* . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . PROGRAM GSI_ANL HAS BEGUN. COMPILED 1999232.55 ORG: NP23 STARTING DATE-TIME OCT 09,2023 14:23:44.412 282 MON 2460227 gsi_metguess_mod*init_: 2D-MET STATE VARIABLES: ps z gsi_metguess_mod*init_: 3D-MET STATE VARIABLES: u v div vor tv q oz cw gsi_metguess_mod*init_: ALL MET STATE VARIABLES: u v div vor tv q oz cw ps z gsi_chemguess_mod*init_: 2D-CHEM STATE VARIABLES: gsi_chemguess_mod*init_: 3D-CHEM STATE VARIABLES: co2 gsi_chemguess_mod*init_: ALL CHEM STATE VARIABLES: co2 INIT_IO: set IO server task to mype_io= 119 state_vectors*init_anasv: 2D-STATE VARIABLES ps sst state_vectors*init_anasv: 3D-STATE VARIABLES u v tv tsen q oz cw prse state_vectors*init_anasv: ALL STATE VARIABLES u v tv tsen q oz cw prse ps sst control_vectors*init_anacv: 2D-CONTROL VARIABLES ARE ps sst control_vectors*init_anacv: 3D-CONTROL VARIABLES ARE sf vp t q oz cw control_vectors*init_anacv: MOTLEY CONTROL VARIABLES stl sti control_vectors*init_anacv: ALL CONTROL VARIABLES sf vp ps t q oz sst cw stl sti INIT_IO: reserve units lendian_in= 15 and lendian_out= 66 for little endian i/o at 0 in gsimod, use_gfs_stratosphere,nems_nmmb_regional = F F GSI_4DVAR: nobs_bins = 1 SETUP_4DVAR: l4dvar= F SETUP_4DVAR: l4densvar= F SETUP_4DVAR: winlen= 6.0000000000000000 SETUP_4DVAR: winoff= 3.0000000000000000 SETUP_4DVAR: hr_obsbin= 6.0000000000000000 SETUP_4DVAR: nobs_bins= 1 SETUP_4DVAR: ntlevs_ens= 1 SETUP_4DVAR: nsubwin,nhr_subwin= 1 6 SETUP_4DVAR: lsqrtb= F SETUP_4DVAR: lbicg= F SETUP_4DVAR: lcongrad= F SETUP_4DVAR: lbfgsmin= F SETUP_4DVAR: ltlint= F SETUP_4DVAR: ladtest,ladtest_obs,lgrtest= F F F SETUP_4DVAR: iwrtinc= -1 SETUP_4DVAR: lanczosave= F SETUP_4DVAR: ltcost= F SETUP_4DVAR: jsiga= -1 SETUP_4DVAR: nwrvecs= -1 SETUP_4DVAR: iorthomax= 0 SETUP_4DVAR: liauon= F SETUP_4DVAR: ljc4tlevs= F SETUP_4DVAR: ibin_anl= 1 in gsimod: use_gfs_stratosphere,nems_nmmb_regional,wrf_nmm_regional= F F F GSIMOD: ***WARNING*** set l_cloud_analysis=false INIT_OBSMOD_VARS: ndat_times,ndat_types,ndat= 1 1 1 INIT_OBSMOD_VARS: nhr_assimilation= 6 GSIMOD: reset nstrong= 0 because TLNMC option is set to off= 0 calling gsisub with following input parameters: &SETUP CENTER_NAME="cptec ", GENCODE= 80.000000000000000 , FACTQMIN= 5.0000000000000001E-003, FACTQMAX= 0.90500000000000003 , CLIP_SUPERSATURATION=T, FACTV= 1.0000000000000000 , FACTL= 1.0000000000000000 , FACTP= 1.0000000000000000 , FACTG= 1.0000000000000000 , FACTW10M= 1.0000000000000000 , FACTHOWV= 1.0000000000000000 , R_OPTION=F, DELTIM= 1200.0000000000000 , DTPHYS= 3600.0000000000000 , BIASCOR= -1.0000000000000000 , BCOPTION= 1, DIURNALBC= 0.0000000000000000 , NITER= 0, 50, 100, 48*0 , NITER_NO_QC= 1000000, 50, 0, 48*1000000 , MITER= 2, QOPTION= 1, NHR_ASSIMILATION= 6, MIN_OFFSET= 180, PSEUDO_Q2=F, IOUT_ITER= 220, NPREDP= 6, RETRIEVAL=F, NST_GSI= 0, NST_TZR= 0, NSTINFO= 0, FAC_DTL= 0, FAC_TSL= 0, TZR_BUFRSAVE=F, DIAG_RAD=T, DIAG_PCP=T, DIAG_CONV=T, DIAG_OZONE=T, DIAG_AERO=T, DIAG_CO=F, IGUESS= -1, WRITE_DIAG=F,T,F,T, 47*F, REDUCE_DIAG=F, ONEOBTEST=F, SFCMODEL=F, DTBDUV_ON=T, IFACT10= 0, L_FOTO=F, OFFTIME_DATA=F, NPRED_CONV_MAX= 0, ID_BIAS_PS= 0, ID_BIAS_T= 0, ID_BIAS_SPD= 120, CONV_BIAS_PS= 0.0000000000000000 , CONV_BIAS_T= 0.0000000000000000 , CONV_BIAS_SPD= 0.0000000000000000 , STNDEV_CONV_PS= 1.0000000000000000 , STNDEV_CONV_T= 1.0000000000000000 , STNDEV_CONV_SPD= 1.0000000000000000 , USE_PBL=F, USE_COMPRESS=T, NSIG_EXT= 12, GPSTOP= 50.000000000000000 , PERTURB_OBS=F, PERTURB_FACT= 1.0000000000000000 , OBERROR_TUNE=F, PRESERVE_RESTART_DATE=F, CRTM_COEFFS_PATH="./ ", BERROR_STATS="berror_stats ", NEWPC4PRED=T, ADP_ANGLEBC=T, ANGORD= 4, PASSIVE_BC=T, USE_EDGES=F, EMISS_BC=T, UPD_PRED= 20*1.0000000000000000 , SSMIS_METHOD= 1, SSMIS_PRECOND= 1.0000000000000000E-002, LOBSDIAGSAVE=F, L4DVAR=F, LBICG=F, LSQRTB=F, LCONGRAD=F, LBFGSMIN=F, LTLINT=F, NHR_OBSBIN= -1, NHR_SUBWIN= 6, NWRVECS= -1, IORTHOMAX= 0, LADTEST=F, LADTEST_OBS=F, LGRTEST=F, LOBSKEEP=F, LSENSRECOMPUTE=F, JSIGA= -1, LTCOST=F, LOBSENSFC=F, LOBSENSJB=F, LOBSENSINCR=F, LOBSENSADJ=F, LOBSENSMIN=F, IOBSCONV= 0, IDMODEL=T, IWRTINC= -1, LWRITE4DANL=F, JITERSTART= 1, JITEREND= 1, LOBSERVER=F, LANCZOSAVE=F, LLANCDONE=F, LFERRSCALE=F, PRINT_DIAG_PCG=T, TSENSIBLE=F, LGSCHMIDT=F, LREAD_OBS_SAVE=T, LREAD_OBS_SKIP=F, USE_GFS_OZONE=F, CHECK_GFS_OZONE_DATE=F, REGIONAL_OZONE=F, LWRITE_PREDTERMS=T, LWRITE_PEAKWT=T, USE_GFS_NEMSIO=F, LIAUON=F, USE_PREPB_SATWND=F, L4DENSVAR=F, ENS4D_NSTARTHR= 3, USE_GFS_STRATOSPHERE=F, PBLEND0= 152.00000000000000 , PBLEND1= 79.000000000000000 , STEP_START= 1.0000000000000000E-004, DIAG_PRECON=T, LRUN_SUBDIRS=F, USE_SP_EQSPACE=F, LNESTED_LOOPS=F, USE_REFLECTIVITY=F, LSINGLERADOB=F, / &GRIDOPTS JCAP= 254, JCAP_B= 299, NSIG= 64, NLAT= 386, NLON= 768, NLAT_REGIONAL= 0, NLON_REGIONAL= 0, DIAGNOSTIC_REG=F, UPDATE_REGSFC=F, NETCDF=F, REGIONAL=F, ISBRAMS=F, WRF_NMM_REGIONAL=F, NEMS_NMMB_REGIONAL=F, WRF_MASS_REGIONAL=F, TWODVAR_REGIONAL=F, FILLED_GRID=F, HALF_GRID=F, NVEGE_TYPE= 24, NLAYERS= 62*1 , 3, 6, 36*1 , CMAQ_REGIONAL=F, NMMB_REFERENCE_GRID="H", GRID_RATIO_NMMB= 1.4142135623730951 , GRID_RATIO_WRFMASS= 1.0000000000000000 , JCAP_GFS= 1534, JCAP_CUT= 600, / &BKGERR VS= 0.69999999999999996 , NHSCRF= 3, HZSCL= 1.7000000000000000 , 0.80000000000000004 , 0.50000000000000000 , HSWGT= 0.45000000000000001 , 0.29999999999999999 , 0.25000000000000000 , NORH= 2, NDEG= 4, NOQ= 3, BW= 0.0000000000000000 , NORSP= 4, FSTAT=F, PERT_BERR=F, PERT_BERR_FCT= 0.0000000000000000 , BKGV_FLOWDEP=T, BKGV_REWGTFCT= 1.5000000000000000 , BKGV_WRITE=F, FPSPROJ=T, ADJUSTOZVAR=F, FUT2PS=F, CWCOVEQQCOV=F, / &ANBKGERR ANISOTROPIC=F, ANCOVMDL= 0, TRIAD4=T, IFILT_ORD= 4, NPASS= 1, NORMAL= -200, BINOM=T, NGAUSS= 3, RGAUSS= 0.50000000000000000 , 1.0000000000000000 , 2.0000000000000000 , 17*0.0000000000000000 , ANHSWGT= 20*1.0000000000000000 , AN_VS= 1.0000000000000000 , GRID_RATIO= 2.0000000000000000 , GRID_RATIO_P= 0.0000000000000000 , NORD_F2A= 4, AN_FLEN_U= -1.0000000000000000 , AN_FLEN_T= -1.0000000000000000 , AN_FLEN_Z= -1.0000000000000000 , RTMA_SUBDOMAIN_OPTION=F, LREADNORM=F, NSMOOTH= 0, NSMOOTH_SHAPIRO= 0, COVMAP=F, / &JCOPTS LJCDFI=F, ALPHAJC= 10.000000000000000 , SWITCH_ON_DERIVATIVES=T, TENDSFLAG=T, LJCPDRY=T, BAMP_JCPDRY= 50000.000000000000 , EPS_EER= -1.0000000000000000 , LJC4TLEVS=F, / &STRONGOPTS REG_TLNMC_TYPE= 1, TLNMC_OPTION= 0, NSTRONG= 0, PERIOD_MAX= 6.0000000000000000 , PERIOD_WIDTH= 1.5000000000000000 , NVMODES_KEEP= 8, BALDIAG_FULL=F, BALDIAG_INC=F, / &OBSQC DFACT= 0.75000000000000000 , DFACT1= 3.0000000000000000 , ERRADAR_INFLATE= 1.0000000000000000 , TDRERR_INFLATE=F, TDRGROSS_FACT= 1.0000000000000000 , OBERRFLG=F, VADFILE="prepbufr ", NOIQC=T, C_VARQC= 4.0000000000000001E-003, BLACKLST=F, USE_POQ7=F, HILBERT_CURVE=F, TCP_REFPS= 1000.0000000000000 , TCP_WIDTH= 50.000000000000000 , TCP_ERMIN= 0.75000000000000000 , TCP_ERMAX= 5.0000000000000000 , QC_NOIRJACO3=F, QC_NOIRJACO3_POLE=F, QC_SATWNDS=T, AIRCRAFT_T_BC_POF=F, AIRCRAFT_T_BC=F, AIRCRAFT_T_BC_EXT=F, BIASPREDT= 1.0000000000000000 , UPD_AIRCRAFT=T, CLEANUP_TAIL=F, BUDDYCHECK_T=F, BUDDYDIAG_SAVE=F, / EXT_SONDE on type 120 = F ngroup = 1 dmesh = 145.00000000000000 amsuabufr amsua n19 amsua_n19 0.00 1 1 3.00 &SUPEROB_RADAR DEL_AZIMUTH= 5.0000000000000000 , DEL_ELEV= 0.25000000000000000 , DEL_RANGE= 5000.0000000000000 , DEL_TIME= 0.50000000000000000 , ELEV_ANGLE_MAX= 5.0000000000000000 , MINNUM= 50, RANGE_MAX= 100000.00000000000 , L2SUPEROB_ONLY=F, / &LAG_DATA LAG_ACCUR= 9.9999999999999995E-007, INFILE_LAG="inistate_lag.dat ", LAG_STEPDURATION= 900.00000000000000 , LAG_NMAX_BAL= 1000, LAG_VORCORE_STDERR_A= 2000.0000000000000 , LAG_VORCORE_STDERR_B= 0.0000000000000000 , / &HYBRID_ENSEMBLE L_HYB_ENS=F, UV_HYB_ENS=F, Q_HYB_ENS=F, ANISO_A_EN=F, GENERATE_ENS=T, N_ENS= 0, NLON_ENS= 0, NLAT_ENS= 0, JCAP_ENS= 0, PSEUDO_HYBENS=F, MERGE_TWO_GRID_ENSPERTS=F, REGIONAL_ENSEMBLE_OPTION= 0, FULL_ENSEMBLE=F, BETAFLG=F, PWGTFLG=F, JCAP_ENS_TEST= 0, BETA1_INV= 1.0000000000000000 , S_ENS_H= 2828.0000000000000 , S_ENS_V= 30.000000000000000 , READIN_LOCALIZATION=F, EQSPACE_ENSGRID=F, READIN_BETA=F, GRID_RATIO_ENS= 1.0000000000000000 , OZ_UNIV_STATIC=F, WRITE_ENS_SPRD=F, ENSPREPROC=F, USE_LOCALIZATION_GRID=F, USE_GFS_ENS=T, COEF_BW= 0.90000000000000002 , I_EN_PERTS_IO= 0, L_ENS_IN_DIFF_TIME=F, / &RAPIDREFRESH_CLDSURF DFI_RADAR_LATENT_HEAT_TIME_PERIOD= 30.000000000000000 , METAR_IMPACT_RADIUS= 10.000000000000000 , METAR_IMPACT_RADIUS_LOWCLOUD= 4.0000000000000000 , L_GSD_TERRAIN_MATCH_SURFTOBS=F, L_SFCOBSERROR_RAMP_T=F, L_SFCOBSERROR_RAMP_Q=F, L_PBL_PSEUDO_SURFOBST=F, L_PBL_PSEUDO_SURFOBSQ=F, L_PBL_PSEUDO_SURFOBSUV=F, PBLH_RATION= 0.75000000000000000 , PPS_PRESS_INCR= 30.000000000000000 , L_GSD_LIMIT_OCEAN_Q=F, L_PW_HGT_ADJUST=F, L_LIMIT_PW_INNOV=F, MAX_INNOV_PCT= 0.10000000000000001 , L_CLEANSNOW_WARMTS=F, L_CONSERVE_THETAV=F, R_CLEANSNOW_WARMTS_THRESHOLD= 8.0000000000000000 , I_CONSERVE_THETAV_ITERNUM= 3, L_GSD_SOILTQ_NUDGE=F, L_CLD_BLD=F, CLD_BLD_HGT= 1200.0000000000000 , BUILD_CLOUD_FRAC_P= 0.94999999999999996 , CLEAR_CLOUD_FRAC_P= 0.10000000000000001 , NESDIS_NPTS_RAD= 1, ICLEAN_HYDRO_WITHREF= 1, ICLEAN_HYDRO_WITHREF_ALLCOL= 0, I_USE_2MQ4B= 0, I_USE_2MT4B= 0, I_GSDCLDANAL_TYPE= 0, I_GSDSFC_USELIST= 0, I_LIGHTPCP= 0, I_SFCT_GROSS= 0, / &CHEM BERROR_CHEM=F, ONEOBTEST_CHEM=F, MAGINNOV_CHEM= 30.000000000000000 , MAGOBERR_CHEM= 2.0000000000000000 , ONEOB_TYPE_CHEM="pm2_5 ", OBLAT_CHEM= 45.000000000000000 , OBLON_CHEM= 270.00000000000000 , OBPRES_CHEM= 1000.0000000000000 , DIAG_INCR=F, ELEV_TOLERANCE= 500.00000000000000 , TUNABLE_ERROR= 0.50000000000000000 , IN_FNAME="cmaq_input.bin ", OUT_FNAME="cmaq_output.bin ", INCR_FNAME="chem_increment.bin ", LAEROANA_GOCART=F, L_AODERR_TABLE=F, AOD_QA_LIMIT= 3, LUSE_DEEPBLUE=F, / INIT_GRID_VARS: allocate and load sp_a with jcap,imax,jmax= 254 768 384 INIT_GRID_VARS: number of threads 40 INIT_GRID_VARS: for thread 1 jtstart,jtstop = 1 2 INIT_GRID_VARS: for thread 2 jtstart,jtstop = 3 4 INIT_GRID_VARS: for thread 3 jtstart,jtstop = 5 6 INIT_GRID_VARS: for thread 4 jtstart,jtstop = 7 8 INIT_GRID_VARS: for thread 5 jtstart,jtstop = 9 10 INIT_GRID_VARS: for thread 6 jtstart,jtstop = 11 12 INIT_GRID_VARS: for thread 7 jtstart,jtstop = 13 14 INIT_GRID_VARS: for thread 8 jtstart,jtstop = 15 16 INIT_GRID_VARS: for thread 9 jtstart,jtstop = 17 18 INIT_GRID_VARS: for thread 10 jtstart,jtstop = 19 20 INIT_GRID_VARS: for thread 11 jtstart,jtstop = 21 22 INIT_GRID_VARS: for thread 12 jtstart,jtstop = 23 24 INIT_GRID_VARS: for thread 13 jtstart,jtstop = 25 26 INIT_GRID_VARS: for thread 14 jtstart,jtstop = 27 28 INIT_GRID_VARS: for thread 15 jtstart,jtstop = 29 29 INIT_GRID_VARS: for thread 16 jtstart,jtstop = 30 30 INIT_GRID_VARS: for thread 17 jtstart,jtstop = 31 31 INIT_GRID_VARS: for thread 18 jtstart,jtstop = 32 32 INIT_GRID_VARS: for thread 19 jtstart,jtstop = 33 33 INIT_GRID_VARS: for thread 20 jtstart,jtstop = 34 34 INIT_GRID_VARS: for thread 21 jtstart,jtstop = 35 35 INIT_GRID_VARS: for thread 22 jtstart,jtstop = 36 36 INIT_GRID_VARS: for thread 23 jtstart,jtstop = 37 37 INIT_GRID_VARS: for thread 24 jtstart,jtstop = 38 38 INIT_GRID_VARS: for thread 25 jtstart,jtstop = 39 39 INIT_GRID_VARS: for thread 26 jtstart,jtstop = 40 40 INIT_GRID_VARS: for thread 27 jtstart,jtstop = 41 41 INIT_GRID_VARS: for thread 28 jtstart,jtstop = 42 42 INIT_GRID_VARS: for thread 29 jtstart,jtstop = 43 43 INIT_GRID_VARS: for thread 30 jtstart,jtstop = 44 44 INIT_GRID_VARS: for thread 31 jtstart,jtstop = 45 45 INIT_GRID_VARS: for thread 32 jtstart,jtstop = 46 46 INIT_GRID_VARS: for thread 33 jtstart,jtstop = 47 47 INIT_GRID_VARS: for thread 34 jtstart,jtstop = 48 48 INIT_GRID_VARS: for thread 35 jtstart,jtstop = 49 49 INIT_GRID_VARS: for thread 36 jtstart,jtstop = 50 50 INIT_GRID_VARS: for thread 37 jtstart,jtstop = 51 51 INIT_GRID_VARS: for thread 38 jtstart,jtstop = 52 52 INIT_GRID_VARS: for thread 39 jtstart,jtstop = 53 53 INIT_GRID_VARS: for thread 40 jtstart,jtstop = 54 54 Vars in Rad-Jacobian (dims) -------------------------- sst 0 u 1 v 2 tv 3 q 67 oz 131 [000]gsisub(): : starting ... GESINFO: jcap_b= 299, levs= 64, latb= 450, lonb= 900, ntrac= 2, ncloud= 0, nvcoord= 2, idvm= 0, idsl= 1 GESINFO: jcap_b= 1, levs= 1, latb= k,ak,bk,ck,tref= 1 0.00000000000 1.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 2 0.00000000000 0.994673910000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 3 0.523000000000E-03 0.988638820000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 4 0.524400000000E-02 0.981775700000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 5 0.198400000000E-01 0.973938940000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 6 0.521730000000E-01 0.964954910000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 7 0.110960000000 0.954635920000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 8 0.205289990000 0.942786460000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 9 0.344480010000 0.929205890000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 10 0.537890990000 0.913692830000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 11 0.794672000000 0.896050330000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 12 1.12345700000 0.876092490000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 13 1.53200400000 0.853652480000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 14 2.02676790000 0.828591290000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 15 2.61243990000 0.800807950000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 16 3.29145900000 0.770249900000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 17 4.06353000000 0.736923640000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 18 4.92517290000 0.700904010000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 19 5.86935790000 0.662342250000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 20 6.88526710000 0.621471290000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 21 7.95821290000 0.578607140000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 22 9.06977250000 0.534146430000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 23 10.1981230000 0.488558740000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 24 11.3186220000 0.442374500000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 25 12.4045620000 0.396168560000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 26 13.4280870000 0.350540430000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 27 14.3611950000 0.306092770000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 28 15.1767520000 0.263409640000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 29 15.8494370000 0.223035980000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 30 16.3565540000 0.185460240000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 31 16.6786620000 0.151100900000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 32 16.7999840000 0.120297530000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 33 16.7085940000 0.933068320000E-01 0.00000000000 300.000000000 k,ak,bk,ck,tref= 34 16.3974060000 0.702928980000E-01 0.00000000000 300.000000000 k,ak,bk,ck,tref= 35 15.8775470000 0.511959310000E-01 0.00000000000 300.000000000 k,ak,bk,ck,tref= 36 15.1743440000 0.357760600000E-01 0.00000000000 300.000000000 k,ak,bk,ck,tref= 37 14.3162600000 0.237290000000E-01 0.00000000000 300.000000000 k,ak,bk,ck,tref= 38 13.3341510000 0.146989700000E-01 0.00000000000 300.000000000 k,ak,bk,ck,tref= 39 12.2607750000 0.828928030000E-02 0.00000000000 300.000000000 k,ak,bk,ck,tref= 40 11.1303190000 0.407245010000E-02 0.00000000000 300.000000000 k,ak,bk,ck,tref= 41 9.97796480000 0.159960000000E-02 0.00000000000 300.000000000 k,ak,bk,ck,tref= 42 8.83950680000 0.408639990000E-03 0.00000000000 300.000000000 k,ak,bk,ck,tref= 43 7.75102880000 0.312699990000E-04 0.00000000000 300.000000000 k,ak,bk,ck,tref= 44 6.74850590000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 45 5.85285110000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 46 5.05701120000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 47 4.35132080000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 48 3.72671290000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 49 3.17476610000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 50 2.68772610000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 51 2.25850290000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 52 1.88065410000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 53 1.54835600000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 54 1.25637000000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 55 1.00000000000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 56 0.775635010000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 57 0.582659000000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 58 0.421462010000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 59 0.291859010000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 60 0.192373990000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 61 0.119995000000 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 62 0.704219970000E-01 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 63 0.386609990000E-01 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 64 0.197400000000E-01 0.00000000000 0.00000000000 300.000000000 k,ak,bk,ck,tref= 65 0.200000000000E-02 0.00000000000 0.00000000000 GESINFO: READ CPTEC DIR FILE OK Found 3 BAM files: File 1 BAM.dir.03 File 2 BAM.dir.06 File 3 BAM.dir.09 read_bamfiles( ) : analysis date,minutes 2023 6 15 12 0 23906160 read_bamfiles( ) : bam guess file, nming2 3.0000000000000000 2023 6 15 9 0 23905980 read_bamfiles( ) : bam guess file, nming2 6.0000000000000000 2023 6 15 12 0 23906160 read_bamfiles( ) : bam guess file, nming2 9.0000000000000000 2023 6 15 15 0 23906340 read_bamfiles( ) : bam fcst files used in analysis : 3 6 9 0.0000000000000000 3.0000000000000000 6.0000000000000000 2 read_bamfiles( ) : sfc fcst files used in analysis: 3 6 9 0.0000000000000000 3.0000000000000000 6.0000000000000000 2 GESINFO: Guess date is 6 6 15 2023 6.0000000000000000 GESINFO: Analysis date is 2023 6 15 12 0 2023061512 3.0000000000000000 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allocates= 0 control_vectors: number of deallocates= 0 control_vectors: Estimated max memory used= 0.0 Mb CONVERR: using observation errors from user provided table read_obs_check: bufr file date is 2023061512 amsuabufr amsua n19 read_obs_check: bufr file amsua n19 not available amsuabufrears number of extra processors 119 READ_OBS: read 1 amsua amsua_n19 using ntasks= 64 0 64 GETSFC: enter with nlat_sfc,nlon_sfc= 452 900 and nlat,nlon= 386 768 GETSFC: set nlat_sfc,nlon_sfc= 452 900 cptecbam_io :: GenReadSFCBAM( ) :: *** BAM_SFC *** reading BAM.fct.03 900 --- 768 450 --- 384 64 ---. 64 cptecbam_io :: GenReadSFCBAM( ) :: *** BAM_SFC *** reading BAM.fct.06 900 --- 768 450 --- 384 64 ---. 64 cptecbam_io :: GenReadSFCBAM( ) :: *** BAM_SFC *** reading BAM.fct.09 900 --- 768 450 --- 384 64 ---. 64 ================================================================================ Status Var Mean Min Max sfcges2 FC10 9.233197160725E-01 1.099732784438E-01 1.905614443908E+02 sfcges2 SNOW 3.036248917390E-01 -2.355966463585E-14 3.000000000000E+00 sfcges2 VFRC 1.920219977674E-01 0.000000000000E+00 9.749465584755E-01 sfcges2 SRGH 1.571518975615E+01 2.501629751350E-04 2.375552177429E+02 sfcges2 STMP 2.840911372807E+02 1.800000000000E+02 3.400000000000E+02 sfcges2 SMST 8.276123930542E-01 -1.413579827871E-14 1.000000000000E+00 sfcges2 SST 2.823349312598E+02 2.180000000000E+02 3.394010925293E+02 sfcges2 VTYP 3.619500983284E+00 0.000000000000E+00 1.500000000000E+01 sfcges2 ISLI 1.000000000000E+00 1.000000000000E+00 1.000000000000E+00 sfcges2 STYP 1.651216814159E+00 0.000000000000E+00 1.100000000000E+01 ================================================================================ READ_BUFRTOVS : file=amsuabufr type=amsua sis=amsua_n19 nread= 987120 ithin= 1 rmesh= 145.000000 isfcalc= 1 ndata= 138679 ntask= 64 READ_OBS: write collective obs selection info to obs_input.common m_berror_stats::read_bal(PREBAL): get balance variables"berror_stats". mype,nsigstat,nlatstat = 0 64 386 OBS_PARA: amsua n19 0 0 0 2 2 0 26 62 0 0 0 0 0 0 0 45 0 0 0 0 0 0 12 58 4 64 137 195 71 53 132 57 57 177 180 193 199 189 169 61 59 179 188 191 201 192 167 55 60 177 181 182 199 181 85 11 62 162 108 35 0 0 0 0 66 28 0 0 0 0 0 0 57 13 0 0 0 0 0 0 69 135 50 0 0 0 0 0 64 177 179 195 192 125 49 2 65 175 185 195 191 189 170 56 64 175 184 197 190 188 167 54 15 100 181 194 61 115 156 61 m_berror_stats::read_wgt(PREWGT): read error amplitudes "berror_stats". mype,nsigstat,nlatstat = 0 64 386 bkgvar_rewgt: Flow-dependent feature on: nt= 3 minus nt= 1 GLBSOI: jiter,jiterstart,jiterlast,jiterend= 1 1 2 1 GENSTATS_GPS: no profiles to process (nprof_gfs= 0 ), EXIT routine SETUPALL:,obstype,isis,nreal,nchanl= amsua amsua_n19 33 15 crtm_interface*init_crtm: crtm_init() on path "./" ACCoeff_ReadFile(Binary)(INFORMATION) : FILE: ./amsua_n19.SpcCoeff.bin; ACCoeff RELEASE.VERSION: 1.05 N_FOVS=30 N_CHANNELS=15 SpcCoeff_ReadFile(Binary)(INFORMATION) : FILE: ./amsua_n19.SpcCoeff.bin; SpcCoeff RELEASE.VERSION: 8.01 N_CHANNELS=15 Read_ODPS_Binary(INFORMATION) : FILE: ./amsua_n19.TauCoeff.bin; ODPS RELEASE.VERSION: 2.01 N_LAYERS=100 N_COMPONENTS=2 N_ABSORBERS=1 N_CHANNELS=15 N_COEFFS=21600 SEcategory_ReadFile(INFORMATION) : FILE: ./NPOESS.IRland.EmisCoeff.bin; SEcategory RELEASE.VERSION: 3.01 CLASSIFICATION: NPOESS, N_FREQUENCIES=20 N_SURFACE_TYPES=20 IRwaterCoeff_ReadFile(INFORMATION) : FILE: ./Nalli.IRwater.EmisCoeff.bin; IRwaterCoeff RELEASE.VERSION: 3.02 N_ANGLES= 76 N_FREQUENCIES= 2223 N_WIND_SPEEDS= 11 SEcategory_ReadFile(INFORMATION) : FILE: ./NPOESS.IRsnow.EmisCoeff.bin; SEcategory RELEASE.VERSION: 3.01 CLASSIFICATION: NPOESS, N_FREQUENCIES=20 N_SURFACE_TYPES=2 SEcategory_ReadFile(INFORMATION) : FILE: ./NPOESS.IRice.EmisCoeff.bin; SEcategory RELEASE.VERSION: 3.01 CLASSIFICATION: NPOESS, N_FREQUENCIES=20 N_SURFACE_TYPES=1 SEcategory_ReadFile(INFORMATION) : FILE: ./NPOESS.VISland.EmisCoeff.bin; SEcategory RELEASE.VERSION: 3.01 CLASSIFICATION: NPOESS, N_FREQUENCIES=57 N_SURFACE_TYPES=20 SEcategory_ReadFile(INFORMATION) : FILE: ./NPOESS.VISwater.EmisCoeff.bin; SEcategory RELEASE.VERSION: 3.01 CLASSIFICATION: NPOESS, N_FREQUENCIES=57 N_SURFACE_TYPES=1 SEcategory_ReadFile(INFORMATION) : FILE: ./NPOESS.VISsnow.EmisCoeff.bin; SEcategory RELEASE.VERSION: 3.01 CLASSIFICATION: NPOESS, N_FREQUENCIES=57 N_SURFACE_TYPES=2 SEcategory_ReadFile(INFORMATION) : FILE: ./NPOESS.VISice.EmisCoeff.bin; SEcategory RELEASE.VERSION: 3.01 CLASSIFICATION: NPOESS, N_FREQUENCIES=57 N_SURFACE_TYPES=1 FitCoeff_ReadFile(INFORMATION) : FILE: ./FASTEM5.MWwater.EmisCoeff.bin; FitCoeff RELEASE.VERSION : 1.5; DIMENSIONS= 2 FitCoeff_ReadFile(INFORMATION) : FILE: ./FASTEM5.MWwater.EmisCoeff.bin; FitCoeff RELEASE.VERSION : 1.5; DIMENSIONS= 6 FitCoeff_ReadFile(INFORMATION) : FILE: ./FASTEM5.MWwater.EmisCoeff.bin; FitCoeff RELEASE.VERSION : 1.5; DIMENSIONS= 3, 7, 2 FitCoeff_ReadFile(INFORMATION) : FILE: ./FASTEM5.MWwater.EmisCoeff.bin; FitCoeff RELEASE.VERSION : 1.5; DIMENSIONS= 10, 4, 3 FitCoeff_ReadFile(INFORMATION) : FILE: ./FASTEM5.MWwater.EmisCoeff.bin; FitCoeff RELEASE.VERSION : 1.5; DIMENSIONS= 8 FitCoeff_ReadFile(INFORMATION) : FILE: ./FASTEM5.MWwater.EmisCoeff.bin; FitCoeff RELEASE.VERSION : 1.5; DIMENSIONS= 3, 6, 2 MWwaterLUT_ReadFile(INFORMATION) : FILE: ./FASTEM5.MWwater.EmisCoeff.bin; MWwaterLUT RELEASE.VERSION: 1.01 N_ANGLES=15 N_FREQUENCIES=18 N_TEMPERATURES=12 N_WIND_SPEEDS=16 MWwaterCoeff_ReadFile(INFORMATION) : FILE: ./FASTEM5.MWwater.EmisCoeff.bin; MWwaterCoeff RELEASE.VERSION: 1.5 SETUPRAD: write header record for amsua_n19 12 30 8 1 15 22 4 30303 to file pe0003.amsua_n19_01 2023061512 Begin Jo table outer loop Observation Type Nobs Jo Jo/n radiance 62797 6.2610984942131465E+04 0.997 Nobs Jo Jo/n Jo Global 62797 6.2610984942131465E+04 0.997 End Jo table outer loop GLBSOI: START pcgsoi jiter= 1 ================================================================================ Status Var Mean Min Max guess U 2.978675994695E+00 -1.431889190674E+02 1.861890563965E+02 guess V 2.432750397099E-02 -1.016421813965E+02 9.486166381836E+01 guess TV 1.224827833304E+02 1.795679779053E+02 3.195187988281E+02 guess Q 9.565044945882E-04 1.000000000000E-07 2.934877574444E-02 guess TSEN 1.223163548482E+02 1.795678687368E+02 3.185326104934E+02 guess OZ 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 guess CW 1.292695281567E-06 1.999999734583E-21 1.196987155025E-03 guess DIV 1.998277863824E-08 -7.310167420655E-04 8.525287848897E-04 guess VOR -9.790228615442E-07 -6.761255790479E-04 6.505745113827E-04 guess PRSL 1.901055368407E+01 9.850747975794E-03 1.029868428450E+02 guess PS 4.840557639762E+01 5.198578502496E+01 1.032619213990E+02 guess SST 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 guess radb -1.238254258065E-03 -1.016802300000E+01 4.547941900000E+01 guess pcpb 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 guess aftb 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 ================================================================================ sval u 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval v 0.000000000000E+00 -0.000000000000E+00 -0.000000000000E+00 sval tv 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval tsen 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval q 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval cw 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval prse 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval ps 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval sst 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval u 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval v 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval tv -1.774936385903E-03 -1.389678146049E+00 1.490405531767E+00 rval tsen 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval q 7.968913229690E-02 -1.311113355935E+02 1.389389150016E+02 rval oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval cw 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval prse 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval ps 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval sst -3.658958800549E-04 -3.298740410108E-01 3.377405905513E-01 Begin Jo table inner loop Observation Type Nobs Jo Jo/n radiance 62797 6.2610984942131465E+04 0.997 Nobs Jo Jo/n Jo Global 62797 6.2610984942131465E+04 0.997 End Jo table inner loop gradx global norm = 604928.43381432001 grady global norm = 142243023.84821734 pcgsoi: gnorm(1:2),b= 1.163862132338872652E+04 1.163862132338872652E+04 0.000000000000000000E+00 Initial cost function = 6.261098494213147205E+04 Initial gradient norm = 1.078824421460170981E+02 cost,grad,step,b,step? = 1 0 6.261098494213147205E+04 1.078824421460170981E+02 4.899846470882029958E-01 0.000000000000000000E+00 good sval u -3.076069803886E-04 -2.922927432269E-01 2.949413623868E-01 sval v -1.715928827029E-05 -5.733656184145E-01 4.791694078630E-01 sval tv 6.699079373563E-04 -5.363390979853E-02 7.136058474510E-02 sval tsen 6.702197480918E-04 -5.363364802345E-02 7.136033576831E-02 sval q -3.966719117182E-10 -2.436594595277E-07 4.931996721584E-08 sval oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval cw 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval prse -4.678258033812E-06 -3.687979691941E-04 4.883279414151E-04 sval ps -1.399091829719E-05 -3.687979691941E-04 4.883279414151E-04 sval sst 8.157316158615E-05 -9.045216252651E-04 1.247782538460E-03 rval u 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval v 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval tv 9.136013987080E-05 -1.345770918335E+00 1.506625753907E+00 rval tsen 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval q -1.670194414188E-02 -1.580807820491E+02 1.100446230006E+02 rval oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval cw 1.808498554029E-06 0.000000000000E+00 6.736250127317E-06 rval prse 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval ps -1.174311052881E-06 -1.851782582212E-06 0.000000000000E+00 rval sst 1.006942031142E-05 -3.177192650233E-01 3.536361886626E-01 pcgsoi: gnorm(1:2),b= 8.281510046901631767E+02 8.281510046901602209E+02 7.115542139221640860E-02 cost,grad,step,b,step? = 1 1 5.690823918039760611E+04 2.877761290812987482E+01 1.813929822543931092E+00 7.115542139221640860E-02 good pcgsoi: gnorm(1:2),b= 1.110733754448058562E+03 1.110733754447960791E+03 1.341221284714278150E+00 cost,grad,step,b,step? = 1 2 5.540603137541922479E+04 3.332767250271249537E+01 1.379344213657750062E+00 1.341221284714278150E+00 good pcgsoi: gnorm(1:2),b= 1.528720654959184003E+03 1.528720654950551534E+03 1.376316015272442517E+00 cost,grad,step,b,step? = 1 3 5.387394719830296526E+04 3.909885746360350822E+01 2.936604546387448167E+00 1.376316015272442517E+00 good pcgsoi: gnorm(1:2),b= 2.867421720301460937E+03 2.867421720009833280E+03 1.875700253481818569E+00 cost,grad,step,b,step? = 1 4 4.938469917246745899E+04 5.354831202102883481E+01 1.187069166570714707E+00 1.875700253481818569E+00 good pcgsoi: gnorm(1:2),b= 1.475728932417089482E+03 1.475728931560664932E+03 5.146536071455568573E-01 cost,grad,step,b,step? = 1 5 4.598087126056227862E+04 3.841521745893272310E+01 2.427287508238493707E+00 5.146536071455568573E-01 good pcgsoi: gnorm(1:2),b= 1.996440340399190973E+03 1.996440339712848981E+03 1.352850307300602184E+00 cost,grad,step,b,step? = 1 6 4.239885285704066337E+04 4.468154362149086722E+01 1.344736409114753339E+00 1.352850307300602184E+00 good pcgsoi: gnorm(1:2),b= 1.580363738350176845E+03 1.580363737503450920E+03 7.915907655860404679E-01 cost,grad,step,b,step? = 1 7 3.971416684248975798E+04 3.975378898105407899E+01 1.462151326740126489E+00 7.915907655860404679E-01 good pcgsoi: gnorm(1:2),b= 3.534438636770199764E+02 3.534438630297581199E+02 2.236471607471431644E-01 cost,grad,step,b,step? = 1 8 3.740343590557379503E+04 1.880010275708672651E+01 2.323938314281901008E+00 2.236471607471431644E-01 good pcgsoi: gnorm(1:2),b= 4.381789425417768484E+02 4.381789424841571190E+02 1.239741264498423368E+00 cost,grad,step,b,step? = 1 9 3.658205416880908888E+04 2.093272420259190270E+01 1.855415787108731562E+00 1.239741264498423368E+00 good pcgsoi: gnorm(1:2),b= 7.336179325660989434E+02 7.336179324785312019E+02 1.674242783605665030E+00 cost,grad,step,b,step? = 1 10 3.576905004119544901E+04 2.708538226730608400E+01 1.827469885799623439E+00 1.674242783605665030E+00 good pcgsoi: gnorm(1:2),b= 5.032775427399853356E+02 5.032775421536323393E+02 6.860213195623964255E-01 cost,grad,step,b,step? = 1 11 3.442838536147998093E+04 2.243384814827775742E+01 2.069013037867473148E+00 6.860213195623964255E-01 good pcgsoi: gnorm(1:2),b= 2.553975076106179358E+02 2.553975070984330955E+02 5.074685147045838729E-01 cost,grad,step,b,step? = 1 12 3.338709756370673131E+04 1.598116102198516586E+01 2.063999308090072482E+00 5.074685147045838729E-01 good pcgsoi: gnorm(1:2),b= 2.660214178069767854E+02 2.660214176581623065E+02 1.041597547865430684E+00 cost,grad,step,b,step? = 1 13 3.285995728465972206E+04 1.631016302208463031E+01 2.435418563545552306E+00 1.041597547865430684E+00 good pcgsoi: gnorm(1:2),b= 2.078849841492874191E+02 2.078849838654128916E+02 7.814595741168958165E-01 cost,grad,step,b,step? = 1 14 3.221208378527629975E+04 1.441821709329164669E+01 1.729540147316601217E+00 7.814595741168958165E-01 good pcgsoi: gnorm(1:2),b= 2.530396453216629595E+02 2.530396451689119601E+02 1.217209824963585874E+00 cost,grad,step,b,step? = 1 15 3.185253835912440991E+04 1.590721991177789008E+01 2.069277821654250005E+00 1.217209824963585874E+00 good pcgsoi: gnorm(1:2),b= 4.671246189084375260E+02 4.671246184987787728E+02 1.846053087471616783E+00 cost,grad,step,b,step? = 1 16 3.132892903287606532E+04 2.161306593032181311E+01 1.894492583866763669E+00 1.846053087471616783E+00 good pcgsoi: gnorm(1:2),b= 2.993778056785866397E+02 2.993778031516532678E+02 6.408949368826463155E-01 cost,grad,step,b,step? = 1 17 3.044396490557935977E+04 1.730253755027240459E+01 1.693054064379187817E+00 6.408949368826463155E-01 good pcgsoi: gnorm(1:2),b= 1.217758346615851366E+02 1.217758336354814048E+02 4.067630643475972363E-01 cost,grad,step,b,step? = 1 18 2.993710209464009677E+04 1.103520886352338692E+01 5.494848327000260824E+00 4.067630643475972363E-01 good pcgsoi: gnorm(1:2),b= 2.950926289550091042E+02 2.950926281804324276E+02 2.423244554229452952E+00 cost,grad,step,b,step? = 1 19 2.926796235221611641E+04 1.717826035880842994E+01 2.263600046592266324E+00 2.423244554229452952E+00 good pcgsoi: gnorm(1:2),b= 1.660443269696135644E+02 1.660443243458322797E+02 5.626854351931237508E-01 cost,grad,step,b,step? = 1 20 2.859999066261275584E+04 1.288581883194131983E+01 1.916032721674795658E+00 5.626854351931237508E-01 good pcgsoi: gnorm(1:2),b= 1.281717776611771455E+02 1.281717770198178812E+02 7.719130147895602034E-01 cost,grad,step,b,step? = 1 21 2.828184429873092449E+04 1.132129752551257518E+01 3.555007282427817827E+00 7.719130147895602034E-01 good pcgsoi: gnorm(1:2),b= 1.364858172657312707E+02 1.364858164875728335E+02 1.064866376811702597E+00 cost,grad,step,b,step? = 1 22 2.782619269514570624E+04 1.168271446478648024E+01 1.765082669099414359E+00 1.064866376811702597E+00 good pcgsoi: gnorm(1:2),b= 5.550713579804406095E+01 5.550713529335466490E+01 4.066879358262182054E-01 cost,grad,step,b,step? = 1 23 2.758528394440274860E+04 7.450311120889117511E+00 5.901369563016420017E+00 4.066879358262182054E-01 good pcgsoi: gnorm(1:2),b= 2.568499926198289245E+02 2.568499922791651215E+02 4.627332839036812473E+00 cost,grad,step,b,step? = 1 24 2.725771582218133699E+04 1.602654025733030352E+01 1.824870428856313787E+00 4.627332839036812473E+00 good pcgsoi: gnorm(1:2),b= 5.106696846737953592E+02 5.106696809492108855E+02 1.988202046418073188E+00 cost,grad,step,b,step? = 1 25 2.678899786476518420E+04 2.259800178497637191E+01 1.257052856606133195E+00 1.988202046418073188E+00 good pcgsoi: gnorm(1:2),b= 1.763730815485989467E+02 1.763730684586838322E+02 3.453760302441823971E-01 cost,grad,step,b,step? = 1 26 2.614705907569492047E+04 1.328055275764525334E+01 1.331714188068190863E+00 3.453760302441823971E-01 good pcgsoi: gnorm(1:2),b= 2.932137165031456405E+01 2.932137033992828279E+01 1.662462893003822106E-01 cost,grad,step,b,step? = 1 27 2.591218054043703523E+04 5.414921204441903946E+00 4.158274432162173184E+00 1.662462893003822106E-01 good pcgsoi: gnorm(1:2),b= 7.024300334671093538E+01 7.024300328898468138E+01 2.395624738388768549E+00 cost,grad,step,b,step? = 1 28 2.579025423035689164E+04 8.381109911384704958E+00 8.091501487448102381E+00 2.395624738388768549E+00 good pcgsoi: gnorm(1:2),b= 1.070648024902992574E+02 1.070648004391660209E+02 1.524205904333377770E+00 cost,grad,step,b,step? = 1 29 2.522188285925768287E+04 1.034721230526847080E+01 2.031771793331937026E+00 1.524205904333377770E+00 good pcgsoi: gnorm(1:2),b= 5.978354343507591295E+01 5.978354181011783908E+01 5.583865137708035054E-01 cost,grad,step,b,step? = 1 30 2.500435161316524318E+04 7.731981856877052195E+00 3.650394703547009900E+00 5.583865137708035054E-01 good pcgsoi: gnorm(1:2),b= 9.848839871046935457E+01 9.848839815697434119E+01 1.647416538029923938E+00 cost,grad,step,b,step? = 1 31 2.478611808248262969E+04 9.924132138906120559E+00 9.640307185928536082E-01 1.647416538029923938E+00 good pcgsoi: gnorm(1:2),b= 4.512833907378356457E+01 4.512833876242164877E+01 4.582096912255360643E-01 cost,grad,step,b,step? = 1 32 2.469117224066864219E+04 6.717762951592112231E+00 1.375527276919033204E+00 4.582096912255360643E-01 good pcgsoi: gnorm(1:2),b= 2.397981059271877058E+01 2.397981053924899797E+01 5.313692245584904494E-01 cost,grad,step,b,step? = 1 33 2.462909697929973117E+04 4.896918479280492065E+00 5.902395902018599649E+00 5.313692245584904494E-01 good PCGSOI: WARNING **** Reset to steepest descent, gnorm(2),gsave,b= 0.140610514523961768E+03 0.239798105927187706E+02 0.586370413478815156E+01 pcgsoi: gnorm(1:2),b= 1.406105146565261919E+02 1.406105145239617684E+02 0.000000000000000000E+00 cost,grad,step,b,step? = 1 34 2.448755864329421820E+04 1.185793045419504033E+01 6.586717926584959582E-01 0.000000000000000000E+00 good pcgsoi: gnorm(1:2),b= 3.125016083986643523E+01 3.125016083986657733E+01 2.222462588676412110E-01 cost,grad,step,b,step? = 1 35 2.439494246353876952E+04 5.590184329685957465E+00 1.275534517776545362E+00 2.222462588676412110E-01 good pcgsoi: gnorm(1:2),b= 1.477981960480553525E+01 1.477981960479345780E+01 4.729517931292870347E-01 cost,grad,step,b,step? = 1 36 2.435508180470142543E+04 3.844453095669855713E+00 3.897508362234975543E+00 4.729517931292870347E-01 good pcgsoi: gnorm(1:2),b= 4.573211067581586775E+01 4.573211067543666530E+01 3.094226580449415565E+00 cost,grad,step,b,step? = 1 37 2.429747733419872748E+04 6.762552083039055084E+00 1.663589679943237032E+00 3.094226580449415565E+00 good pcgsoi: gnorm(1:2),b= 4.970707228668493372E+01 4.970707227815547924E+01 1.086918393741263644E+00 cost,grad,step,b,step? = 1 38 2.422139786683282728E+04 7.050324268193977062E+00 1.395206416100842395E+00 1.086918393741263644E+00 good pcgsoi: gnorm(1:2),b= 2.612482929154105094E+01 2.612482927910561514E+01 5.255756993377316277E-01 cost,grad,step,b,step? = 1 39 2.415204624064977907E+04 5.111245375790625545E+00 4.301664216012006214E+00 5.255756993377316277E-01 good pcgsoi: gnorm(1:2),b= 5.294603470258407896E+01 5.294603468030297933E+01 2.026655718567560438E+00 cost,grad,step,b,step? = 1 40 2.403966599730553935E+04 7.276402593492479198E+00 2.056713725137585769E+00 2.026655718567560438E+00 good pcgsoi: gnorm(1:2),b= 2.590269531049577978E+01 2.590269520991171603E+01 4.892282369287139776E-01 cost,grad,step,b,step? = 1 41 2.393077116100468265E+04 5.089469059783719551E+00 1.063213418092568752E+00 4.892282369287139776E-01 good pcgsoi: gnorm(1:2),b= 1.102657303753133711E+01 1.102657302787510574E+01 4.256921102495127007E-01 cost,grad,step,b,step? = 1 42 2.390323106778499641E+04 3.320628410034964784E+00 3.942576716728133590E+00 4.256921102495127007E-01 good pcgsoi: gnorm(1:2),b= 3.719835843849634927E+01 3.719835843137077802E+01 3.373519433894654362E+00 cost,grad,step,b,step? = 1 43 2.385975795765319708E+04 6.099045699000487986E+00 3.036495778958537617E+00 3.373519433894654362E+00 good pcgsoi: gnorm(1:2),b= 1.366045991035937277E+02 1.366045988683922303E+02 3.672328688757969140E+00 cost,grad,step,b,step? = 1 44 2.374680529907060918E+04 1.168779701670052695E+01 1.230866783947658361E+00 3.672328688757969140E+00 good pcgsoi: gnorm(1:2),b= 5.239283086745777496E+01 5.239282829032918443E+01 3.835363423642657033E-01 cost,grad,step,b,step? = 1 45 2.357866323495398683E+04 7.238289222423885505E+00 1.397702653465213496E+00 3.835363423642657033E-01 good pcgsoi: gnorm(1:2),b= 2.098379499261866954E+01 2.098379467970084988E+01 4.005088927678901456E-01 cost,grad,step,b,step? = 1 46 2.350543363618877629E+04 4.580807242464876694E+00 1.016867500897651100E+00 4.005088927678901456E-01 good pcgsoi: gnorm(1:2),b= 1.681356428762380872E+01 1.681356427142859999E+01 8.012642268637772958E-01 cost,grad,step,b,step? = 1 47 2.348409589701359073E+04 4.100434646183719778E+00 3.519543673619073942E+00 8.012642268637772958E-01 good pcgsoi: gnorm(1:2),b= 3.352103468134988162E+01 3.352103462729956362E+01 1.993689978749708214E+00 cost,grad,step,b,step? = 1 48 2.342491982313939661E+04 5.789735285947871901E+00 4.034993619032407608E+00 1.993689978749708214E+00 good pcgsoi: gnorm(1:2),b= 3.003918151973731554E+01 3.003918083889724500E+01 8.961292849235994451E-01 cost,grad,step,b,step? = 1 49 2.328966266141896995E+04 5.480801174986857482E+00 1.591711625198592106E+00 8.961292849235994451E-01 good pcgsoi: gnorm(1:2),b= 4.553451686670229748E+01 4.553451663860833065E+01 1.515837460774015044E+00 cost,grad,step,b,step? = 1 50 2.324184894694406466E+04 6.747926856946679486E+00 1.829230929928916449E+00 1.515837460774015044E+00 good Minimization final diagnostics Begin Jo table inner loop Observation Type Nobs Jo Jo/n radiance 62797 2.2306110851037942E+04 0.355 Nobs Jo Jo/n Jo Global 62797 2.2306110851037942E+04 0.355 End Jo table inner loop gradx global norm = 23943.603672856952 Final cost function= 2.315855580008503603E+04 Final gradient norm= 6.612634924645740320E+00 Final/Initial cost function= 3.698800749020231815E-01 Final/Initial gradient norm= 6.129482048335212901E-02 update_guess: successfully complete ================================================================================ Status Var Mean Min Max analysis U 2.974664662928E+00 -1.442329453158E+02 1.861818400161E+02 analysis V 2.380871641187E-02 -1.078015312244E+02 9.486939878479E+01 analysis TV 1.225008789686E+02 1.797301733964E+02 3.195066265484E+02 analysis Q 9.564965779203E-04 1.000000000000E-07 2.934882216324E-02 analysis TSEN 1.223344583825E+02 1.797300641076E+02 3.185204632719E+02 analysis OZ 5.000000000005E-16 1.000000000000E-15 1.000000000000E-15 analysis CW 1.292705702119E-06 1.999999734583E-21 1.196987163066E-03 analysis DIV 2.027173767922E-08 -7.313092329050E-04 8.534464368158E-04 analysis VOR -9.854621628578E-07 -6.439566621411E-04 6.449667498327E-04 analysis PRSL 1.901055368407E+01 9.850747975794E-03 1.029868428450E+02 analysis PS 4.840672767336E+01 5.197918190737E+01 1.032633049178E+02 analysis SST 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 analysis radb -1.241589324551E-03 -1.016802300000E+01 4.547941900000E+01 analysis pcpb 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 analysis aftb 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 ================================================================================ increment u -8.022663534621E-03 -1.234100940655E+01 1.411709018131E+01 increment v -1.037575118246E-03 -2.034315867576E+01 1.891340556496E+01 increment tv 3.619127643607E-02 -4.148298812239E+00 4.281032195447E+00 increment tsen 3.620621982463E-02 -4.148278789775E+00 4.281004092362E+00 increment q -1.081425577881E-08 -1.288621708467E-04 1.022790756951E-04 increment oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 increment cw 2.084110410283E-11 0.000000000000E+00 5.128861501336E-10 increment prse 7.699230093703E-04 -1.047111920343E-01 1.692080281139E-01 increment ps 2.302551471375E-03 -1.047111920343E-01 1.692080281139E-01 increment sst 5.177299492749E-02 -8.114559805472E-01 1.357665819143E+00 GLBSOI: jiter,jiterstart,jiterlast,jiterend= 2 1 2 1 GENSTATS_GPS: no profiles to process (nprof_gfs= 0 ), EXIT routine SETUPALL:,obstype,isis,nreal,nchanl= amsua amsua_n19 33 15 Begin Jo table outer loop Observation Type Nobs Jo Jo/n radiance 64644 2.5704742728566238E+04 0.398 Nobs Jo Jo/n Jo Global 64644 2.5704742728566238E+04 0.398 End Jo table outer loop GLBSOI: START pcgsoi jiter= 2 ================================================================================ Status Var Mean Min Max guess U 2.974664662928E+00 -1.442329453158E+02 1.861818400161E+02 guess V 2.380871641187E-02 -1.078015312244E+02 9.486939878479E+01 guess TV 1.225008789686E+02 1.797301733964E+02 3.195066265484E+02 guess Q 9.563369933161E-04 1.000000000000E-07 2.934882216324E-02 guess TSEN 1.223344583825E+02 1.797300641076E+02 3.185204632719E+02 guess OZ 5.000000000005E-16 1.000000000000E-15 1.000000000000E-15 guess CW 1.292705702119E-06 1.999999734583E-21 1.196987163066E-03 guess DIV 2.027173767922E-08 -7.313092329050E-04 8.534464368158E-04 guess VOR -9.854621628578E-07 -6.439566621411E-04 6.449667498327E-04 guess PRSL 1.901093562010E+01 9.850747975794E-03 1.029882226783E+02 guess PS 4.840672767336E+01 5.197918190737E+01 1.032633049178E+02 guess SST 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 guess radb -1.241589324551E-03 -1.016802300000E+01 4.547941900000E+01 guess pcpb 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 guess aftb 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 ================================================================================ sval u 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval v 0.000000000000E+00 -0.000000000000E+00 -0.000000000000E+00 sval tv 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval tsen 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval q 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval cw 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval prse 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval ps 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval sst 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval u 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval v 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval tv -1.860588734967E-04 -1.102131920554E+00 8.608871519124E-01 rval tsen 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval q 1.351655493600E-02 -1.306744228412E+02 1.353510381182E+02 rval oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval cw 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval prse 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval ps 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval sst -1.403828451588E-04 -3.901930329723E-01 2.458153091857E-01 Begin Jo table inner loop Observation Type Nobs Jo Jo/n radiance 64644 2.5704742728566238E+04 0.398 Nobs Jo Jo/n Jo Global 64644 2.5704742728566238E+04 0.398 End Jo table inner loop gradx global norm = 90360.013604716340 grady global norm = 11234185.899833050 pcgsoi: gnorm(1:2),b= 1.926169796714910660E+02 1.926169796714910660E+02 0.000000000000000000E+00 Initial cost function = 2.655708272330652107E+04 Initial gradient norm = 1.387865193999370561E+01 cost,grad,step,b,step? = 2 0 2.655708272330652107E+04 1.387865193999370561E+01 5.408923554659719191E-01 0.000000000000000000E+00 good sval u 4.710196958144E-05 -2.375598071534E-02 2.934788627567E-02 sval v 3.243533314752E-06 -5.036748470486E-02 4.527816049626E-02 sval tv 9.362831091089E-06 -4.893339455754E-03 8.734966443539E-03 sval tsen 9.392892111515E-06 -4.893338912486E-03 8.734925667293E-03 sval q -7.486355943866E-11 -1.278315249061E-07 3.997030163628E-08 sval oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 sval cw -1.127279388869E-15 -2.774161978316E-14 0.000000000000E+00 sval prse 5.054622359031E-07 -7.184423372992E-05 5.351206042565E-05 sval ps 1.511648308777E-06 -7.184423372992E-05 5.351206042565E-05 sval sst 3.391112148720E-05 -6.739034857303E-04 1.170270352455E-03 rval u 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval v 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval tv -1.997270396035E-06 -1.079404666735E+00 8.799763371394E-01 rval tsen 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval q -6.202555101336E-03 -1.355948434598E+02 1.300539398791E+02 rval oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval cw 3.666650889351E-07 0.000000000000E+00 1.365719253253E-06 rval prse 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 rval ps -2.380837968637E-07 -3.754366673613E-07 0.000000000000E+00 rval sst -5.466401158861E-05 -3.760359237445E-01 2.652679879428E-01 pcgsoi: gnorm(1:2),b= 3.632610523097574173E+01 3.632610523097550725E+01 1.885924350642908254E-01 cost,grad,step,b,step? = 2 1 2.645289767146926897E+04 6.027114171058628678E+00 1.482973160374754684E+00 1.885924350642908254E-01 good pcgsoi: gnorm(1:2),b= 2.633294811588496032E+01 2.633294811588331186E+01 7.249042513214123407E-01 cost,grad,step,b,step? = 2 2 2.639902703239072434E+04 5.131563905466340003E+00 1.589478168277447701E+00 7.249042513214123407E-01 good pcgsoi: gnorm(1:2),b= 4.832285288726899353E+01 4.832285288717867644E+01 1.835071890717341780E+00 cost,grad,step,b,step? = 2 3 2.635717138625413281E+04 6.951464082282882373E+00 2.032273906438148980E+00 1.835071890717341780E+00 good pcgsoi: gnorm(1:2),b= 4.438188998204335434E+01 4.438188998143930775E+01 9.184451523376848669E-01 cost,grad,step,b,step? = 2 4 2.625896611324616606E+04 6.661973430001305374E+00 1.855883818627943160E+00 9.184451523376848669E-01 good pcgsoi: gnorm(1:2),b= 3.326246008471868976E+01 3.326246008229053075E+01 7.494601986474285216E-01 cost,grad,step,b,step? = 2 5 2.617659848178706670E+04 5.767361622502848562E+00 1.748044380982426649E+00 7.494601986474285216E-01 good pcgsoi: gnorm(1:2),b= 3.983264316591021981E+01 3.983264316354775758E+01 1.197525470518264967E+00 cost,grad,step,b,step? = 2 6 2.611845422533787496E+04 6.311310732796335365E+00 3.034402225937900877E+00 1.197525470518264967E+00 good pcgsoi: gnorm(1:2),b= 5.828647108137441535E+01 5.828647107377474157E+01 1.463284041458182028E+00 cost,grad,step,b,step? = 2 7 2.599758596424455027E+04 7.634557687343414223E+00 1.278244076195272250E+00 1.463284041458182028E+00 good pcgsoi: gnorm(1:2),b= 4.398882574320934680E+01 4.398882573284138431E+01 7.547004462052279150E-01 cost,grad,step,b,step? = 2 8 2.592308162786178218E+04 6.632407235929451694E+00 1.389434990690475047E+00 7.547004462052279150E-01 good pcgsoi: gnorm(1:2),b= 2.810111868091788168E+01 2.810111867442912725E+01 6.388240240481336540E-01 cost,grad,step,b,step? = 2 9 2.586196201417221164E+04 5.301048828384613110E+00 2.721369986418680220E+00 6.388240240481336540E-01 good pcgsoi: gnorm(1:2),b= 5.278324546944378426E+01 5.278324545577955007E+01 1.878332533844003560E+00 cost,grad,step,b,step? = 2 10 2.578548847319936613E+04 7.265207875170798246E+00 3.164643737443731730E+00 1.878332533844003560E+00 good pcgsoi: gnorm(1:2),b= 7.304282010941084025E+01 7.304281996780555630E+01 1.383825858341545922E+00 cost,grad,step,b,step? = 2 11 2.561844830588259720E+04 8.546509235320046471E+00 1.294155159615556494E+00 1.383825858341545922E+00 good pcgsoi: gnorm(1:2),b= 3.005364468010816026E+01 3.005364456388061711E+01 4.114524126924899994E-01 cost,grad,step,b,step? = 2 12 2.552391956335076247E+04 5.482120454724445757E+00 1.009626763475704569E+00 4.114524126924899994E-01 good pcgsoi: gnorm(1:2),b= 1.710870448312561010E+01 1.710870447755557322E+01 5.692722017466136375E-01 cost,grad,step,b,step? = 2 13 2.549357659934080948E+04 4.136266974353276282E+00 2.447391102586798262E+00 5.692722017466136375E-01 good pcgsoi: gnorm(1:2),b= 3.303014036632733053E+01 3.303014036130439735E+01 1.930604412150678462E+00 cost,grad,step,b,step? = 2 14 2.545170490820845953E+04 5.747185429958505232E+00 3.501699739938271438E+00 1.930604412150678462E+00 good pcgsoi: gnorm(1:2),b= 4.090013439959874120E+01 4.090013429835450864E+01 1.238267044727737964E+00 cost,grad,step,b,step? = 2 15 2.533604327417186141E+04 6.395321289786678243E+00 1.775181456227343135E+00 1.238267044727737964E+00 good pcgsoi: gnorm(1:2),b= 3.092360710850732630E+01 3.092360698436034738E+01 7.560759258694204066E-01 cost,grad,step,b,step? = 2 16 2.526343811399638798E+04 5.560899847012830577E+00 2.149532334164123704E+00 7.560759258694204066E-01 good pcgsoi: gnorm(1:2),b= 4.678644865218998916E+01 4.678644856065671576E+01 1.512968664893734161E+00 cost,grad,step,b,step? = 2 17 2.519696682059580417E+04 6.840062035697482834E+00 1.727507163636581966E+00 1.512968664893734161E+00 good pcgsoi: gnorm(1:2),b= 4.867740752120915459E+01 4.867740733413852894E+01 1.040416803079154517E+00 cost,grad,step,b,step? = 2 18 2.511614289534902855E+04 6.976919629837307291E+00 1.606289685128257760E+00 1.040416803079154517E+00 good pcgsoi: gnorm(1:2),b= 2.172059261981212686E+01 2.172059245223018564E+01 4.462150627632817668E-01 cost,grad,step,b,step? = 2 19 2.503795287768747585E+04 4.660535658034613782E+00 2.366381561099412334E+00 4.462150627632817668E-01 good pcgsoi: gnorm(1:2),b= 2.511989738514354897E+01 2.511989731083920674E+01 1.156501470771402973E+00 cost,grad,step,b,step? = 2 20 2.498655366779986798E+04 5.011975397499827345E+00 4.390851111721498334E+00 1.156501470771402973E+00 good pcgsoi: gnorm(1:2),b= 3.993830436121409377E+01 3.993830415403824219E+01 1.589907137823684646E+00 cost,grad,step,b,step? = 2 21 2.487625593819802089E+04 6.319675969637533086E+00 2.083538844446069849E+00 1.589907137823684646E+00 good pcgsoi: gnorm(1:2),b= 1.288194605498133427E+01 1.288194567225979448E+01 3.225461340509497843E-01 cost,grad,step,b,step? = 2 22 2.479304292955673009E+04 3.589142802255342879E+00 2.985729076713795838E+00 3.225461340509497843E-01 good pcgsoi: gnorm(1:2),b= 2.088048861822539592E+01 2.088048857304521988E+01 1.620911039677185972E+00 cost,grad,step,b,step? = 2 23 2.475458092864420905E+04 4.569517328802397138E+00 1.092083833069793997E+01 1.620911039677185972E+00 good pcgsoi: gnorm(1:2),b= 8.077648423553308987E+01 8.077648306257000854E+01 3.868514982550015358E+00 cost,grad,step,b,step? = 2 24 2.452654848407129612E+04 8.987573879280942535E+00 1.839115603469924975E+00 3.868514982550015358E+00 good pcgsoi: gnorm(1:2),b= 2.645554404191599573E+01 2.645553992940181232E+01 3.275153676193817143E-01 cost,grad,step,b,step? = 2 25 2.437799119046041596E+04 5.143495313686598180E+00 1.999048954302994119E+00 3.275153676193817143E-01 good pcgsoi: gnorm(1:2),b= 2.624599736458284127E+01 2.624599707689459294E+01 9.920792796893763699E-01 cost,grad,step,b,step? = 2 26 2.432510526275793382E+04 5.123084750868644122E+00 2.369086388514407115E+00 9.920792796893763699E-01 good pcgsoi: gnorm(1:2),b= 5.888957813170463140E+01 5.888957786806416550E+01 2.243754620943899880E+00 cost,grad,step,b,step? = 2 27 2.426292622753946489E+04 7.673954530208309421E+00 8.690775849096074035E-01 2.243754620943899880E+00 good pcgsoi: gnorm(1:2),b= 1.630715190100558587E+01 1.630715130265941326E+01 2.769106490487840966E-01 cost,grad,step,b,step? = 2 28 2.421174661510446822E+04 4.038211473041696031E+00 2.705112763181344082E+00 2.769106490487840966E-01 good pcgsoi: gnorm(1:2),b= 2.750822942522110992E+01 2.750822925866636837E+01 1.686881279187082638E+00 cost,grad,step,b,step? = 2 29 2.416763393029451981E+04 5.244828827065866506E+00 9.751624741451356826E+00 1.686881279187082638E+00 good pcgsoi: gnorm(1:2),b= 6.633229877077921799E+01 6.633229193456504902E+01 2.411361738671113031E+00 cost,grad,step,b,step? = 2 30 2.389938397806217472E+04 8.144464302259493138E+00 1.551106840051404312E+00 2.411361738671113031E+00 good pcgsoi: gnorm(1:2),b= 1.574356332048016682E+01 1.574355440545402551E+01 2.373437178750300580E-01 cost,grad,step,b,step? = 2 31 2.379649549451085841E+04 3.967815938331838321E+00 1.817920067508644655E+00 2.373437178750300580E-01 good pcgsoi: gnorm(1:2),b= 1.691577054933262403E+01 1.691577030789689218E+01 1.074456269114873574E+00 cost,grad,step,b,step? = 2 32 2.376787495477931225E+04 4.112878620787711270E+00 1.474309632604547060E+00 1.074456269114873574E+00 good pcgsoi: gnorm(1:2),b= 1.580594883842022469E+01 1.580594873344373141E+01 9.343912940499965458E-01 cost,grad,step,b,step? = 2 33 2.374293587129169100E+04 3.975669608810599609E+00 1.309788501230118474E+00 9.343912940499965458E-01 good pcgsoi: gnorm(1:2),b= 9.904853545081095945E+00 9.904853495022159393E+00 6.266535211695731800E-01 cost,grad,step,b,step? = 2 34 2.372223342124673218E+04 3.147197728945719586E+00 7.365480865668220467E+00 6.266535211695731800E-01 good pcgsoi: gnorm(1:2),b= 3.780390919399025762E+01 3.780390881799784353E+01 3.816705481402281830E+00 cost,grad,step,b,step? = 2 35 2.364927941122430275E+04 6.148488366581680076E+00 3.076144107075012624E+00 3.816705481402281830E+00 good pcgsoi: gnorm(1:2),b= 5.740432058856448094E+01 5.740431626547973565E+01 1.518475667976828758E+00 cost,grad,step,b,step? = 2 36 2.353298913647125300E+04 7.576563903813157808E+00 7.077095213030799581E-01 1.518475667976828758E+00 good pcgsoi: gnorm(1:2),b= 7.286501306774925801E+00 7.286499958509290664E+00 1.269329535442813850E-01 cost,grad,step,b,step? = 2 37 2.349236355213493152E+04 2.699352016091070450E+00 2.067353530612330292E+00 1.269329535442813850E-01 good pcgsoi: gnorm(1:2),b= 8.461896236541852190E+00 8.461896210022398890E+00 1.161311286962180445E+00 cost,grad,step,b,step? = 2 38 2.347729977792990394E+04 2.908933865962210596E+00 8.016953330671642064E+00 1.161311286962180445E+00 good PCGSOI: WARNING **** Reset to steepest descent, gnorm(2),gsave,b= 0.726207582870989512E+02 0.846189623654185219E+01 0.858209037987176870E+01 pcgsoi: gnorm(1:2),b= 7.262075850188058723E+01 7.262075828709895120E+01 0.000000000000000000E+00 cost,grad,step,b,step? = 2 39 2.340946115028807981E+04 8.521781415988126440E+00 5.332878582198221640E-01 0.000000000000000000E+00 good pcgsoi: gnorm(1:2),b= 7.168170822751987359E+00 7.168170822752574445E+00 9.870691205417453373E-02 cost,grad,step,b,step? = 2 40 2.337073338152431461E+04 2.677343986631524952E+00 1.406598171262690267E+00 9.870691205417453373E-02 good pcgsoi: gnorm(1:2),b= 2.705799629777638771E+00 2.705799629778233850E+00 3.774742115784888163E-01 cost,grad,step,b,step? = 2 41 2.336065064555373101E+04 1.644931496986314912E+00 3.746514167340511570E+00 3.774742115784888163E-01 good PCGSOI: WARNING **** Reset to steepest descent, gnorm(2),gsave,b= 0.154560799155597746E+02 0.270579962977763877E+01 0.571220416525444907E+01 pcgsoi: gnorm(1:2),b= 1.545607991555148786E+01 1.545607991555977456E+01 0.000000000000000000E+00 cost,grad,step,b,step? = 2 42 2.335051332890679259E+04 3.931422123806026292E+00 5.461320187120370928E-01 0.000000000000000000E+00 good pcgsoi: gnorm(1:2),b= 2.271796051282487294E+00 2.271796051283393236E+00 1.469839741833615654E-01 cost,grad,step,b,step? = 2 43 2.334207226878113579E+04 1.507247840032450492E+00 3.119005079005236158E+00 1.469839741833615654E-01 good pcgsoi: gnorm(1:2),b= 4.212824460979731178E+00 4.212824460979866181E+00 1.854402580989441551E+00 cost,grad,step,b,step? = 2 44 2.333498652535874862E+04 2.052516616492965351E+00 3.761423756018670517E+00 1.854402580989441551E+00 good PCGSOI: WARNING **** Reset to steepest descent, gnorm(2),gsave,b= 0.227231938865720444E+02 0.421282446097973118E+01 0.539381455293002077E+01 pcgsoi: gnorm(1:2),b= 2.272319388617163582E+01 2.272319388657204442E+01 0.000000000000000000E+00 cost,grad,step,b,step? = 2 45 2.331914030735195047E+04 4.766885134568656035E+00 5.487095227490933480E-01 0.000000000000000000E+00 good pcgsoi: gnorm(1:2),b= 3.083555021576606769E+00 3.083555021576086741E+00 1.357007750328886042E-01 cost,grad,step,b,step? = 2 46 2.330667187447933247E+04 1.756005416158107124E+00 1.539493538303354780E+00 1.357007750328886042E-01 good pcgsoi: gnorm(1:2),b= 1.764587672789626582E+00 1.764587672790418171E+00 5.722575600055915812E-01 cost,grad,step,b,step? = 2 47 2.330192476144861212E+04 1.328377835101755444E+00 1.680761596061445928E+00 5.722575600055915812E-01 good pcgsoi: gnorm(1:2),b= 4.509206614418863168E+00 4.509206614425523618E+00 2.555388255261323849E+00 cost,grad,step,b,step? = 2 48 2.329895891025531455E+04 2.123489254604050025E+00 7.473129023957961969E+00 2.555388255261323849E+00 good PCGSOI: WARNING **** Reset to steepest descent, gnorm(2),gsave,b= 0.331062643224432449E+02 0.450920661441886317E+01 0.734192667432470447E+01 pcgsoi: gnorm(1:2),b= 3.310626431378561563E+01 3.310626432244324491E+01 0.000000000000000000E+00 cost,grad,step,b,step? = 2 49 2.326526102745086973E+04 5.753804333985090835E+00 5.779657805700911810E-01 0.000000000000000000E+00 good pcgsoi: gnorm(1:2),b= 5.349322660391780282E+00 5.349322660391878870E+00 1.615803767435153859E-01 cost,grad,step,b,step? = 2 50 2.324612673955499486E+04 2.312860276884831645E+00 9.377668137612596988E-01 1.615803767435153859E-01 good pcgsoi: gnorm(1:2),b= 2.411874088253822990E+00 2.411874088254406079E+00 4.508746698180592372E-01 cost,grad,step,b,step? = 2 51 2.324111032228798285E+04 1.553020955510202805E+00 1.212936487452079604E+00 4.508746698180592372E-01 good pcgsoi: gnorm(1:2),b= 1.704096264044197229E+00 1.704096264043845510E+00 7.065444553441001529E-01 cost,grad,step,b,step? = 2 52 2.323818487220319730E+04 1.305410381467911218E+00 2.083336566959759217E+00 7.065444553441001529E-01 good pcgsoi: gnorm(1:2),b= 3.050233166908243199E+00 3.050233166900665260E+00 1.789941819168001436E+00 cost,grad,step,b,step? = 2 53 2.323463466614270510E+04 1.746491673873151740E+00 1.766734091493676218E+00 1.789941819168001436E+00 good pcgsoi: gnorm(1:2),b= 3.753893044246914279E+00 3.753893044424175596E+00 1.230690520695232992E+00 cost,grad,step,b,step? = 2 54 2.322924571521999678E+04 1.937496592060722556E+00 2.735390933402553681E+00 1.230690520695232992E+00 good pcgsoi: gnorm(1:2),b= 9.765263333912498567E+00 9.765263337168949676E+00 2.601369624032003891E+00 cost,grad,step,b,step? = 2 55 2.321897735022491179E+04 3.124942132890223601E+00 8.112568699696751651E+00 2.601369624032003891E+00 good pcgsoi: gnorm(1:2),b= 4.060531551332853439E+01 4.060531589011244336E+01 4.158138342168365753E+00 cost,grad,step,b,step? = 2 56 2.313975598156331398E+04 6.372230026711883433E+00 1.296545761181276513E+00 4.158138342168365753E+00 good pcgsoi: gnorm(1:2),b= 2.322836505915202565E+01 2.322836690781857882E+01 5.720523683701942419E-01 cost,grad,step,b,step? = 2 57 2.308710933218628634E+04 4.819581419496098640E+00 9.228289231367333700E-01 5.720523683701942419E-01 good pcgsoi: gnorm(1:2),b= 3.019966948992816036E+00 3.019967164783694535E+00 1.300120416177900917E-01 cost,grad,step,b,step? = 2 58 2.306567352508856493E+04 1.737805210313519533E+00 2.141868258222804133E+00 1.300120416177900917E-01 good pcgsoi: gnorm(1:2),b= 5.070821189078074553E+00 5.070821192343140993E+00 1.679098241136149472E+00 cost,grad,step,b,step? = 2 59 2.305920515374040406E+04 2.251848393892909250E+00 4.566915668747483892E+00 1.679098241136149472E+00 good pcgsoi: gnorm(1:2),b= 1.921089732441473430E+01 1.921089733996662474E+01 3.788517998099506290E+00 cost,grad,step,b,step? = 2 60 2.303604714100990896E+04 4.383023764984024240E+00 1.350490793520469301E+00 3.788517998099506290E+00 good pcgsoi: gnorm(1:2),b= 7.820256398467805958E+00 7.820256492473086851E+00 4.070739830843030926E-01 cost,grad,step,b,step? = 2 61 2.301010300108090451E+04 2.796472134398590104E+00 9.339663115962373308E-01 4.070739830843030926E-01 good pcgsoi: gnorm(1:2),b= 3.421222321064417038E+00 3.421222339806130108E+00 4.374821189336500216E-01 cost,grad,step,b,step? = 2 62 2.300279914505784473E+04 1.849654649134377493E+00 3.720339155174650969E+00 4.374821189336500216E-01 good pcgsoi: gnorm(1:2),b= 4.080422233387639430E+00 4.080422241661115557E+00 1.192679650351283538E+00 cost,grad,step,b,step? = 2 63 2.299007103770875619E+04 2.020005503306275596E+00 1.999041431569566596E+00 1.192679650351283538E+00 good pcgsoi: gnorm(1:2),b= 2.602333730489891472E+00 2.602333742542607631E+00 6.377608967153636232E-01 cost,grad,step,b,step? = 2 64 2.298191410460987026E+04 1.613175046450288752E+00 2.567654771656434853E+00 6.377608967153636232E-01 good pcgsoi: gnorm(1:2),b= 3.458884894298357437E+00 3.458884898534063890E+00 1.329147318043226500E+00 cost,grad,step,b,step? = 2 65 2.297523220999071054E+04 1.859807757349763779E+00 8.016493053393368484E+00 1.329147318043226500E+00 good PCGSOI: WARNING **** Reset to steepest descent, gnorm(2),gsave,b= 0.211219074374732365E+02 0.345888489429835744E+01 0.610656557906586883E+01 pcgsoi: gnorm(1:2),b= 2.112190742804570931E+01 2.112190743747323651E+01 0.000000000000000000E+00 cost,grad,step,b,step? = 2 66 2.294750408325721583E+04 4.595857637921969996E+00 6.876415311864548796E-01 0.000000000000000000E+00 good pcgsoi: gnorm(1:2),b= 5.631798503719177340E+00 5.631798503720798266E+00 2.666330454721568266E-01 cost,grad,step,b,step? = 2 67 2.293297978249182052E+04 2.373141062751891628E+00 1.129308981362112885E+00 2.666330454721568266E-01 good pcgsoi: gnorm(1:2),b= 1.473997517527841028E+00 1.473997517527080303E+00 2.617276730610423319E-01 cost,grad,step,b,step? = 2 68 2.292661974186034058E+04 1.214082994497427626E+00 2.751352902146535495E+00 2.617276730610423319E-01 good pcgsoi: gnorm(1:2),b= 1.905675348754956699E+00 1.905675348755431209E+00 1.292861979816350981E+00 cost,grad,step,b,step? = 2 69 2.292256425451274481E+04 1.380462005545591397E+00 3.619815810054332506E+00 1.292861979816350981E+00 good pcgsoi: gnorm(1:2),b= 2.510016093665462300E+00 2.510016093665171866E+00 1.317126810348389965E+00 cost,grad,step,b,step? = 2 70 2.291566606075640084E+04 1.584303030883126961E+00 1.986978293285345698E+00 1.317126810348389965E+00 good pcgsoi: gnorm(1:2),b= 2.170159380656978776E+00 2.170159380478984712E+00 8.645997872108568405E-01 cost,grad,step,b,step? = 2 71 2.291067871326244494E+04 1.473146082592279305E+00 3.660966472421665063E+00 8.645997872108568405E-01 good pcgsoi: gnorm(1:2),b= 5.955545977149885317E+00 5.955545976858986457E+00 2.744289672888470921E+00 cost,grad,step,b,step? = 2 72 2.290273383252959684E+04 2.440398733229856010E+00 1.770619294348183104E+00 2.744289672888470921E+00 good pcgsoi: gnorm(1:2),b= 6.702788897719325512E+00 6.702788894011551868E+00 1.125470094551981104E+00 cost,grad,step,b,step? = 2 73 2.289218882791406577E+04 2.588974487653234124E+00 1.049370979718005970E+00 1.125470094551981104E+00 good pcgsoi: gnorm(1:2),b= 1.563780949534803177E+00 1.563780949292886691E+00 2.333030285087711597E-01 cost,grad,step,b,step? = 2 74 2.288515511576127028E+04 1.250512274843714966E+00 2.412622629001695440E+00 2.333030285087711597E-01 good pcgsoi: gnorm(1:2),b= 2.634660089789131021E+00 2.634660089630084912E+00 1.684801244326354697E+00 cost,grad,step,b,step? = 2 75 2.288138230245556042E+04 1.623163605367349049E+00 3.270631456268000559E+00 1.684801244326354697E+00 good pcgsoi: gnorm(1:2),b= 9.879822288220672988E+00 9.879822286983980462E+00 3.749941909119186345E+00 cost,grad,step,b,step? = 2 76 2.287276530028965499E+04 3.143218460148876403E+00 1.412999393585927743E+00 3.749941909119186345E+00 good pcgsoi: gnorm(1:2),b= 8.466305706314871671E+00 8.466305723939489880E+00 8.569289484117074140E-01 cost,grad,step,b,step? = 2 77 2.285880511739140638E+04 2.909691685783026838E+00 1.488654020712358861E+00 8.569289484117074140E-01 good pcgsoi: gnorm(1:2),b= 5.163760378196977641E+00 5.163760393138058902E+00 6.099189625631518119E-01 cost,grad,step,b,step? = 2 78 2.284620171736328484E+04 2.272390894673928408E+00 9.715876519158427316E-01 6.099189625631518119E-01 good pcgsoi: gnorm(1:2),b= 2.686685291759686400E+00 2.686685291930536845E+00 5.202962754186983840E-01 cost,grad,step,b,step? = 2 79 2.284118467154264727E+04 1.639111128557086738E+00 2.423167751742613785E+00 5.202962754186983840E-01 good pcgsoi: gnorm(1:2),b= 3.837810330148227589E+00 3.837810330712408291E+00 1.428455480991141613E+00 cost,grad,step,b,step? = 2 80 2.283467438238433533E+04 1.959033008948095178E+00 2.942031287172307330E+00 1.428455480991141613E+00 good pcgsoi: gnorm(1:2),b= 4.882954345538710328E+00 4.882954342154256722E+00 1.272328208560964180E+00 cost,grad,step,b,step? = 2 81 2.282338342431721321E+04 2.209740786956404524E+00 1.232356167427858695E+00 1.272328208560964180E+00 good pcgsoi: gnorm(1:2),b= 2.368670475898170036E+00 2.368670474092418043E+00 4.850896212569636989E-01 cost,grad,step,b,step? = 2 82 2.281736588541404853E+04 1.539048561903805012E+00 1.207563277712675465E+00 4.850896212569636989E-01 good pcgsoi: gnorm(1:2),b= 1.628386566157436155E+00 1.628386566352057363E+00 6.874685959576516403E-01 cost,grad,step,b,step? = 2 83 2.281450556593039073E+04 1.276082507582263048E+00 1.907533162287505135E+00 6.874685959576516403E-01 good pcgsoi: gnorm(1:2),b= 2.337628261178393618E+00 2.337628261262746143E+00 1.435548726478955039E+00 cost,grad,step,b,step? = 2 84 2.281139936455456336E+04 1.528930430457315914E+00 2.259859778807623343E+00 1.435548726478955039E+00 good pcgsoi: gnorm(1:2),b= 2.088560838359511784E+00 2.088560835989648368E+00 8.934529371820689736E-01 cost,grad,step,b,step? = 2 85 2.280611665246867051E+04 1.445185399303325235E+00 2.833724619797935773E+00 8.934529371820689736E-01 good pcgsoi: gnorm(1:2),b= 3.740265530422064444E+00 3.740265531584209491E+00 1.790833890442019127E+00 cost,grad,step,b,step? = 2 86 2.280019824620339568E+04 1.933976610619183356E+00 3.385054568386105966E+00 1.790833890442019127E+00 good pcgsoi: gnorm(1:2),b= 9.599973685834163106E+00 9.599973709232090258E+00 2.566655664189915420E+00 cost,grad,step,b,step? = 2 87 2.278753724328917451E+04 3.098382430532771181E+00 2.574130895106286232E+00 2.566655664189915420E+00 good pcgsoi: gnorm(1:2),b= 5.950293806357915827E+00 5.950293815397643904E+00 6.198239714112934173E-01 cost,grad,step,b,step? = 2 88 2.276282565440002872E+04 2.439322407218429856E+00 2.173133637935656726E+00 6.198239714112934173E-01 good pcgsoi: gnorm(1:2),b= 4.650410088843784706E+00 4.650410075385616793E+00 7.815429332945933449E-01 cost,grad,step,b,step? = 2 89 2.274989487078217644E+04 2.156480950262205543E+00 3.855295369610908462E+00 7.815429332945933449E-01 good pcgsoi: gnorm(1:2),b= 6.071696052195966864E+00 6.071696126602057042E+00 1.305625957841417328E+00 cost,grad,step,b,step? = 2 90 2.273196616636444742E+04 2.464081178085650414E+00 1.797582661886317323E+00 1.305625957841417328E+00 good pcgsoi: gnorm(1:2),b= 3.833819216345294656E+00 3.833819330783041934E+00 6.314247778257039423E-01 cost,grad,step,b,step? = 2 91 2.272105179083917028E+04 1.958014100139550795E+00 9.163966362782090869E+00 6.314247778257039423E-01 good PCGSOI: WARNING **** Reset to steepest descent, gnorm(2),gsave,b= 0.244500078330451771E+02 0.383381921634529466E+01 0.637745455727380239E+01 pcgsoi: gnorm(1:2),b= 2.445000758639742600E+01 2.445000783304517711E+01 0.000000000000000000E+00 cost,grad,step,b,step? = 2 92 2.268591880102116920E+04 4.944694893155433313E+00 9.889129006585424264E-01 0.000000000000000000E+00 good pcgsoi: gnorm(1:2),b= 2.237505967243195393E+00 2.237505967242627847E+00 9.151350809753723559E-02 cost,grad,step,b,step? = 2 93 2.266173987309778022E+04 1.495829524793248488E+00 2.671152994106305911E+00 9.151350809753723559E-02 good pcgsoi: gnorm(1:2),b= 2.984581541717226116E+00 2.984581541717464148E+00 1.333887634451644377E+00 cost,grad,step,b,step? = 2 94 2.265576315233404966E+04 1.727594148438002186E+00 2.689109092866261097E+00 1.333887634451644377E+00 good pcgsoi: gnorm(1:2),b= 2.664027731256091602E+00 2.664027731259924092E+00 8.925967322464688491E-01 cost,grad,step,b,step? = 2 95 2.264773728697182378E+04 1.632184956203215132E+00 1.286992129101337756E+00 8.925967322464688491E-01 good pcgsoi: gnorm(1:2),b= 3.298857662579272265E+00 3.298857662586692552E+00 1.238297043188539837E+00 cost,grad,step,b,step? = 2 96 2.264430870424998648E+04 1.816275767216881665E+00 1.350310057729180224E+00 1.238297043188539837E+00 good pcgsoi: gnorm(1:2),b= 3.070221240406367347E+00 3.070221240398121942E+00 9.306922439319837981E-01 cost,grad,step,b,step? = 2 97 2.263985422356918934E+04 1.752204679940778886E+00 3.581010162938832675E+00 9.306922439319837981E-01 good pcgsoi: gnorm(1:2),b= 2.606188922371995176E+00 2.606188922372691508E+00 8.488602997312800769E-01 cost,grad,step,b,step? = 2 98 2.262885973010484304E+04 1.614369512339723034E+00 1.572375240966194632E+00 8.488602997312800769E-01 good pcgsoi: gnorm(1:2),b= 1.433942393964128481E+00 1.433942393952527539E+00 5.502066184240550495E-01 cost,grad,step,b,step? = 2 99 2.262476182316999257E+04 1.197473337475255972E+00 1.722868026425367738E+00 5.502066184240550495E-01 good pcgsoi: gnorm(1:2),b= 1.295584226631545821E+00 1.295584226587361387E+00 9.035120462585135570E-01 cost,grad,step,b,step? = 2 100 2.262229132966769248E+04 1.138237333174213717E+00 2.844820907471993898E+00 9.035120462585135570E-01 good Minimization final diagnostics Begin Jo table inner loop Observation Type Nobs Jo Jo/n radiance 64644 2.0536307945567129E+04 0.318 Nobs Jo Jo/n Jo Global 64644 2.0536307945567129E+04 0.318 End Jo table inner loop gradx global norm = 3167.1038377856985 Final cost function= 2.261860562457234482E+04 Final gradient norm= 1.170517892972494201E+00 Final/Initial cost function= 8.516976755403271593E-01 Final/Initial gradient norm= 8.433945155721118969E-02 update_guess: successfully complete ================================================================================ Status Var Mean Min Max analysis U 2.975113862400E+00 -1.439255049895E+02 1.861500396877E+02 analysis V 2.363957940946E-02 -1.108083783681E+02 9.488627341487E+01 analysis TV 1.225081828424E+02 1.798112668430E+02 3.195035462824E+02 analysis Q 9.563099140448E-04 1.000000000000E-07 2.934882775376E-02 analysis TSEN 1.223417883578E+02 1.798111574821E+02 3.185173981490E+02 analysis OZ 5.000000000005E-16 1.000000000000E-15 1.000000000000E-15 analysis CW 1.292701008025E-06 1.999999734583E-21 1.196987159444E-03 analysis DIV 2.061469556727E-08 -7.311556758349E-04 8.536634701323E-04 analysis VOR -9.892142906970E-07 -6.610886805282E-04 6.480229793368E-04 analysis PRSL 1.901093562010E+01 9.850747975794E-03 1.029882226783E+02 analysis PS 4.840764761241E+01 5.196899517308E+01 1.032658362687E+02 analysis SST 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 analysis radb -1.236763653813E-03 -1.016802300000E+01 4.547941900000E+01 analysis pcpb 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 analysis aftb 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 ================================================================================ increment u 8.983989454209E-04 -4.965694804399E+00 6.339498186079E+00 increment v -3.382740048033E-04 -9.399399280182E+00 6.723559579527E+00 increment tv 1.460774760320E-02 -2.324624464236E+00 2.996437271261E+00 increment tsen 1.460601144928E-02 -2.324608999658E+00 2.996425262583E+00 increment q -4.173357287992E-08 -2.353747418978E-04 2.409749037340E-04 increment oz 0.000000000000E+00 0.000000000000E+00 0.000000000000E+00 increment cw -9.388187584677E-12 -2.310369031618E-10 0.000000000000E+00 increment prse 6.152151253548E-04 -7.754857669725E-02 5.274192681050E-02 increment ps 1.839878111003E-03 -7.754857669725E-02 5.274192681050E-02 increment sst 9.423425780206E-02 -2.005152301640E+00 2.740059316428E+00 WRITE_BAM: writing single analysis state for F 2 :: GenWriteBAM() :: *** BAM *** writing BAM.anl 299 <-> 254 900 <-> 768 450 <-> 384 64 <-> 64 GENSTATS_GPS: no profiles to process (nprof_gfs= 0 ), EXIT routine SETUPALL:,obstype,isis,nreal,nchanl= amsua amsua_n19 33 15 SETUPRAD: write header record for amsua_n19 12 30 8 1 15 22 4 30303 to file pe0003.amsua_n19_03 2023061512 Begin Jo table outer loop Observation Type Nobs Jo Jo/n radiance 65021 2.1078167504239991E+04 0.324 Nobs Jo Jo/n Jo Global 65021 2.1078167504239991E+04 0.324 End Jo table outer loop prad_bias: number of passive channels= 3102 destroy_ges_derivatives: successfully complete destroy_ges_tendencies: successfully complete gsi_chemguess_mod*destroy_: dealloc() for chem-tracer done gsi_metguess_mod*destroy_: dealloc() for met-guess done observer_final: successfully finalized glbsoi: complete [000]gsisub(): : complete. ENDING DATE-TIME OCT 09,2023 14:35:18.441 282 MON 2460227 PROGRAM GSI_ANL HAS ENDED. * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . * . *****************RESOURCE STATISTICS******************************* The total amount of wall time = 694.029759 The total amount of time in user mode = 668.972000 The total amount of time in sys mode = 22.856000 The maximum resident set size (KB) = 1233328 Number of page faults without I/O activity = 10445232 Number of page faults with I/O activity = 0 Number of times filesystem performed INPUT = 0 Number of times filesystem performed OUTPUT = 204304 Number of Voluntary Context Switches = 1532 Number of InVoluntary Context Switches = 1174 *****************END OF RESOURCE STATISTICS************************* Application 13336869 resources: utime ~77286s, stime ~5720s, Rss ~1233328, inblocks ~0, outblocks ~267712