 107908 : LASCAW
81.75% 23.338 0.001 2.600

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	0.21760139923653332	9.792062965644	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8385379716606667	75.46841744946	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.31185030324708335	14.96881455586	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3730379885178125	35.81164689771	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1027490167412	27.56872541853	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2763097031374	13.81548515687	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08398448995077777	1.511720819114	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5727549130280556	20.61917686901	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36198343931295457	15.92727132977	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.6822659498629545	60.03940358794	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39565944784212	9.891486196053	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3123211774288	15.61605887144	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268671279360871	37.41794394253	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3425056764654348	15.75526111741	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05414577571680769	1.407790168637	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3509274696051923	18.24822841947	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18369135421869048	7.715036877185	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21897744213765624	7.007278148405	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2301128354406	11.50564177203	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.332509561472	5.320152983552	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.403907099050375	6.462513584806	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3436358949613077	4.467266634497	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.6688550238	121.3902306188	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.221611285529	1.329667713174	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.556227261240833	42.67472713489	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21815919318145	4.363183863629	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.458637379337	18.34549517348	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.055607693153625	0.2224307726145	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34693033852875	18.77544270823	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.396425393708	3.96425393708	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.87613437387	28.7613437387	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.365298958681	27.30597917362	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.214559966294	4.858239865176	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8376354192225	14.70108335378	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2999653973028125	4.799446356845	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4620925817915	1.848370327166	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57870120843375	28.62960966747	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12279506252575	1.473540750309	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8122965821	19.4951179704	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0934732306616375	0.7477858452931	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.727036606398125	11.63258570237	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056485594823275	0.4518847585862	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.552950561557	8.847208984912	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41639232396044445	3.747530915644	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2901008268405556	23.22181488313	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48121085457125	27.84968683657	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5426548586230625	8.682477737969	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6655337391743105	844.5623150122	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.3%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0019-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0019-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0019-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0019-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0027-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0027-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0027-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

3.900000000000002

Highest acceleration

-0.112 (ref:1.568s => test:1.456s)

Highest acceleration - routine

VARBC_SETUP:LOAD_TABLE

Highest relative acceleration

-7.14% (ref:1.568s => test:1.456s)

Highest relative acceleration - routine

VARBC_SETUP:LOAD_TABLE

Highest relative slow-down

+761.43% (ref:0.223s => test:1.921s)

Highest relative slow-down - routine

FADGRA_MT

Highest slow-down

2.011 (ref:0.589s => test:2.6s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+15.63%

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	0.21760139923653332	0.21760139923653332	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8385379716606667	0.8385379716606667	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.31185030324708335	0.31185030324708335	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.3730379885178125	0.3730379885178125	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1027490167412	1.1027490167412	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2763097031374	0.2763097031374	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08398448995077777	0.08398448995077777	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5727549130280556	0.5727549130280556	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.36198343931295457	0.36198343931295457	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.6822659498629545	0.6822659498629545	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39565944784212	0.39565944784212	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3123211774288	0.3123211774288	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6268671279360871	1.6268671279360871	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3425056764654348	0.3425056764654348	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05414577571680769	0.05414577571680769	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.3509274696051923	0.3509274696051923	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18369135421869048	0.18369135421869048	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.21897744213765624	0.21897744213765624	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2301128354406	0.2301128354406	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.332509561472	0.332509561472	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.403907099050375	0.403907099050375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3436358949613077	0.3436358949613077	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.6688550238	4.6688550238	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.221611285529	0.221611285529	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.556227261240833	3.556227261240833	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21815919318145	0.21815919318145	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.458637379337	0.458637379337	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.055607693153625	0.055607693153625	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.34693033852875	2.34693033852875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.396425393708	0.396425393708	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.87613437387	2.87613437387	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.365298958681	1.365298958681	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.214559966294	1.214559966294	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.8376354192225	1.8376354192225	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2999653973028125	0.2999653973028125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.4620925817915	0.4620925817915	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.57870120843375	3.57870120843375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12279506252575	0.12279506252575	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8122965821	0.8122965821	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.0934732306616375	0.0934732306616375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.727036606398125	0.727036606398125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.056485594823275	0.056485594823275	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.552950561557	0.552950561557	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.41639232396044445	0.41639232396044445	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2901008268405556	1.2901008268405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.48121085457125	3.48121085457125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5426548586230625	0.5426548586230625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6655337391743105	0.6655337391743105	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.20%

Relative RSSmax diff

0.00%

Relative RSStotal diff

0.00%

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/glintonm/abort/dump_000249_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000249_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000249_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000249_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000249_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0019-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0019-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0019-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0019-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0019-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-06-26T15:29:29

Elapse time

24.95

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000249_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=24.130, Max=24.950, Avg=24.566, StDev=0.217
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.54% 2.332 2.207 2.564 0.095 13.92% 12438 : RRTM_RTRN1A_140GP_MCICA
6.54% 1.598 1.508 1.709 0.063 11.76% 12438 : RADLSWR:CLOUD_GENERATOR
6.34% 1.551 1.539 1.568 0.008 1.85% 16 : VARBC_SETUP:LOAD_TABLE
5.84% 1.428 1.382 1.545 0.038 10.55% 12438 : RADLSWR:CLOUD_OPTICS
2.93% 0.716 0.055 1.278 0.312 95.70% 208 : SLCOMM:SLCOMM_INT
4.57% 1.118 1.068 1.173 0.034 8.95% 12438 : SRTM_SPCVRT_MCICA
2.76% 0.674 0.497 0.831 0.158 40.19% 16 : INIFGER
2.47% 0.604 0.524 0.702 0.048 25.36% 24876 : MCICA_CLD_GEN
2.44% 0.596 0.548 0.694 0.032 21.04% 2786112 : SRTM_REFTRA
1.35% 0.330 0.009 0.692 0.325 98.70% 208 : SLCOMM2A
2.56% 0.627 0.584 0.677 0.030 13.74% 12438 : SRTM_SRTM_224GP_MCICA
1.77% 0.434 0.317 0.661 0.074 52.04% 24876 : MCICA_CLD_GENERATOR
0.49% 0.120 0.077 0.649 0.141 88.14% 208 : SLCOMM2A:SLCOMM2A_INT
2.16% 0.529 0.337 0.589 0.069 42.78% 14640 : ODBMP:ODBMP_IGLOBAL
1.99% 0.487 0.470 0.498 0.007 5.62% 16 : VARBC_RAD:CONFIG
1.70% 0.416 0.174 0.471 0.069 63.06% 368 : TRLTOG
0.82% 0.200 0.001 0.434 0.138 99.77% 16 : SU_MCICA
1.65% 0.404 0.381 0.428 0.012 10.98% 2073 : ECOCLIMAP2_LAI
1.60% 0.391 0.371 0.422 0.015 12.09% 12438 : RRTM_ECRT_140GP_MCICA
1.52% 0.371 0.344 0.409 0.018 15.89% 12438 : RRTM_GASABS1A_140GP
1.53% 0.373 0.115 0.402 0.070 71.39% 64 : ATLAS_BCAST
1.52% 0.370 0.017 0.399 0.094 95.74% 16 : JO_TABLE_MOD:GATHER
1.22% 0.299 0.267 0.330 0.021 19.09% 2786112 : SRTM_VRTQDR
1.22% 0.297 0.285 0.312 0.009 8.65% 26949 : APLPAR
0.67% 0.163 0.089 0.267 0.066 66.67% 208 : CPG_DRV
0.98% 0.239 0.233 0.253 0.006 7.91% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
1.02% 0.250 0.250 0.251 0.001 0.40% 16 : YOMGHGTIMESERIES:READ_GHG_TIMESERIES
0.90% 0.220 0.193 0.236 0.016 18.22% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.83% 0.202 0.038 0.236 0.058 83.90% 80 : DIST_GRID
0.28% 0.068 0.046 0.223 0.054 79.37% 1762 : FADGRA_MT
0.47% 0.114 0.017 0.220 0.077 92.27% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.41% 0.099 0.003 0.210 0.100 98.57% 19967 : GRIB_API:IGRIB_GET_INT
0.62% 0.151 0.146 0.160 0.004 8.75% 26949 : CONVECT_TRIGGER_SHAL
0.62% 0.152 0.147 0.158 0.003 6.96% 11938 : GRIB_API:IGRIB_SET_CHAR
0.56% 0.137 0.130 0.141 0.002 7.80% 296439 : LAITRI
0.52% 0.128 0.127 0.128 0.000 0.78% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.47% 0.115 0.115 0.116 0.000 0.86% 16 : SUECOZC
0.36% 0.089 0.080 0.099 0.006 19.19% 1120 : TRGTOL
0.27% 0.065 0.037 0.095 0.016 61.05% 26949 : CONVECT_CLOSURE_SHAL
0.35% 0.086 0.082 0.091 0.002 9.89% 270508 : VERINT_DGEMM_1
0.33% 0.080 0.079 0.082 0.001 3.66% 1107952 : APPEND_NUM
0.31% 0.076 0.074 0.079 0.002 6.33% 16 : MASTER
0.28% 0.068 0.061 0.074 0.003 17.57% 26949 : MF_PHYS_INIT
0.30% 0.072 0.072 0.073 0.001 1.37% 672 : ODBMP:ODBMP_DEXCHANGE2
0.26% 0.064 0.057 0.071 0.004 19.72% 2073 : IO_BUFF_CLEAN
0.27% 0.066 0.055 0.069 0.004 20.29% 107908 : LASCAW
77.60% 18.966 0.001 2.564

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	0.21760139923653332	9.792062965644	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8385379716606667	75.46841744946	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.31185030324708335	14.96881455586	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3730379885178125	35.81164689771	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1027490167412	27.56872541853	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2763097031374	13.81548515687	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08398448995077777	1.511720819114	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5727549130280556	20.61917686901	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36198343931295457	15.92727132977	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.6822659498629545	60.03940358794	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39565944784212	9.891486196053	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3123211774288	15.61605887144	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6268671279360871	37.41794394253	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3425056764654348	15.75526111741	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05414577571680769	1.407790168637	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3509274696051923	18.24822841947	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18369135421869048	7.715036877185	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21897744213765624	7.007278148405	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2301128354406	11.50564177203	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.332509561472	5.320152983552	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.403907099050375	6.462513584806	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3436358949613077	4.467266634497	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.6688550238	121.3902306188	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.221611285529	1.329667713174	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.556227261240833	42.67472713489	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21815919318145	4.363183863629	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.458637379337	18.34549517348	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.055607693153625	0.2224307726145	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34693033852875	18.77544270823	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.396425393708	3.96425393708	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.87613437387	28.7613437387	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.365298958681	27.30597917362	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.214559966294	4.858239865176	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8376354192225	14.70108335378	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2999653973028125	4.799446356845	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4620925817915	1.848370327166	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57870120843375	28.62960966747	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12279506252575	1.473540750309	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8122965821	19.4951179704	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0934732306616375	0.7477858452931	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.727036606398125	11.63258570237	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.056485594823275	0.4518847585862	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.552950561557	8.847208984912	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.41639232396044445	3.747530915644	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2901008268405556	23.22181488313	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.48121085457125	27.84968683657	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5426548586230625	8.682477737969	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6655337391743105	844.5623150122	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.5623150122

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.5%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0016-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0016-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0016-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0016-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0019-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0019-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0019-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0019-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0019-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

1.0999999999999979

Highest acceleration

-0.079 (ref:0.728s => test:0.649s)

Highest acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative acceleration

-10.85% (ref:0.728s => test:0.649s)

Highest relative acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative slow-down

+45.82% (ref:0.323s => test:0.471s)

Highest relative slow-down - routine

TRLTOG

Highest slow-down

0.324 (ref:1.244s => test:1.568s)

Highest slow-down - routine

VARBC_SETUP:LOAD_TABLE

Relative diff in Elapse time

+4.61%

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	3.009E-02	0.21760139923653332	0.21124443040691113	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	-8.560E-04	0.8385379716606667	0.8392563347794444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	-1.021E-02	0.31185030324708335	0.3150675059014583	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	1.580E-03	0.3730379885178125	0.37244934001031255	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	-1.011E-02	1.1027490167412	1.1140074112332001	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	2.525E-02	0.2763097031374	0.2695051934492	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	-3.915E-04	0.08398448995077777	0.08401738100405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	-3.785E-04	0.5727549130280556	0.5729717909430555	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	7.328E-03	0.36198343931295457	0.35935011749	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	6.609E-03	0.6822659498629545	0.6777863559523863	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	1.486E-02	0.39565944784212	0.38986532518244	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	1.674E-02	0.3123211774288	0.3071801580606	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	2.276E-05	1.6268671279360871	1.626830104588261	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	-2.385E-03	0.3425056764654348	0.3433244164578261	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	2.750E-02	0.05414577571680769	0.05269667902665384	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	7.224E-03	0.3509274696051923	0.3484104513903846	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	4.371E-04	0.18369135421869048	0.18361109671090475	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	-1.877E-03	0.21897744213765624	0.21938929988965625	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	-1.121E-02	0.2301128354406	0.23272233748600002	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	8.409E-03	0.332509561472	0.3297369475400625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	-4.274E-03	0.403907099050375	0.4056407494454375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	-2.933E-03	0.3436358949613077	0.3446468964595385	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	-4.661E-05	4.6688550238	4.669072639357692	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	6.572E-03	0.221611285529	0.22016429222566666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	7.092E-03	3.556227261240833	3.531184058205	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	-8.466E-03	0.21815919318145	0.22002198614780002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	-5.407E-04	0.458637379337	0.45888551812275	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	-1.549E-02	0.055607693153625	0.056482797518975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.077E-03	2.34693033852875	2.34206528679875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	6.451E-03	0.396425393708	0.3938842702695	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	-1.872E-02	2.87613437387	2.931005007024	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	2.908E-03	1.365298958681	1.361340461002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-1.958E-03	1.214559966294	1.21694263221625	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	8.159E-03	1.8376354192225	1.822763515415	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	-2.632E-03	0.2999653973028125	0.3007571325959375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	8.419E-05	0.4620925817915	0.46205368023125	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.646E-04	3.57870120843375	3.57739702416	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	5.072E-03	0.12279506252575	0.12217535076516667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	1.469E-04	0.8122965821	0.8121773014916666	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	-4.202E-04	0.0934732306616375	0.0935125270499125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	-2.110E-03	0.727036606398125	0.72857391531125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	-3.562E-03	0.056485594823275	0.0566875168679125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	-1.478E-03	0.552950561557	0.55376925646525	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	-1.090E-03	0.41639232396044445	0.4168465606688889	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	5.583E-04	1.2901008268405556	1.2893809497144444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	-3.032E-04	3.48121085457125	3.4822665788375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	2.044E-04	0.5426548586230625	0.542543955168125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	1.228E-03	0.6655337391743105	0.6647171637766746	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+3.01%

Maximum differences

jo :
- diff : 0.54870633154
- reldiff : 0.030092953539068712
jo/n :
- diff : 0.05487063315400009
- reldiff : 0.03009295353906864
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-0.18%

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/glintonm/abort/dump_000229_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000229_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000229_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000229_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000229_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0016-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0016-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0016-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0016-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0016-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-06-26T13:25:11

Elapse time

23.85

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000229_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.380, Max=23.850, Avg=23.660, StDev=0.145
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
10.07% 2.369 2.240 2.508 0.068 10.69% 12438 : RRTM_RTRN1A_140GP_MCICA
6.78% 1.596 1.477 1.718 0.075 14.03% 12438 : RADLSWR:CLOUD_GENERATOR
6.07% 1.429 1.396 1.519 0.033 8.10% 12438 : RADLSWR:CLOUD_OPTICS
5.22% 1.228 1.217 1.244 0.007 2.17% 16 : VARBC_SETUP:LOAD_TABLE
3.02% 0.711 0.043 1.218 0.331 96.47% 208 : SLCOMM:SLCOMM_INT
4.73% 1.113 1.049 1.148 0.027 8.62% 12438 : SRTM_SPCVRT_MCICA
2.88% 0.677 0.501 0.837 0.157 40.14% 16 : INIFGER
1.49% 0.351 0.008 0.765 0.360 98.95% 208 : SLCOMM2A
0.53% 0.125 0.074 0.728 0.161 89.84% 208 : SLCOMM2A:SLCOMM2A_INT
2.54% 0.597 0.560 0.689 0.029 18.72% 2786112 : SRTM_REFTRA
2.55% 0.599 0.505 0.683 0.057 26.06% 24876 : MCICA_CLD_GEN
1.84% 0.433 0.317 0.653 0.073 51.45% 24876 : MCICA_CLD_GENERATOR
2.65% 0.624 0.586 0.644 0.014 9.01% 12438 : SRTM_SRTM_224GP_MCICA
1.92% 0.452 0.262 0.502 0.064 47.81% 14640 : ODBMP:ODBMP_IGLOBAL
2.07% 0.487 0.473 0.498 0.006 5.02% 16 : VARBC_RAD:CONFIG
0.85% 0.200 0.001 0.465 0.142 99.78% 16 : SU_MCICA
1.68% 0.396 0.382 0.435 0.013 12.18% 12438 : RRTM_ECRT_140GP_MCICA
1.70% 0.399 0.371 0.422 0.012 12.09% 2073 : ECOCLIMAP2_LAI
1.65% 0.389 0.017 0.419 0.099 95.94% 16 : JO_TABLE_MOD:GATHER
1.78% 0.418 0.418 0.418 0.000 0.00% 16 : AMV_READ_OBERROR
1.61% 0.379 0.350 0.412 0.015 15.05% 12438 : RRTM_GASABS1A_140GP
1.59% 0.374 0.115 0.405 0.070 71.60% 64 : ATLAS_BCAST
1.27% 0.298 0.265 0.329 0.021 19.45% 2786112 : SRTM_VRTQDR
1.16% 0.274 0.169 0.323 0.036 47.68% 368 : TRLTOG
1.26% 0.297 0.282 0.318 0.010 11.32% 26949 : APLPAR
0.79% 0.186 0.086 0.264 0.062 67.42% 208 : CPG_DRV
1.02% 0.239 0.228 0.252 0.006 9.52% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.94% 0.221 0.195 0.237 0.015 17.72% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.48% 0.114 0.018 0.219 0.076 91.78% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.45% 0.105 0.007 0.217 0.102 96.77% 19967 : GRIB_API:IGRIB_GET_INT
0.63% 0.149 0.144 0.159 0.003 9.43% 26949 : CONVECT_TRIGGER_SHAL
0.58% 0.136 0.128 0.140 0.003 8.57% 296439 : LAITRI
0.55% 0.131 0.126 0.136 0.003 7.35% 11938 : GRIB_API:IGRIB_SET_CHAR
0.49% 0.115 0.114 0.115 0.000 0.87% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.37% 0.086 0.079 0.100 0.007 21.00% 1120 : TRGTOL
0.28% 0.066 0.035 0.096 0.016 63.54% 26949 : CONVECT_CLOSURE_SHAL
0.36% 0.085 0.082 0.089 0.002 7.87% 270508 : VERINT_DGEMM_1
0.34% 0.080 0.077 0.083 0.001 7.23% 1107952 : APPEND_NUM
0.33% 0.077 0.074 0.080 0.002 7.50% 16 : MASTER
0.29% 0.067 0.060 0.079 0.007 24.05% 2073 : IO_BUFF_CLEAN
0.29% 0.068 0.064 0.072 0.002 11.11% 26949 : MF_PHYS_INIT
0.28% 0.066 0.055 0.072 0.004 23.61% 107908 : LASCAW
77.36% 18.207 0.001 2.508

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	0.21124443040691113	9.505999368311	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8392563347794444	75.53307013015	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.3150675059014583	15.12324028327	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37244934001031255	35.75513664099	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1140074112332001	27.85018528083	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2695051934492	13.47525967246	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08401738100405556	1.512312858073	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5729717909430555	20.62698447395	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35935011749	15.81140516956	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.6777863559523863	59.64519932381	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38986532518244	9.746633129561	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3071801580606	15.35900790303	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.626830104588261	37.41709240553	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3433244164578261	15.79292315706	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05269667902665384	1.370113654693	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3484104513903846	18.1173434723	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18361109671090475	7.711666061858	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21938929988965625	7.020457596469	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.23272233748600002	11.6361168743	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3297369475400625	5.275791160641	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.4056407494454375	6.490251991127	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3446468964595385	4.480409653974	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.669072639357692	121.3958886233	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22016429222566666	1.320985753354	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.531184058205	42.37420869846	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.22002198614780002	4.400439722956	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45888551812275	18.35542072491	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.056482797518975	0.2259311900759	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34206528679875	18.73652229439	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3938842702695	3.938842702695	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.931005007024	29.31005007024	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.361340461002	27.22680922004	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.21694263221625	4.867770528865	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.822763515415	14.58210812332	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.3007571325959375	4.812114121535	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46205368023125	1.848214720925	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57739702416	28.61917619328	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12217535076516667	1.466104209182	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8121773014916666	19.4922552358	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0935125270499125	0.7481002163993	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.72857391531125	11.65718264498	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0566875168679125	0.4535001349433	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.55376925646525	8.860308103444	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4168465606688889	3.75161904602	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2893809497144444	23.20885709486	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.4822665788375	27.8581326307	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.542543955168125	8.68070328269	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6647171637766746	843.5260808326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.5260808326

MPI tasks

RSSmax

3.7Gb

RSStotal

56.7Gb

imbalance

5.3%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0013-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0013-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0013-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0013-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0016-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0016-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0016-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0016-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0016-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

0.3000000000000007

Highest acceleration

-0.174 (ref:1.322s => test:1.148s)

Highest acceleration - routine

SRTM_SPCVRT_MCICA

Highest relative acceleration

-29.97% (ref:0.377s => test:0.264s)

Highest relative acceleration - routine

CPG_DRV

Highest relative slow-down

+22.44% (ref:0.41s => test:0.502s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.110 (ref:0.618s => test:0.728s)

Highest slow-down - routine

SLCOMM2A:SLCOMM2A_INT

Relative diff in Elapse time

+1.27%

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	0.21124443040691113	0.21124443040691113	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8392563347794444	0.8392563347794444	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.3150675059014583	0.3150675059014583	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37244934001031255	0.37244934001031255	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1140074112332001	1.1140074112332001	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2695051934492	0.2695051934492	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08401738100405556	0.08401738100405556	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5729717909430555	0.5729717909430555	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35935011749	0.35935011749	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.6777863559523863	0.6777863559523863	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.38986532518244	0.38986532518244	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3071801580606	0.3071801580606	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.626830104588261	1.626830104588261	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3433244164578261	0.3433244164578261	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.05269667902665384	0.05269667902665384	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.3484104513903846	0.3484104513903846	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18361109671090475	0.18361109671090475	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.21938929988965625	0.21938929988965625	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.23272233748600002	0.23272233748600002	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.3297369475400625	0.3297369475400625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.4056407494454375	0.4056407494454375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3446468964595385	0.3446468964595385	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.669072639357692	4.669072639357692	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22016429222566666	0.22016429222566666	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.531184058205	3.531184058205	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.22002198614780002	0.22002198614780002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.45888551812275	0.45888551812275	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.056482797518975	0.056482797518975	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.34206528679875	2.34206528679875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.3938842702695	0.3938842702695	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.931005007024	2.931005007024	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.361340461002	1.361340461002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.21694263221625	1.21694263221625	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.822763515415	1.822763515415	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.3007571325959375	0.3007571325959375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.46205368023125	0.46205368023125	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.57739702416	3.57739702416	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12217535076516667	0.12217535076516667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8121773014916666	0.8121773014916666	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.0935125270499125	0.0935125270499125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.72857391531125	0.72857391531125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0566875168679125	0.0566875168679125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.55376925646525	0.55376925646525	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4168465606688889	0.4168465606688889	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2893809497144444	1.2893809497144444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.4822665788375	3.4822665788375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.542543955168125	0.542543955168125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6647171637766746	0.6647171637766746	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.10%

Relative RSSmax diff

0.00%

Relative RSStotal diff

+0.18%

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/glintonm/abort/dump_000187_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000187_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000187_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000187_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/glintonm/spool/spool_000187_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0013-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0013-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0013-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0013-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0013-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-06-25T16:54:56

Elapse time

23.55

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000187_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.130, Max=23.550, Avg=23.380, StDev=0.128
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.87% 2.296 2.133 2.433 0.087 12.33% 12438 : RRTM_RTRN1A_140GP_MCICA
6.82% 1.585 1.477 1.679 0.071 12.03% 12438 : RADLSWR:CLOUD_GENERATOR
6.05% 1.408 1.353 1.505 0.040 10.10% 12438 : RADLSWR:CLOUD_OPTICS
5.47% 1.272 1.232 1.322 0.028 6.81% 12438 : SRTM_SPCVRT_MCICA
5.54% 1.289 1.278 1.298 0.005 1.54% 16 : VARBC_SETUP:LOAD_TABLE
3.03% 0.704 0.072 1.173 0.299 93.86% 208 : SLCOMM:SLCOMM_INT
2.90% 0.674 0.495 0.831 0.159 40.43% 16 : INIFGER
2.56% 0.596 0.564 0.685 0.029 17.66% 2786112 : SRTM_REFTRA
1.32% 0.306 0.013 0.673 0.299 98.07% 208 : SLCOMM2A
2.64% 0.614 0.589 0.671 0.023 12.22% 12438 : SRTM_SRTM_224GP_MCICA
2.59% 0.603 0.516 0.669 0.053 22.87% 24876 : MCICA_CLD_GEN
1.89% 0.439 0.321 0.666 0.075 51.80% 24876 : MCICA_CLD_GENERATOR
0.50% 0.117 0.074 0.618 0.134 88.03% 208 : SLCOMM2A:SLCOMM2A_INT
2.11% 0.490 0.481 0.495 0.004 2.83% 16 : VARBC_RAD:CONFIG
0.93% 0.217 0.003 0.466 0.144 99.36% 16 : SU_MCICA
1.72% 0.400 0.376 0.434 0.014 13.36% 2073 : ECOCLIMAP2_LAI
1.64% 0.382 0.363 0.421 0.017 13.78% 12438 : RRTM_ECRT_140GP_MCICA
1.67% 0.387 0.017 0.417 0.099 95.92% 16 : JO_TABLE_MOD:GATHER
1.58% 0.368 0.172 0.410 0.056 58.05% 14640 : ODBMP:ODBMP_IGLOBAL
1.58% 0.368 0.338 0.407 0.022 16.95% 12438 : RRTM_GASABS1A_140GP
1.60% 0.372 0.114 0.403 0.070 71.71% 64 : ATLAS_BCAST
0.84% 0.195 0.104 0.377 0.068 72.41% 208 : CPG_DRV
1.27% 0.296 0.278 0.322 0.011 13.66% 26949 : APLPAR
1.27% 0.295 0.263 0.317 0.014 17.03% 2786112 : SRTM_VRTQDR
1.13% 0.262 0.174 0.308 0.033 43.51% 368 : TRLTOG
1.03% 0.239 0.229 0.248 0.006 7.66% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.95% 0.220 0.193 0.239 0.017 19.25% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.51% 0.118 0.022 0.227 0.079 90.31% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.43% 0.100 0.003 0.213 0.101 98.59% 19967 : GRIB_API:IGRIB_GET_INT
0.62% 0.145 0.140 0.155 0.004 9.68% 26949 : CONVECT_TRIGGER_SHAL
0.60% 0.140 0.136 0.146 0.003 6.85% 11938 : GRIB_API:IGRIB_SET_CHAR
0.59% 0.137 0.129 0.141 0.003 8.51% 296439 : LAITRI
0.60% 0.138 0.138 0.139 0.001 0.72% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.46% 0.107 0.001 0.122 0.029 99.18% 16 : SUMPINI
0.37% 0.085 0.076 0.095 0.005 20.00% 1120 : TRGTOL
0.28% 0.065 0.035 0.095 0.017 63.16% 26949 : CONVECT_CLOSURE_SHAL
0.37% 0.086 0.083 0.088 0.002 5.68% 270508 : VERINT_DGEMM_1
0.35% 0.080 0.079 0.082 0.001 3.66% 1107952 : APPEND_NUM
0.33% 0.077 0.074 0.081 0.002 8.64% 16 : MASTER
0.29% 0.069 0.060 0.078 0.004 23.08% 2073 : IO_BUFF_CLEAN
0.29% 0.068 0.064 0.075 0.003 14.67% 26949 : MF_PHYS_INIT
0.29% 0.067 0.054 0.072 0.004 25.00% 107908 : LASCAW
0.28% 0.064 0.062 0.069 0.002 10.14% 586659 : READ_SURFX1_ARO
77.14% 17.939 0.001 2.433

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	0.21124443040691113	9.505999368311	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8392563347794444	75.53307013015	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.3150675059014583	15.12324028327	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37244934001031255	35.75513664099	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1140074112332001	27.85018528083	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2695051934492	13.47525967246	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08401738100405556	1.512312858073	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5729717909430555	20.62698447395	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35935011749	15.81140516956	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.6777863559523863	59.64519932381	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38986532518244	9.746633129561	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3071801580606	15.35900790303	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.626830104588261	37.41709240553	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3433244164578261	15.79292315706	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05269667902665384	1.370113654693	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3484104513903846	18.1173434723	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18361109671090475	7.711666061858	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21938929988965625	7.020457596469	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.23272233748600002	11.6361168743	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3297369475400625	5.275791160641	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.4056407494454375	6.490251991127	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3446468964595385	4.480409653974	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.669072639357692	121.3958886233	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22016429222566666	1.320985753354	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.531184058205	42.37420869846	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.22002198614780002	4.400439722956	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45888551812275	18.35542072491	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.056482797518975	0.2259311900759	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34206528679875	18.73652229439	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3938842702695	3.938842702695	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.931005007024	29.31005007024	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.361340461002	27.22680922004	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.21694263221625	4.867770528865	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.822763515415	14.58210812332	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.3007571325959375	4.812114121535	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46205368023125	1.848214720925	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57739702416	28.61917619328	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12217535076516667	1.466104209182	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8121773014916666	19.4922552358	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0935125270499125	0.7481002163993	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.72857391531125	11.65718264498	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0566875168679125	0.4535001349433	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.55376925646525	8.860308103444	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4168465606688889	3.75161904602	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2893809497144444	23.20885709486	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.4822665788375	27.8581326307	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.542543955168125	8.68070328269	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6647171637766746	843.5260808326	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.5260808326

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.4%

Number of parsed Variables

2733

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0316-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0316-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0013-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0013-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0013-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0013-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0013-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

0.6500000000000021

Highest acceleration

-0.062 (ref:0.68s => test:0.618s)

Highest acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative acceleration

-9.12% (ref:0.68s => test:0.618s)

Highest relative acceleration - routine

SLCOMM2A:SLCOMM2A_INT

Highest relative slow-down

+42.80% (ref:0.264s => test:0.377s)

Highest relative slow-down - routine

CPG_DRV

Highest slow-down

0.136 (ref:1.186s => test:1.322s)

Highest slow-down - routine

SRTM_SPCVRT_MCICA

Relative diff in Elapse time

+2.84%

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	1.280E-01	0.21124443040691113	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	1.055E-02	0.8392563347794444	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	-3.362E-02	0.3150675059014583	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	-1.073E-02	0.37244934001031255	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.331E-03	1.1140074112332001	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	-4.291E-03	0.2695051934492	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	6.391E-03	0.08401738100405556	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	-3.907E-03	0.5729717909430555	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	1.967E-03	0.35935011749	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-4.286E-02	0.6777863559523863	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	-3.069E-03	0.38986532518244	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-2.221E-02	0.3071801580606	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	-8.331E-04	1.626830104588261	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	-5.650E-03	0.3433244164578261	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	-4.206E-02	0.05269667902665384	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	-2.446E-02	0.3484104513903846	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	1.284E-02	0.18361109671090475	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	4.004E-03	0.21938929988965625	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	6.753E-02	0.23272233748600002	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	1.789E-01	0.3297369475400625	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	3.934E-02	0.4056407494454375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	6.536E-03	0.3446468964595385	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	2.123E-03	4.669072639357692	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-1.762E-02	0.22016429222566666	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	-3.354E-03	3.531184058205	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	3.065E-02	0.22002198614780002	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	3.873E-03	0.45888551812275	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	3.944E-02	0.056482797518975	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	-4.684E-03	2.34206528679875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	2.598E-02	0.3938842702695	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	-4.356E-03	2.931005007024	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	2.483E-02	1.361340461002	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-2.873E-03	1.21694263221625	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	-7.547E-03	1.822763515415	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	2.118E-02	0.3007571325959375	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	6.606E-03	0.46205368023125	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.378E-03	3.57739702416	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	-7.908E-04	0.12217535076516667	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	2.734E-03	0.8121773014916666	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	1.877E-02	0.0935125270499125	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	3.790E-03	0.72857391531125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	-4.646E-03	0.0566875168679125	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	-2.201E-03	0.55376925646525	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.728E-02	0.4168465606688889	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	4.799E-03	1.2893809497144444	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	4.551E-04	3.4822665788375	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-3.417E-04	0.542543955168125	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	3.303E-04	0.6647171637766746	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+17.89%

Maximum differences

jo :
- diff : 2.67081109067
- reldiff : 0.17889985540867695
jo/n :
- diff : 0.05003808590456249
- reldiff : 0.17889985540867695
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-0.18%

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/glintonm/abort/dump_000118_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/glintonm/abort/dump_000118_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/glintonm/depot/mstep_000118_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/glintonm/spool/spool_000118_BS4Darpegeobstype

rundir

/scratch/mtool/glintonm/spool/spool_000118_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/glintonm/cache/promise/davai/elp/dv-0007-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0007-belenos@glintonm/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/glintonm/cache/vortex/davai/elp/dv-0007-belenos@glintonm/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0007-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

glintonm@hendrix.meteo.fr:~glintonm/vortex/davai/elp/dv-0007-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-06-13T13:38:15

Elapse time

23.25

General info

Name of the executable : /scratch/mtool/glintonm/spool/spool_000118_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=22.900, Max=23.250, Avg=23.074, StDev=0.102
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
10.02% 2.301 2.167 2.486 0.093 12.83% 12438 : RRTM_RTRN1A_140GP_MCICA
6.98% 1.604 1.472 1.722 0.072 14.52% 12438 : RADLSWR:CLOUD_GENERATOR
6.80% 1.563 1.555 1.568 0.004 0.83% 16 : VARBC_SETUP:LOAD_TABLE
6.29% 1.444 1.394 1.548 0.035 9.95% 12438 : RADLSWR:CLOUD_OPTICS
5.64% 1.296 1.237 1.344 0.034 7.96% 12438 : SRTM_SPCVRT_MCICA
2.91% 0.667 0.086 1.229 0.313 93.00% 208 : SLCOMM:SLCOMM_INT
2.95% 0.677 0.512 0.825 0.147 37.94% 16 : INIFGER
1.53% 0.351 0.015 0.754 0.338 98.01% 208 : SLCOMM2A
2.58% 0.592 0.499 0.689 0.055 27.58% 24876 : MCICA_CLD_GEN
1.94% 0.445 0.325 0.679 0.077 52.14% 24876 : MCICA_CLD_GENERATOR
2.57% 0.589 0.545 0.677 0.029 19.50% 2786112 : SRTM_REFTRA
0.53% 0.123 0.070 0.668 0.146 89.52% 208 : SLCOMM2A:SLCOMM2A_INT
2.69% 0.619 0.582 0.665 0.026 12.48% 12438 : SRTM_SRTM_224GP_MCICA
1.74% 0.399 0.362 0.436 0.018 16.97% 2073 : ECOCLIMAP2_LAI
1.69% 0.389 0.363 0.434 0.017 16.36% 12438 : RRTM_ECRT_140GP_MCICA
1.62% 0.373 0.116 0.403 0.070 71.22% 64 : ATLAS_BCAST
1.59% 0.365 0.335 0.402 0.020 16.67% 12438 : RRTM_GASABS1A_140GP
1.43% 0.328 0.168 0.401 0.057 58.10% 368 : TRLTOG
1.57% 0.361 0.014 0.388 0.093 96.39% 16 : JO_TABLE:GATHER
1.59% 0.366 0.362 0.372 0.003 2.69% 16 : VarBC_rad:config
1.35% 0.310 0.179 0.356 0.047 49.72% 14080 : ODBMP:ODBMP_IGLOBAL
1.27% 0.292 0.021 0.318 0.072 93.40% 80 : DIST_GRID
1.26% 0.289 0.254 0.315 0.017 19.37% 2786112 : SRTM_VRTQDR
0.81% 0.186 0.069 0.279 0.057 75.27% 208 : CPG_DRV
1.09% 0.251 0.237 0.270 0.010 12.22% 26949 : APLPAR
0.59% 0.136 0.019 0.260 0.091 92.69% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.51% 0.116 0.003 0.247 0.072 98.79% 16 : SU_MCICA
1.02% 0.234 0.224 0.244 0.006 8.20% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.95% 0.218 0.192 0.234 0.015 17.95% 3954 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.42% 0.096 0.003 0.204 0.098 98.53% 18667 : GRIB_API:IGRIB_GET_INT
0.77% 0.177 0.171 0.183 0.003 6.56% 12258 : GRIB_API:IGRIB_SET_CHAR
0.31% 0.070 0.063 0.171 0.027 63.16% 101 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.60% 0.139 0.135 0.147 0.003 8.16% 26949 : CONVECT_TRIGGER_SHAL
0.59% 0.135 0.126 0.142 0.003 11.27% 296439 : LAITRI
0.34% 0.077 0.044 0.111 0.021 60.36% 21874 : CONVECT_CLOSURE_SHAL
0.38% 0.087 0.075 0.105 0.009 28.57% 704 : TRGTOL
0.35% 0.079 0.001 0.099 0.024 98.99% 844 : GRIB_API:IGRIB_NEW_FROM_MESSAGE
0.36% 0.083 0.080 0.086 0.002 6.98% 270508 : VERINT_DGEMM_1
0.34% 0.077 0.074 0.081 0.002 8.64% 16 : MASTER
0.32% 0.074 0.070 0.079 0.003 11.39% 26949 : CPG
0.30% 0.069 0.062 0.078 0.004 20.51% 2073 : IO_BUFF_CLEAN
0.30% 0.069 0.000 0.075 0.018 100.00% 16 : GRIB_HANDLES_MOD:READ_GRIB_SAMPLES
0.28% 0.064 0.055 0.073 0.004 24.66% 26949 : INITAPLPAR
79.15% 18.180 0.000 2.486

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	0.21170675119611113	9.526803803825	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8312993924602221	74.81694532142	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32657476167791666	15.67558856054	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3790858670228125	36.39224323419	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.110648782466	27.76621956165	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706503997504	13.53251998752	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08391028612694446	1.510385150285	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5706175118030555	20.54223042491	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3703025622793181	16.29331274029	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7025270625326137	61.82238150287	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39306037386528	9.826509346632	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3218788779654	16.09394389827	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6293358132030435	37.47472370367	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3420985508626087	15.73653333968	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05480678322857692	1.424976363943	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35112616414019227	18.25856053529	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18297321571392858	7.684875059985	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.216327288215875	6.922473222908	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2255393888674	11.27696944337	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.323554223473875	5.176867575582	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3965614722566875	6.344983556107	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3416268765503846	4.441149395155	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.680932034746154	121.7042329034	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22503003657	1.35018021942	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5530502191266664	42.63660262952	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.22053610409445001	4.410722081889	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.46410017283474997	18.56400691339	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.057208643291275	0.2288345731651	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34568089912	18.76544719296	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.4009164685679	4.009164685679	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.896591909738	28.96591909738	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3595097412350001	27.1901948247	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.21328953548825	4.853158141953	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.84041834603875	14.72334676831	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.3014294678060625	4.822871484897	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46165452778025	1.846618111121	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57476729102	28.59813832816	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12254096924275	1.470491630913	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8124741858454166	19.49938046029	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.095313537874825	0.7625083029986	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.712787895438125	11.40460632701	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.058544686760875	0.468357494087	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5510026307914375	8.816042092663	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.367145418518	3.304308766662	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.4257583434022223	25.66365018124	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.47358657896625	27.78869263173	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.550394740855875	8.806315853694	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6692593589100079	849.2901264568	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 849.2901264568

MPI tasks

RSSmax

3.4Gb

RSStotal

52.6Gb

imbalance

5.9%

Number of parsed Variables

2575

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_022155_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_022155_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_022155_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_022155_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_022155_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0338-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-04-02T14:08:28

Elapse time

23.54

General info

Name of the executable : /scratch/mtool/mary/spool/spool_022155_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=22.970, Max=23.540, Avg=23.281, StDev=0.173
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
10.13% 2.345 2.216 2.549 0.094 13.06% 12438 : RRTM_RTRN1A_140GP_MCICA
6.92% 1.603 1.456 1.743 0.075 16.47% 12438 : RADLSWR:CLOUD_GENERATOR
6.13% 1.420 1.376 1.496 0.030 8.02% 12438 : RADLSWR:CLOUD_OPTICS
3.14% 0.728 0.058 1.342 0.335 95.68% 208 : SLCOMM:SLCOMM_INT
5.45% 1.262 1.250 1.279 0.007 2.27% 16 : VARBC_SETUP:LOAD_TABLE
4.88% 1.130 1.091 1.189 0.026 8.24% 12438 : SRTM_SPCVRT_MCICA
2.92% 0.677 0.501 0.835 0.157 40.00% 16 : INIFGER
2.59% 0.599 0.508 0.708 0.059 28.25% 24876 : MCICA_CLD_GEN
2.56% 0.592 0.551 0.689 0.030 20.03% 2786112 : SRTM_REFTRA
1.37% 0.318 0.006 0.689 0.311 99.13% 208 : SLCOMM2A
1.87% 0.432 0.315 0.673 0.076 53.19% 24876 : MCICA_CLD_GENERATOR
2.70% 0.626 0.600 0.648 0.015 7.41% 12438 : SRTM_SRTM_224GP_MCICA
0.50% 0.116 0.075 0.616 0.133 87.82% 208 : SLCOMM2A:SLCOMM2A_INT
2.10% 0.487 0.469 0.497 0.007 5.63% 16 : VARBC_RAD:CONFIG
1.00% 0.232 0.001 0.460 0.141 99.78% 16 : SU_MCICA
1.72% 0.399 0.377 0.450 0.017 16.22% 2073 : ECOCLIMAP2_LAI
1.59% 0.368 0.334 0.433 0.026 22.86% 12438 : RRTM_GASABS1A_140GP
1.66% 0.384 0.357 0.429 0.017 16.78% 12438 : RRTM_ECRT_140GP_MCICA
1.62% 0.375 0.223 0.422 0.048 47.16% 14640 : ODBMP:ODBMP_IGLOBAL
1.69% 0.391 0.017 0.421 0.100 95.96% 16 : JO_TABLE_MOD:GATHER
1.62% 0.375 0.115 0.406 0.070 71.67% 64 : ATLAS_BCAST
0.78% 0.180 0.067 0.331 0.081 79.76% 208 : CPG_DRV
1.27% 0.294 0.250 0.325 0.022 23.08% 2786112 : SRTM_VRTQDR
1.20% 0.279 0.168 0.325 0.037 48.31% 368 : TRLTOG
1.30% 0.301 0.287 0.321 0.009 10.59% 26949 : APLPAR
1.03% 0.240 0.230 0.249 0.006 7.63% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.95% 0.220 0.192 0.237 0.016 18.99% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.50% 0.115 0.018 0.221 0.078 91.86% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.45% 0.103 0.006 0.216 0.101 97.22% 19967 : GRIB_API:IGRIB_GET_INT
0.64% 0.149 0.146 0.158 0.003 7.59% 26949 : CONVECT_TRIGGER_SHAL
0.62% 0.143 0.138 0.149 0.002 7.38% 296439 : LAITRI_SCALAR
0.60% 0.139 0.133 0.144 0.004 7.64% 11938 : GRIB_API:IGRIB_SET_CHAR
0.52% 0.121 0.120 0.122 0.000 1.64% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.38% 0.088 0.077 0.109 0.008 29.36% 1120 : TRGTOL
0.27% 0.063 0.034 0.088 0.015 61.36% 26949 : CONVECT_CLOSURE_SHAL
0.31% 0.072 0.045 0.086 0.010 47.67% 80 : DIST_GRID
0.35% 0.081 0.079 0.082 0.001 3.66% 1107952 : APPEND_NUM
0.33% 0.076 0.072 0.079 0.002 8.86% 16 : MASTER
0.30% 0.069 0.062 0.078 0.004 20.51% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.30% 0.069 0.065 0.074 0.003 12.16% 26949 : MF_PHYS_INIT
0.28% 0.065 0.059 0.073 0.004 19.18% 2073 : IO_BUFF_CLEAN
0.28% 0.065 0.055 0.069 0.004 20.29% 107908 : LASCAW
0.27% 0.063 0.061 0.068 0.002 10.29% 586659 : READ_SURFX1_ARO
0.27% 0.063 0.060 0.067 0.002 10.45% 216610 : VERINT_DGEMM_1
77.36% 17.919 0.001 2.549

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	0.18727756284195557	8.427490327888	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8304907820021111	74.74417038019	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32602699717208333	15.64929586426	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37649049075322916	36.14308711231	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1125261513804	27.81315378451	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706665707352	13.53332853676	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348384356311112	1.502709184136	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5752189655386111	20.70788275939	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35864478142863637	15.78037038286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7081364819827273	62.31601041448	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39106537714128004	9.776634428532	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3141580670246	15.70790335123	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281865163973912	37.44828987714	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452752361526087	15.88266086302	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055010315650153845	1.430268206904	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35714499929942306	18.57153996357	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18128376458464285	7.613918112555	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2185143689451875	6.992459806246	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180016661564	10.90008330782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2796988616355	4.475181786168	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3902851320579375	6.244562112927	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3424087796436154	4.451314135367	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.659180959103846	121.1387049367	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22411401513166665	1.34468409079	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5430669347508332	42.51680321701	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21347870152995002	4.269574030599	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45711490616925	18.28459624677	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0543396239261	0.2173584957044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3530872456875	18.8246979655	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.383911535722	3.83911535722	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9438276446060003	29.43827644606	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3283575552305	26.56715110461	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22044939502375	4.881797580095	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.836625205815	14.69300164652	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2945190286354375	4.712304458167	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45902134191475	1.836085367659	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572472513335	28.57978010668	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12227204109291667	1.467264493115	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8099628941133333	19.43910945872	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091789548634075	0.7343163890726	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.725823310833125	11.61317297333	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0569521384897875	0.4556171079183	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5549909598841875	8.879855358147	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4097651581762222	3.687886423586	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2832223826394444	23.09800288751	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.480682434825	27.8454594786	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427293797435625	8.683670075897	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6644976685211978	843.2475413534	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534

MPI tasks

RSSmax

3.7Gb

RSStotal

57.3Gb

imbalance

5.2%

Number of parsed Variables

2733

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-0335-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0335-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0335-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0335-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0338-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0338-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0338-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

0.00999999999999801

Highest acceleration

-0.204 (ref:0.893s => test:0.689s)

Highest acceleration - routine

SLCOMM2A

Highest relative acceleration

-22.84% (ref:0.893s => test:0.689s)

Highest relative acceleration - routine

SLCOMM2A

Highest relative slow-down

+8.52% (ref:0.399s => test:0.433s)

Highest relative slow-down - routine

RRTM_GASABS1A_140GP

Highest slow-down

0.057 (ref:1.285s => test:1.342s)

Highest slow-down - routine

SLCOMM:SLCOMM_INT

Relative diff in Elapse time

+0.04%

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	0.18727756284195557	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8304907820021111	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.32602699717208333	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37649049075322916	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1125261513804	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2706665707352	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08348384356311112	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5752189655386111	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35864478142863637	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7081364819827273	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39106537714128004	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3141580670246	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281865163973912	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3452752361526087	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.055010315650153845	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.35714499929942306	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18128376458464285	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.2185143689451875	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2180016661564	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2796988616355	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.3902851320579375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3424087796436154	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.659180959103846	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22411401513166665	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.5430669347508332	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21347870152995002	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.45711490616925	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0543396239261	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.3530872456875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.383911535722	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.9438276446060003	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.3283575552305	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.22044939502375	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.836625205815	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2945190286354375	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45902134191475	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.572472513335	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12227204109291667	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8099628941133333	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.091789548634075	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.725823310833125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0569521384897875	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.5549909598841875	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4097651581762222	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2832223826394444	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.480682434825	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5427293797435625	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6644976685211978	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.10%

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_022094_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_022094_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_022094_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_022094_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_022094_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0335-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0335-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0335-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0335-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0335-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-03-21T11:18:01

Elapse time

23.53

General info

Name of the executable : /scratch/mtool/mary/spool/spool_022094_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.160, Max=23.530, Avg=23.380, StDev=0.119
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
10.03% 2.331 2.135 2.527 0.089 15.51% 12438 : RRTM_RTRN1A_140GP_MCICA
6.83% 1.589 1.462 1.727 0.079 15.34% 12438 : RADLSWR:CLOUD_GENERATOR
6.09% 1.416 1.366 1.522 0.040 10.25% 12438 : RADLSWR:CLOUD_OPTICS
3.16% 0.736 0.053 1.285 0.361 95.88% 208 : SLCOMM:SLCOMM_INT
5.22% 1.214 1.206 1.222 0.005 1.31% 16 : VARBC_SETUP:LOAD_TABLE
4.93% 1.147 1.092 1.189 0.028 8.16% 12438 : SRTM_SPCVRT_MCICA
1.66% 0.385 0.010 0.893 0.388 98.88% 208 : SLCOMM2A
2.91% 0.677 0.506 0.837 0.157 39.55% 16 : INIFGER
0.53% 0.124 0.077 0.733 0.162 89.50% 208 : SLCOMM2A:SLCOMM2A_INT
2.55% 0.594 0.557 0.686 0.030 18.80% 2786112 : SRTM_REFTRA
2.55% 0.593 0.497 0.681 0.054 27.02% 24876 : MCICA_CLD_GEN
2.66% 0.618 0.589 0.666 0.020 11.56% 12438 : SRTM_SRTM_224GP_MCICA
1.89% 0.439 0.326 0.661 0.073 50.68% 24876 : MCICA_CLD_GENERATOR
2.10% 0.487 0.481 0.497 0.005 3.22% 16 : VARBC_RAD:CONFIG
0.83% 0.192 0.001 0.455 0.143 99.78% 16 : SU_MCICA
1.74% 0.404 0.383 0.429 0.014 10.72% 2073 : ECOCLIMAP2_LAI
1.71% 0.397 0.017 0.427 0.101 96.02% 16 : JO_TABLE_MOD:GATHER
1.61% 0.375 0.201 0.423 0.055 52.48% 14640 : ODBMP:ODBMP_IGLOBAL
1.67% 0.389 0.375 0.410 0.011 8.54% 12438 : RRTM_ECRT_140GP_MCICA
1.60% 0.371 0.113 0.402 0.070 71.89% 64 : ATLAS_BCAST
1.60% 0.371 0.345 0.399 0.019 13.53% 12438 : RRTM_GASABS1A_140GP
0.81% 0.188 0.119 0.346 0.063 65.61% 208 : CPG_DRV
1.29% 0.299 0.263 0.334 0.021 21.26% 2786112 : SRTM_VRTQDR
1.27% 0.296 0.283 0.323 0.010 12.38% 26949 : APLPAR
1.15% 0.267 0.179 0.314 0.032 42.99% 368 : TRLTOG
1.01% 0.235 0.226 0.244 0.006 7.38% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.95% 0.221 0.194 0.237 0.016 18.14% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.50% 0.116 0.020 0.223 0.077 91.03% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.43% 0.100 0.003 0.212 0.101 98.58% 19967 : GRIB_API:IGRIB_GET_INT
0.64% 0.148 0.144 0.158 0.003 8.86% 26949 : CONVECT_TRIGGER_SHAL
0.61% 0.142 0.136 0.149 0.003 8.72% 296439 : LAITRI_SCALAR
0.60% 0.139 0.135 0.145 0.003 6.90% 11938 : GRIB_API:IGRIB_SET_CHAR
0.62% 0.143 0.143 0.144 0.001 0.69% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.49% 0.113 0.113 0.113 0.000 0.00% 16 : AMV_READ_OBERROR
0.39% 0.090 0.078 0.101 0.006 22.77% 1120 : TRGTOL
0.30% 0.070 0.060 0.094 0.011 36.17% 2073 : IO_BUFF_CLEAN
0.34% 0.080 0.078 0.081 0.001 3.70% 1107952 : APPEND_NUM
0.33% 0.076 0.072 0.081 0.003 11.11% 16 : MASTER
0.29% 0.068 0.062 0.075 0.003 17.33% 26949 : CPG_SL1B_TYPE_SHUFFLE_PB1
0.29% 0.067 0.064 0.072 0.003 11.11% 26949 : MF_PHYS_INIT
0.28% 0.066 0.054 0.071 0.004 23.94% 107908 : LASCAW
0.27% 0.063 0.061 0.068 0.002 10.29% 586659 : READ_SURFX1_ARO
76.71% 17.836 0.001 2.527

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	0.18727756284195557	8.427490327888	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8304907820021111	74.74417038019	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32602699717208333	15.64929586426	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37649049075322916	36.14308711231	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1125261513804	27.81315378451	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706665707352	13.53332853676	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348384356311112	1.502709184136	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5752189655386111	20.70788275939	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35864478142863637	15.78037038286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7081364819827273	62.31601041448	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39106537714128004	9.776634428532	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3141580670246	15.70790335123	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281865163973912	37.44828987714	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452752361526087	15.88266086302	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055010315650153845	1.430268206904	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35714499929942306	18.57153996357	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18128376458464285	7.613918112555	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2185143689451875	6.992459806246	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180016661564	10.90008330782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2796988616355	4.475181786168	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3902851320579375	6.244562112927	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3424087796436154	4.451314135367	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.659180959103846	121.1387049367	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22411401513166665	1.34468409079	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5430669347508332	42.51680321701	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21347870152995002	4.269574030599	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45711490616925	18.28459624677	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0543396239261	0.2173584957044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3530872456875	18.8246979655	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.383911535722	3.83911535722	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9438276446060003	29.43827644606	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3283575552305	26.56715110461	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22044939502375	4.881797580095	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.836625205815	14.69300164652	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2945190286354375	4.712304458167	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45902134191475	1.836085367659	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572472513335	28.57978010668	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12227204109291667	1.467264493115	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8099628941133333	19.43910945872	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091789548634075	0.7343163890726	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.725823310833125	11.61317297333	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0569521384897875	0.4556171079183	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5549909598841875	8.879855358147	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4097651581762222	3.687886423586	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2832223826394444	23.09800288751	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.480682434825	27.8454594786	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427293797435625	8.683670075897	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6644976685211978	843.2475413534	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534

MPI tasks

RSSmax

3.7Gb

RSStotal

57.3Gb

imbalance

5.3%

Number of parsed Variables

2733

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-0316-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0316-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0335-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0335-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0335-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0335-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0335-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

0.6300000000000026

Highest acceleration

-0.015 (ref:0.414s => test:0.399s)

Highest acceleration - routine

RRTM_GASABS1A_140GP

Highest relative acceleration

-3.62% (ref:0.414s => test:0.399s)

Highest relative acceleration - routine

RRTM_GASABS1A_140GP

Highest relative slow-down

+32.65% (ref:0.343s => test:0.455s)

Highest relative slow-down - routine

SU_MCICA

Highest slow-down

0.180 (ref:0.713s => test:0.893s)

Highest slow-down - routine

SLCOMM2A

Relative diff in Elapse time

+2.75%

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	0.18727756284195557	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8304907820021111	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.32602699717208333	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37649049075322916	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1125261513804	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2706665707352	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08348384356311112	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5752189655386111	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35864478142863637	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7081364819827273	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39106537714128004	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3141580670246	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281865163973912	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3452752361526087	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.055010315650153845	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.35714499929942306	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18128376458464285	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.2185143689451875	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2180016661564	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2796988616355	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.3902851320579375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3424087796436154	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.659180959103846	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22411401513166665	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.5430669347508332	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21347870152995002	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.45711490616925	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0543396239261	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.3530872456875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.383911535722	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.9438276446060003	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.3283575552305	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.22044939502375	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.836625205815	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2945190286354375	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45902134191475	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.572472513335	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12227204109291667	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8099628941133333	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.091789548634075	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.725823310833125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0569521384897875	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.5549909598841875	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4097651581762222	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2832223826394444	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.480682434825	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5427293797435625	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6644976685211978	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

0.00%

Relative RSSmax diff

0.00%

Relative RSStotal diff

+1.06%

mainMetrics

Relative RSStotal diff

Identical

False

Modified variables

MPPC :
- ref :
  - -99999999
- test :
  - -99999999
  - -99999999
XVMAXTHM :
- ref :
  - F
- test :
  - 0.1900E+01
XVMAXTHP :
- ref :
  - F
- test :
  - 0.1900E+01

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_021702_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_021702_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_021702_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_021702_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_021702_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0316-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0316-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0316-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-01-26T09:32:54

Elapse time

22.9

General info

Name of the executable : /scratch/mtool/mary/spool/spool_021702_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=22.500, Max=22.900, Avg=22.681, StDev=0.119
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
10.41% 2.348 2.218 2.467 0.068 10.09% 12438 : RRTM_RTRN1A_140GP_MCICA
7.11% 1.605 1.487 1.737 0.078 14.39% 12438 : RADLSWR:CLOUD_GENERATOR
6.34% 1.430 1.369 1.522 0.035 10.05% 12438 : RADLSWR:CLOUD_OPTICS
2.97% 0.670 0.073 1.228 0.311 94.06% 208 : SLCOMM:SLCOMM_INT
5.39% 1.217 1.209 1.227 0.005 1.47% 16 : VARBC_SETUP:LOAD_TABLE
5.05% 1.139 1.085 1.186 0.026 8.52% 12438 : SRTM_SPCVRT_MCICA
2.94% 0.662 0.487 0.822 0.156 40.75% 16 : INIFGER
1.49% 0.337 0.010 0.713 0.334 98.60% 208 : SLCOMM2A
2.61% 0.589 0.536 0.692 0.032 22.54% 2786112 : SRTM_REFTRA
0.55% 0.125 0.079 0.680 0.148 88.38% 208 : SLCOMM2A:SLCOMM2A_INT
2.70% 0.609 0.515 0.675 0.050 23.70% 24876 : MCICA_CLD_GEN
2.77% 0.626 0.597 0.667 0.019 10.49% 12438 : SRTM_SRTM_224GP_MCICA
1.95% 0.441 0.326 0.651 0.070 49.92% 24876 : MCICA_CLD_GENERATOR
2.14% 0.483 0.475 0.492 0.005 3.46% 16 : VARBC_RAD:CONFIG
1.76% 0.398 0.375 0.432 0.012 13.19% 2073 : ECOCLIMAP2_LAI
1.71% 0.387 0.018 0.417 0.098 95.68% 16 : JO_TABLE_MOD:GATHER
1.65% 0.373 0.349 0.414 0.018 15.70% 12438 : RRTM_GASABS1A_140GP
1.73% 0.391 0.372 0.409 0.010 9.05% 12438 : RRTM_ECRT_140GP_MCICA
1.59% 0.360 0.110 0.390 0.067 71.79% 64 : ATLAS_BCAST
0.73% 0.164 0.001 0.343 0.110 99.71% 16 : SU_MCICA
1.28% 0.289 0.154 0.326 0.042 52.76% 14640 : ODBMP:ODBMP_IGLOBAL
1.33% 0.300 0.276 0.323 0.014 14.55% 2786112 : SRTM_VRTQDR
1.34% 0.301 0.288 0.319 0.008 9.72% 26949 : APLPAR
1.12% 0.252 0.167 0.299 0.031 44.15% 368 : TRLTOG
0.83% 0.187 0.074 0.264 0.050 71.97% 208 : CPG_DRV
1.04% 0.234 0.226 0.245 0.005 7.76% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.98% 0.222 0.195 0.238 0.015 18.07% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.45% 0.101 0.004 0.213 0.102 98.12% 19967 : GRIB_API:IGRIB_GET_INT
0.47% 0.107 0.019 0.209 0.073 90.91% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.64% 0.145 0.141 0.155 0.003 9.03% 26949 : CONVECT_TRIGGER_SHAL
0.61% 0.137 0.130 0.141 0.003 7.80% 296439 : LAITRI
0.58% 0.132 0.127 0.138 0.003 7.97% 11938 : GRIB_API:IGRIB_SET_CHAR
0.57% 0.129 0.129 0.130 0.000 0.77% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.38% 0.086 0.078 0.099 0.008 21.21% 1120 : TRGTOL
0.38% 0.086 0.083 0.090 0.002 7.78% 270508 : VERINT_DGEMM_1
0.28% 0.064 0.037 0.088 0.016 57.95% 26949 : CONVECT_CLOSURE_SHAL
0.33% 0.074 0.071 0.077 0.002 7.79% 16 : MASTER
0.31% 0.069 0.016 0.075 0.014 78.67% 64 : GATH_GRID
0.32% 0.072 0.071 0.074 0.001 4.05% 1107952 : APPEND_NUM
0.30% 0.068 0.056 0.073 0.004 23.29% 107908 : LASCAW
0.30% 0.069 0.065 0.072 0.002 9.72% 26949 : MF_PHYS_INIT
0.28% 0.064 0.058 0.071 0.004 18.31% 2073 : IO_BUFF_CLEAN
0.28% 0.063 0.055 0.068 0.003 19.12% 26949 : CPG_COPY_PB1
78.02% 17.604 0.001 2.467

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	0.18727756284195557	8.427490327888	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8304907820021111	74.74417038019	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32602699717208333	15.64929586426	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37649049075322916	36.14308711231	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1125261513804	27.81315378451	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706665707352	13.53332853676	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348384356311112	1.502709184136	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5752189655386111	20.70788275939	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35864478142863637	15.78037038286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7081364819827273	62.31601041448	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39106537714128004	9.776634428532	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3141580670246	15.70790335123	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281865163973912	37.44828987714	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452752361526087	15.88266086302	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055010315650153845	1.430268206904	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35714499929942306	18.57153996357	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18128376458464285	7.613918112555	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2185143689451875	6.992459806246	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180016661564	10.90008330782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2796988616355	4.475181786168	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3902851320579375	6.244562112927	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3424087796436154	4.451314135367	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.659180959103846	121.1387049367	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22411401513166665	1.34468409079	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5430669347508332	42.51680321701	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21347870152995002	4.269574030599	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45711490616925	18.28459624677	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0543396239261	0.2173584957044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3530872456875	18.8246979655	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.383911535722	3.83911535722	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9438276446060003	29.43827644606	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3283575552305	26.56715110461	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22044939502375	4.881797580095	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.836625205815	14.69300164652	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2945190286354375	4.712304458167	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45902134191475	1.836085367659	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572472513335	28.57978010668	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12227204109291667	1.467264493115	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8099628941133333	19.43910945872	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091789548634075	0.7343163890726	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.725823310833125	11.61317297333	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0569521384897875	0.4556171079183	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5549909598841875	8.879855358147	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4097651581762222	3.687886423586	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2832223826394444	23.09800288751	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.480682434825	27.8454594786	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427293797435625	8.683670075897	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6644976685211978	843.2475413534	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534

MPI tasks

RSSmax

3.7Gb

RSStotal

56.7Gb

imbalance

5.3%

Number of parsed Variables

2733

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-0310-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0310-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0310-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0310-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0316-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0316-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0316-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0316-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

-0.26000000000000156

Highest acceleration

-0.179 (ref:1.365s => test:1.186s)

Highest acceleration - routine

SRTM_SPCVRT_MCICA

Highest relative acceleration

-13.11% (ref:1.365s => test:1.186s)

Highest relative acceleration - routine

SRTM_SPCVRT_MCICA

Highest relative slow-down

+2.13% (ref:0.423s => test:0.432s)

Highest relative slow-down - routine

ECOCLIMAP2_LAI

Highest slow-down

0.013 (ref:1.724s => test:1.737s)

Highest slow-down - routine

RADLSWR:CLOUD_GENERATOR

Relative diff in Elapse time

-1.12%

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	0.18727756284195557	0.18727756284195557	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8304907820021111	0.8304907820021111	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.32602699717208333	0.32602699717208333	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37649049075322916	0.37649049075322916	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1125261513804	1.1125261513804	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2706665707352	0.2706665707352	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08348384356311112	0.08348384356311112	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5752189655386111	0.5752189655386111	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.35864478142863637	0.35864478142863637	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7081364819827273	0.7081364819827273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39106537714128004	0.39106537714128004	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3141580670246	0.3141580670246	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.6281865163973912	1.6281865163973912	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.3452752361526087	0.3452752361526087	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.055010315650153845	0.055010315650153845	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.35714499929942306	0.35714499929942306	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18128376458464285	0.18128376458464285	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.2185143689451875	0.2185143689451875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2180016661564	0.2180016661564	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2796988616355	0.2796988616355	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.3902851320579375	0.3902851320579375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3424087796436154	0.3424087796436154	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.659180959103846	4.659180959103846	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22411401513166665	0.22411401513166665	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.5430669347508332	3.5430669347508332	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.21347870152995002	0.21347870152995002	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.45711490616925	0.45711490616925	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.0543396239261	0.0543396239261	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.3530872456875	2.3530872456875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.383911535722	0.383911535722	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.9438276446060003	2.9438276446060003	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.3283575552305	1.3283575552305	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.22044939502375	1.22044939502375	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.836625205815	1.836625205815	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.2945190286354375	0.2945190286354375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45902134191475	0.45902134191475	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.572472513335	3.572472513335	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12227204109291667	0.12227204109291667	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8099628941133333	0.8099628941133333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.091789548634075	0.091789548634075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.725823310833125	0.725823310833125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.0569521384897875	0.0569521384897875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.5549909598841875	0.5549909598841875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.4097651581762222	0.4097651581762222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.2832223826394444	1.2832223826394444	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.480682434825	3.480682434825	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5427293797435625	0.5427293797435625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6644976685211978	0.6644976685211978	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

-0.10%

Relative RSSmax diff

0.00%

Relative RSStotal diff

+0.18%

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_021276_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_021276_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_021276_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_021276_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_021276_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0310-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0310-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0310-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0310-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0310-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2024-01-09T10:16:22

Elapse time

23.16

General info

Name of the executable : /scratch/mtool/mary/spool/spool_021276_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=22.820, Max=23.160, Avg=23.019, StDev=0.109
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
10.21% 2.337 2.176 2.473 0.079 12.01% 12438 : RRTM_RTRN1A_140GP_MCICA
6.95% 1.592 1.462 1.724 0.087 15.20% 12438 : RADLSWR:CLOUD_GENERATOR
6.22% 1.425 1.367 1.540 0.043 11.23% 12438 : RADLSWR:CLOUD_OPTICS
5.52% 1.265 1.201 1.365 0.039 12.01% 12438 : SRTM_SPCVRT_MCICA
3.01% 0.690 0.078 1.253 0.327 93.77% 208 : SLCOMM:SLCOMM_INT
5.35% 1.225 1.214 1.235 0.006 1.70% 16 : VARBC_SETUP:LOAD_TABLE
2.89% 0.662 0.488 0.819 0.156 40.42% 16 : INIFGER
1.52% 0.349 0.015 0.741 0.347 97.98% 208 : SLCOMM2A
0.56% 0.129 0.078 0.708 0.155 88.98% 208 : SLCOMM2A:SLCOMM2A_INT
2.57% 0.589 0.483 0.703 0.064 31.29% 24876 : MCICA_CLD_GEN
2.59% 0.594 0.547 0.694 0.032 21.18% 2786112 : SRTM_REFTRA
2.73% 0.624 0.568 0.676 0.029 15.98% 12438 : SRTM_SRTM_224GP_MCICA
1.91% 0.437 0.318 0.676 0.078 52.96% 24876 : MCICA_CLD_GENERATOR
2.10% 0.480 0.469 0.485 0.005 3.30% 16 : VARBC_RAD:CONFIG
1.74% 0.398 0.382 0.423 0.010 9.69% 2073 : ECOCLIMAP2_LAI
1.71% 0.393 0.370 0.423 0.014 12.53% 12438 : RRTM_ECRT_140GP_MCICA
1.65% 0.377 0.340 0.415 0.023 18.07% 12438 : RRTM_GASABS1A_140GP
1.67% 0.382 0.018 0.412 0.097 95.63% 16 : JO_TABLE_MOD:GATHER
1.56% 0.357 0.109 0.387 0.067 71.83% 64 : ATLAS_BCAST
1.42% 0.325 0.178 0.368 0.047 51.63% 14640 : ODBMP:ODBMP_IGLOBAL
0.67% 0.152 0.001 0.345 0.113 99.71% 16 : SU_MCICA
1.26% 0.288 0.169 0.333 0.037 49.25% 368 : TRLTOG
1.28% 0.292 0.256 0.322 0.019 20.50% 2786112 : SRTM_VRTQDR
1.31% 0.300 0.272 0.320 0.010 15.00% 26949 : APLPAR
0.80% 0.183 0.070 0.270 0.052 74.07% 208 : CPG_DRV
1.04% 0.239 0.230 0.253 0.007 9.09% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.96% 0.220 0.194 0.238 0.016 18.49% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.48% 0.111 0.020 0.215 0.075 90.70% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.44% 0.100 0.003 0.211 0.101 98.58% 19967 : GRIB_API:IGRIB_GET_INT
0.65% 0.149 0.144 0.159 0.003 9.43% 26949 : CONVECT_TRIGGER_SHAL
0.65% 0.148 0.148 0.149 0.000 0.67% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.60% 0.138 0.129 0.145 0.004 11.03% 296439 : LAITRI
0.58% 0.134 0.129 0.140 0.003 7.86% 11938 : GRIB_API:IGRIB_SET_CHAR
0.38% 0.088 0.080 0.101 0.007 20.79% 1120 : TRGTOL
0.37% 0.086 0.082 0.089 0.002 7.87% 270508 : VERINT_DGEMM_1
0.28% 0.063 0.035 0.088 0.015 60.23% 26949 : CONVECT_CLOSURE_SHAL
0.29% 0.066 0.046 0.084 0.013 45.24% 80 : DIST_GRID
0.32% 0.074 0.071 0.077 0.002 7.79% 16 : MASTER
0.29% 0.067 0.003 0.075 0.017 96.00% 16 : SUGRIDSFX
0.31% 0.072 0.071 0.074 0.001 4.05% 1107952 : APPEND_NUM
0.30% 0.069 0.061 0.074 0.003 17.57% 26949 : MF_PHYS_INIT
0.30% 0.068 0.057 0.072 0.004 20.83% 107908 : LASCAW
0.28% 0.063 0.056 0.072 0.004 22.22% 26949 : CPG_COPY_PB1
0.29% 0.067 0.062 0.071 0.003 12.68% 2073 : IO_BUFF_CLEAN
78.01% 17.868 0.001 2.473

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	0.18727756284195557	8.427490327888	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8304907820021111	74.74417038019	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32602699717208333	15.64929586426	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37649049075322916	36.14308711231	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1125261513804	27.81315378451	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2706665707352	13.53332853676	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08348384356311112	1.502709184136	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5752189655386111	20.70788275939	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.35864478142863637	15.78037038286	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7081364819827273	62.31601041448	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39106537714128004	9.776634428532	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3141580670246	15.70790335123	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6281865163973912	37.44828987714	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3452752361526087	15.88266086302	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055010315650153845	1.430268206904	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35714499929942306	18.57153996357	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18128376458464285	7.613918112555	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2185143689451875	6.992459806246	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2180016661564	10.90008330782	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2796988616355	4.475181786168	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3902851320579375	6.244562112927	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3424087796436154	4.451314135367	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.659180959103846	121.1387049367	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22411401513166665	1.34468409079	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5430669347508332	42.51680321701	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21347870152995002	4.269574030599	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45711490616925	18.28459624677	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0543396239261	0.2173584957044	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3530872456875	18.8246979655	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.383911535722	3.83911535722	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9438276446060003	29.43827644606	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3283575552305	26.56715110461	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22044939502375	4.881797580095	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.836625205815	14.69300164652	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2945190286354375	4.712304458167	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45902134191475	1.836085367659	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.572472513335	28.57978010668	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12227204109291667	1.467264493115	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8099628941133333	19.43910945872	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.091789548634075	0.7343163890726	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.725823310833125	11.61317297333	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0569521384897875	0.4556171079183	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5549909598841875	8.879855358147	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.4097651581762222	3.687886423586	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.2832223826394444	23.09800288751	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.480682434825	27.8454594786	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5427293797435625	8.683670075897	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6644976685211978	843.2475413534	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 843.2475413534

MPI tasks

RSSmax

3.7Gb

RSStotal

56.6Gb

imbalance

5.4%

Number of parsed Variables

2733

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_020686_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_020686_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_020686_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_020686_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_020686_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0275-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0275-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0275-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0275-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0275-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-12-22T11:07:33

Elapse time

23.8

General info

Name of the executable : /scratch/mtool/mary/spool/spool_020686_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.090, Max=23.800, Avg=23.446, StDev=0.186
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.98% 2.328 2.149 2.486 0.099 13.56% 12438 : RRTM_RTRN1A_140GP_MCICA
6.82% 1.591 1.496 1.712 0.069 12.62% 12438 : RADLSWR:CLOUD_GENERATOR
6.05% 1.411 1.373 1.490 0.032 7.85% 12438 : RADLSWR:CLOUD_OPTICS
3.03% 0.706 0.066 1.445 0.339 95.43% 208 : SLCOMM:SLCOMM_INT
6.16% 1.437 1.431 1.443 0.003 0.83% 16 : VARBC_SETUP:LOAD_TABLE
5.23% 1.221 1.166 1.302 0.035 10.45% 12438 : SRTM_SPCVRT_MCICA
2.82% 0.658 0.488 0.819 0.153 40.42% 16 : INIFGER
1.37% 0.320 0.004 0.693 0.313 99.42% 208 : SLCOMM2A
2.54% 0.592 0.557 0.688 0.030 19.04% 2786112 : SRTM_REFTRA
2.58% 0.603 0.526 0.680 0.051 22.65% 24876 : MCICA_CLD_GEN
2.64% 0.615 0.579 0.666 0.020 13.06% 12438 : SRTM_SRTM_224GP_MCICA
1.88% 0.439 0.322 0.653 0.072 50.69% 24876 : MCICA_CLD_GENERATOR
0.52% 0.122 0.081 0.634 0.136 87.22% 208 : SLCOMM2A:SLCOMM2A_INT
1.98% 0.462 0.259 0.518 0.065 50.00% 14624 : ODBMP:ODBMP_IGLOBAL
2.06% 0.481 0.475 0.487 0.003 2.46% 16 : VARBC_RAD:CONFIG
1.72% 0.401 0.388 0.429 0.010 9.56% 2073 : ECOCLIMAP2_LAI
1.64% 0.384 0.367 0.415 0.014 11.57% 12438 : RRTM_ECRT_140GP_MCICA
1.61% 0.375 0.017 0.405 0.096 95.80% 16 : JO_TABLE_MOD:GATHER
1.57% 0.367 0.329 0.398 0.019 17.34% 12438 : RRTM_GASABS1A_140GP
1.57% 0.366 0.111 0.398 0.069 72.11% 64 : ATLAS_BCAST
0.74% 0.172 0.072 0.368 0.084 80.43% 208 : CPG_DRV
1.28% 0.298 0.264 0.348 0.021 24.14% 2786112 : SRTM_VRTQDR
1.19% 0.279 0.181 0.344 0.043 47.38% 368 : TRLTOG
1.28% 0.298 0.280 0.313 0.009 10.54% 26949 : APLPAR
0.63% 0.148 0.001 0.310 0.095 99.68% 16 : SU_MCICA
0.61% 0.141 0.022 0.271 0.095 91.88% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
1.00% 0.233 0.224 0.245 0.007 8.57% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.94% 0.220 0.193 0.236 0.016 18.22% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.43% 0.100 0.003 0.212 0.101 98.58% 18667 : GRIB_API:IGRIB_GET_INT
0.87% 0.203 0.203 0.203 0.000 0.00% 16 : AMV_READ_OBERROR
0.63% 0.148 0.143 0.153 0.003 6.54% 11938 : GRIB_API:IGRIB_SET_CHAR
0.62% 0.145 0.141 0.153 0.003 7.84% 26949 : CONVECT_TRIGGER_SHAL
0.59% 0.138 0.131 0.143 0.003 8.39% 296439 : LAITRI
0.55% 0.128 0.128 0.128 0.000 0.00% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.46% 0.107 0.106 0.107 0.000 0.93% 32 : READ_COVERS_PARAM
0.38% 0.087 0.079 0.103 0.006 23.30% 1120 : TRGTOL
0.36% 0.085 0.082 0.089 0.002 7.87% 270508 : VERINT_DGEMM_1
0.32% 0.074 0.071 0.077 0.002 7.79% 16 : MASTER
0.31% 0.072 0.070 0.073 0.001 4.11% 1107952 : APPEND_NUM
0.29% 0.067 0.061 0.072 0.003 15.28% 26949 : MF_PHYS_INIT
0.27% 0.063 0.056 0.072 0.004 22.22% 26949 : CPG_COPY_PB1
0.28% 0.066 0.054 0.071 0.004 23.94% 107908 : LASCAW
0.27% 0.063 0.060 0.068 0.002 11.76% 634338 : READ_SURFX1_ARO
78.08% 18.214 0.001 2.486

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	0.19680495590835553	8.856223015876	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8312241729526666	74.81017556574	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.32431880502416666	15.56730264116	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3753762508205208	36.03612007877	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1113099258984	27.78274814746	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2718729461548	13.59364730774	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08383297189577778	1.508993494124	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5760945065080556	20.73940223429	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36245654590113635	15.94808801965	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7219731988880681	63.53364150215	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38717112160704	9.679278040176	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3113809738736	15.56904869368	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6282917302343478	37.45070979539	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34532590278586955	15.88499152815	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05403054117042308	1.404794070431	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35095278980500005	18.24954506986	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18229168816630953	7.656250902985	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21671228335471876	6.934793067351	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2196656387864	10.98328193932	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2744602710066875	4.391364336107	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.390834749693375	6.253355995094	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.34454647333815386	4.479104153396	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.669601853903846	121.4096482015	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22496929768216667	1.349815786093	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5479970762925	42.57596491551	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21609839812765	4.321967962553	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.46040678646375	18.41627145855	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0529733154077	0.2118932616308	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34820043373875	18.78560346991	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3846411011417	3.846411011417	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.900895455898	29.00895455898	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3237255600539999	26.47451120108	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.24662243349625	4.986489733985	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83206711591125	14.65653692729	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2903779172240625	4.646046675585	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45874949036375	1.834997961455	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.56974662871375	28.55797302971	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12243447964975	1.469213755797	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8114978707499999	19.475948898	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.092964801298425	0.7437184103874	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.712681321095625	11.40290113753	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0600562065971875	0.4804496527775	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5471683475476875	8.754693560763	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3661964609331111	3.295768148398	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.425966782385	25.66740208293	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.49102601626875	27.92820813015	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5465655971394375	8.745049554231	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6670197700504334	846.448088194	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 846.448088194

MPI tasks

RSSmax

3.6Gb

RSStotal

56.4Gb

imbalance

5.1%

Number of parsed Variables

2604

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/nlcr/mtool/abort/dump_000628_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/nlcr/mtool/abort/dump_000628_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/nlcr/mtool/depot/mstep_000628_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/nlcr/mtool/spool/spool_000628_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/nlcr/mtool/spool/spool_000628_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/nlcr/mtool/cache/promise/davai/elp/dv-0040-atos_bologna@nlcr/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/nlcr/mtool/cache/vortex/davai/elp/dv-0040-atos_bologna@nlcr/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/nlcr/mtool/cache/vortex/davai/elp/dv-0040-atos_bologna@nlcr/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-11-03T16:15:41

Elapse time

27.72

General info

Name of the executable : /lus/h2resw01/scratch/nlcr/mtool/spool/spool_000628_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=26.790, Max=27.720, Avg=27.079, StDev=0.258
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
8.68% 2.341 2.198 2.512 0.101 12.50% 12438 : RRTM_RTRN1A_140GP_MCICA
7.28% 1.964 1.954 1.969 0.003 0.76% 16 : VARBC_SETUP:LOAD_TABLE
6.06% 1.634 1.561 1.724 0.044 9.45% 12438 : RADLSWR:CLOUD_GENERATOR
5.49% 1.481 1.422 1.574 0.044 9.66% 12438 : RADLSWR:CLOUD_OPTICS
4.57% 1.233 1.158 1.347 0.054 14.03% 12438 : SRTM_SPCVRT_MCICA
2.59% 0.699 0.196 1.089 0.309 82.00% 208 : SLCOMM:SLCOMM_INT
3.13% 0.844 0.679 0.986 0.148 31.14% 16 : INIFGER
3.58% 0.967 0.867 0.982 0.028 11.71% 64 : ATLAS_BCAST
2.18% 0.588 0.441 0.792 0.084 44.32% 24876 : MCICA_CLD_GENERATOR
1.98% 0.534 0.497 0.775 0.065 35.87% 208 : SLCOMM2A:SLCOMM2A_INT
2.64% 0.713 0.428 0.740 0.078 42.16% 7776 : READ_COVERS_PARAM:READ_NATURE
2.39% 0.646 0.583 0.726 0.044 19.70% 24876 : MCICA_CLD_GEN
2.48% 0.670 0.632 0.722 0.025 12.47% 12438 : SRTM_SRTM_224GP_MCICA
2.18% 0.587 0.535 0.657 0.036 18.57% 2786112 : SRTM_REFTRA
2.12% 0.572 0.012 0.613 0.149 98.04% 16 : JO_TABLE:GATHER
0.80% 0.217 0.002 0.561 0.211 99.64% 208 : SLCOMM2A
1.43% 0.386 0.299 0.470 0.053 36.38% 368 : TRLTOG
1.59% 0.429 0.414 0.465 0.013 10.97% 2073 : ECOCLIMAP2_LAI
1.50% 0.405 0.180 0.457 0.072 60.61% 12016 : ODBMP:ODBMP_IGLOBAL
1.53% 0.412 0.390 0.437 0.015 10.76% 12438 : RRTM_ECRT_140GP_MCICA
0.40% 0.107 0.005 0.437 0.106 98.86% 16 : SU_MCICA
1.37% 0.371 0.341 0.416 0.019 18.03% 12438 : RRTM_GASABS1A_140GP
0.64% 0.174 0.051 0.414 0.099 87.68% 208 : CPG_DRV
1.42% 0.382 0.377 0.389 0.003 3.08% 16 : VarBC_rad:config
1.22% 0.328 0.265 0.381 0.027 30.45% 2786112 : SRTM_VRTQDR
1.26% 0.341 0.307 0.373 0.016 17.69% 704 : TRGTOL
1.21% 0.328 0.323 0.333 0.003 3.00% 80 : DIST_GRID
1.07% 0.289 0.256 0.323 0.021 20.74% 26949 : APLPAR
0.53% 0.143 0.031 0.257 0.092 87.94% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.85% 0.231 0.218 0.245 0.007 11.02% 64 : GATH_GRID
0.84% 0.228 0.214 0.244 0.007 12.30% 396912 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.78% 0.211 0.186 0.228 0.015 18.42% 3954 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.34% 0.091 0.002 0.197 0.092 98.98% 18667 : GRIB_API:IGRIB_GET_INT
0.60% 0.162 0.152 0.175 0.006 13.14% 26949 : CONVECT_TRIGGER_SHAL
0.49% 0.131 0.002 0.171 0.048 98.83% 844 : GRIB_API:IGRIB_NEW_FROM_MESSAGE
0.41% 0.109 0.045 0.162 0.032 72.22% 21879 : CONVECT_CLOSURE_SHAL
0.50% 0.134 0.122 0.154 0.008 20.78% 269818 : VERINT_DGEMM_1
0.33% 0.089 0.044 0.154 0.034 71.43% 26949 : SEAICE_GELATO1D
0.54% 0.146 0.133 0.153 0.006 13.07% 296439 : LAITRI
0.36% 0.096 0.090 0.100 0.003 10.00% 12258 : GRIB_API:IGRIB_SET_CHAR
0.29% 0.077 0.069 0.090 0.006 23.33% 26949 : CPG_PB1
0.30% 0.081 0.073 0.089 0.006 17.98% 208 : TRMTOS
0.32% 0.086 0.086 0.086 0.000 0.00% 16 : VARBC_SETUP:COMPILE_STATISTICS
0.31% 0.083 0.080 0.086 0.002 6.98% 208 : TRSTOM
0.24% 0.064 0.056 0.074 0.006 24.32% 26949 : MF_PHYS_INIT
0.24% 0.064 0.060 0.071 0.003 15.49% 12438 : RRTM_TAUMOL3
0.24% 0.064 0.046 0.070 0.005 34.29% 32 : READ_COVERS_PARAM
0.24% 0.065 0.062 0.069 0.002 10.14% 634338 : READ_SURFX1_ARO
81.53% 21.999 0.002 2.512

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	0.18226568836892856	7.655158911495	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21680179866096874	6.937657557151	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.22130706770380001	11.06535338519	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2849000643920625	4.558401030273	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.40540482245075	6.486477159212	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.23527594899564105	36.70304804332	156

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 36.70304804332

Exception

No stdeo.? files found.

Parsing

Failed

Number of parsed Variables

2584

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/nlcr/mtool/cache/vortex/davai/elp/dv-0004-atos_bologna@acrd/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/nlcr/mtool/cache/vortex/davai/elp/dv-0004-atos_bologna@acrd/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

ec:/acrd/vortex/davai/elp/dv-0004-atos_bologna/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

ec:/acrd/vortex/davai/elp/dv-0004-atos_bologna/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/nlcr/mtool/cache/promise/davai/elp/dv-0040-atos_bologna@nlcr/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/nlcr/mtool/cache/vortex/davai/elp/dv-0040-atos_bologna@nlcr/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/nlcr/mtool/cache/vortex/davai/elp/dv-0040-atos_bologna@nlcr/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-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

0.7199999999999989

Highest acceleration

-0.309 (ref:1.398s => test:1.089s)

Highest acceleration - routine

SLCOMM:SLCOMM_INT

Highest relative acceleration

-22.10% (ref:1.398s => test:1.089s)

Highest relative acceleration - routine

SLCOMM:SLCOMM_INT

Highest relative slow-down

+178.66% (ref:0.164s => test:0.457s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

0.293 (ref:0.164s => test:0.457s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+2.67%

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	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.18226568836892856	0.18226568836892856	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.21680179866096874	0.21680179866096874	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.22130706770380001	0.22130706770380001	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.2849000643920625	0.2849000643920625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.40540482245075	0.40540482245075	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.23527594899564105	0.23527594899564105	0.000E+00	156	156

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

Comparison

Failed

Exception

\'RSS\' object has no attribute \'tasks_RSS\'

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_000068_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/acrd/mtool/abort/dump_000068_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/acrd/mtool/depot/mstep_000068_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/acrd/mtool/spool/spool_000068_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/acrd/mtool/spool/spool_000068_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/acrd/mtool/cache/promise/davai/elp/dv-0004-atos_bologna@acrd/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/acrd/mtool/cache/vortex/davai/elp/dv-0004-atos_bologna@acrd/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/acrd/mtool/cache/vortex/davai/elp/dv-0004-atos_bologna@acrd/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

ec:/acrd/vortex/davai/elp/dv-0004-atos_bologna/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

ec:/acrd/vortex/davai/elp/dv-0004-atos_bologna/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-10-31T08:34:20

Elapse time

27.0

General info

Name of the executable : /lus/h2resw01/scratch/acrd/mtool/spool/spool_000068_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=26.210, Max=27.000, Avg=26.421, StDev=0.190
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
8.87% 2.335 2.208 2.472 0.081 10.68% 12438 : RRTM_RTRN1A_140GP_MCICA
7.01% 1.846 1.835 1.850 0.004 0.81% 16 : VARBC_SETUP:LOAD_TABLE
6.22% 1.637 1.491 1.698 0.050 12.19% 12438 : RADLSWR:CLOUD_GENERATOR
5.59% 1.472 1.402 1.547 0.042 9.37% 12438 : RADLSWR:CLOUD_OPTICS
2.81% 0.739 0.176 1.398 0.356 87.41% 208 : SLCOMM:SLCOMM_INT
4.61% 1.214 1.136 1.352 0.056 15.98% 12438 : SRTM_SPCVRT_MCICA
3.17% 0.834 0.671 0.975 0.148 31.18% 16 : INIFGER
3.53% 0.929 0.829 0.944 0.028 12.18% 64 : ATLAS_BCAST
2.21% 0.581 0.438 0.780 0.086 43.85% 24876 : MCICA_CLD_GENERATOR
2.47% 0.651 0.552 0.726 0.056 23.97% 24876 : MCICA_CLD_GEN
2.63% 0.692 0.348 0.716 0.092 51.40% 7776 : READ_COVERS_PARAM:READ_NATURE
2.53% 0.666 0.640 0.710 0.019 9.86% 12438 : SRTM_SRTM_224GP_MCICA
2.18% 0.574 0.534 0.660 0.036 19.09% 2786112 : SRTM_REFTRA
2.02% 0.531 0.507 0.639 0.031 20.66% 208 : SLCOMM2A:SLCOMM2A_INT
0.58% 0.153 0.006 0.613 0.173 99.02% 208 : SLCOMM2A
2.16% 0.569 0.012 0.610 0.149 98.03% 16 : JO_TABLE:GATHER
0.56% 0.148 0.014 0.560 0.127 97.50% 16 : SU_MCICA
1.44% 0.380 0.294 0.470 0.052 37.45% 368 : TRLTOG
1.62% 0.427 0.412 0.466 0.013 11.59% 2073 : ECOCLIMAP2_LAI
1.56% 0.411 0.374 0.460 0.022 18.70% 12438 : RRTM_ECRT_140GP_MCICA
1.40% 0.369 0.338 0.422 0.020 19.91% 12438 : RRTM_GASABS1A_140GP
0.67% 0.177 0.043 0.405 0.100 89.38% 208 : CPG_DRV
1.43% 0.377 0.374 0.385 0.003 2.86% 16 : VarBC_rad:config
1.25% 0.328 0.300 0.379 0.021 20.84% 2786112 : SRTM_VRTQDR
1.21% 0.319 0.300 0.346 0.012 13.29% 704 : TRGTOL
1.25% 0.330 0.324 0.335 0.003 3.28% 80 : DIST_GRID
1.10% 0.289 0.263 0.324 0.018 18.83% 26949 : APLPAR
0.55% 0.144 0.027 0.262 0.092 89.69% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.90% 0.237 0.223 0.254 0.007 12.20% 64 : GATH_GRID
0.85% 0.225 0.213 0.245 0.007 13.06% 396912 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.80% 0.211 0.186 0.227 0.015 18.06% 3954 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.35% 0.091 0.002 0.194 0.093 98.97% 18667 : GRIB_API:IGRIB_GET_INT
0.61% 0.161 0.154 0.172 0.005 10.47% 26949 : CONVECT_TRIGGER_SHAL
0.50% 0.132 0.050 0.164 0.028 69.51% 12016 : ODBMP:ODBMP_IGLOBAL
0.41% 0.109 0.043 0.161 0.033 73.29% 21879 : CONVECT_CLOSURE_SHAL
0.55% 0.146 0.133 0.153 0.005 13.07% 296439 : LAITRI
0.51% 0.135 0.128 0.143 0.005 10.49% 269818 : VERINT_DGEMM_1
0.33% 0.087 0.040 0.132 0.026 69.70% 26949 : SEAICE_GELATO1D
0.37% 0.098 0.093 0.101 0.002 7.92% 12258 : GRIB_API:IGRIB_SET_CHAR
0.30% 0.078 0.068 0.094 0.006 27.66% 26949 : CPG_PB1
0.30% 0.079 0.071 0.089 0.006 20.22% 208 : TRMTOS
0.32% 0.084 0.081 0.087 0.002 6.90% 208 : TRSTOM
0.29% 0.077 0.076 0.077 0.000 1.30% 16 : VARBC_SETUP:COMPILE_STATISTICS
0.24% 0.064 0.056 0.075 0.005 25.33% 26949 : MF_PHYS_INIT
0.25% 0.065 0.062 0.070 0.002 11.43% 634338 : READ_SURFX1_ARO
0.24% 0.064 0.060 0.069 0.002 13.04% 12438 : RRTM_TAUMOL3
80.79% 21.264 0.002 2.472

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	0.18226568836892856	7.655158911495	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21680179866096874	6.937657557151	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.22130706770380001	11.06535338519	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2849000643920625	4.558401030273	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.40540482245075	6.486477159212	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.23527594899564105	36.70304804332	156

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 36.70304804332

Exception

No stdeo.? files found.

Parsing

Failed

Number of parsed Variables

2584

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_019987_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_019987_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_019987_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_019987_BS4Darpegeobstype

rundir

/scratch/mtool/mary/spool/spool_019987_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0272-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0272-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0272-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0272-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0272-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-10-10T13:58:28

Elapse time

22.5

General info

Name of the executable : /scratch/mtool/mary/spool/spool_019987_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=22.090, Max=22.500, Avg=22.273, StDev=0.116
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
10.63% 2.356 2.207 2.479 0.082 10.97% 12438 : RRTM_RTRN1A_140GP_MCICA
7.26% 1.609 1.516 1.729 0.071 12.32% 12438 : RADLSWR:CLOUD_GENERATOR
6.53% 1.448 1.386 1.572 0.039 11.83% 12438 : RADLSWR:CLOUD_OPTICS
5.55% 1.231 1.223 1.236 0.004 1.05% 16 : VARBC_SETUP:LOAD_TABLE
5.21% 1.154 1.096 1.232 0.037 11.04% 12438 : SRTM_SPCVRT_MCICA
2.97% 0.659 0.070 1.176 0.285 94.05% 208 : SLCOMM:SLCOMM_INT
3.00% 0.664 0.499 0.812 0.146 38.55% 16 : INIFGER
1.41% 0.312 0.014 0.713 0.301 98.04% 208 : SLCOMM2A
2.68% 0.594 0.526 0.698 0.057 24.64% 24876 : MCICA_CLD_GEN
2.65% 0.587 0.546 0.679 0.028 19.59% 2786112 : SRTM_REFTRA
2.82% 0.625 0.590 0.660 0.022 10.61% 12438 : SRTM_SRTM_224GP_MCICA
2.01% 0.445 0.328 0.659 0.073 50.23% 24876 : MCICA_CLD_GENERATOR
0.55% 0.123 0.076 0.579 0.122 86.87% 208 : SLCOMM2A:SLCOMM2A_INT
1.80% 0.398 0.382 0.420 0.012 9.05% 2073 : ECOCLIMAP2_LAI
1.77% 0.393 0.380 0.413 0.011 7.99% 12438 : RRTM_ECRT_140GP_MCICA
1.67% 0.370 0.343 0.407 0.018 15.72% 12438 : RRTM_GASABS1A_140GP
1.65% 0.366 0.112 0.397 0.069 71.79% 64 : ATLAS_BCAST
1.65% 0.367 0.015 0.395 0.094 96.20% 16 : JO_TABLE:GATHER
1.63% 0.362 0.358 0.368 0.003 2.72% 16 : VarBC_rad:config
1.33% 0.294 0.176 0.361 0.046 51.25% 368 : TRLTOG
1.36% 0.302 0.282 0.333 0.014 15.32% 2786112 : SRTM_VRTQDR
1.26% 0.280 0.150 0.321 0.043 53.27% 14080 : ODBMP:ODBMP_IGLOBAL
0.78% 0.174 0.049 0.309 0.074 84.14% 208 : CPG_DRV
1.15% 0.255 0.235 0.274 0.013 14.23% 26949 : APLPAR
0.59% 0.131 0.017 0.252 0.089 93.25% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
1.05% 0.233 0.224 0.246 0.006 8.94% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.97% 0.216 0.190 0.231 0.015 17.75% 3954 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.48% 0.107 0.001 0.224 0.069 99.55% 16 : SU_MCICA
0.43% 0.096 0.004 0.206 0.096 98.06% 18667 : GRIB_API:IGRIB_GET_INT
0.64% 0.141 0.135 0.149 0.004 9.40% 12258 : GRIB_API:IGRIB_SET_CHAR
0.63% 0.139 0.136 0.148 0.003 8.11% 26949 : CONVECT_TRIGGER_SHAL
0.61% 0.134 0.126 0.139 0.004 9.35% 296439 : LAITRI
0.40% 0.088 0.000 0.128 0.061 100.00% 109 : dGet_V_obsort_satob
0.43% 0.094 0.077 0.127 0.013 39.37% 704 : TRGTOL
0.35% 0.077 0.035 0.111 0.023 68.47% 21897 : CONVECT_CLOSURE_SHAL
0.31% 0.069 0.002 0.090 0.022 97.78% 844 : GRIB_API:IGRIB_NEW_FROM_MESSAGE
0.38% 0.084 0.080 0.087 0.002 8.05% 270508 : VERINT_DGEMM_1
0.35% 0.077 0.071 0.085 0.004 16.47% 26949 : CPG
0.33% 0.074 0.071 0.078 0.003 8.97% 16 : MASTER
0.29% 0.064 0.058 0.072 0.004 19.44% 26949 : INITAPLPAR
0.29% 0.065 0.060 0.070 0.003 14.29% 2073 : IO_BUFF_CLEAN
0.28% 0.063 0.051 0.067 0.004 23.88% 107908 : LASCAW
78.13% 17.318 0.000 2.479

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	0.2079290763097333	9.356808433938	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8374561756135555	75.37105580522	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.3256324746075	15.63035878116	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37953149486416665	36.43502350696	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1097988639215999	27.74497159804	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2720412203752	13.60206101876	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08394537596455556	1.511016767362	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.572331058388889	20.603918102	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36563756489659094	16.08805285545	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.6976322221140909	61.39163554604	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39633797414404	9.908449353601	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3211298820838	16.05649410419	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6298339280678262	37.48618034556	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34186806217521737	15.72593086006	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.052851039155	1.37412701803	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.3514844241928846	18.27719005803	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18330167327538097	7.698670277566	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2166307291649375	6.932183333278	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2271908130886	11.35954065443	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.3213911344985625	5.142258151977	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.397653798532875	6.362460776526	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3387403864444615	4.403625023778	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.678544442980769	121.6421555175	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22919911825616668	1.375194709537	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5491513615633337	42.58981633876	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.21935271870884998	4.387054374177	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.46169603055374997	18.46784122215	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.05572201012115	0.2228880404846	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.35519114481375	18.84152915851	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.4019153818256	4.019153818256	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.893370187418	28.93370187418	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.360594973972	27.21189947944	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.225378067835	4.90151227134	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.84785310521	14.78282484168	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.3021815656455	4.834905050328	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.46089569812775	1.843582792511	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.57493860151125	28.59950881209	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12287659447025	1.474519133643	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.81279472815	19.5070734756	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0957586812963125	0.7660694503705	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.713565919908125	11.41705471853	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.059129737053825	0.4730378964306	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.551338552903	8.821416846448	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3705579754972222	3.335021779475	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.4203418050566665	25.56615249102	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.4687080596275	27.74966447702	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5511487920128125	8.818380672205	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6691334181757289	849.130307665	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 849.130307665

MPI tasks

RSSmax

3.4Gb

RSStotal

52.6Gb

imbalance

6.0%

Number of parsed Variables

2575

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/rm9/mtool/abort/dump_000575_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/rm9/mtool/abort/dump_000575_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/rm9/mtool/depot/mstep_000575_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/rm9/mtool/spool/spool_000575_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/rm9/mtool/spool/spool_000575_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/rm9/mtool/cache/promise/davai/elp/dv-0036-atos_bologna@rm9/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/rm9/mtool/cache/vortex/davai/elp/dv-0036-atos_bologna@rm9/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/rm9/mtool/cache/vortex/davai/elp/dv-0036-atos_bologna@rm9/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

ec:/rm9/vortex/davai/elp/dv-0036-atos_bologna/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

ec:/rm9/vortex/davai/elp/dv-0036-atos_bologna/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-09-07T16:56:58

Elapse time

27.17

General info

Name of the executable : /lus/h2resw01/scratch/rm9/mtool/spool/spool_000575_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=26.510, Max=27.170, Avg=26.801, StDev=0.184
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
8.74% 2.334 2.192 2.468 0.069 11.18% 12438 : RRTM_RTRN1A_140GP_MCICA
7.25% 1.936 1.926 1.941 0.004 0.77% 16 : VARBC_SETUP:LOAD_TABLE
6.16% 1.645 1.573 1.736 0.049 9.39% 12438 : RADLSWR:CLOUD_GENERATOR
5.50% 1.470 1.431 1.578 0.044 9.32% 12438 : RADLSWR:CLOUD_OPTICS
4.55% 1.215 1.173 1.321 0.041 11.20% 12438 : SRTM_SPCVRT_MCICA
2.68% 0.717 0.170 1.187 0.338 85.68% 208 : SLCOMM:SLCOMM_INT
2.03% 0.543 0.501 0.995 0.121 49.65% 208 : SLCOMM2A:SLCOMM2A_INT
3.16% 0.844 0.680 0.986 0.149 31.03% 16 : INIFGER
3.49% 0.931 0.829 0.947 0.029 12.46% 64 : ATLAS_BCAST
1.14% 0.303 0.001 0.798 0.333 99.87% 208 : SLCOMM2A
2.16% 0.576 0.434 0.797 0.086 45.55% 24876 : MCICA_CLD_GENERATOR
2.77% 0.740 0.563 0.754 0.047 25.33% 7776 : READ_COVERS_PARAM:READ_NATURE
2.44% 0.651 0.570 0.724 0.043 21.27% 24876 : MCICA_CLD_GEN
2.48% 0.662 0.629 0.705 0.021 10.78% 12438 : SRTM_SRTM_224GP_MCICA
2.14% 0.571 0.523 0.644 0.035 18.79% 2786112 : SRTM_REFTRA
2.08% 0.557 0.012 0.597 0.145 97.99% 16 : JO_TABLE:GATHER
1.42% 0.378 0.293 0.462 0.052 36.58% 368 : TRLTOG
1.60% 0.427 0.405 0.452 0.013 10.40% 2073 : ECOCLIMAP2_LAI
1.53% 0.408 0.388 0.442 0.015 12.22% 12438 : RRTM_ECRT_140GP_MCICA
1.38% 0.368 0.335 0.403 0.018 16.87% 12438 : RRTM_GASABS1A_140GP
1.48% 0.394 0.390 0.402 0.003 2.99% 16 : VarBC_rad:config
0.71% 0.188 0.039 0.384 0.109 89.84% 208 : CPG_DRV
1.23% 0.329 0.304 0.375 0.019 18.93% 2786112 : SRTM_VRTQDR
0.49% 0.131 0.014 0.358 0.087 96.09% 16 : SU_MCICA
1.09% 0.291 0.263 0.328 0.020 19.82% 26949 : APLPAR
1.16% 0.311 0.288 0.326 0.009 11.66% 704 : TRGTOL
1.06% 0.284 0.163 0.324 0.050 49.69% 12016 : ODBMP:ODBMP_IGLOBAL
1.19% 0.317 0.312 0.323 0.003 3.41% 80 : DIST_GRID
0.53% 0.142 0.027 0.262 0.092 89.69% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.85% 0.227 0.214 0.244 0.006 12.30% 64 : GATH_GRID
0.84% 0.224 0.215 0.241 0.006 10.79% 396912 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.79% 0.211 0.185 0.227 0.015 18.50% 3954 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.34% 0.091 0.002 0.193 0.093 98.96% 18667 : GRIB_API:IGRIB_GET_INT
0.60% 0.159 0.153 0.171 0.005 10.53% 26949 : CONVECT_TRIGGER_SHAL
0.41% 0.108 0.043 0.161 0.032 73.29% 21879 : CONVECT_CLOSURE_SHAL
0.55% 0.147 0.135 0.154 0.005 12.34% 296439 : LAITRI
0.50% 0.135 0.128 0.148 0.005 13.51% 269818 : VERINT_DGEMM_1
0.31% 0.083 0.039 0.128 0.026 69.53% 26949 : SEAICE_GELATO1D
0.36% 0.096 0.090 0.101 0.003 10.89% 12258 : GRIB_API:IGRIB_SET_CHAR
0.29% 0.078 0.065 0.090 0.006 27.78% 26949 : CPG_PB1
0.30% 0.079 0.070 0.089 0.007 21.35% 208 : TRMTOS
0.31% 0.082 0.077 0.085 0.003 9.41% 208 : TRSTOM
0.31% 0.084 0.083 0.084 0.000 1.19% 16 : VARBC_SETUP:COMPILE_STATISTICS
0.24% 0.064 0.056 0.075 0.006 25.33% 26949 : MF_PHYS_INIT
0.24% 0.065 0.062 0.070 0.002 11.43% 634338 : READ_SURFX1_ARO
0.24% 0.064 0.061 0.070 0.002 12.86% 12438 : RRTM_TAUMOL3
0.24% 0.065 0.056 0.066 0.002 15.15% 32 : READ_COVERS_PARAM
81.34% 21.724 0.001 2.468

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	0.18226568836892856	7.655158911495	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21680179866096874	6.937657557151	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.22130706770380001	11.06535338519	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2849000643920625	4.558401030273	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.40540482245075	6.486477159212	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.23527594899564105	36.70304804332	156

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 36.70304804332

Exception

No stdeo.? files found.

Parsing

Failed

Number of parsed Variables

2584

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_019464_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_019464_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_019464_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_019464_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_019464_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0241-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0241-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0241-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0241-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0241-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-09-05T15:34:07

Elapse time

25.12

General info

Name of the executable : /scratch/mtool/mary/spool/spool_019464_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=24.810, Max=25.120, Avg=24.939, StDev=0.094
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.29% 2.307 2.180 2.481 0.084 12.13% 12438 : RRTM_RTRN1A_140GP_MCICA
6.53% 1.621 1.503 1.748 0.072 14.02% 12438 : RADLSWR:CLOUD_GENERATOR
5.85% 1.454 1.409 1.531 0.031 7.97% 12438 : RADLSWR:CLOUD_OPTICS
5.03% 1.249 1.179 1.312 0.041 10.14% 12438 : SRTM_SPCVRT_MCICA
2.61% 0.648 0.061 1.286 0.315 95.26% 208 : SLCOMM:SLCOMM_INT
5.12% 1.272 1.262 1.281 0.004 1.48% 16 : VARBC_SETUP:LOAD_TABLE
3.20% 0.795 0.490 1.055 0.276 53.55% 16 : INIFGER
3.62% 0.899 0.236 0.981 0.184 75.94% 13632 : ODBMP:ODBMP_IGLOBAL
1.39% 0.345 0.012 0.759 0.342 98.42% 208 : SLCOMM2A
0.51% 0.125 0.072 0.711 0.156 89.87% 208 : SLCOMM2A:SLCOMM2A_INT
2.45% 0.608 0.509 0.707 0.058 28.01% 24876 : MCICA_CLD_GEN
2.37% 0.590 0.547 0.681 0.029 19.68% 2786112 : SRTM_REFTRA
2.55% 0.633 0.573 0.678 0.028 15.49% 12438 : SRTM_SRTM_224GP_MCICA
1.79% 0.443 0.325 0.663 0.072 50.98% 24876 : MCICA_CLD_GENERATOR
1.74% 0.433 0.005 0.502 0.167 99.00% 16 : SUINIF
1.59% 0.396 0.369 0.426 0.019 13.38% 2073 : ECOCLIMAP2_LAI
1.58% 0.392 0.371 0.414 0.011 10.39% 12438 : RRTM_ECRT_140GP_MCICA
1.50% 0.372 0.110 0.403 0.071 72.70% 64 : ATLAS_BCAST
1.49% 0.369 0.015 0.398 0.095 96.23% 16 : JO_TABLE:GATHER
1.34% 0.332 0.176 0.397 0.053 55.67% 368 : TRLTOG
1.47% 0.366 0.342 0.394 0.018 13.20% 12438 : RRTM_GASABS1A_140GP
1.47% 0.365 0.359 0.373 0.004 3.75% 16 : VarBC_rad:config
0.82% 0.205 0.067 0.351 0.085 80.91% 208 : CPG_DRV
1.32% 0.328 0.321 0.335 0.004 4.18% 12258 : GRIB_API:IGRIB_SET_CHAR
1.23% 0.306 0.278 0.331 0.016 16.01% 2786112 : SRTM_VRTQDR
1.17% 0.291 0.274 0.308 0.011 11.04% 26949 : APLPAR
0.53% 0.132 0.013 0.257 0.073 94.94% 16 : SU_MCICA
0.45% 0.112 0.003 0.255 0.128 98.82% 18 : GRIB_API:IGRIB_CLOSE_FILE
0.54% 0.134 0.023 0.254 0.090 90.94% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.75% 0.186 0.085 0.252 0.045 66.27% 132 : FAITOU_MT
0.95% 0.236 0.228 0.245 0.005 6.94% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.89% 0.221 0.194 0.237 0.015 18.14% 3954 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.90% 0.223 0.223 0.223 0.000 0.00% 3638 : codb_dput_
0.38% 0.095 0.002 0.202 0.096 99.01% 18667 : GRIB_API:IGRIB_GET_INT
0.33% 0.082 0.075 0.174 0.025 56.90% 101 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.57% 0.141 0.136 0.150 0.003 9.33% 26949 : CONVECT_TRIGGER_SHAL
0.53% 0.132 0.123 0.136 0.003 9.56% 296439 : LAITRI
0.38% 0.095 0.075 0.122 0.014 38.52% 704 : TRGTOL
0.31% 0.077 0.036 0.110 0.022 67.27% 21901 : CONVECT_CLOSURE_SHAL
0.31% 0.077 0.002 0.099 0.024 97.98% 844 : GRIB_API:IGRIB_NEW_FROM_MESSAGE
0.34% 0.085 0.082 0.087 0.002 5.75% 270508 : VERINT_DGEMM_1
0.32% 0.079 0.078 0.079 0.001 1.27% 7248 : codb_swapout_
0.28% 0.070 0.067 0.074 0.002 9.46% 16 : MASTER
0.26% 0.065 0.062 0.072 0.003 13.89% 2073 : IO_BUFF_CLEAN
0.26% 0.064 0.059 0.072 0.004 18.06% 26949 : MF_PHYS_INIT
0.25% 0.063 0.057 0.071 0.003 19.72% 26949 : CPG_PB1
0.26% 0.066 0.065 0.068 0.001 4.41% 32 : READ_COVERS_PARAM
78.83% 19.578 0.002 2.481

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	0.18856681934824443	8.485506870671	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.829196838872	74.62771549848	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.31415065314625	15.07923135102	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3696188586320834	35.48341042868	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1089642743855999	27.72410685964	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2703508044724	13.51754022362	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08407283272022222	1.513310988964	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5731541317194444	20.6335487419	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36355257067818186	15.99631310984	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7180697913302273	63.19014163706	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39637984995988	9.909496248997	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.313022914472	15.6511457236	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6264316535556522	37.40792803178	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3451189339156522	15.87547096012	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05877453932846154	1.52813802254	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35055139003230773	18.22867228168	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18214289854985713	7.650001739094	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21664253858959376	6.932561234867	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2209165031772	11.04582515886	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.284105929377	4.545694870032	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.4048518834125625	6.477630134601	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3464314296881538	4.503608585946	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.687205206261539	121.8673353628	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.224179104132	1.345074624792	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5029806216166666	42.0357674594	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.22259083231685	4.451816646337	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.46122939227525006	18.44917569101	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.055357853592175	0.2214314143687	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.33939529598125	18.71516236785	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3852492651937	3.852492651937	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9287491797920002	29.28749179792	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3226053795269999	26.45210759054	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.231791307598	4.927165230392	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83132514006375	14.65060112051	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2859780224373125	4.575648358997	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.457691043342	1.830764173368	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.5695289951075	28.55623196086	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12203276135891666	1.464393136307	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8118172426454167	19.48361382349	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0962504429230875	0.7700035433847	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.71518616687875	11.44297867006	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0591432892685875	0.4731463141487	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.554415479565375	8.870647673046	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3345501972252222	3.010951775027	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.406015120728889	25.30827217312	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.4830100891675	27.86408071334	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5509309293293125	8.814894869269	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6657280649775413	844.8089144565	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.8089144565

MPI tasks

RSSmax

3.4Gb

RSStotal

52.7Gb

imbalance

5.8%

Number of parsed Variables

2584

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_019139_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_019139_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_019139_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_019139_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_019139_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0224-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0224-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0224-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0224-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0224-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-07-12T15:53:12

Elapse time

24.09

General info

Name of the executable : /scratch/mtool/mary/spool/spool_019139_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.370, Max=24.090, Avg=23.635, StDev=0.180
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.90% 2.328 2.144 2.544 0.099 15.72% 12438 : RRTM_RTRN1A_140GP_MCICA
6.76% 1.590 1.476 1.706 0.068 13.48% 12438 : RADLSWR:CLOUD_GENERATOR
6.09% 1.432 1.376 1.541 0.038 10.71% 12438 : RADLSWR:CLOUD_OPTICS
5.50% 1.294 1.220 1.377 0.046 11.40% 12438 : SRTM_SPCVRT_MCICA
5.44% 1.279 1.262 1.290 0.008 2.17% 16 : VARBC_SETUP:LOAD_TABLE
2.77% 0.651 0.064 1.120 0.285 94.29% 208 : SLCOMM:SLCOMM_INT
2.87% 0.676 0.500 0.831 0.156 39.83% 16 : INIFGER
1.32% 0.311 0.012 0.806 0.303 98.51% 208 : SLCOMM2A
2.57% 0.605 0.494 0.737 0.060 32.97% 24876 : MCICA_CLD_GEN
2.55% 0.599 0.553 0.685 0.030 19.27% 2786112 : SRTM_REFTRA
2.68% 0.631 0.592 0.670 0.024 11.64% 12438 : SRTM_SRTM_224GP_MCICA
1.87% 0.441 0.320 0.657 0.074 51.29% 24876 : MCICA_CLD_GENERATOR
0.51% 0.120 0.073 0.593 0.126 87.69% 208 : SLCOMM2A:SLCOMM2A_INT
2.06% 0.485 0.475 0.499 0.006 4.81% 16 : VARBC_RAD:CONFIG
1.76% 0.414 0.165 0.479 0.077 65.55% 14624 : ODBMP:ODBMP_IGLOBAL
1.69% 0.398 0.370 0.431 0.018 14.15% 12438 : RRTM_ECRT_140GP_MCICA
1.69% 0.398 0.381 0.424 0.011 10.14% 2073 : ECOCLIMAP2_LAI
0.89% 0.210 0.093 0.423 0.096 78.01% 208 : CPG_DRV
1.60% 0.377 0.019 0.406 0.095 95.32% 16 : JO_TABLE_MOD:GATHER
1.57% 0.369 0.340 0.405 0.019 16.05% 12438 : RRTM_GASABS1A_140GP
1.55% 0.364 0.109 0.396 0.069 72.47% 64 : ATLAS_BCAST
1.17% 0.276 0.169 0.337 0.043 49.85% 368 : TRLTOG
1.30% 0.305 0.266 0.336 0.020 20.83% 2786112 : SRTM_VRTQDR
1.20% 0.281 0.255 0.316 0.015 19.30% 26949 : APLPAR
0.59% 0.138 0.001 0.314 0.099 99.68% 16 : SU_MCICA
0.59% 0.139 0.020 0.268 0.094 92.54% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
1.03% 0.241 0.232 0.254 0.007 8.66% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.94% 0.221 0.194 0.237 0.015 18.14% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.42% 0.100 0.003 0.212 0.102 98.58% 18667 : GRIB_API:IGRIB_GET_INT
0.29% 0.068 0.005 0.206 0.095 97.57% 14336 : ODBMP:ODBMP_DEXCHANGE1
0.75% 0.178 0.173 0.183 0.003 5.46% 11938 : GRIB_API:IGRIB_SET_CHAR
0.46% 0.109 0.000 0.159 0.076 100.00% 109 : dGet_V_obsort_satob
0.60% 0.142 0.139 0.148 0.002 6.08% 26949 : CONVECT_TRIGGER_SHAL
0.61% 0.143 0.141 0.143 0.001 1.40% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.59% 0.138 0.130 0.143 0.003 9.09% 296439 : LAITRI
0.44% 0.103 0.102 0.105 0.001 2.86% 314 : odb1_dbase-select:sat_satob
0.42% 0.099 0.098 0.099 0.000 1.01% 128 : Anchor2ECMA_sat_satob
0.36% 0.085 0.076 0.097 0.006 21.65% 1120 : TRGTOL
0.30% 0.071 0.030 0.096 0.020 68.75% 21908 : CONVECT_CLOSURE_SHAL
0.35% 0.082 0.077 0.086 0.002 10.47% 270508 : VERINT_DGEMM_1
0.27% 0.064 0.058 0.084 0.007 30.95% 2073 : IO_BUFF_CLEAN
0.31% 0.072 0.070 0.074 0.001 5.41% 1107952 : APPEND_NUM
0.30% 0.069 0.067 0.073 0.002 8.22% 16 : MASTER
0.27% 0.063 0.058 0.072 0.004 19.44% 26949 : MF_PHYS_INIT
77.21% 18.160 0.000 2.544

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	0.18180488341257778	8.181219753566	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8272463749397777	74.45217374458	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.308823577346875	14.82353171265	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37008149933364587	35.52782393603	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1029920825036	27.57480206259	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2720915247452	13.60457623726	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08392685242322223	1.510683343618	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5732307634177778	20.63630748304	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36124906218977276	15.89495873635	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7109486827855682	62.56348408513	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39158052722352	9.789513180588	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3122480366412	15.61240183206	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.62631622221	37.40527311083	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34578720653673917	15.90621150069	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055638181792500005	1.446592726605	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35140556531211536	18.27308939623	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.1815612484979762	7.625572436915	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2187792265274375	7.000935248878	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2225595339732	11.12797669866	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.27459791533375	4.39356664534	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3935950116705	6.297520186728	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3444571890796923	4.477943458036	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.697593118288461	122.1374210755	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22296904541733334	1.337814272504	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.533813560555833	42.40576272667	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.223306511082	4.46613022164	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.4597224677855	18.38889871142	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.053245919270875	0.2129836770835	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3476127355425	18.78090188434	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3874872252211	3.874872252211	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.963411589862	29.63411589862	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.336050513438	26.72101026876	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.2276722712715	4.910689085086	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83395857421125	14.67166859369	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.28658057902025	4.585289264324	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45640500147325	1.825620005893	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.56999382701125	28.55995061609	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12261826268575	1.471419152229	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8119333343395834	19.48640002415	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0963088457012625	0.7704707656101	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.7130280420975	11.40844867356	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.059355838259575	0.4748467060766	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.555019193696625	8.880307099146	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.33615340411122224	3.025380637001	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.4154633791966666	25.47834082554	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.47315633645375	27.78525069163	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5501128983988125	8.801806374381	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6653260224708432	844.2987225155	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2987225155

MPI tasks

RSSmax

3.6Gb

RSStotal

56.3Gb

imbalance

5.2%

Number of parsed Variables

2588

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-0213-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0213-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0213-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0213-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0224-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0224-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0224-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0224-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0224-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

0.9600000000000009

Highest acceleration

-0.026 (ref:0.34s => test:0.314s)

Highest acceleration - routine

SU_MCICA

Highest relative acceleration

-11.01% (ref:0.109s => test:0.097s)

Highest relative acceleration - routine

TRGTOL

Highest relative slow-down

+61.45% (ref:0.262s => test:0.423s)

Highest relative slow-down - routine

CPG_DRV

Highest slow-down

0.168 (ref:1.209s => test:1.377s)

Highest slow-down - routine

SRTM_SPCVRT_MCICA

Relative diff in Elapse time

+4.15%

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	0.18180488341257778	0.18180488341257778	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.000E+00	0.8272463749397777	0.8272463749397777	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.000E+00	0.308823577346875	0.308823577346875	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.000E+00	0.37008149933364587	0.37008149933364587	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	0.000E+00	1.1029920825036	1.1029920825036	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.000E+00	0.2720915247452	0.2720915247452	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.000E+00	0.08392685242322223	0.08392685242322223	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.000E+00	0.5732307634177778	0.5732307634177778	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.000E+00	0.36124906218977276	0.36124906218977276	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.000E+00	0.7109486827855682	0.7109486827855682	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.000E+00	0.39158052722352	0.39158052722352	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.000E+00	0.3122480366412	0.3122480366412	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	0.000E+00	1.62631622221	1.62631622221	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.000E+00	0.34578720653673917	0.34578720653673917	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.000E+00	0.055638181792500005	0.055638181792500005	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.000E+00	0.35140556531211536	0.35140556531211536	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.000E+00	0.1815612484979762	0.1815612484979762	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.000E+00	0.2187792265274375	0.2187792265274375	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.000E+00	0.2225595339732	0.2225595339732	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.000E+00	0.27459791533375	0.27459791533375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.000E+00	0.3935950116705	0.3935950116705	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.000E+00	0.3444571890796923	0.3444571890796923	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	0.000E+00	4.697593118288461	4.697593118288461	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.000E+00	0.22296904541733334	0.22296904541733334	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	0.000E+00	3.533813560555833	3.533813560555833	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.000E+00	0.223306511082	0.223306511082	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.000E+00	0.4597224677855	0.4597224677855	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.000E+00	0.053245919270875	0.053245919270875	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	0.000E+00	2.3476127355425	2.3476127355425	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.000E+00	0.3874872252211	0.3874872252211	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	0.000E+00	2.963411589862	2.963411589862	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	0.000E+00	1.336050513438	1.336050513438	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	0.000E+00	1.2276722712715	1.2276722712715	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	0.000E+00	1.83395857421125	1.83395857421125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.000E+00	0.28658057902025	0.28658057902025	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.000E+00	0.45640500147325	0.45640500147325	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	0.000E+00	3.56999382701125	3.56999382701125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.000E+00	0.12261826268575	0.12261826268575	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.000E+00	0.8119333343395834	0.8119333343395834	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.000E+00	0.0963088457012625	0.0963088457012625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.000E+00	0.7130280420975	0.7130280420975	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.000E+00	0.059355838259575	0.059355838259575	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.000E+00	0.555019193696625	0.555019193696625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.000E+00	0.33615340411122224	0.33615340411122224	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	0.000E+00	1.4154633791966666	1.4154633791966666	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	0.000E+00	3.47315633645375	3.47315633645375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.000E+00	0.5501128983988125	0.5501128983988125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	0.000E+00	0.6653260224708432	0.6653260224708432	0.000E+00	1269	1269

Bit-reproducible

True

Maximum Relative diff in Jo/n

0.00%

Maximum differences

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

Validated

True

Validated means

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

mainMetrics

Maximum Relative diff in Jo/n

leadExpert

joTables

Absolute RSSmax diff

+0.0Gb

Absolute RSStotal diff

+0.0Gb

Imbalance evolution

0.00%

Relative RSSmax diff

0.00%

Relative RSStotal diff

+0.18%

mainMetrics

Relative RSStotal diff

Identical

False

Lost variables

ALPHA1 :
- 0.450000E+01
ALPHA2 :
- 0.129600E+02
ALPHA3 :
- -0.307500E+01
BETA1 :
- 0.600000E+00
BETA2 :
- 0.639000E+00
BETA3 :
- 0.810036E+02
C :
- 0.207000E+03
D :
- 0.640000E+00
LCFRLIMIT :
- T
LCONVHG :
- T
LCRIAUTI :
- F
LDEPOSC :
- F
LDEPSG :
- F
LEVLIMIT :
- T
LFEEDBACKT :
- T
LHARATU :
- F
LNULLWETG :
- T
LNULLWETH :
- T
LOCND2 :
- F
LOSEDIC :
- F
LOSIGMAS :
- F
LOSUBG_COND :
- F
LSEDIM_AFTER :
- F
LWETGPOST :
- T
LWETHPOST :
- T
NMAXITER_MICRO :
- 5
NU10 :
- 0.500000E+02
NU20 :
- 0.100000E+04
RCRIAUTC :
- 0.500000E-03
RCRIAUTI :
- 0.200000E-04
RDEPGRED :
- 1.00
RDEPSRED :
- 1.00
RFRMIN :
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.100E+01
- 0.100E+01
- 0.100E+01
- 0.100E+02
- 0.100E+01
- 0.000E+00
- 0.100E-14
- 0.120E+03
- 0.100E-03
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.100E+01
- 0.100E+01
- 0.500E+00
- 0.150E+01
- 0.300E+02
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.250E+00
- 0.150E+00
RT0CRIAUTI :
- -0.199828E+02
XA1 :
- 0.667
XABUO :
- 1.000
XACRIAUTI :
- 0.600000E-01
XALPHA_MF :
- 2.000
XALP_PERT :
- 0.300
XB :
- 0.002
XBCRIAUTI :
- -0.350000E+01
XBDETR :
- 0.000
XBENTR :
- 1.000
XBETA1 :
- 0.900
XC :
- 0.012
XCMF :
- 0.065
XCOLCS :
- 0.100000E+01
XCOLEXIG :
- 0.100000E+00
XCOLEXIS :
- 0.500000E-01
XCOLEXSG :
- 0.100000E+00
XCOLIG :
- 0.100000E-01
XCOLIR :
- 0.100000E+01
XCOLIS :
- 0.250000E+00
XCOLSG :
- 0.100000E-01
XCRAD_MF :
- 50.000
XCRIAUTC :
- 0.500000E-03
XCRIAUTI :
- 0.200000E-04
XDCSLIM :
- 0.700000E-02
XDETR_DRY :
- 10.000
XDETR_LUP :
- 1.000
XENTR_DRY :
- 0.550
XENTR_MF :
- 0.035
XFRACM90 :
- 0.10
XFRAC_UP_MAX :
- 0.330
XFRMIN :
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.100E+01
- 0.100E+01
- 0.100E+01
- 0.100E+02
- 0.100E+01
- 0.000E+00
- 0.100E-14
- 0.120E+03
- 0.100E-03
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.100E+01
- 0.100E+01
- 0.500E+00
- 0.150E+01
- 0.300E+02
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.000E+00
- 0.250E+00
- 0.150E+00
XFSCVMG :
- 0.200000E+01
XFSEDI :
- 460538954478.905
XHON :
- 0.472065E-13
XKCF_MF :
- 2.750
XLAMBDA :
- 0.000
XMNU0 :
- 0.688000E-12
XMRSTEP :
- 0.00
XPRES_UV :
- 0.500
XR :
- 2.000
XSIGMA_MF :
- 20.000
XSPLIT_MAXCFL :
- 0.80
XT00 :
- 0.3000E+03
XTAUSIGMF :
- 600.00
XTEXAUTI :
- 0.150000E-01
XTIMAUTC :
- 0.100000E-02
XTIMAUTI :
- 0.100000E-02
XTSTEP_TS :
- 0.00
XVDEPOSC :
- 0.02
graupel :
- 0.100000E+01
snow :
- 0.100000E+01
used :
- -0.199828E+02

Modified variables

VSIGQSAT :
- ref :
  - 0.00
- test :
  - 0.000000000000000E+000
VSQUALL :
- ref :
  - 0.00
- test :
  - 0.000000E+00
XLINI :
- ref :
  - 0.00
- test :
  - 0.000000000000000E+000

New variables

LHARAT :
- F
LLEONARD :
- F
LPROJQITURB :
- F
LRMC01 :
- F
LSIGMAS :
- F
LSIG_CONV :
- F
LSUBG_COND :
- F
LTURB_DIAG :
- F
LTURB_FLX :
- F
NDAYSEC :
- 86400
RDSCPD :
- 0.2857E+00
RDSRV :
- 0.6220E+00
RINVXP00 :
- 0.1000E-04
XALPHAOC :
- 0.1900E-03
XALTHGRAD :
- 2000.00000000000
XBETAOC :
- 0.7748E-03
XCADAP :
- 0.500000000000000
XCED :
- 1.000000000000000E+020
XCLDTHOLD :
- -1.00000000000000
XCOEFHGRADRM :
- 1.00000000000000
XCOEFHGRADTHL :
- 1.00000000000000
XCONDI :
- 0.2220E+01
XCTP :
- 1.000000000000000E+020
XEPSILO :
- 0.6220E+00
XIMPL :
- 1.00000000000000
XMNH_EPSILON :
- 0.2220E-15
XMNH_HUGE :
- 0.1798+309
XMNH_HUGE_12_LOG :
- 0.3549E+03
XMNH_TINY :
- 0.1000E-79
XMNH_TINY_12 :
- 0.1000E-39
XRES_FLAT_CART :
- 0.1000E-11
XRES_OTHER :
- 0.1000E-08
XRES_PREP :
- 0.1000E-07
XRH00OCEAN :
- 0.1024E+04
XSA00OCEAN :
- 0.3260E+02
XTH00 :
- 0.3000E+03
XTH00OCEAN :
- 0.2866E+03
XTKEMIN :
- 1.000000000000000E-006
XTMAXMIX :
- 273.160000000000
XTMINMIX :
- 253.160000000000

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/suzat/abort/dump_031911_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/suzat/abort/dump_031911_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/suzat/depot/mstep_031911_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/suzat/spool/spool_031911_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/suzat/spool/spool_031911_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/suzat/cache/promise/davai/elp/dv-0038-belenos@suzat/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortex/davai/elp/dv-0038-belenos@suzat/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortex/davai/elp/dv-0038-belenos@suzat/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortexbuddies/davai/elp/dv-0038-belenos@suzat/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortexbuddies/davai/elp/dv-0038-belenos@suzat/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-06-12T16:01:26

Elapse time

70.26

General info

Name of the executable : /scratch/mtool/suzat/spool/spool_031911_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=69.350, Max=70.260, Avg=69.764, StDev=0.245
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
26.79% 18.659 18.643 18.683 0.011 0.21% 16 : VARBC_SETUP:LOAD_TABLE
6.43% 4.479 4.294 4.845 0.151 11.37% 12438 : SRTM_SPCVRT_MCICA
2.79% 1.941 0.062 3.423 0.906 98.19% 208 : SLCOMM:SLCOMM_INT
4.38% 3.048 2.851 3.408 0.148 16.34% 12438 : RRTM_RTRN1A_140GP_MCICA
3.58% 2.494 2.267 3.089 0.184 26.61% 24876 : MCICA_CLD_GENERATOR
3.77% 2.629 2.555 2.829 0.082 9.69% 2786112 : SRTM_VRTQDR
1.61% 1.121 0.001 2.659 1.123 99.96% 208 : SLCOMM2A
0.33% 0.232 0.069 2.188 0.522 96.85% 208 : SLCOMM2A:SLCOMM2A_INT
2.73% 1.899 1.805 2.143 0.083 15.77% 2786112 : SRTM_REFTRA
2.53% 1.760 1.045 2.049 0.343 49.00% 14624 : ODBMP:ODBMP_IGLOBAL
2.30% 1.605 1.441 1.885 0.103 23.55% 12438 : RADLSWR:CLOUD_OPTICS
1.87% 1.304 1.242 1.417 0.049 12.35% 12438 : RADLSWR:CLOUD_GENERATOR
1.49% 1.034 0.765 1.267 0.244 39.62% 16 : INIFGER
1.66% 1.154 1.123 1.243 0.033 9.65% 26949 : CONVECT_TRIGGER_SHAL
0.86% 0.600 0.296 1.162 0.229 74.53% 208 : CPG_DRV
1.57% 1.093 1.071 1.104 0.010 2.99% 16 : VARBC_RAD:CONFIG
1.42% 0.992 0.930 1.042 0.039 10.75% 12438 : SRTM_SRTM_224GP_MCICA
1.13% 0.784 0.643 0.988 0.093 34.92% 24876 : MCICA_CLD_GEN
1.33% 0.928 0.888 0.973 0.026 8.74% 2073 : ECOCLIMAP2_LAI
0.24% 0.164 0.002 0.864 0.346 99.77% 55 : cma_close_
1.07% 0.748 0.437 0.834 0.096 47.60% 80 : DIST_GRID
0.94% 0.655 0.637 0.725 0.022 12.14% 296439 : LAITRI
0.71% 0.494 0.236 0.719 0.147 67.18% 368 : TRLTOG
0.55% 0.382 0.044 0.719 0.242 93.88% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.88% 0.612 0.179 0.659 0.120 72.84% 64 : ATLAS_BCAST
0.43% 0.299 0.007 0.649 0.213 98.92% 16 : SU_MCICA
0.80% 0.555 0.534 0.604 0.019 11.59% 12438 : RRTM_GASABS1A_140GP
0.74% 0.513 0.491 0.536 0.012 8.40% 12438 : RRTM_ECRT_140GP_MCICA
0.66% 0.458 0.442 0.493 0.015 10.34% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.58% 0.407 0.092 0.432 0.084 78.70% 16 : JO_TABLE_MOD:GATHER
0.54% 0.378 0.367 0.406 0.010 9.61% 26949 : APLPAR
0.45% 0.312 0.259 0.401 0.040 35.41% 16 : SUMPINI
0.44% 0.308 0.270 0.338 0.019 20.12% 26949 : ACBL89
0.44% 0.307 0.298 0.333 0.009 10.51% 80847 : GPRCP_EXPL
0.43% 0.298 0.281 0.324 0.014 13.27% 6190 : ECSORT_MIX:REAL8_COUNT
0.21% 0.144 0.003 0.308 0.148 99.03% 18667 : GRIB_API:IGRIB_GET_INT
0.27% 0.190 0.098 0.282 0.060 65.25% 21909 : CONVECT_CLOSURE_SHAL
0.37% 0.258 0.254 0.279 0.006 8.96% 350337 : LAITLI
0.37% 0.260 0.254 0.277 0.006 8.30% 107908 : LASCAW
0.32% 0.222 0.169 0.259 0.028 34.75% 2000 : FACGRA_MT
0.33% 0.229 0.199 0.240 0.010 17.08% 7776 : READ_COVERS_PARAM:READ_NATURE
0.30% 0.208 0.187 0.234 0.012 20.09% 26949 : CUBASEN
0.12% 0.081 0.035 0.232 0.051 84.91% 26949 : SEAICE_GELATO1D
0.31% 0.214 0.207 0.231 0.006 10.39% 134745 : LARCHE
0.27% 0.185 0.126 0.230 0.027 45.22% 1120 : TRGTOL
0.16% 0.115 0.023 0.218 0.060 89.45% 38670 : MODI_AV_PGD_1P:AV_PATCH_PGD_1D_1P
0.27% 0.188 0.182 0.202 0.006 9.90% 12438 : ACRALU
0.26% 0.183 0.178 0.198 0.005 10.10% 26949 : ADVPRCS
0.26% 0.182 0.170 0.190 0.006 10.53% 32 : READ_COVERS_PARAM
0.23% 0.162 0.157 0.174 0.005 9.77% 26949 : ACTURB
0.23% 0.159 0.006 0.174 0.041 96.55% 16 : FIELD_DEFINITIONS:READ_DYNAMIC_NAMESPACE
0.24% 0.165 0.158 0.172 0.004 8.14% 11938 : GRIB_API:IGRIB_SET_CHAR
0.19% 0.129 0.062 0.171 0.033 63.74% 3987438 : CONVECT_CONDENS
0.22% 0.154 0.131 0.170 0.013 22.94% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.22% 0.153 0.149 0.168 0.005 11.31% 269490 : VERINT_DGEMM_1
0.22% 0.153 0.148 0.168 0.006 11.90% 12438 : RRTM_TAUMOL3
0.13% 0.091 0.023 0.158 0.028 85.44% 64 : GATH_GRID
0.21% 0.144 0.136 0.156 0.006 12.82% 36730 : odb1_dbase-setup_column_meta
0.22% 0.154 0.153 0.155 0.001 1.29% 3120 : TRSTOM:STOM_PACK
0.22% 0.151 0.150 0.152 0.001 1.32% 3120 : TRMTOS:MTOS_PACK
0.21% 0.150 0.149 0.151 0.001 1.32% 3120 : TRSTOM:STOM_UNPACK
0.18% 0.122 0.103 0.150 0.018 31.33% 2546 : ECSORT_MIX:INT8_KEYSORT_1D
0.20% 0.136 0.130 0.149 0.005 12.75% 12438 : RRTM_TAUMOL5
0.20% 0.142 0.142 0.142 0.000 0.00% 314 : dGet_V_sat_satob
0.20% 0.138 0.138 0.139 0.001 0.72% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.18% 0.126 0.120 0.135 0.004 11.11% 16 : VARBC_CLASS:HIST_COMPLETE
0.17% 0.118 0.113 0.127 0.004 11.02% 634338 : READ_SURFX1_ARO
0.17% 0.118 0.115 0.123 0.002 6.50% 26949 : ACVPPKF
0.16% 0.112 0.109 0.121 0.003 9.92% 26949 : LAPINEB
0.16% 0.109 0.106 0.117 0.003 9.40% 26949 : LARMES
0.15% 0.106 0.103 0.115 0.003 10.43% 53898 : ACNEBSM
0.15% 0.103 0.098 0.114 0.004 14.04% 12438 : RRTM_TAUMOL9
0.11% 0.074 0.021 0.113 0.031 81.42% 25764 : MODE_AV_PGD:GET_WEIGHT_PATCH
0.15% 0.104 0.100 0.112 0.003 10.71% 26949 : ACDRAG
0.15% 0.102 0.097 0.112 0.004 13.39% 12438 : RRTM_TAUMOL7
0.14% 0.099 0.096 0.106 0.002 9.43% 26949 : CPTEND_NEW
0.11% 0.080 0.029 0.105 0.020 72.38% 12438 : RRTM_RRTM_140GP_MCICA
0.13% 0.092 0.088 0.102 0.004 13.73% 12438 : RRTM_TAUMOL4
0.13% 0.092 0.090 0.099 0.002 9.09% 16 : MASTER
0.13% 0.092 0.089 0.099 0.003 10.10% 26949 : ACTQSAT
0.12% 0.086 0.077 0.095 0.007 18.95% 91500 : FFT992
0.12% 0.083 0.066 0.095 0.009 30.53% 13263876 : CONVECT_SATMIXRATIO
0.13% 0.088 0.086 0.092 0.002 6.52% 16 : INI_DATA_PARAM
0.11% 0.080 0.070 0.089 0.005 21.35% 1502 : FADGRA_MT
0.12% 0.080 0.077 0.088 0.003 12.50% 26949 : MF_PHYS_INIT
0.11% 0.079 0.000 0.088 0.021 100.00% 16 : EVCOST
0.12% 0.082 0.080 0.087 0.002 8.05% 1107952 : APPEND_NUM
0.12% 0.083 0.082 0.085 0.001 3.53% 16 : DEFRUN
0.11% 0.078 0.072 0.084 0.004 14.29% 26949 : CPG_COPY_PB1
0.10% 0.069 0.054 0.084 0.008 35.71% 26949 : CUASCN
0.11% 0.074 0.061 0.083 0.006 26.51% 26949 : CUMASTRN
0.11% 0.076 0.073 0.082 0.003 10.98% 14511 : RADOZCMF
0.11% 0.076 0.073 0.081 0.002 9.88% 12438 : RRTM_TAUMOL1
0.10% 0.073 0.071 0.078 0.002 8.97% 26949 : CUININ
0.10% 0.070 0.067 0.074 0.002 9.46% 12438 : SRTM_TAUMOL17
0.10% 0.068 0.065 0.072 0.002 9.72% 38730 : dbase_view:postproc_columns
0.10% 0.067 0.064 0.072 0.002 11.11% 12438 : RRTM_RTRN1A_140GP_MCICA:PLANCK
0.10% 0.067 0.063 0.072 0.003 12.50% 24876 : RADLSWR:AEROSOL
0.09% 0.063 0.060 0.068 0.002 11.76% 12438 : RRTM_TAUMOL8
89.85% 62.575 0.000 18.683

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	0.18543510296466664	8.34457963341	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8270288240954444	74.43259416859	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.3095030374891667	14.85614579948	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37017819952375003	35.53710715428	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1028377021276001	27.57094255319	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2721226304866	13.60613152433	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08404380139094444	1.512788425037	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5738289942880556	20.65784379437	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3610028176563636	15.88412397688	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7098267021505682	62.46474978925	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.38902610123884	9.725652530971	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3122670927408	15.61335463704	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6263165234647825	37.40528003969	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3457869950376087	15.90620177173	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055932798103615386	1.454252750694	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35046021314250003	18.22393108341	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18170695631095238	7.63169216506	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2187085140311875	6.998672448998	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.22231859670399998	11.1159298352	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2755506483536875	4.408810373659	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.393481939387375	6.295711030198	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3444710416145385	4.478123540989	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.692292674176923	121.9996095286	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22318447026083332	1.339106821565	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5327033450258334	42.39244014031	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.22267561888024998	4.453512377605	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45950309927074995	18.38012397083	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.054125152440825	0.2165006097633	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.344490017375	18.755920139	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.387988527643	3.87988527643	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.963190369993	29.63190369993	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3381090644575	26.76218128915	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.2251612562305	4.900645024922	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.8348823791775	14.67905903342	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2871712729318125	4.594740366909	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.456512478916	1.826049915664	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.5699721674325	28.55977733946	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12254764985208333	1.470571798225	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.81193663051125	19.48647913227	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.09619337077195	0.7695469661756	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.713393467206875	11.41429547531	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.059388568827175	0.4751085506174	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.55489072101	8.87825153616	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3352342945948889	3.017108651354	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.4153766181094445	25.47677912597	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.47235893336125	27.77887146689	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.549986020097	8.799776321552	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6652007211312845	844.1397151156	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.1397151156

MPI tasks

RSSmax

4.2Gb

RSStotal

64.9Gb

imbalance

5.0%

Number of parsed Variables

2578

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/suzat/cache/vortex/davai/elp/dv-0213-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortex/davai/elp/dv-0213-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortexbuddies/davai/elp/dv-0213-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortexbuddies/davai/elp/dv-0213-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

suzat@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0213-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

suzat@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0213-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/suzat/cache/promise/davai/elp/dv-0038-belenos@suzat/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortex/davai/elp/dv-0038-belenos@suzat/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortex/davai/elp/dv-0038-belenos@suzat/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortexbuddies/davai/elp/dv-0038-belenos@suzat/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/suzat/cache/vortexbuddies/davai/elp/dv-0038-belenos@suzat/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

47.13000000000001

Highest acceleration

-0.290 (ref:1.707s => test:1.417s)

Highest acceleration - routine

RADLSWR:CLOUD_GENERATOR

Highest relative acceleration

-27.66% (ref:0.235s => test:0.17s)

Highest relative acceleration - routine

GRIB_API:IGRIB_SET_REAL8_ARRAY

Highest relative slow-down

+1428.89% (ref:1.222s => test:18.683s)

Highest relative slow-down - routine

VARBC_SETUP:LOAD_TABLE

Highest slow-down

17.461 (ref:1.222s => test:18.683s)

Highest slow-down - routine

VARBC_SETUP:LOAD_TABLE

Relative diff in Elapse time

+203.76%

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	1.997E-02	0.18543510296466664	0.18180488341257778	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	-2.630E-04	0.8270288240954444	0.8272463749397777	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	2.200E-03	0.3095030374891667	0.308823577346875	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	2.613E-04	0.37017819952375003	0.37008149933364587	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	-1.400E-04	1.1028377021276001	1.1029920825036	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	1.143E-04	0.2721226304866	0.2720915247452	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	1.393E-03	0.08404380139094444	0.08392685242322223	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	1.044E-03	0.5738289942880556	0.5732307634177778	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	-6.816E-04	0.3610028176563636	0.36124906218977276	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-1.578E-03	0.7098267021505682	0.7109486827855682	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	-6.523E-03	0.38902610123884	0.39158052722352	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	6.103E-05	0.3122670927408	0.3122480366412	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.852E-07	1.6263165234647825	1.62631622221	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	-6.116E-07	0.3457869950376087	0.34578720653673917	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	5.295E-03	0.055932798103615386	0.055638181792500005	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	-2.690E-03	0.35046021314250003	0.35140556531211536	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	8.025E-04	0.18170695631095238	0.1815612484979762	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	-3.232E-04	0.2187085140311875	0.2187792265274375	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	-1.083E-03	0.22231859670399998	0.2225595339732	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	3.470E-03	0.2755506483536875	0.27459791533375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	-2.873E-04	0.393481939387375	0.3935950116705	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	4.022E-05	0.3444710416145385	0.3444571890796923	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	-1.128E-03	4.692292674176923	4.697593118288461	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	9.662E-04	0.22318447026083332	0.22296904541733334	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	-3.142E-04	3.5327033450258334	3.533813560555833	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	-2.825E-03	0.22267561888024998	0.223306511082	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	-4.772E-04	0.45950309927074995	0.4597224677855	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	1.651E-02	0.054125152440825	0.053245919270875	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	-1.330E-03	2.344490017375	2.3476127355425	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	1.294E-03	0.387988527643	0.3874872252211	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	-7.465E-05	2.963190369993	2.963411589862	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.541E-03	1.3381090644575	1.336050513438	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-2.045E-03	1.2251612562305	1.2276722712715	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	5.037E-04	1.8348823791775	1.83395857421125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	2.061E-03	0.2871712729318125	0.28658057902025	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	2.355E-04	0.456512478916	0.45640500147325	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	-6.067E-06	3.5699721674325	3.56999382701125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	-5.759E-04	0.12254764985208333	0.12261826268575	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	4.060E-06	0.81193663051125	0.8119333343395834	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	-1.199E-03	0.09619337077195	0.0963088457012625	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	5.125E-04	0.713393467206875	0.7130280420975	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	5.514E-04	0.059388568827175	0.059355838259575	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	-2.315E-04	0.55489072101	0.555019193696625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	-2.734E-03	0.3352342945948889	0.33615340411122224	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	-6.130E-05	1.4153766181094445	1.4154633791966666	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	-2.296E-04	3.47235893336125	3.47315633645375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-2.306E-04	0.549986020097	0.5501128983988125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	-1.883E-04	0.6652007211312845	0.6653260224708432	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+2.00%

Maximum differences

jo :
- diff : 0.16335987984400013
- reldiff : 0.019967667996302806
jo/n :
- diff : 0.00530044411153785
- reldiff : 0.019967667996302656
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

+16.67%

Relative RSStotal diff

+15.48%

mainMetrics

Relative RSStotal diff

Identical

False

Lost variables

CLCONFIG%COEQTERMJB :
- 0.000000000000000E+000
CLCONFIG%ELC :
- 50000.0000000000
CLCONFIG%L3DBGERR :
- F
CLCONFIG%LBALSTRATO :
- T
CLCONFIG%LCFCE :
- F
CLCONFIG%LCLMSFCE :
- F
CLCONFIG%LCORCOSU :
- F
CLCONFIG%LCORCOSU_VCOR :
- F
CLCONFIG%LCTLFG :
- F
CLCONFIG%LCV_NETCDF_IO :
- F
CLCONFIG%LENSMEAN_CALC :
- F
CLCONFIG%LFACHRO :
- T
CLCONFIG%LFLTBGCALC :
- F
CLCONFIG%LFLTBGCALC_CRT :
- F
CLCONFIG%LFLTBGCALC_GAUSS :
- T
CLCONFIG%LFLTBGVARENS :
- T
CLCONFIG%LFLTBGVARENS_STORE :
- T
CLCONFIG%LGP_FLTBGCALC :
- F
CLCONFIG%LINFLATCALC :
- F
CLCONFIG%LJBBALBETA :
- F
CLCONFIG%LJBENER :
- F
CLCONFIG%LJBSIGB_UV :
- F
CLCONFIG%LJB_EDAQERR :
- F
CLCONFIG%LJB_NETCDF_IO :
- F
CLCONFIG%LJB_NONLINEAR_BALANCE :
- F
CLCONFIG%LJB_NONLINEAR_BALANCE_RELAX :
- F
CLCONFIG%LJB_NONLINEAR_BALANCE_THR :
- F
CLCONFIG%LJB_NONLINEAR_CVHUM :
- F
CLCONFIG%LJB_OMEGA_BALANCE :
- F
CLCONFIG%LJB_OMEGA_BALANCE_RELAX :
- F
CLCONFIG%LJB_SEPQERR :
- F
CLCONFIG%LJB_SUPSAT :
- F
CLCONFIG%LJB_TLBALSTAT :
- F
CLCONFIG%LJB_UNIVARIATE :
- F
CLCONFIG%LOBJTRUNC :
- T
CLCONFIG%LRDQERR :
- F
CLCONFIG%LREDNMCQ :
- F
CLCONFIG%LSBLATLONG :
- F
CLCONFIG%LSBQ_STRATOLOW :
- T
CLCONFIG%LSPFCE :
- F
CLCONFIG%L_JBVCOORD :
- F
CLCONFIG%NFLEVTR :
- 60
CLCONFIG%NGEOCOR :
- 1
CLCONFIG%NJBVERB :
- 1
CLCONFIG%NLEVBAL0 :
- 0
CLCONFIG%NLEVBAL1 :
- 0
CLCONFIG%NLEV_REDINC :
- 0
CLCONFIG%NMSMAX_JB :
- 0
CLCONFIG%NPSMAX :
- 15
CLCONFIG%NSMAXT :
- 107
CLCONFIG%NSMAX_JB :
- 0
CLCONFIG%N_SPJB_VARS :
- 5
CLCONFIG%RAMENER :
- -1.00000000000000
CLCONFIG%REDNMC :
- 1.00000000000000
CLCONFIG%REDNMC_Q :
- 1.00000000000000
CLCONFIG%REDNMC_SCR_LAM :
- 1.20000000000000
CLCONFIG%REDQGLOLAM :
- 1.30000000000000
CLCONFIG%RJB_CSLEN :
- 1000000.00000000
CLCONFIG%RSCENER :
- 0.100000000000000
CLCONFIG%THRVORTNL :
- 1.000000000000000E-003
GPRONI :
- 1.00000000000000
LCORSEDIM :
- F
MPPC :
- -99999999
NCVSIG :
- 1
REFVALI :
- -999.000000000000
YGFL%NDIMSLP :
- 0

Modified variables

GKDRAG :
- ref :
  - 0.150000000000000
- test :
  - 0.1500000000000000
GKWAKE :
- ref :
  - 3.00000000000000
- test :
  - 3.000000000000000
GQVPLIM :
- ref :
  - 10000.0000000000
- test :
  - 10000.00000000000
GTENLIM :
- ref :
  - 2.222222222222222E-002
- test :
  - 2.2222222222222223E-002
HOISLTH :
- ref :
  - .000000000000000
- test :
  - 0.
HOISLTV :
- ref :
  - .000000000000000
- test :
  - 0.
MPPT :
- ref :
  - -99999999
- test :
  - -99999999
  - -99999999
QNLCURV :
- ref :
  - 20000000.0000000
- test :
  - 20000000.00000000
QNLMINQ :
- ref :
  - 1.000000000000000E-008
- test :
  - 1.0000000000000000E-008
RCP :
- ref :
  - 4218.00000000000
- test :
  - 4218.000000000000
RDISTR_E :
- ref :
  - 1.00000000000000
- test :
  - 1.000000000000000
RFAC_TWO_COEF :
- ref :
  - 2.00000000000000
- test :
  - 2.000000000000000
RLZER :
- ref :
  - 3148708.21131152
- test :
  - 3148708.211311523
RMIXNL_TRH :
- ref :
  - .5000000000000000
- test :
  - 0.5000000000000000
RVDIFTS :
- ref :
  - 1.50000000000000
- test :
  - 1.500000000000000
RZL_INF :
- ref :
  - 40.0000000000000
  - 24.0000000000000
- test :
  - 40.00000000000000
SLHDEPSH :
- ref :
  - .000000000000000
- test :
  - 0.
SLHDEPSV :
- ref :
  - .000000000000000
- test :
  - 0.
SLHDKMIN :
- ref :
  - .000000000000000
- test :
  - 0.
SLHDKREF :
- ref :
  - .000000000000000
- test :
  - 0.
TWINDEPART :
- ref :
  - 0.000000000000000E+000
- test :
  - 0.000000000000000
VDELA :
- ref :
  - 2.267691843193054E-009
- test :
  - 2.2716286706155403E-009
VDELB :
- ref :
  - 1.00000000000000
- test :
  - 0.9999999999999999
VORTICITY :
- ref :
  - 7.348749733542504E-004
- test :
  - 7.3487497335425044E-004
WENO_ALPHA :
- ref :
  - 0.000000000000000E+000
- test :
  - 0.000000000000000
XCQVR :
- ref :
  - 0.000000000000000E+000
- test :
  - 0.000000000000000
XFSEDI :
- ref :
  - 460538954478.905
- test :
  - 460538954478.9058
XLSTT :
- ref :
  - 0.2834E+07
- test :
  - 0.2835E+07
YDMCUF%RMCUFI :
- ref :
  - 10800.0000000000
  - 10800.0000000000
  - 10800.0000000000
  - 10800.0000000000
  - 10800.0000000000
- test :
  - 10800.00000000000
  - 10800.00000000000
  - 10800.00000000000
  - 10800.00000000000
  - 10800.00000000000

New variables

CLCONFIG :
- F
LCVRESDYN :
- F
LGPRONI1 :
- F
MP1 :
- 1
MPSLP :
- -99999999
NPRONI :
- 0
NTOZ2D :
- 0
RLAM :
- 150.0000000000000
RTOFDALPHA :
- 24.00000000000000
RZC_H :
- 0.1100000000000000

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_018965_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_018965_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_018965_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_018965_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_018965_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0213-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0213-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0213-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0213-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0213-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-04-24T12:47:30

Elapse time

23.13

General info

Name of the executable : /scratch/mtool/mary/spool/spool_018965_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=22.730, Max=23.130, Avg=22.922, StDev=0.125
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
10.28% 2.344 2.169 2.507 0.082 13.48% 12438 : RRTM_RTRN1A_140GP_MCICA
6.96% 1.587 1.472 1.707 0.070 13.77% 12438 : RADLSWR:CLOUD_GENERATOR
6.26% 1.429 1.381 1.532 0.037 9.86% 12438 : RADLSWR:CLOUD_OPTICS
5.31% 1.210 1.203 1.222 0.005 1.55% 16 : VARBC_SETUP:LOAD_TABLE
4.96% 1.132 1.091 1.209 0.029 9.76% 12438 : SRTM_SPCVRT_MCICA
2.82% 0.643 0.068 1.076 0.267 93.68% 208 : SLCOMM:SLCOMM_INT
2.92% 0.667 0.493 0.822 0.154 40.02% 16 : INIFGER
1.34% 0.305 0.010 0.714 0.297 98.60% 208 : SLCOMM2A
2.60% 0.593 0.550 0.682 0.028 19.35% 2786112 : SRTM_REFTRA
2.65% 0.604 0.525 0.665 0.048 21.05% 24876 : MCICA_CLD_GEN
2.74% 0.624 0.580 0.652 0.017 11.04% 12438 : SRTM_SRTM_224GP_MCICA
1.91% 0.436 0.321 0.652 0.072 50.77% 24876 : MCICA_CLD_GENERATOR
0.52% 0.120 0.077 0.581 0.123 86.75% 208 : SLCOMM2A:SLCOMM2A_INT
2.12% 0.483 0.473 0.492 0.005 3.86% 16 : VARBC_RAD:CONFIG
1.88% 0.428 0.236 0.483 0.065 51.14% 14624 : ODBMP:ODBMP_IGLOBAL
1.74% 0.397 0.372 0.431 0.015 13.69% 2073 : ECOCLIMAP2_LAI
1.71% 0.391 0.379 0.413 0.009 8.23% 12438 : RRTM_ECRT_140GP_MCICA
1.68% 0.383 0.017 0.413 0.098 95.88% 16 : JO_TABLE_MOD:GATHER
1.62% 0.369 0.110 0.400 0.070 72.50% 64 : ATLAS_BCAST
1.62% 0.369 0.347 0.396 0.012 12.37% 12438 : RRTM_GASABS1A_140GP
0.70% 0.160 0.007 0.340 0.102 97.94% 16 : SU_MCICA
1.20% 0.275 0.163 0.336 0.044 51.49% 368 : TRLTOG
1.33% 0.304 0.270 0.323 0.015 16.41% 2786112 : SRTM_VRTQDR
1.25% 0.285 0.265 0.301 0.010 11.96% 26949 : APLPAR
0.60% 0.138 0.022 0.263 0.091 91.63% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.76% 0.173 0.111 0.262 0.047 57.63% 208 : CPG_DRV
1.04% 0.238 0.230 0.253 0.006 9.09% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.96% 0.220 0.195 0.235 0.014 17.02% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.43% 0.099 0.003 0.210 0.100 98.57% 18667 : GRIB_API:IGRIB_GET_INT
0.70% 0.160 0.156 0.164 0.002 4.88% 11938 : GRIB_API:IGRIB_SET_CHAR
0.68% 0.156 0.155 0.156 0.001 0.64% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.63% 0.144 0.141 0.152 0.003 7.24% 26949 : CONVECT_TRIGGER_SHAL
0.61% 0.139 0.131 0.145 0.003 9.66% 296439 : LAITRI
0.39% 0.089 0.078 0.109 0.009 28.44% 1120 : TRGTOL
0.30% 0.068 0.034 0.095 0.019 64.21% 21908 : CONVECT_CLOSURE_SHAL
0.36% 0.081 0.077 0.083 0.002 7.23% 270508 : VERINT_DGEMM_1
0.33% 0.076 0.064 0.083 0.005 22.89% 132 : FAITOU_MT
0.31% 0.070 0.067 0.074 0.002 9.46% 16 : MASTER
0.29% 0.067 0.058 0.074 0.005 21.62% 2073 : IO_BUFF_CLEAN
0.31% 0.072 0.070 0.073 0.001 4.11% 1107952 : APPEND_NUM
0.28% 0.063 0.055 0.071 0.004 22.54% 26949 : CPG_COPY_PB1
0.28% 0.064 0.059 0.068 0.003 13.24% 26949 : MF_PHYS_INIT
0.27% 0.063 0.060 0.067 0.002 10.45% 634338 : READ_SURFX1_ARO
77.67% 17.715 0.003 2.507

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	0.18180488341257778	8.181219753566	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8272463749397777	74.45217374458	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.308823577346875	14.82353171265	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.37008149933364587	35.52782393603	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1029920825036	27.57480206259	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2720915247452	13.60457623726	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08392685242322223	1.510683343618	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5732307634177778	20.63630748304	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36124906218977276	15.89495873635	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7109486827855682	62.56348408513	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39158052722352	9.789513180588	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3122480366412	15.61240183206	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.62631622221	37.40527311083	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34578720653673917	15.90621150069	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055638181792500005	1.446592726605	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35140556531211536	18.27308939623	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.1815612484979762	7.625572436915	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2187792265274375	7.000935248878	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2225595339732	11.12797669866	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.27459791533375	4.39356664534	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3935950116705	6.297520186728	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3444571890796923	4.477943458036	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.697593118288461	122.1374210755	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22296904541733334	1.337814272504	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.533813560555833	42.40576272667	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.223306511082	4.46613022164	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.4597224677855	18.38889871142	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.053245919270875	0.2129836770835	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.3476127355425	18.78090188434	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3874872252211	3.874872252211	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.963411589862	29.63411589862	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.336050513438	26.72101026876	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.2276722712715	4.910689085086	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83395857421125	14.67166859369	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.28658057902025	4.585289264324	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.45640500147325	1.825620005893	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.56999382701125	28.55995061609	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12261826268575	1.471419152229	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8119333343395834	19.48640002415	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0963088457012625	0.7704707656101	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.7130280420975	11.40844867356	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.059355838259575	0.4748467060766	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.555019193696625	8.880307099146	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.33615340411122224	3.025380637001	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.4154633791966666	25.47834082554	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.47315633645375	27.78525069163	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5501128983988125	8.801806374381	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6653260224708432	844.2987225155	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2987225155

MPI tasks

RSSmax

3.6Gb

RSStotal

56.2Gb

imbalance

5.2%

Number of parsed Variables

2634

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-0203-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0203-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0203-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0203-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0213-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0213-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0213-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0213-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0213-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

0.00999999999999801

Highest acceleration

-0.082 (ref:1.158s => test:1.076s)

Highest acceleration - routine

SLCOMM:SLCOMM_INT

Highest relative acceleration

-18.10% (ref:0.116s => test:0.095s)

Highest relative acceleration - routine

CONVECT_CLOSURE_SHAL

Highest relative slow-down

+23.31% (ref:0.133s => test:0.164s)

Highest relative slow-down - routine

GRIB_API:IGRIB_SET_CHAR

Highest slow-down

0.047 (ref:1.162s => test:1.209s)

Highest slow-down - routine

SRTM_SPCVRT_MCICA

Relative diff in Elapse time

+0.04%

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	-2.473E-02	0.18180488341257778	0.1864145818149111	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	2.396E-03	0.8272463749397777	0.8252687556542223	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	-4.345E-03	0.308823577346875	0.310171381925	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	-4.803E-04	0.37008149933364587	0.3702593294157292	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	-4.386E-03	1.1029920825036	1.1078506700536002	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	1.266E-03	0.2720915247452	0.271747624759	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	-2.611E-04	0.08392685242322223	0.08394877457827778	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	-1.354E-03	0.5732307634177778	0.5740077515838888	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	6.687E-03	0.36124906218977276	0.3588493484954545	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	1.669E-03	0.7109486827855682	0.7097638969526137	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	-1.062E-03	0.39158052722352	0.39199671565728006	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-1.114E-03	0.3122480366412	0.3125961212174	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	-1.109E-07	1.62631622221	1.6263164026426085	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	-1.163E-06	0.34578720653673917	0.34578760867152175	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	-4.608E-03	0.055638181792500005	0.055895726489346154	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	1.455E-03	0.35140556531211536	0.35089506765788464	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	-6.507E-05	0.1815612484979762	0.18157306404311907	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	3.425E-04	0.2187792265274375	0.2187043156746875	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	1.235E-04	0.2225595339732	0.222532055445	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	-9.009E-03	0.27459791533375	0.2770943529509375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	5.482E-04	0.3935950116705	0.393379371015125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	1.944E-03	0.3444571890796923	0.34378895010099997	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	6.457E-04	4.697593118288461	4.694561605161538	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-1.759E-03	0.22296904541733334	0.22336183397733333	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	-3.072E-04	3.533813560555833	3.5348996515733333	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	-1.413E-03	0.223306511082	0.2236225083615	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	1.480E-03	0.4597224677855	0.45904313977325	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	9.129E-03	0.053245919270875	0.0527642252866	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	-2.979E-04	2.3476127355425	2.34831228113875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	-1.540E-03	0.3874872252211	0.3880848789832	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.424E-04	2.963411589862	2.962693559425	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	-1.385E-04	1.336050513438	1.3362355567085	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.408E-03	1.2276722712715	1.22594606062075	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	-1.074E-03	1.83395857421125	1.83593069027375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	-8.781E-04	0.28658057902025	0.2868324594093125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	-2.174E-04	0.45640500147325	0.4565042435885	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	-2.953E-05	3.56999382701125	3.5700992532275	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	3.856E-04	0.12261826268575	0.12257099479224999	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	4.542E-04	0.8119333343395834	0.8115647595883333	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	-8.000E-04	0.0963088457012625	0.096385955599325	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	-2.538E-04	0.7130280420975	0.713209059989375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	-4.285E-04	0.059355838259575	0.0593812815892	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	4.949E-04	0.555019193696625	0.5547446499311876	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	1.007E-03	0.33615340411122224	0.3358154031464444	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	5.809E-05	1.4154633791966666	1.4153811661783333	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	4.971E-04	3.47315633645375	3.47143071359125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	3.154E-04	0.5501128983988125	0.5499394537668125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	3.405E-05	0.6653260224708432	0.6653033718311269	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+2.47%

Maximum differences

jo :
- diff : 0.20743642810499985
- reldiff : 0.02472820718987663
jo/n :
- diff : 0.004858587550000237
- reldiff : 0.024728207189876623
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-0.18%

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/rm9/mtool/abort/dump_000273_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/rm9/mtool/abort/dump_000273_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/rm9/mtool/depot/mstep_000273_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/rm9/mtool/spool/spool_000273_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/rm9/mtool/spool/spool_000273_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/rm9/mtool/cache/promise/davai/elp/dv-0018-atos_bologna@rm9/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/rm9/mtool/cache/vortex/davai/elp/dv-0018-atos_bologna@rm9/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/rm9/mtool/cache/vortex/davai/elp/dv-0018-atos_bologna@rm9/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

ec:/rm9/vortex/davai/elp/dv-0018-atos_bologna/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

ec:/rm9/vortex/davai/elp/dv-0018-atos_bologna/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-04-12T08:36:06

Exception

[Errno 2] No such file or directory: '/home/gmap/mrpm/khatib/public/bin/drhook_merge_walltime_max'

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	0.1821160613425	7.648874576385	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21843459850490626	6.989907152157	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.22221259625519998	11.11062981276	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2734733172819375	4.375573076511	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.3948057220044375	6.316891552071	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.23360177031974358	36.44187616988	156

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 36.44187616988

Exception

No stdeo.? files found.

Parsing

Failed

Number of parsed Variables

2634

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_018741_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_018741_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_018741_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_018741_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_018741_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0203-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0203-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0203-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0203-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0203-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-04-05T14:54:28

Elapse time

23.12

General info

Name of the executable : /scratch/mtool/mary/spool/spool_018741_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=22.750, Max=23.120, Avg=22.933, StDev=0.117
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
10.26% 2.340 2.196 2.582 0.104 14.95% 12438 : RRTM_RTRN1A_140GP_MCICA
6.96% 1.589 1.493 1.725 0.067 13.45% 12438 : RADLSWR:CLOUD_GENERATOR
6.26% 1.429 1.373 1.541 0.038 10.90% 12438 : RADLSWR:CLOUD_OPTICS
5.33% 1.216 1.210 1.225 0.005 1.22% 16 : VARBC_SETUP:LOAD_TABLE
4.92% 1.124 1.070 1.162 0.028 7.92% 12438 : SRTM_SPCVRT_MCICA
2.99% 0.683 0.071 1.158 0.298 93.87% 208 : SLCOMM:SLCOMM_INT
2.91% 0.664 0.492 0.820 0.155 40.00% 16 : INIFGER
1.49% 0.341 0.010 0.757 0.336 98.68% 208 : SLCOMM2A
2.61% 0.596 0.516 0.719 0.056 28.23% 24876 : MCICA_CLD_GEN
2.59% 0.590 0.538 0.691 0.032 22.14% 2786112 : SRTM_REFTRA
2.71% 0.618 0.565 0.670 0.031 15.67% 12438 : SRTM_SRTM_224GP_MCICA
1.93% 0.441 0.324 0.667 0.074 51.42% 24876 : MCICA_CLD_GENERATOR
0.54% 0.124 0.075 0.650 0.140 88.46% 208 : SLCOMM2A:SLCOMM2A_INT
2.10% 0.478 0.468 0.487 0.005 3.90% 16 : VARBC_RAD:CONFIG
1.77% 0.404 0.203 0.456 0.063 55.48% 14624 : ODBMP:ODBMP_IGLOBAL
1.76% 0.402 0.379 0.431 0.015 12.06% 2073 : ECOCLIMAP2_LAI
1.71% 0.390 0.365 0.411 0.013 11.19% 12438 : RRTM_ECRT_140GP_MCICA
1.67% 0.380 0.019 0.410 0.096 95.37% 16 : JO_TABLE_MOD:GATHER
1.61% 0.368 0.109 0.399 0.070 72.68% 64 : ATLAS_BCAST
1.62% 0.371 0.353 0.394 0.013 10.41% 12438 : RRTM_GASABS1A_140GP
1.20% 0.274 0.169 0.349 0.045 51.58% 368 : TRLTOG
1.33% 0.303 0.263 0.335 0.022 21.49% 2786112 : SRTM_VRTQDR
0.69% 0.157 0.007 0.327 0.102 97.86% 16 : SU_MCICA
1.24% 0.283 0.261 0.302 0.010 13.58% 26949 : APLPAR
0.78% 0.178 0.061 0.277 0.061 77.98% 208 : CPG_DRV
0.61% 0.139 0.020 0.264 0.093 92.42% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
1.03% 0.235 0.225 0.249 0.007 9.64% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.97% 0.221 0.195 0.238 0.015 18.07% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.44% 0.100 0.003 0.212 0.101 98.58% 18667 : GRIB_API:IGRIB_GET_INT
0.63% 0.144 0.141 0.154 0.003 8.44% 26949 : CONVECT_TRIGGER_SHAL
0.62% 0.141 0.136 0.145 0.002 6.21% 296439 : LAITRI
0.56% 0.128 0.124 0.133 0.003 6.77% 11938 : GRIB_API:IGRIB_SET_CHAR
0.56% 0.127 0.127 0.128 0.000 0.78% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.37% 0.085 0.045 0.116 0.022 61.21% 21903 : CONVECT_CLOSURE_SHAL
0.39% 0.089 0.079 0.106 0.009 25.47% 1120 : TRGTOL
0.33% 0.075 0.042 0.088 0.011 52.27% 80 : DIST_GRID
0.36% 0.081 0.078 0.083 0.002 6.02% 270508 : VERINT_DGEMM_1
0.28% 0.063 0.060 0.076 0.005 21.05% 634338 : READ_SURFX1_ARO
0.31% 0.071 0.070 0.075 0.001 6.67% 1107952 : APPEND_NUM
0.30% 0.070 0.067 0.073 0.002 8.22% 16 : MASTER
0.29% 0.066 0.061 0.070 0.003 12.86% 2073 : IO_BUFF_CLEAN
77.03% 17.577 0.003 2.582

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	0.1864145818149111	8.388656181671	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8252687556542223	74.27418800888	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.310171381925	14.8882263324	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3702593294157292	35.54489562391	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1078506700536002	27.69626675134	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.271747624759	13.58738123795	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08394877457827778	1.511077942409	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5740077515838888	20.66427905702	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3588493484954545	15.7893713338	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7097638969526137	62.45922293183	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39199671565728006	9.799917891432	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3125961212174	15.62980606087	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6263164026426085	37.40527726078	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34578760867152175	15.90622999889	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055895726489346154	1.453288888723	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35089506765788464	18.24654351821	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18157306404311907	7.626068689811	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2187043156746875	6.99853810159	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.222532055445	11.12660277225	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2770943529509375	4.433509647215	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.393379371015125	6.294069936242	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.34378895010099997	4.469256351313	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.694561605161538	122.0586017342	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22336183397733333	1.340171003864	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5348996515733333	42.41879581888	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.2236225083615	4.47245016723	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45904313977325	18.36172559093	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0527642252866	0.2110569011464	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34831228113875	18.78649824911	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3880848789832	3.880848789832	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.962693559425	29.62693559425	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3362355567085	26.72471113417	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22594606062075	4.903784242483	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83593069027375	14.68744552219	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2868324594093125	4.589319350549	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4565042435885	1.826016974354	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.5700992532275	28.56079402582	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12257099479224999	1.470851937507	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8115647595883333	19.47755423012	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.096385955599325	0.7710876447946	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.713209059989375	11.41134495983	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0593812815892	0.4750502527136	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5547446499311876	8.875914398899	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3358154031464444	3.022338628318	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.4153811661783333	25.47686099121	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.47143071359125	27.77144570873	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5499394537668125	8.799031260269	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6653033718311269	844.2699788537	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2699788537

MPI tasks

RSSmax

3.6Gb

RSStotal

56.3Gb

imbalance

5.2%

Number of parsed Variables

2634

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/vanulftl/abort/dump_000067_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/vanulftl/abort/dump_000067_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/vanulftl/depot/mstep_000067_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/vanulftl/spool/spool_000067_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/vanulftl/spool/spool_000067_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/vanulftl/cache/promise/davai/elp/dv-0005-belenos@vanulftl/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vanulftl/cache/vortex/davai/elp/dv-0005-belenos@vanulftl/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vanulftl/cache/vortex/davai/elp/dv-0005-belenos@vanulftl/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-03-18T17:01:53

Elapse time

23.65

General info

Name of the executable : /scratch/mtool/vanulftl/spool/spool_000067_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=23.140, Max=23.650, Avg=23.366, StDev=0.146
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
10.09% 2.347 2.139 2.533 0.096 15.55% 12438 : RRTM_RTRN1A_140GP_MCICA
6.94% 1.614 1.498 1.731 0.069 13.46% 12438 : RADLSWR:CLOUD_GENERATOR
6.23% 1.449 1.380 1.557 0.039 11.37% 12438 : RADLSWR:CLOUD_OPTICS
6.08% 1.414 1.404 1.422 0.005 1.27% 16 : VARBC_SETUP:LOAD_TABLE
2.87% 0.667 0.075 1.196 0.292 93.73% 208 : SLCOMM:SLCOMM_INT
4.68% 1.089 0.526 1.186 0.175 55.65% 13632 : ODBMP:ODBMP_IGLOBAL
4.80% 1.117 1.054 1.164 0.028 9.45% 12438 : SRTM_SPCVRT_MCICA
2.85% 0.663 0.494 0.812 0.148 39.16% 16 : INIFGER
1.30% 0.302 0.013 0.702 0.293 98.15% 208 : SLCOMM2A
2.55% 0.594 0.501 0.684 0.054 26.75% 24876 : MCICA_CLD_GEN
2.51% 0.584 0.546 0.672 0.028 18.75% 2786112 : SRTM_REFTRA
1.88% 0.438 0.331 0.669 0.074 50.52% 24876 : MCICA_CLD_GENERATOR
2.68% 0.624 0.568 0.665 0.025 14.59% 12438 : SRTM_SRTM_224GP_MCICA
0.53% 0.122 0.079 0.619 0.133 87.24% 208 : SLCOMM2A:SLCOMM2A_INT
0.28% 0.064 0.006 0.613 0.158 99.02% 55 : cma_open_
1.72% 0.401 0.384 0.431 0.013 10.90% 2073 : ECOCLIMAP2_LAI
1.68% 0.391 0.366 0.412 0.014 11.17% 12438 : RRTM_ECRT_140GP_MCICA
1.58% 0.369 0.341 0.410 0.018 16.83% 12438 : RRTM_GASABS1A_140GP
1.56% 0.362 0.112 0.393 0.068 71.50% 64 : ATLAS_BCAST
1.56% 0.364 0.015 0.392 0.093 96.17% 16 : JO_TABLE:GATHER
1.55% 0.360 0.354 0.367 0.004 3.54% 16 : VarBC_rad:config
1.27% 0.296 0.248 0.341 0.022 27.27% 2786112 : SRTM_VRTQDR
1.16% 0.270 0.170 0.340 0.043 50.00% 368 : TRLTOG
0.80% 0.187 0.050 0.328 0.086 84.76% 208 : CPG_DRV
1.24% 0.289 0.273 0.308 0.009 11.36% 26949 : APLPAR
0.58% 0.134 0.020 0.255 0.089 92.16% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
1.02% 0.238 0.227 0.249 0.007 8.84% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.95% 0.220 0.194 0.236 0.015 17.80% 3954 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.45% 0.106 0.002 0.219 0.064 99.09% 16 : SU_MCICA
0.41% 0.095 0.003 0.201 0.096 98.51% 18667 : GRIB_API:IGRIB_GET_INT
0.64% 0.149 0.145 0.154 0.003 5.84% 12258 : GRIB_API:IGRIB_SET_CHAR
0.60% 0.141 0.137 0.150 0.004 8.67% 26949 : CONVECT_TRIGGER_SHAL
0.58% 0.134 0.123 0.138 0.003 10.87% 296439 : LAITRI
0.33% 0.076 0.038 0.105 0.021 63.81% 21901 : CONVECT_CLOSURE_SHAL
0.37% 0.085 0.079 0.099 0.006 20.20% 704 : TRGTOL
0.31% 0.072 0.002 0.093 0.023 97.85% 844 : GRIB_API:IGRIB_NEW_FROM_MESSAGE
0.36% 0.083 0.080 0.086 0.002 6.98% 270508 : VERINT_DGEMM_1
0.28% 0.066 0.021 0.085 0.020 75.29% 80 : DIST_GRID
0.31% 0.073 0.066 0.080 0.004 17.50% 2073 : IO_BUFF_CLEAN
0.32% 0.074 0.000 0.079 0.020 100.00% 16 : IOSTREAM_MIX:IOSTREAM_STATS
0.28% 0.065 0.060 0.075 0.004 20.00% 26949 : MF_PHYS_INIT
0.30% 0.070 0.066 0.073 0.003 9.59% 16 : MASTER
0.27% 0.063 0.058 0.070 0.003 17.14% 26949 : CPG_PB1
78.75% 18.322 0.000 2.533

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	0.18856681934824443	8.485506870671	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.829196838872	74.62771549848	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.31415065314625	15.07923135102	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3696188586320834	35.48341042868	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1089642743855999	27.72410685964	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2703508044724	13.51754022362	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08407283272022222	1.513310988964	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5731541317194444	20.6335487419	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36355257067818186	15.99631310984	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7180697913302273	63.19014163706	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39637984995988	9.909496248997	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.313022914472	15.6511457236	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6264316535556522	37.40792803178	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3451189339156522	15.87547096012	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05877453932846154	1.52813802254	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35055139003230773	18.22867228168	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18214289854985713	7.650001739094	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21664253858959376	6.932561234867	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2209165031772	11.04582515886	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.284105929377	4.545694870032	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.4048518834125625	6.477630134601	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3464314296881538	4.503608585946	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.687205206261539	121.8673353628	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.224179104132	1.345074624792	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5029806216166666	42.0357674594	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.22259083231685	4.451816646337	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.46122939227525006	18.44917569101	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.055357853592175	0.2214314143687	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.33939529598125	18.71516236785	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3852492651937	3.852492651937	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9287491797920002	29.28749179792	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3226053795269999	26.45210759054	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.231791307598	4.927165230392	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83132514006375	14.65060112051	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2859780224373125	4.575648358997	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.457691043342	1.830764173368	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.5695289951075	28.55623196086	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12203276135891666	1.464393136307	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8118172426454167	19.48361382349	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0962504429230875	0.7700035433847	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.71518616687875	11.44297867006	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0591432892685875	0.4731463141487	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.554415479565375	8.870647673046	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3345501972252222	3.010951775027	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.406015120728889	25.30827217312	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.4830100891675	27.86408071334	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5509309293293125	8.814894869269	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6657280649775413	844.8089144565	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.8089144565

MPI tasks

RSSmax

3.4Gb

RSStotal

52.7Gb

imbalance

5.5%

Number of parsed Variables

2584

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/vanulftl/abort/dump_000051_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/vanulftl/abort/dump_000051_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/vanulftl/depot/mstep_000051_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/vanulftl/spool/spool_000051_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/vanulftl/spool/spool_000051_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/vanulftl/cache/promise/davai/elp/dv-0006-belenos@vanulftl/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vanulftl/cache/vortex/davai/elp/dv-0006-belenos@vanulftl/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vanulftl/cache/vortex/davai/elp/dv-0006-belenos@vanulftl/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-03-18T16:58:57

Elapse time

26.27

General info

Name of the executable : /scratch/mtool/vanulftl/spool/spool_000051_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=25.720, Max=26.270, Avg=25.953, StDev=0.143
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.04% 2.338 2.167 2.490 0.095 12.97% 12438 : RRTM_RTRN1A_140GP_MCICA
8.25% 2.134 0.956 2.293 0.378 58.31% 13632 : ODBMP:ODBMP_IGLOBAL
6.19% 1.600 1.493 1.732 0.065 13.80% 12438 : RADLSWR:CLOUD_GENERATOR
5.67% 1.466 0.020 1.575 0.386 98.73% 80 : DIST_GRID
5.64% 1.458 1.408 1.573 0.038 10.49% 12438 : RADLSWR:CLOUD_OPTICS
0.54% 0.139 0.042 1.567 0.381 97.32% 1502 : FADGRA_MT
4.88% 1.262 1.201 1.320 0.037 9.02% 12438 : SRTM_SPCVRT_MCICA
4.78% 1.236 1.228 1.241 0.004 1.05% 16 : VARBC_SETUP:LOAD_TABLE
0.26% 0.068 0.000 1.083 0.271 100.00% 32 : WRMLPPA
2.45% 0.634 0.063 1.019 0.263 93.82% 208 : SLCOMM:SLCOMM_INT
0.27% 0.069 0.009 0.836 0.208 98.92% 55 : cma_open_
2.56% 0.662 0.496 0.811 0.149 38.84% 16 : INIFGER
2.30% 0.595 0.508 0.729 0.054 30.32% 24876 : MCICA_CLD_GEN
2.42% 0.626 0.568 0.702 0.031 19.09% 12438 : SRTM_SRTM_224GP_MCICA
2.27% 0.587 0.542 0.680 0.030 20.29% 2786112 : SRTM_REFTRA
1.72% 0.444 0.330 0.671 0.073 50.82% 24876 : MCICA_CLD_GENERATOR
1.20% 0.311 0.011 0.662 0.308 98.34% 208 : SLCOMM2A
0.48% 0.123 0.078 0.633 0.136 87.68% 208 : SLCOMM2A:SLCOMM2A_INT
1.54% 0.399 0.376 0.430 0.014 12.56% 2073 : ECOCLIMAP2_LAI
1.52% 0.394 0.362 0.424 0.017 14.62% 12438 : RRTM_ECRT_140GP_MCICA
1.42% 0.368 0.334 0.402 0.017 16.92% 12438 : RRTM_GASABS1A_140GP
0.68% 0.176 0.090 0.396 0.074 77.27% 208 : CPG_DRV
1.40% 0.362 0.015 0.390 0.093 96.15% 16 : JO_TABLE:GATHER
1.17% 0.302 0.164 0.374 0.049 56.15% 368 : TRLTOG
1.40% 0.361 0.357 0.371 0.003 3.77% 16 : VarBC_rad:config
1.30% 0.335 0.176 0.359 0.044 50.97% 64 : ATLAS_BCAST
1.16% 0.300 0.274 0.324 0.014 15.43% 2786112 : SRTM_VRTQDR
1.12% 0.289 0.273 0.309 0.009 11.65% 26949 : APLPAR
0.92% 0.239 0.227 0.257 0.008 11.67% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.52% 0.135 0.023 0.257 0.090 91.05% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.86% 0.222 0.196 0.238 0.015 17.65% 3954 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.42% 0.110 0.002 0.233 0.064 99.14% 16 : SU_MCICA
0.37% 0.096 0.002 0.203 0.097 99.01% 18667 : GRIB_API:IGRIB_GET_INT
0.58% 0.149 0.145 0.154 0.003 5.84% 12258 : GRIB_API:IGRIB_SET_CHAR
0.55% 0.143 0.137 0.152 0.003 9.87% 26949 : CONVECT_TRIGGER_SHAL
0.52% 0.135 0.125 0.138 0.003 9.42% 296439 : LAITRI
0.34% 0.087 0.071 0.113 0.011 37.17% 704 : TRGTOL
0.29% 0.076 0.035 0.105 0.022 66.67% 21901 : CONVECT_CLOSURE_SHAL
0.30% 0.078 0.002 0.098 0.024 97.96% 844 : GRIB_API:IGRIB_NEW_FROM_MESSAGE
0.32% 0.083 0.079 0.089 0.002 11.24% 270508 : VERINT_DGEMM_1
0.28% 0.072 0.065 0.079 0.004 17.72% 2073 : IO_BUFF_CLEAN
0.27% 0.069 0.066 0.073 0.002 9.59% 16 : MASTER
0.24% 0.063 0.059 0.072 0.004 18.06% 26949 : MF_PHYS_INIT
0.25% 0.064 0.059 0.069 0.003 14.49% 26949 : CPG_PB1
80.68% 20.858 0.000 2.490

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	0.18856681934824443	8.485506870671	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.829196838872	74.62771549848	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.31415065314625	15.07923135102	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3696188586320834	35.48341042868	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1089642743855999	27.72410685964	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.2703508044724	13.51754022362	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08407283272022222	1.513310988964	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5731541317194444	20.6335487419	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.36355257067818186	15.99631310984	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7180697913302273	63.19014163706	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39637984995988	9.909496248997	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.313022914472	15.6511457236	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6264316535556522	37.40792803178	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.3451189339156522	15.87547096012	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.05877453932846154	1.52813802254	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35055139003230773	18.22867228168	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18214289854985713	7.650001739094	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.21664253858959376	6.932561234867	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.2209165031772	11.04582515886	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.284105929377	4.545694870032	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.4048518834125625	6.477630134601	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.3464314296881538	4.503608585946	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.687205206261539	121.8673353628	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.224179104132	1.345074624792	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5029806216166666	42.0357674594	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.22259083231685	4.451816646337	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.46122939227525006	18.44917569101	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.055357853592175	0.2214314143687	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.33939529598125	18.71516236785	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3852492651937	3.852492651937	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.9287491797920002	29.28749179792	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3226053795269999	26.45210759054	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.231791307598	4.927165230392	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83132514006375	14.65060112051	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2859780224373125	4.575648358997	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.457691043342	1.830764173368	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.5695289951075	28.55623196086	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12203276135891666	1.464393136307	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8118172426454167	19.48361382349	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.0962504429230875	0.7700035433847	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.71518616687875	11.44297867006	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0591432892685875	0.4731463141487	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.554415479565375	8.870647673046	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3345501972252222	3.010951775027	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.406015120728889	25.30827217312	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.4830100891675	27.86408071334	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5509309293293125	8.814894869269	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6657280649775413	844.8089144565	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.8089144565

MPI tasks

RSSmax

3.4Gb

RSStotal

52.0Gb

imbalance

5.0%

Number of parsed Variables

2584

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/vogtv/abort/dump_1483830_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/vogtv/abort/dump_1483830_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/vogtv/depot/mstep_1483830_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/vogtv/spool/spool_1483830_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/vogtv/spool/spool_1483830_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/vogtv/cache/promise/davai/elp/dv-0004-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0004-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0004-belenos@vogtv/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-03-10T13:17:55

Elapse time

34.86

General info

Name of the executable : /scratch/mtool/vogtv/spool/spool_1483830_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=34.290, Max=34.860, Avg=34.547, StDev=0.130
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
13.65% 4.701 0.046 5.592 1.748 99.18% 80 : DIST_GRID
2.69% 0.927 0.041 5.567 1.746 99.26% 1502 : FADGRA_MT
14.53% 5.002 2.796 5.508 0.791 49.24% 14624 : ODBMP:ODBMP_IGLOBAL
6.79% 2.338 2.166 2.634 0.113 17.77% 12438 : RRTM_RTRN1A_140GP_MCICA
0.39% 0.133 0.000 2.126 0.531 100.00% 32 : WRMLPPA
0.97% 0.334 0.007 1.765 0.527 99.60% 55 : cma_open_
4.66% 1.606 1.478 1.747 0.071 15.40% 12438 : RADLSWR:CLOUD_GENERATOR
4.15% 1.429 1.375 1.521 0.036 9.60% 12438 : RADLSWR:CLOUD_OPTICS
3.52% 1.212 1.141 1.271 0.032 10.23% 12438 : SRTM_SPCVRT_MCICA
3.60% 1.238 1.225 1.262 0.011 2.93% 16 : VARBC_SETUP:LOAD_TABLE
2.19% 0.754 0.048 1.231 0.369 96.10% 208 : SLCOMM:SLCOMM_INT
1.21% 0.417 0.014 0.989 0.427 98.58% 208 : SLCOMM2A
2.31% 0.796 0.179 0.902 0.168 80.16% 368 : TRLTOG
0.40% 0.136 0.075 0.855 0.192 91.23% 208 : SLCOMM2A:SLCOMM2A_INT
1.94% 0.669 0.495 0.825 0.154 40.00% 16 : INIFGER
1.75% 0.603 0.517 0.720 0.054 28.19% 24876 : MCICA_CLD_GEN
1.72% 0.592 0.549 0.676 0.028 18.79% 2786112 : SRTM_REFTRA
1.83% 0.629 0.566 0.675 0.027 16.15% 12438 : SRTM_SRTM_224GP_MCICA
1.28% 0.440 0.326 0.663 0.073 50.83% 24876 : MCICA_CLD_GENERATOR
1.41% 0.486 0.463 0.498 0.009 7.03% 16 : VARBC_RAD:CONFIG
1.13% 0.391 0.369 0.435 0.016 15.17% 12438 : RRTM_ECRT_140GP_MCICA
1.08% 0.372 0.339 0.434 0.025 21.89% 12438 : RRTM_GASABS1A_140GP
1.17% 0.401 0.377 0.426 0.013 11.50% 2073 : ECOCLIMAP2_LAI
1.11% 0.383 0.017 0.413 0.098 95.88% 16 : JO_TABLE_MOD:GATHER
1.04% 0.358 0.112 0.389 0.067 71.21% 64 : ATLAS_BCAST
0.46% 0.157 0.001 0.330 0.099 99.70% 16 : SU_MCICA
0.88% 0.302 0.252 0.328 0.021 23.17% 2786112 : SRTM_VRTQDR
0.82% 0.282 0.264 0.304 0.011 13.16% 26949 : APLPAR
0.48% 0.167 0.093 0.285 0.052 67.37% 208 : CPG_DRV
0.41% 0.141 0.019 0.269 0.094 92.94% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.68% 0.235 0.224 0.245 0.007 8.57% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.64% 0.220 0.194 0.236 0.015 17.80% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.29% 0.100 0.003 0.212 0.101 98.58% 18667 : GRIB_API:IGRIB_GET_INT
0.56% 0.191 0.000 0.204 0.051 100.00% 16 : IOSTREAM_MIX:IOSTREAM_STATS
0.43% 0.147 0.143 0.157 0.004 8.92% 26949 : CONVECT_TRIGGER_SHAL
0.41% 0.140 0.133 0.145 0.003 8.28% 296439 : LAITRI
0.38% 0.130 0.125 0.134 0.003 6.72% 11938 : GRIB_API:IGRIB_SET_CHAR
0.38% 0.132 0.132 0.133 0.000 0.75% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.25% 0.085 0.040 0.112 0.023 64.29% 21903 : CONVECT_CLOSURE_SHAL
0.26% 0.090 0.081 0.103 0.006 21.36% 1120 : TRGTOL
0.24% 0.081 0.077 0.086 0.003 10.47% 270508 : VERINT_DGEMM_1
0.21% 0.073 0.072 0.074 0.001 2.70% 1107952 : APPEND_NUM
0.19% 0.064 0.059 0.074 0.004 20.27% 2073 : IO_BUFF_CLEAN
0.20% 0.069 0.067 0.073 0.002 8.22% 16 : MASTER
84.67% 29.151 0.000 5.592

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	0.1864145818149111	8.388656181671	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8252687556542223	74.27418800888	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.310171381925	14.8882263324	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3702593294157292	35.54489562391	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1078506700536002	27.69626675134	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.271747624759	13.58738123795	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08394877457827778	1.511077942409	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5740077515838888	20.66427905702	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3588493484954545	15.7893713338	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7097638969526137	62.45922293183	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39199671565728006	9.799917891432	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3125961212174	15.62980606087	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6263164026426085	37.40527726078	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34578760867152175	15.90622999889	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055895726489346154	1.453288888723	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35089506765788464	18.24654351821	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18157306404311907	7.626068689811	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2187043156746875	6.99853810159	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.222532055445	11.12660277225	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2770943529509375	4.433509647215	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.393379371015125	6.294069936242	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.34378895010099997	4.469256351313	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.694561605161538	122.0586017342	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22336183397733333	1.340171003864	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5348996515733333	42.41879581888	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.2236225083615	4.47245016723	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45904313977325	18.36172559093	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0527642252866	0.2110569011464	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34831228113875	18.78649824911	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3880848789832	3.880848789832	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.962693559425	29.62693559425	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3362355567085	26.72471113417	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22594606062075	4.903784242483	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83593069027375	14.68744552219	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2868324594093125	4.589319350549	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4565042435885	1.826016974354	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.5700992532275	28.56079402582	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12257099479224999	1.470851937507	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8115647595883333	19.47755423012	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.096385955599325	0.7710876447946	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.713209059989375	11.41134495983	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0593812815892	0.4750502527136	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5547446499311876	8.875914398899	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3358154031464444	3.022338628318	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.4153811661783333	25.47686099121	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.47143071359125	27.77144570873	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5499394537668125	8.799031260269	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6653033718311269	844.2699788537	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2699788537

MPI tasks

RSSmax

3.6Gb

RSStotal

56.3Gb

imbalance

5.0%

Number of parsed Variables

2634

Orphan variables (not able to get values)

CSCRIPT_PPSERVER
CMODEL
CSLINT

", {})

Compare listings at uri(s)

ref

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0148-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0148-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

vogtv@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0148-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

vogtv@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0148-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/vogtv/cache/promise/davai/elp/dv-0004-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0004-belenos@vogtv/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/vogtv/cache/vortex/davai/elp/dv-0004-belenos@vogtv/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

11.149999999999999

Highest acceleration

-0.223 (ref:0.553s => test:0.33s)

Highest acceleration - routine

SU_MCICA

Highest relative acceleration

-40.33% (ref:0.553s => test:0.33s)

Highest relative acceleration - routine

SU_MCICA

Highest relative slow-down

+391.35% (ref:1.121s => test:5.508s)

Highest relative slow-down - routine

ODBMP:ODBMP_IGLOBAL

Highest slow-down

4.387 (ref:1.121s => test:5.508s)

Highest slow-down - routine

ODBMP:ODBMP_IGLOBAL

Relative diff in Elapse time

+47.03%

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	-1.141E-02	0.1864145818149111	0.18856681934824443	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	-4.737E-03	0.8252687556542223	0.829196838872	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	-1.267E-02	0.310171381925	0.31415065314625	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	1.733E-03	0.3702593294157292	0.3696188586320834	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	-1.004E-03	1.1078506700536002	1.1089642743855999	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	5.167E-03	0.271747624759	0.2703508044724	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	-1.476E-03	0.08394877457827778	0.08407283272022222	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	1.489E-03	0.5740077515838888	0.5731541317194444	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	-1.294E-02	0.3588493484954545	0.36355257067818186	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-1.157E-02	0.7097638969526137	0.7180697913302273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	-1.106E-02	0.39199671565728006	0.39637984995988	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-1.363E-03	0.3125961212174	0.313022914472	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	-7.086E-05	1.6263164026426085	1.6264316535556522	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	1.938E-03	0.34578760867152175	0.3451189339156522	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	-4.898E-02	0.055895726489346154	0.05877453932846154	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	9.804E-04	0.35089506765788464	0.35055139003230773	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	-3.129E-03	0.18157306404311907	0.18214289854985713	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	9.517E-03	0.2187043156746875	0.21664253858959376	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	7.313E-03	0.222532055445	0.2209165031772	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	-2.468E-02	0.2770943529509375	0.284105929377	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	-2.834E-02	0.393379371015125	0.4048518834125625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	-7.628E-03	0.34378895010099997	0.3464314296881538	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.569E-03	4.694561605161538	4.687205206261539	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-3.646E-03	0.22336183397733333	0.224179104132	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	9.112E-03	3.5348996515733333	3.5029806216166666	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	4.635E-03	0.2236225083615	0.22259083231685	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	-4.740E-03	0.45904313977325	0.46122939227525006	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	-4.685E-02	0.0527642252866	0.055357853592175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	3.812E-03	2.34831228113875	2.33939529598125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	7.360E-03	0.3880848789832	0.3852492651937	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	1.159E-02	2.962693559425	2.9287491797920002	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.031E-02	1.3362355567085	1.3226053795269999	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-4.745E-03	1.22594606062075	1.231791307598	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	2.515E-03	1.83593069027375	1.83132514006375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	2.988E-03	0.2868324594093125	0.2859780224373125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	-2.593E-03	0.4565042435885	0.457691043342	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.598E-04	3.5700992532275	3.5695289951075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	4.411E-03	0.12257099479224999	0.12203276135891666	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	-3.110E-04	0.8115647595883333	0.8118172426454167	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	1.408E-03	0.096385955599325	0.0962504429230875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	-2.764E-03	0.713209059989375	0.71518616687875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	4.024E-03	0.0593812815892	0.0591432892685875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	5.937E-04	0.5547446499311876	0.554415479565375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	3.782E-03	0.3358154031464444	0.3345501972252222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	6.661E-03	1.4153811661783333	1.406015120728889	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	-3.325E-03	3.47143071359125	3.4830100891675	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-1.800E-03	0.5499394537668125	0.5509309293293125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	-6.379E-04	0.6653033718311269	0.6657280649775413	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+4.90%

Maximum differences

jo :
- diff : 0.7309187052300032
- reldiff : 0.04898061085646527
jo/n :
- diff : 0.03394437963299968
- reldiff : 0.04898061085646529
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-0.60%

Relative RSSmax diff

+5.88%

Relative RSStotal diff

+6.83%

mainMetrics

Relative RSStotal diff

Identical

False

Lost variables

CLCONFIG%LJB_NONLINEAR_CVO3 :
- F
LACV :
- F
LECO2DIU :
- F
LOLDALPHA :
- T
LSPCRM :
- F
NMXVAR :
- 53
NPROMA9 :
- 1
NPROMM9 :
- 1
NPROMNH9 :
- 1

Modified variables

GKWAKE :
- ref :
  - 2.00000000000000
- test :
  - 3.00000000000000
GRIBCODE :
- ref :
  - 246
- test :
  - 246
  - 49
JPMXOTP :
- ref :
  - 18
- test :
  - 19
LGRIB_API :
- ref :
  - T
- test :
  - F
LINTERPINCLOUDMEAN :
- ref :
  - T
- test :
  - F
LO3CH_HLO :
- ref :
  - F
- test :
  - T
LTRCMFBC :
- ref :
  - F
- test :
  - T
NMXOTP :
- ref :
  - 18
- test :
  - 19
NSNMLWS :
- ref :
  - 1
- test :
  - 0
NSUBST :
- ref :
  - 2
- test :
  - 1
NVTEND :
- ref :
  - 1
- test :
  - 0
RALFMINPSN :
- ref :
  - 0.835
- test :
  - 0.820
RCLDIFF :
- ref :
  - 0.1000E-04
- test :
  - 0.6000E-05
REXP_VRAT :
- ref :
  - 1.000000000000000
- test :
  - 1.00000000000000
RHYDR0 :
- ref :
  - 1.000000000000000
- test :
  - 0.1000E+01
RLCRITSNOW :
- ref :
  - 0.3000E-04
- test :
  - 0.2000E-04
RZL_INF :
- ref :
  - 40.0000000000000
  - 35.0000000000000
- test :
  - 40.0000000000000
  - 24.0000000000000

New variables

IEYEAR :
- 0
- 1957
- 2010
KLSPONGE :
- 0.11000000E+02
L2DECV2NEMO :
- F
LAMV_HEIGHT_ADJUST :
- F
LCOUPINFOUT :
- F
LDYN_ANALYSIS_STABILITY :
- F
LEAGS :
- F
LEAIRCO2COUP :
- F
LEC4MAP :
- F
LECV :
- F
LEFARQUHAR :
- F
LEOPTSURF :
- F
LEPCLD2 :
- F
LERADIMPL :
- F
LEURBAN :
- F
LEVDIFSL :
- F
LLONLY_SWITCHES :
- F
LM0DAMP :
- T
LNEMOOUTGRB :
- F
LNHX_GEOM :
- F
LNONHYD_GEOM :
- F
LPGFSF :
- F
LPGFTEST :
- F
LPGREUSE :
- F
LQM3DCONS :
- F
LRHS_CURV :
- F
LSACC :
- F
LSLDP_SAVE :
- F
LSLDP_XYZ :
- F
LSLVF :
- F
LSNOWTRAJCONS :
- T
LTRCMFQM :
- F
LVFE_CHEB :
- F
LVFE_NORMALIZE :
- F
LVFE_REGETA :
- F
LWETLONLINE :
- F
L_BGREC :
- F
L_COMPBGDEP :
- F
L_FGREC :
- F
NCLIMR :
- 0
NCLIMR_COMPO :
- 0
NFGREC_MIN :
- 0
NJKT52 :
- 64
NJKT62 :
- 74
P_SLVF_BOT :
- 0.00000000E+00
P_SLVF_TR :
- 0.30000000E+03
RBEGSPONGE :
- 0.10000000E+01
RCAPDCYCL :
- 0.20000E+01
RCAPQADV :
- 0.80000E+00
RFAC1 :
- 0.00000000000000
RFAC2 :
- 0.00000000000000
RINTOPT :
- 1.00000
RRINTOPT :
- 1.000000000000
RSSICEFACTOR :
- 0.9259E-04
RTAU_CLD_TLAD :
- 0.0000E+00
RVFE_KNOT_STRETCH :
- 1.00000000000000
SLVFEPS :
- 0.5000E-02
SLVFMIN :
- 0.10000000E+00
SLVFTR :
- 0.10000000E-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_018645_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/mary/abort/dump_018645_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/mary/depot/mstep_018645_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/mary/spool/spool_018645_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/mary/spool/spool_018645_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/mary/cache/promise/davai/elp/dv-0199-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0199-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0199-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0199-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0199-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-03-10T08:56:29

Elapse time

23.13

General info

Name of the executable : /scratch/mtool/mary/spool/spool_018645_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=22.680, Max=23.130, Avg=22.889, StDev=0.125
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
10.24% 2.332 2.186 2.478 0.084 11.78% 12438 : RRTM_RTRN1A_140GP_MCICA
6.98% 1.590 1.453 1.713 0.073 15.18% 12438 : RADLSWR:CLOUD_GENERATOR
6.27% 1.428 1.364 1.525 0.037 10.56% 12438 : RADLSWR:CLOUD_OPTICS
5.38% 1.224 1.158 1.301 0.037 10.99% 12438 : SRTM_SPCVRT_MCICA
5.51% 1.254 1.242 1.272 0.008 2.36% 16 : VARBC_SETUP:LOAD_TABLE
3.06% 0.698 0.083 1.187 0.270 93.01% 208 : SLCOMM:SLCOMM_INT
2.95% 0.672 0.497 0.830 0.156 40.12% 16 : INIFGER
2.62% 0.597 0.509 0.713 0.059 28.61% 24876 : MCICA_CLD_GEN
2.61% 0.594 0.551 0.697 0.032 20.95% 2786112 : SRTM_REFTRA
1.40% 0.318 0.018 0.695 0.305 97.41% 208 : SLCOMM2A
2.71% 0.617 0.578 0.663 0.022 12.82% 12438 : SRTM_SRTM_224GP_MCICA
1.92% 0.438 0.321 0.655 0.072 50.99% 24876 : MCICA_CLD_GENERATOR
0.54% 0.123 0.073 0.626 0.134 88.34% 208 : SLCOMM2A:SLCOMM2A_INT
2.12% 0.482 0.464 0.497 0.008 6.64% 16 : VARBC_RAD:CONFIG
1.76% 0.400 0.380 0.421 0.013 9.74% 2073 : ECOCLIMAP2_LAI
1.69% 0.385 0.017 0.415 0.098 95.90% 16 : JO_TABLE_MOD:GATHER
1.70% 0.388 0.373 0.414 0.012 9.90% 12438 : RRTM_ECRT_140GP_MCICA
1.63% 0.371 0.337 0.411 0.021 18.00% 12438 : RRTM_GASABS1A_140GP
1.60% 0.363 0.112 0.394 0.068 71.57% 64 : ATLAS_BCAST
1.23% 0.280 0.173 0.351 0.046 50.71% 368 : TRLTOG
1.30% 0.296 0.143 0.341 0.047 58.06% 14624 : ODBMP:ODBMP_IGLOBAL
0.70% 0.159 0.000 0.334 0.109 100.00% 16 : SU_MCICA
1.32% 0.300 0.269 0.324 0.015 16.98% 2786112 : SRTM_VRTQDR
1.24% 0.283 0.268 0.301 0.009 10.96% 26949 : APLPAR
0.62% 0.141 0.023 0.268 0.094 91.42% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
0.72% 0.164 0.048 0.263 0.070 81.75% 208 : CPG_DRV
1.04% 0.236 0.227 0.252 0.007 9.92% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.97% 0.220 0.193 0.237 0.016 18.57% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.44% 0.100 0.003 0.212 0.101 98.58% 18667 : GRIB_API:IGRIB_GET_INT
0.64% 0.146 0.141 0.155 0.004 9.03% 26949 : CONVECT_TRIGGER_SHAL
0.62% 0.141 0.134 0.144 0.002 6.94% 296439 : LAITRI
0.56% 0.127 0.122 0.132 0.003 7.58% 11938 : GRIB_API:IGRIB_SET_CHAR
0.53% 0.120 0.120 0.121 0.001 0.83% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.38% 0.086 0.042 0.117 0.023 64.10% 21903 : CONVECT_CLOSURE_SHAL
0.38% 0.087 0.075 0.104 0.008 27.88% 1120 : TRGTOL
0.36% 0.081 0.077 0.084 0.002 8.33% 270508 : VERINT_DGEMM_1
0.31% 0.071 0.069 0.074 0.001 6.76% 1107952 : APPEND_NUM
0.30% 0.069 0.067 0.073 0.002 8.22% 16 : MASTER
0.28% 0.063 0.058 0.068 0.003 14.71% 2073 : IO_BUFF_CLEAN
76.61% 17.444 0.000 2.478

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	0.1864145818149111	8.388656181671	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8252687556542223	74.27418800888	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.310171381925	14.8882263324	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3702593294157292	35.54489562391	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1078506700536002	27.69626675134	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.271747624759	13.58738123795	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08394877457827778	1.511077942409	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5740077515838888	20.66427905702	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3588493484954545	15.7893713338	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7097638969526137	62.45922293183	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39199671565728006	9.799917891432	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3125961212174	15.62980606087	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6263164026426085	37.40527726078	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34578760867152175	15.90622999889	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055895726489346154	1.453288888723	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35089506765788464	18.24654351821	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18157306404311907	7.626068689811	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2187043156746875	6.99853810159	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.222532055445	11.12660277225	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2770943529509375	4.433509647215	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.393379371015125	6.294069936242	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.34378895010099997	4.469256351313	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.694561605161538	122.0586017342	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22336183397733333	1.340171003864	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5348996515733333	42.41879581888	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.2236225083615	4.47245016723	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45904313977325	18.36172559093	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0527642252866	0.2110569011464	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34831228113875	18.78649824911	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3880848789832	3.880848789832	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.962693559425	29.62693559425	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3362355567085	26.72471113417	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22594606062075	4.903784242483	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83593069027375	14.68744552219	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2868324594093125	4.589319350549	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4565042435885	1.826016974354	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.5700992532275	28.56079402582	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12257099479224999	1.470851937507	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8115647595883333	19.47755423012	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.096385955599325	0.7710876447946	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.713209059989375	11.41134495983	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0593812815892	0.4750502527136	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5547446499311876	8.875914398899	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3358154031464444	3.022338628318	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.4153811661783333	25.47686099121	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.47143071359125	27.77144570873	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5499394537668125	8.799031260269	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6653033718311269	844.2699788537	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2699788537

MPI tasks

RSSmax

3.6Gb

RSStotal

56.3Gb

imbalance

4.9%

Number of parsed Variables

2634

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-0148-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0148-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0148-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0148-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/mary/cache/promise/davai/elp/dv-0199-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0199-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/mary/cache/vortex/davai/elp/dv-0199-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0199-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

mary@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0199-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

-0.5800000000000018

Highest acceleration

-0.780 (ref:1.121s => test:0.341s)

Highest acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative acceleration

-69.58% (ref:1.121s => test:0.341s)

Highest relative acceleration - routine

ODBMP:ODBMP_IGLOBAL

Highest relative slow-down

+15.79% (ref:0.114s => test:0.132s)

Highest relative slow-down - routine

GRIB_API:IGRIB_SET_CHAR

Highest slow-down

0.050 (ref:1.137s => test:1.187s)

Highest slow-down - routine

SLCOMM:SLCOMM_INT

Relative diff in Elapse time

-2.45%

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	-1.141E-02	0.1864145818149111	0.18856681934824443	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	-4.737E-03	0.8252687556542223	0.829196838872	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	-1.267E-02	0.310171381925	0.31415065314625	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	1.733E-03	0.3702593294157292	0.3696188586320834	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	-1.004E-03	1.1078506700536002	1.1089642743855999	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	5.167E-03	0.271747624759	0.2703508044724	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	-1.476E-03	0.08394877457827778	0.08407283272022222	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	1.489E-03	0.5740077515838888	0.5731541317194444	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	-1.294E-02	0.3588493484954545	0.36355257067818186	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-1.157E-02	0.7097638969526137	0.7180697913302273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	-1.106E-02	0.39199671565728006	0.39637984995988	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-1.363E-03	0.3125961212174	0.313022914472	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	-7.086E-05	1.6263164026426085	1.6264316535556522	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	1.938E-03	0.34578760867152175	0.3451189339156522	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	-4.898E-02	0.055895726489346154	0.05877453932846154	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	9.804E-04	0.35089506765788464	0.35055139003230773	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	-3.129E-03	0.18157306404311907	0.18214289854985713	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	9.517E-03	0.2187043156746875	0.21664253858959376	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	7.313E-03	0.222532055445	0.2209165031772	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	-2.468E-02	0.2770943529509375	0.284105929377	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	-2.834E-02	0.393379371015125	0.4048518834125625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	-7.628E-03	0.34378895010099997	0.3464314296881538	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.569E-03	4.694561605161538	4.687205206261539	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-3.646E-03	0.22336183397733333	0.224179104132	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	9.112E-03	3.5348996515733333	3.5029806216166666	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	4.635E-03	0.2236225083615	0.22259083231685	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	-4.740E-03	0.45904313977325	0.46122939227525006	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	-4.685E-02	0.0527642252866	0.055357853592175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	3.812E-03	2.34831228113875	2.33939529598125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	7.360E-03	0.3880848789832	0.3852492651937	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	1.159E-02	2.962693559425	2.9287491797920002	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.031E-02	1.3362355567085	1.3226053795269999	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-4.745E-03	1.22594606062075	1.231791307598	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	2.515E-03	1.83593069027375	1.83132514006375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	2.988E-03	0.2868324594093125	0.2859780224373125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	-2.593E-03	0.4565042435885	0.457691043342	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.598E-04	3.5700992532275	3.5695289951075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	4.411E-03	0.12257099479224999	0.12203276135891666	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	-3.110E-04	0.8115647595883333	0.8118172426454167	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	1.408E-03	0.096385955599325	0.0962504429230875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	-2.764E-03	0.713209059989375	0.71518616687875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	4.024E-03	0.0593812815892	0.0591432892685875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	5.937E-04	0.5547446499311876	0.554415479565375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	3.782E-03	0.3358154031464444	0.3345501972252222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	6.661E-03	1.4153811661783333	1.406015120728889	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	-3.325E-03	3.47143071359125	3.4830100891675	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-1.800E-03	0.5499394537668125	0.5509309293293125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	-6.379E-04	0.6653033718311269	0.6657280649775413	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+4.90%

Maximum differences

jo :
- diff : 0.7309187052300032
- reldiff : 0.04898061085646527
jo/n :
- diff : 0.03394437963299968
- reldiff : 0.04898061085646529
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-0.70%

Relative RSSmax diff

+5.88%

Relative RSStotal diff

+6.83%

mainMetrics

Relative RSStotal diff

Identical

False

Lost variables

CLCONFIG%LJB_NONLINEAR_CVO3 :
- F
LACV :
- F
LECO2DIU :
- F
LOLDALPHA :
- T
LSPCRM :
- F
NMXVAR :
- 53
NPROMA9 :
- 1
NPROMM9 :
- 1
NPROMNH9 :
- 1

Modified variables

GKWAKE :
- ref :
  - 2.00000000000000
- test :
  - 3.00000000000000
GRIBCODE :
- ref :
  - 246
- test :
  - 246
  - 49
JPMXOTP :
- ref :
  - 18
- test :
  - 19
LGRIB_API :
- ref :
  - T
- test :
  - F
LINTERPINCLOUDMEAN :
- ref :
  - T
- test :
  - F
LO3CH_HLO :
- ref :
  - F
- test :
  - T
LTRCMFBC :
- ref :
  - F
- test :
  - T
NMXOTP :
- ref :
  - 18
- test :
  - 19
NSNMLWS :
- ref :
  - 1
- test :
  - 0
NSUBST :
- ref :
  - 2
- test :
  - 1
NVTEND :
- ref :
  - 1
- test :
  - 0
RALFMINPSN :
- ref :
  - 0.835
- test :
  - 0.820
RCLDIFF :
- ref :
  - 0.1000E-04
- test :
  - 0.6000E-05
REXP_VRAT :
- ref :
  - 1.000000000000000
- test :
  - 1.00000000000000
RHYDR0 :
- ref :
  - 1.000000000000000
- test :
  - 0.1000E+01
RLCRITSNOW :
- ref :
  - 0.3000E-04
- test :
  - 0.2000E-04
RZL_INF :
- ref :
  - 40.0000000000000
  - 35.0000000000000
- test :
  - 40.0000000000000
  - 24.0000000000000

New variables

IEYEAR :
- 0
- 1957
- 2010
KLSPONGE :
- 0.11000000E+02
L2DECV2NEMO :
- F
LAMV_HEIGHT_ADJUST :
- F
LCOUPINFOUT :
- F
LDYN_ANALYSIS_STABILITY :
- F
LEAGS :
- F
LEAIRCO2COUP :
- F
LEC4MAP :
- F
LECV :
- F
LEFARQUHAR :
- F
LEOPTSURF :
- F
LEPCLD2 :
- F
LERADIMPL :
- F
LEURBAN :
- F
LEVDIFSL :
- F
LLONLY_SWITCHES :
- F
LM0DAMP :
- T
LNEMOOUTGRB :
- F
LNHX_GEOM :
- F
LNONHYD_GEOM :
- F
LPGFSF :
- F
LPGFTEST :
- F
LPGREUSE :
- F
LQM3DCONS :
- F
LRHS_CURV :
- F
LSACC :
- F
LSLDP_SAVE :
- F
LSLDP_XYZ :
- F
LSLVF :
- F
LSNOWTRAJCONS :
- T
LTRCMFQM :
- F
LVFE_CHEB :
- F
LVFE_NORMALIZE :
- F
LVFE_REGETA :
- F
LWETLONLINE :
- F
L_BGREC :
- F
L_COMPBGDEP :
- F
L_FGREC :
- F
NCLIMR :
- 0
NCLIMR_COMPO :
- 0
NFGREC_MIN :
- 0
NJKT52 :
- 64
NJKT62 :
- 74
P_SLVF_BOT :
- 0.00000000E+00
P_SLVF_TR :
- 0.30000000E+03
RBEGSPONGE :
- 0.10000000E+01
RCAPDCYCL :
- 0.20000E+01
RCAPQADV :
- 0.80000E+00
RFAC1 :
- 0.00000000000000
RFAC2 :
- 0.00000000000000
RINTOPT :
- 1.00000
RRINTOPT :
- 1.000000000000
RSSICEFACTOR :
- 0.9259E-04
RTAU_CLD_TLAD :
- 0.0000E+00
RVFE_KNOT_STRETCH :
- 1.00000000000000
SLVFEPS :
- 0.5000E-02
SLVFMIN :
- 0.10000000E+00
SLVFTR :
- 0.10000000E-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/arbogaste/abort/dump_336501_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

MTOOL_STEP_ABORT

/scratch/mtool/arbogaste/abort/dump_336501_BS4Darpegeobstype

MTOOL_STEP_DEPOT

/scratch/mtool/arbogaste/depot/mstep_336501_BS4Darpegeobstype

MTOOL_STEP_SPOOL

/scratch/mtool/arbogaste/spool/spool_336501_BS4Darpegeobstype

jobname

BS_4D_arpege__obstype

rundir

/scratch/mtool/arbogaste/spool/spool_336501_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow

Task listing uri(s)

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0011-belenos@arbogaste/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0011-belenos@arbogaste/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0011-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

Ended

symbol

text

Ended: Task ended without crash.

Updated

2023-03-08T10:47:49

Elapse time

26.2

General info

Name of the executable : /scratch/mtool/arbogaste/spool/spool_336501_BS4Darpegeobstype/root/arpege/4dvar6h/default_compilation_flavour/obstype/bs.geow/screening.geow/ARPEGE.X
Number of MPI-tasks : 16
Number of OpenMP-threads : 8
Wall-times over all MPI-tasks (secs) : Min=25.290, Max=26.200, Avg=25.696, StDev=0.204
Routines whose total time (i.e. sum) > 1.000 secs will be included in the listing

MPI tasks

OpenMP threads

_DrHookProfile

Avg-% Avg.time Min.time Max.time St.dev Imbal-% # of calls : Name of the routine
9.17% 2.345 2.181 2.485 0.089 12.23% 12438 : RRTM_RTRN1A_140GP_MCICA
6.26% 1.601 1.522 1.705 0.063 10.73% 12438 : RADLSWR:CLOUD_GENERATOR
5.60% 1.433 1.398 1.528 0.033 8.51% 12438 : RADLSWR:CLOUD_OPTICS
4.97% 1.271 1.200 1.333 0.039 9.98% 12438 : SRTM_SPCVRT_MCICA
4.88% 1.249 1.242 1.258 0.005 1.27% 16 : VARBC_SETUP:LOAD_TABLE
4.43% 1.132 0.562 1.228 0.161 54.23% 14624 : ODBMP:ODBMP_IGLOBAL
2.66% 0.680 0.073 1.039 0.269 92.97% 208 : SLCOMM:SLCOMM_INT
2.84% 0.727 0.518 0.900 0.168 42.44% 16 : INIFGER
1.21% 0.310 0.015 0.711 0.297 97.89% 208 : SLCOMM2A
2.33% 0.596 0.551 0.689 0.031 20.03% 2786112 : SRTM_REFTRA
1.72% 0.440 0.323 0.689 0.079 53.12% 24876 : MCICA_CLD_GENERATOR
2.35% 0.602 0.526 0.688 0.048 23.55% 24876 : MCICA_CLD_GEN
2.47% 0.632 0.588 0.670 0.025 12.24% 12438 : SRTM_SRTM_224GP_MCICA
2.21% 0.565 0.170 0.652 0.110 73.93% 368 : TRLTOG
0.47% 0.121 0.073 0.605 0.129 87.93% 208 : SLCOMM2A:SLCOMM2A_INT
1.87% 0.479 0.472 0.487 0.004 3.08% 16 : VARBC_RAD:CONFIG
1.56% 0.398 0.381 0.423 0.013 9.93% 2073 : ECOCLIMAP2_LAI
1.52% 0.389 0.017 0.420 0.099 95.95% 16 : JO_TABLE_MOD:GATHER
1.55% 0.396 0.373 0.416 0.013 10.34% 12438 : RRTM_ECRT_140GP_MCICA
1.48% 0.380 0.109 0.415 0.074 73.73% 64 : ATLAS_BCAST
1.47% 0.375 0.337 0.407 0.020 17.20% 12438 : RRTM_GASABS1A_140GP
0.74% 0.188 0.017 0.359 0.102 95.26% 16 : SU_MCICA
1.19% 0.306 0.267 0.334 0.019 20.06% 2786112 : SRTM_VRTQDR
0.73% 0.188 0.065 0.325 0.105 80.00% 90 : WRGATHFLNM:DOSENDMYFLDS:SEND
1.10% 0.281 0.260 0.305 0.013 14.75% 26949 : APLPAR
0.67% 0.170 0.081 0.282 0.062 71.28% 208 : CPG_DRV
0.98% 0.251 0.246 0.257 0.003 4.28% 11938 : GRIB_API:IGRIB_SET_CHAR
0.94% 0.241 0.228 0.255 0.008 10.59% 396928 : RANDOM_NUMBERS_MIX:INITIALIZE_RANDOM_NUMBERS
0.86% 0.221 0.196 0.236 0.015 16.95% 3922 : GRIB_API:IGRIB_SET_REAL8_ARRAY
0.38% 0.097 0.002 0.208 0.099 99.04% 18667 : GRIB_API:IGRIB_GET_INT
0.64% 0.164 0.116 0.182 0.019 36.26% 132 : FAITOU_MT
0.69% 0.176 0.175 0.178 0.001 1.69% 96 : GRIB_API:IGRIB_NEW_FROM_SAMPLES
0.58% 0.149 0.146 0.157 0.003 7.01% 26949 : CONVECT_TRIGGER_SHAL
0.44% 0.113 0.011 0.151 0.060 92.72% 4984 : codb_dget_
0.54% 0.138 0.132 0.141 0.003 6.38% 296439 : LAITRI
0.42% 0.109 0.092 0.115 0.005 20.00% 32 : READ_COVERS_PARAM
0.33% 0.085 0.043 0.115 0.022 62.61% 21903 : CONVECT_CLOSURE_SHAL
0.35% 0.088 0.073 0.109 0.010 33.03% 1120 : TRGTOL
0.29% 0.073 0.048 0.094 0.016 48.94% 80 : DIST_GRID
0.27% 0.070 0.000 0.093 0.042 100.00% 50 : PoS_V_new_thinn_robody_5
0.26% 0.065 0.057 0.089 0.009 35.96% 2073 : IO_BUFF_CLEAN
0.32% 0.082 0.077 0.087 0.003 11.49% 270508 : VERINT_DGEMM_1
0.27% 0.070 0.067 0.075 0.003 10.67% 16 : MASTER
0.28% 0.072 0.071 0.074 0.001 4.05% 1107952 : APPEND_NUM
0.25% 0.064 0.062 0.072 0.003 13.89% 634338 : READ_SURFX1_ARO
0.26% 0.067 0.066 0.067 0.000 1.49% 672 : ODBMP:ODBMP_DEXCHANGE2
76.82% 19.651 0.000 2.485

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	0.1864145818149111	8.388656181671	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	0.8252687556542223	74.27418800888	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	0.310171381925	14.8882263324	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	0.3702593294157292	35.54489562391	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	1.1078506700536002	27.69626675134	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	0.271747624759	13.58738123795	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	0.08394877457827778	1.511077942409	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	0.5740077515838888	20.66427905702	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	0.3588493484954545	15.7893713338	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	0.7097638969526137	62.45922293183	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	0.39199671565728006	9.799917891432	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	0.3125961212174	15.62980606087	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	1.6263164026426085	37.40527726078	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	0.34578760867152175	15.90622999889	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	0.055895726489346154	1.453288888723	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	0.35089506765788464	18.24654351821	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	0.18157306404311907	7.626068689811	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	0.2187043156746875	6.99853810159	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	0.222532055445	11.12660277225	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	0.2770943529509375	4.433509647215	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	0.393379371015125	6.294069936242	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	0.34378895010099997	4.469256351313	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	4.694561605161538	122.0586017342	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	0.22336183397733333	1.340171003864	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	3.5348996515733333	42.41879581888	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	0.2236225083615	4.47245016723	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	0.45904313977325	18.36172559093	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	0.0527642252866	0.2110569011464	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	2.34831228113875	18.78649824911	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	0.3880848789832	3.880848789832	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	2.962693559425	29.62693559425	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.3362355567085	26.72471113417	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	1.22594606062075	4.903784242483	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	1.83593069027375	14.68744552219	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	0.2868324594093125	4.589319350549	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	0.4565042435885	1.826016974354	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	3.5700992532275	28.56079402582	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	0.12257099479224999	1.470851937507	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	0.8115647595883333	19.47755423012	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	0.096385955599325	0.7710876447946	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	0.713209059989375	11.41134495983	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	0.0593812815892	0.4750502527136	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	0.5547446499311876	8.875914398899	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	0.3358154031464444	3.022338628318	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	1.4153811661783333	25.47686099121	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	3.47143071359125	27.77144570873	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	0.5499394537668125	8.799031260269	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	-	0.6653033718311269	844.2699788537	1269

Number of Tables

Total Jo per Table

SCREENING JOB T0149 NCONF= 1 NSIM4D= 0 NUPTRA= 0 : 844.2699788537

MPI tasks

RSSmax

3.6Gb

RSStotal

56.3Gb

imbalance

5.3%

Number of parsed Variables

2634

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-0148-belenos@mary/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0148-belenos@mary/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

arbogaste@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0148-belenos/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

arbogaste@hendrix.meteo.fr:~mary/vortex/davai/elp/dv-0148-belenos/20220121T0600A/stacks/flow_logs.filespack.tgz

test

/scratch/mtool/arbogaste/cache/promise/davai/elp/dv-0011-belenos@arbogaste/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0011-belenos@arbogaste/20220121T0600A/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

/scratch/mtool/arbogaste/cache/vortex/davai/elp/dv-0011-belenos@arbogaste/20220121T0600A/stacks/flow_logs.filespack/arpege-4DVar-screening.geow/listing.arpege-screening.a0001-b0001

short

symbol

text

Fail: "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}}" is False

Diff in Elapse time

2.4899999999999984

Highest acceleration

-0.194 (ref:0.553s => test:0.359s)

Highest acceleration - routine

SU_MCICA

Highest relative acceleration

-35.08% (ref:0.553s => test:0.359s)

Highest relative acceleration - routine

SU_MCICA

Highest relative slow-down

+125.44% (ref:0.114s => test:0.257s)

Highest relative slow-down - routine

GRIB_API:IGRIB_SET_CHAR

Highest slow-down

0.331 (ref:0.321s => test:0.652s)

Highest slow-down - routine

TRLTOG

Relative diff in Elapse time

+10.50%

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	-1.141E-02	0.1864145818149111	0.18856681934824443	0.000E+00	45	45
SATOB, ATMOSPHERIC MOTION WINDS	DUAL-MTOP 852 METHOD=IR	U	-4.737E-03	0.8252687556542223	0.829196838872	0.000E+00	90	90
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	T	-1.267E-02	0.310171381925	0.31415065314625	0.000E+00	48	48
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR1	U	1.733E-03	0.3702593294157292	0.3696188586320834	0.000E+00	96	96
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	T	-1.004E-03	1.1078506700536002	1.1089642743855999	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=IR2	U	5.167E-03	0.271747624759	0.2703508044724	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	T	-1.476E-03	0.08394877457827778	0.08407283272022222	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	GOES 270 METHOD=WVCL3	U	1.489E-03	0.5740077515838888	0.5731541317194444	0.000E+00	36	36
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	T	-1.294E-02	0.3588493484954545	0.36355257067818186	0.000E+00	44	44
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR1	U	-1.157E-02	0.7097638969526137	0.7180697913302273	0.000E+00	88	88
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	T	-1.106E-02	0.39199671565728006	0.39637984995988	0.000E+00	25	25
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=IR2	U	-1.363E-03	0.3125961212174	0.313022914472	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	T	-7.086E-05	1.6263164026426085	1.6264316535556522	0.000E+00	23	23
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=VIS1	U	1.938E-03	0.34578760867152175	0.3451189339156522	0.000E+00	46	46
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	T	-4.898E-02	0.055895726489346154	0.05877453932846154	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	GOES 271 METHOD=WVCL3	U	9.804E-04	0.35089506765788464	0.35055139003230773	0.000E+00	52	52
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=IR1	U	-3.129E-03	0.18157306404311907	0.18214289854985713	0.000E+00	42	42
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=VIS1	U	9.517E-03	0.2187043156746875	0.21664253858959376	0.000E+00	32	32
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL1	U	7.313E-03	0.222532055445	0.2209165031772	0.000E+00	50	50
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL2	U	-2.468E-02	0.2770943529509375	0.284105929377	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	HIMAWARI 173 METHOD=WVCL3	U	-2.834E-02	0.393379371015125	0.4048518834125625	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	T	-7.628E-03	0.34378895010099997	0.3464314296881538	0.000E+00	13	13
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=IR3	U	1.569E-03	4.694561605161538	4.687205206261539	0.000E+00	26	26
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	T	-3.646E-03	0.22336183397733333	0.224179104132	0.000E+00	6	6
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS2	U	9.112E-03	3.5348996515733333	3.5029806216166666	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	T	4.635E-03	0.2236225083615	0.22259083231685	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=VIS3	U	-4.740E-03	0.45904313977325	0.46122939227525006	0.000E+00	40	40
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	T	-4.685E-02	0.0527642252866	0.055357853592175	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL1	U	3.812E-03	2.34831228113875	2.33939529598125	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 55 METHOD=WVCL2	U	7.360E-03	0.3880848789832	0.3852492651937	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	T	1.159E-02	2.962693559425	2.9287491797920002	0.000E+00	10	10
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=IR3	U	1.031E-02	1.3362355567085	1.3226053795269999	0.000E+00	20	20
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS2	U	-4.745E-03	1.22594606062075	1.231791307598	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	T	2.515E-03	1.83593069027375	1.83132514006375	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=VIS3	U	2.988E-03	0.2868324594093125	0.2859780224373125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	T	-2.593E-03	0.4565042435885	0.457691043342	0.000E+00	4	4
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL1	U	1.598E-04	3.5700992532275	3.5695289951075	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	T	4.411E-03	0.12257099479224999	0.12203276135891666	0.000E+00	12	12
SATOB, ATMOSPHERIC MOTION WINDS	METEOSAT 56 METHOD=WVCL2	U	-3.110E-04	0.8115647595883333	0.8118172426454167	0.000E+00	24	24
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	T	1.408E-03	0.096385955599325	0.0962504429230875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 3 METHOD=IR	U	-2.764E-03	0.713209059989375	0.71518616687875	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	T	4.024E-03	0.0593812815892	0.0591432892685875	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	METOP 5 METHOD=IR	U	5.937E-04	0.5547446499311876	0.554415479565375	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	T	3.782E-03	0.3358154031464444	0.3345501972252222	0.000E+00	9	9
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 224 METHOD=IR	U	6.661E-03	1.4153811661783333	1.406015120728889	0.000E+00	18	18
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	T	-3.325E-03	3.47143071359125	3.4830100891675	0.000E+00	8	8
SATOB, ATMOSPHERIC MOTION WINDS	NOAA 225 METHOD=IR	U	-1.800E-03	0.5499394537668125	0.5509309293293125	0.000E+00	16	16
SATOB, ATMOSPHERIC MOTION WINDS	SATOB, ATMOSPHERIC MOTION WINDS	GLOBAL	-6.379E-04	0.6653033718311269	0.6657280649775413	0.000E+00	1269	1269

Bit-reproducible

False

Maximum Relative diff in Jo/n

+4.90%

Maximum differences

jo :
- diff : 0.7309187052300032
- reldiff : 0.04898061085646527
jo/n :
- diff : 0.03394437963299968
- reldiff : 0.04898061085646529
n :
- diff : 0.0
- reldiff : 0.0

Validated

False

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

-0.30%

Relative RSSmax diff

+5.88%

Relative RSStotal diff

+6.83%

mainMetrics

Relative RSStotal diff

Identical

False

Lost variables

CLCONFIG%LJB_NONLINEAR_CVO3 :
- F
LACV :
- F
LECO2DIU :
- F
LOLDALPHA :
- T
LSPCRM :
- F
NMXVAR :
- 53
NPROMA9 :
- 1
NPROMM9 :
- 1
NPROMNH9 :
- 1

Modified variables

GKWAKE :
- ref :
  - 2.00000000000000
- test :
  - 3.00000000000000
GRIBCODE :
- ref :
  - 246
- test :
  - 246
  - 49
JPMXOTP :
- ref :
  - 18
- test :
  - 19
LGRIB_API :
- ref :
  - T
- test :
  - F
LINTERPINCLOUDMEAN :
- ref :
  - T
- test :
  - F
LO3CH_HLO :
- ref :
  - F
- test :
  - T
LTRCMFBC :
- ref :
  - F
- test :
  - T
NMXOTP :
- ref :
  - 18
- test :
  - 19
NSNMLWS :
- ref :
  - 1
- test :
  - 0
NSUBST :
- ref :
  - 2
- test :
  - 1
NVTEND :
- ref :
  - 1
- test :
  - 0
RALFMINPSN :
- ref :
  - 0.835
- test :
  - 0.820
RCLDIFF :
- ref :
  - 0.1000E-04
- test :
  - 0.6000E-05
REXP_VRAT :
- ref :
  - 1.000000000000000
- test :
  - 1.00000000000000
RHYDR0 :
- ref :
  - 1.000000000000000
- test :
  - 0.1000E+01
RLCRITSNOW :
- ref :
  - 0.3000E-04
- test :
  - 0.2000E-04
RZL_INF :
- ref :
  - 40.0000000000000
  - 35.0000000000000
- test :
  - 40.0000000000000
  - 24.0000000000000

New variables

IEYEAR :
- 0
- 1957
- 2010
KLSPONGE :
- 0.11000000E+02
L2DECV2NEMO :
- F
LAMV_HEIGHT_ADJUST :
- F
LCOUPINFOUT :
- F
LDYN_ANALYSIS_STABILITY :
- F
LEAGS :
- F
LEAIRCO2COUP :
- F
LEC4MAP :
- F
LECV :
- F
LEFARQUHAR :
- F
LEOPTSURF :
- F
LEPCLD2 :
- F
LERADIMPL :
- F
LEURBAN :
- F
LEVDIFSL :
- F
LLONLY_SWITCHES :
- F
LM0DAMP :
- T
LNEMOOUTGRB :
- F
LNHX_GEOM :
- F
LNONHYD_GEOM :
- F
LPGFSF :
- F
LPGFTEST :
- F
LPGREUSE :
- F
LQM3DCONS :
- F
LRHS_CURV :
- F
LSACC :
- F
LSLDP_SAVE :
- F
LSLDP_XYZ :
- F
LSLVF :
- F
LSNOWTRAJCONS :
- T
LTRCMFQM :
- F
LVFE_CHEB :
- F
LVFE_NORMALIZE :
- F
LVFE_REGETA :
- F
LWETLONLINE :
- F
L_BGREC :
- F
L_COMPBGDEP :
- F
L_FGREC :
- F
NCLIMR :
- 0
NCLIMR_COMPO :
- 0
NFGREC_MIN :
- 0
NJKT52 :
- 64
NJKT62 :
- 74
P_SLVF_BOT :
- 0.00000000E+00
P_SLVF_TR :
- 0.30000000E+03
RBEGSPONGE :
- 0.10000000E+01
RCAPDCYCL :
- 0.20000E+01
RCAPQADV :
- 0.80000E+00
RFAC1 :
- 0.00000000000000
RFAC2 :
- 0.00000000000000
RINTOPT :
- 1.00000
RRINTOPT :
- 1.000000000000
RSSICEFACTOR :
- 0.9259E-04
RTAU_CLD_TLAD :
- 0.0000E+00
RVFE_KNOT_STRETCH :
- 1.00000000000000
SLVFEPS :
- 0.5000E-02
SLVFMIN :
- 0.10000000E+00
SLVFTR :
- 0.10000000E-03

Number of lost variables

Number of modified variables

Number of new variables

', {})

short

- No ref -

symbol

text

No reference to be compared to

", {})

arpege-4DVar-screening.geow

arpege-4DVar-screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus

drHookMax

joTables

leadExpert

rss

setup

comparisonStatus

arpege-4DVar-screening.geow: task details

Context

Status

Updated

arpege-4DVar-screening.geow: task details

Context

Status

Updated

arpege-4DVar-screening.geow: task details

Context

Status

Updated

arpege-4DVar-screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

comparisonStatus

comparisonStatus

arpege-4DVar-screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus

drHookMax

joTables

leadExpert

rss

setup

comparisonStatus

arpege-4DVar-screening.geow: task details

Context

Listing

Status

Updated

drHookMax

joTables

rss

setup

Listings

comparisonStatus

drHookMax

joTables

leadExpert

rss

setup

comparisonStatus

arpege-4DVar-screening.geow: task details

Context

Listing

Status

Updated