R-MORSE: Running MORSE v28OCT04 I-MSEINI: Setting default *CNV convergence criteria ... MAXITR=10; CHILIM=1.0; DELCHI=0.1 I-MSEINI: Setting default *ACC accuracy criteria ... PCGACC=0.01; TCGACC=0.1; JCPACC=0.01; JCCACC=0.5 I-OPNFIL: Opening file: morse.drv ! Sample MORSE driver table for H2O retrieval *HDR 28OCT04 sample H2O retrieval *FLG I-DRVFLG: Enabled flags: cld grd lut mwo *SCN I-DRVSCN: Nominal Alts#: 68.00 60.00 52.00 47.00 42.00 39.00 36.00 33.00 ... 30.00 27.00 24.00 21.00 18.00 15.00 12.00 9.00 6.00 6.00 *LEV I-DRVLEV: Rtvl Levs#: 6.0(17) 9.0(16) 12.0(15) 15.0(14) 18.0(13) 21.0(12) ... 24.0(11) 27.0(10) 30.0(09) 33.0(08) 36.0(07) 39.0(06) 42.0(05) 47.0(04) ... 52.0(03) 60.0(02) 68.0(01) 76.0(00) *RTV I-DRVRTV: Retrieving: h2o ctm I-DRVRTV: Setting default No.gases for Jacobian calcs NGJACC= 2 *MWL I-OPNFIL: Opening file: h2o_000.lst ! Microwindow list 685.200:2409.800 MRT=0 CPU=0 MSK=0 glw MWMAKE v.14MAR04 I-GASCHK: Translating HITRAN Index= 7 as gas=o2 I-GASCHK: Translating HITRAN Index=10 as gas=no2 I-GASCHK: Translating HITRAN Index= 6 as gas=ch4 I-GASCHK: Translating HITRAN Index= 4 as gas=n2o I-GASCHK: Translating HITRAN Index=12 as gas=hno3 I-GASCHK: Translating HITRAN Index= 2 as gas=co2 I-GASCHK: Translating HITRAN Index=64 as gas=sf6 I-GASCHK: Translating HITRAN Index= 3 as gas=o3 I-GASCHK: Translating HITRAN Index=29 as gas=cof2 I-GASCHK: Translating HITRAN Index=61 as gas=clono2 I-GASCHK: Translating HITRAN Index=56 as gas=f22 I-GASCHK: Translating HITRAN Index=11 as gas=nh3 *MDB I-OPNFIL: Opening file: ../MW/MW_H2O_000.DAT 01-NOV-2002 12:00:00.000000 *L1C I-OPNFIL: Opening file: ../L1C/L1C_02081_SCAN#13 ! L1C file generated by LV2PP v.02FEB04 on Wed Jun 9 13:18:20 I-DRVL1C: Sweep#17 ( 6.90 km) flagged as cloud-contaminated I-DRVL1C: No.sweeps in L1C file= 17 *CLI I-OPNFIL: Opening file: ../morse_files/day.atm ! MID-LATITUDE DAY PROFILES FOR MIPAS I-DRVCLI: Loading climatologies: *pre *tem *o2 *co2 *o3 *h2o *ch4 *n2o *hno3 ... *no2 *clono2 *nh3 *f22 *cof2 *sf6 I-OPNFIL: Opening file: ../morse_files/aerosol.atm ! Zero Aerosol extinction from 0 to 120 km I-DRVCLI: Loading climatologies: *aerosol I-OPNFIL: Opening file: ../morse_files/extra.atm ! Additional FASCODE profiles for species not included in JJR atmospheres I-DRVCLI: Loading climatologies: *ILS I-OPNFIL: Opening file: ../morse_files/ofm.ils ! 21-SEP-1996 OFM version of Norton-Beer ALS @0.0005cm-1 resln I-ILSFIL: Loading general ILS Fn for any Wno.range *FOV I-OPNFIL: Opening file: ../morse_files/rfm_1km5.fov ! MIPAS 5pt FOV at 1.5km spacing equiv to trapezium shape: base=4km, top=2.8km *HIT I-HITFIL: Opening HITRAN File: ../hitran/hitran_dummy.bin I-HITFIL: Using record length (reclen.inc)=88 I-HITFIL: HITRAN File Label=dummy hitran data W-HITFIL: HITRAN file may not include all lines within 25.0 cm-1 of output *XSC I-DRVXSC: Found file ../xsc/aerosol.xsc *LUT I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0001_01.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0001_07.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0001_10.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0001_06.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0001_04.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0001_12.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0022_01.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0022_02.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0022_64.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0022_03.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0022_04.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0022_29.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0002_01.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0002_02.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0002_03.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0002_61.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0002_56.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0002_11.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0007_01.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0007_10.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0007_07.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0007_04.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_H2O_0007_03.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 *L2P I-OPNFIL: Opening file: ../pt/morse.atm ! Retrieved profiles generated by MORSE v.28OCT04 I-DRVL2P: Loading Lv2 profiles: sweep tem pre *END I-CHKXFL: Checking XSC File: ../xsc/aerosol.xsc I-CHKXFL: X/S data header= I-MSEAPR: Setting default A Priori Correl. Length = 50.0 [km] I-MSEAPR: Setting default A Priori h2o VMR SD = 100.0 [%] I-MORSE: Processing H2O_0001 1650.025 1653.025 15.0 68.0 I-MICGAS: New absorber sequence: aerosol h2o o2 no2 ch4 n2o hno3 I-MICLUT: Spc.Rng=H2O_0001 Loading LUT data, MWCODE=H2O_0001, Gas=h2o I-MICLUT: Spc.Rng=H2O_0001 Loading LUT data, MWCODE=H2O_0001, Gas=o2 I-MICLUT: Spc.Rng=H2O_0001 Loading LUT data, MWCODE=H2O_0001, Gas=no2 I-MICLUT: Spc.Rng=H2O_0001 Loading LUT data, MWCODE=H2O_0001, Gas=ch4 I-MICLUT: Spc.Rng=H2O_0001 Loading LUT data, MWCODE=H2O_0001, Gas=n2o I-MICLUT: Spc.Rng=H2O_0001 Loading LUT data, MWCODE=H2O_0001, Gas=hno3 I-MDBGRD: H2O_0001 : No.Irregular grid points = 626/ 6701 I-GRDILS: 9 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#01 Alt= 67.7 [km] I-SWPYVC: True/Total spectral points = 75/121 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 1000 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 82 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.103E+00 Chi2=1.103E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 68, 7 I-SWPRTV: Iter# 2 Chi2X=6.402E-02 Chi2Y=1.050E+00 Chi2=1.073E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#02 Alt= 59.8 [km] I-SWPYVC: True/Total spectral points =114/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 11, 77 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.142E+00 Chi2=1.142E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 81, 1 I-SWPRTV: Iter# 2 Chi2X=7.314E-03 Chi2Y=1.127E+00 Chi2=1.128E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#03 Alt= 51.9 [km] I-SWPYVC: True/Total spectral points =120/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 9, 81 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.295E+00 Chi2=1.295E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 80, 9 I-SWPRTV: Iter# 2 Chi2X=1.149E-01 Chi2Y=1.194E+00 Chi2=1.219E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#04 Alt= 47.0 [km] I-SWPYVC: True/Total spectral points =115/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 29, 67 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.555E+00 Chi2=1.555E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 90, 5 I-SWPRTV: Iter# 2 Chi2X=1.400E-01 Chi2Y=1.383E+00 Chi2=1.416E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 95, 0 I-SWPRTV: Iter# 3 Chi2X=1.437E-01 Chi2Y=1.382E+00 Chi2=1.415E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#05 Alt= 42.1 [km] I-SWPYVC: True/Total spectral points =114/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 34, 57 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=2.662E+00 Chi2=2.662E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 85, 5 I-SWPRTV: Iter# 2 Chi2X=3.183E-01 Chi2Y=1.917E+00 Chi2=1.992E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 89, 1 I-SWPRTV: Iter# 3 Chi2X=3.736E-01 Chi2Y=1.902E+00 Chi2=1.991E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#06 Alt= 39.1 [km] I-SWPYVC: True/Total spectral points =116/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 63, 33 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.625E+00 Chi2=3.625E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 92, 4 I-SWPRTV: Iter# 2 Chi2X=1.333E+00 Chi2Y=2.862E+00 Chi2=3.172E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 94, 2 I-SWPRTV: Iter# 3 Chi2X=1.553E+00 Chi2Y=2.808E+00 Chi2=3.169E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#07 Alt= 36.2 [km] I-SWPYVC: True/Total spectral points =114/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 50, 50 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.924E+00 Chi2=1.924E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 92, 3 I-SWPRTV: Iter# 2 Chi2X=5.989E-02 Chi2Y=1.859E+00 Chi2=1.873E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#08 Alt= 33.2 [km] I-SWPYVC: True/Total spectral points =113/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 58, 45 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.276E+00 Chi2=1.276E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 98, 5 I-SWPRTV: Iter# 2 Chi2X=6.319E-02 Chi2Y=1.159E+00 Chi2=1.174E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 103, 0 I-SWPRTV: Iter# 3 Chi2X=5.777E-02 Chi2Y=1.160E+00 Chi2=1.174E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#09 Alt= 30.3 [km] I-SWPYVC: True/Total spectral points =101/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 56, 64 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.016E+00 Chi2=1.016E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 119, 0 I-SWPRTV: Iter# 2 Chi2X=1.171E-02 Chi2Y=9.311E-01 Chi2=9.342E-01 G=0 CONVERGED I-MSEMIC: Processing Sweep#10 Alt= 27.4 [km] I-SWPYVC: True/Total spectral points = 92/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 90, 35 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.157E+00 Chi2=1.157E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 124, 2 I-SWPRTV: Iter# 2 Chi2X=5.503E-02 Chi2Y=9.456E-01 Chi2=9.617E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 126, 0 I-SWPRTV: Iter# 3 Chi2X=3.466E-02 Chi2Y=9.473E-01 Chi2=9.575E-01 G=0 CONVERGED I-MSEMIC: Processing Sweep#11 Alt= 24.4 [km] I-SWPYVC: True/Total spectral points = 76/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 85, 41 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.467E+00 Chi2=1.467E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 125, 1 I-SWPRTV: Iter# 2 Chi2X=1.200E-01 Chi2Y=8.391E-01 Chi2=8.818E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 126, 0 I-SWPRTV: Iter# 3 Chi2X=1.108E-01 Chi2Y=8.311E-01 Chi2=8.704E-01 G=0 CONVERGED I-MSEMIC: Processing Sweep#12 Alt= 21.5 [km] I-SWPYVC: True/Total spectral points = 74/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 91, 47 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.227E+00 Chi2=1.227E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 136, 2 I-SWPRTV: Iter# 2 Chi2X=1.281E-01 Chi2Y=6.879E-01 Chi2=7.346E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 138, 0 I-SWPRTV: Iter# 3 Chi2X=9.901E-02 Chi2Y=6.939E-01 Chi2=7.300E-01 G=0 CONVERGED I-MSEMIC: Processing Sweep#13 Alt= 18.6 [km] I-SWPYVC: True/Total spectral points = 82/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 82, 51 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.001E+00 Chi2=1.001E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 127, 0 I-SWPRTV: Iter# 2 Chi2X=1.656E-01 Chi2Y=6.934E-01 Chi2=7.479E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 127, 0 I-SWPRTV: Iter# 3 Chi2X=1.450E-01 Chi2Y=6.992E-01 Chi2=7.469E-01 G=0 CONVERGED I-MSEMIC: Processing Sweep#14 Alt= 15.6 [km] I-SWPYVC: True/Total spectral points = 82/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 100, 45 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=9.864E-01 Chi2=9.864E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 140, 0 I-SWPRTV: Iter# 2 Chi2X=9.896E-02 Chi2Y=8.919E-01 Chi2=9.245E-01 G=0 CONVERGED I-MORSE: Processing H2O_0022 946.650 947.700 6.0 18.0 I-MICGAS: New absorber sequence: aerosol h2o co2 sf6 o3 n2o cof2 I-MICLUT: Spc.Rng=H2O_0022 Loading LUT data, MWCODE=H2O_0022, Gas=h2o I-MICLUT: Spc.Rng=H2O_0022 Loading LUT data, MWCODE=H2O_0022, Gas=co2 I-MICLUT: Spc.Rng=H2O_0022 Loading LUT data, MWCODE=H2O_0022, Gas=sf6 I-MICLUT: Spc.Rng=H2O_0022 Loading LUT data, MWCODE=H2O_0022, Gas=o3 I-MICLUT: Spc.Rng=H2O_0022 Loading LUT data, MWCODE=H2O_0022, Gas=n2o I-MICLUT: Spc.Rng=H2O_0022 Loading LUT data, MWCODE=H2O_0022, Gas=cof2 I-MDBGRD: H2O_0022 : No.Irregular grid points = 195/ 2801 I-GRDILS: 4 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#13 Alt= 18.6 [km] I-SWPYVC: True/Total spectral points = 12/ 43 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 1000 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 138 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=2.817E+00 Chi2=2.817E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 132, 0 I-SWPRTV: Iter# 2 Chi2X=1.455E-03 Chi2Y=1.213E+00 Chi2=1.216E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 132, 0 I-SWPRTV: Iter# 3 Chi2X=1.490E-03 Chi2Y=1.213E+00 Chi2=1.216E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#14 Alt= 15.6 [km] I-SWPYVC: True/Total spectral points = 12/ 43 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 110, 38 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.343E+00 Chi2=1.343E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 142, 0 I-SWPRTV: Iter# 2 Chi2X=1.027E-03 Chi2Y=1.309E+00 Chi2=1.312E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#15 Alt= 12.7 [km] I-SWPYVC: True/Total spectral points = 32/ 43 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 106, 41 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.384E+00 Chi2=1.384E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 147, 0 I-SWPRTV: Iter# 2 Chi2X=4.250E-03 Chi2Y=1.219E+00 Chi2=1.223E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 147, 0 I-SWPRTV: Iter# 3 Chi2X=3.184E-03 Chi2Y=1.218E+00 Chi2=1.220E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#16 Alt= 9.8 [km] I-SWPYVC: True/Total spectral points = 37/ 43 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 109, 41 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=2.150E+00 Chi2=2.150E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 150, 1 I-SWPRTV: Iter# 2 Chi2X=1.115E-01 Chi2Y=6.406E-01 Chi2=7.220E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 150, 0 I-SWPRTV: Iter# 3 Chi2X=1.139E-01 Chi2Y=6.088E-01 Chi2=6.919E-01 G=0 CONVERGED I-MORSE: Processing H2O_0002 807.850 808.450 9.0 18.0 I-MICGAS: New absorber sequence: aerosol h2o co2 o3 clono2 f22 nh3 I-MICLUT: Spc.Rng=H2O_0002 Loading LUT data, MWCODE=H2O_0002, Gas=h2o I-MICLUT: Spc.Rng=H2O_0002 Loading LUT data, MWCODE=H2O_0002, Gas=co2 I-MICLUT: Spc.Rng=H2O_0002 Loading LUT data, MWCODE=H2O_0002, Gas=o3 I-MICLUT: Spc.Rng=H2O_0002 Loading LUT data, MWCODE=H2O_0002, Gas=clono2 I-MICLUT: Spc.Rng=H2O_0002 Loading LUT data, MWCODE=H2O_0002, Gas=f22 I-MICLUT: Spc.Rng=H2O_0002 Loading LUT data, MWCODE=H2O_0002, Gas=nh3 I-MDBGRD: H2O_0002 : No.Irregular grid points = 246/ 1901 I-GRDILS: 4 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#13 Alt= 18.6 [km] I-SWPYVC: True/Total spectral points = 14/ 25 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 1000 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 138 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.473E+01 Chi2=1.473E+01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 132, 0 I-SWPRTV: Iter# 2 Chi2X=7.770E-03 Chi2Y=1.501E+00 Chi2=1.516E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 132, 0 I-SWPRTV: Iter# 3 Chi2X=7.668E-03 Chi2Y=1.499E+00 Chi2=1.513E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#14 Alt= 15.6 [km] I-SWPYVC: True/Total spectral points = 18/ 25 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 111, 36 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.459E+00 Chi2=3.459E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 142, 0 I-SWPRTV: Iter# 2 Chi2X=6.927E-02 Chi2Y=2.700E+00 Chi2=2.804E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 142, 0 I-SWPRTV: Iter# 3 Chi2X=6.203E-02 Chi2Y=2.697E+00 Chi2=2.790E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#15 Alt= 12.7 [km] I-SWPYVC: True/Total spectral points = 20/ 25 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 107, 41 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=6.573E+00 Chi2=6.573E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 145, 2 I-SWPRTV: Iter# 2 Chi2X=5.821E-01 Chi2Y=2.584E+00 Chi2=3.369E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 147, 0 I-SWPRTV: Iter# 3 Chi2X=6.145E-01 Chi2Y=2.482E+00 Chi2=3.311E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#16 Alt= 9.8 [km] I-SWPYVC: True/Total spectral points = 19/ 25 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 108, 42 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=8.513E+00 Chi2=8.513E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 149, 2 I-SWPRTV: Iter# 2 Chi2X=2.044E-01 Chi2Y=2.476E+00 Chi2=2.767E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 151, 0 I-SWPRTV: Iter# 3 Chi2X=2.024E-01 Chi2Y=2.400E+00 Chi2=2.687E+00 G=0 CONVERGED I-MORSE: Processing H2O_0007 1645.525 1646.200 27.0 60.0 I-MICGAS: New absorber sequence: aerosol h2o no2 o2 n2o o3 I-MICLUT: Spc.Rng=H2O_0007 Loading LUT data, MWCODE=H2O_0007, Gas=h2o I-MICLUT: Spc.Rng=H2O_0007 Loading LUT data, MWCODE=H2O_0007, Gas=no2 I-MICLUT: Spc.Rng=H2O_0007 Loading LUT data, MWCODE=H2O_0007, Gas=o2 I-MICLUT: Spc.Rng=H2O_0007 Loading LUT data, MWCODE=H2O_0007, Gas=n2o I-MICLUT: Spc.Rng=H2O_0007 Loading LUT data, MWCODE=H2O_0007, Gas=o3 I-MDBGRD: H2O_0007 : No.Irregular grid points = 227/ 2051 I-GRDILS: 4 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#02 Alt= 59.8 [km] I-SWPYVC: True/Total spectral points = 21/ 28 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 1000 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 72 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.324E+00 Chi2=1.324E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 61, 6 I-SWPRTV: Iter# 2 Chi2X=3.083E-02 Chi2Y=1.227E+00 Chi2=1.267E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#03 Alt= 51.9 [km] I-SWPYVC: True/Total spectral points = 18/ 28 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 11, 64 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.251E+00 Chi2=1.251E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 73, 0 I-SWPRTV: Iter# 2 Chi2X=2.292E-02 Chi2Y=1.176E+00 Chi2=1.210E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#04 Alt= 47.0 [km] I-SWPYVC: True/Total spectral points = 25/ 28 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 27, 54 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.436E+00 Chi2=1.436E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 79, 1 I-SWPRTV: Iter# 2 Chi2X=3.666E-02 Chi2Y=1.352E+00 Chi2=1.392E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#05 Alt= 42.1 [km] I-SWPYVC: True/Total spectral points = 21/ 28 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 27, 48 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=7.798E-01 Chi2=7.798E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 75, 0 I-SWPRTV: Iter# 2 Chi2X=2.805E-02 Chi2Y=6.939E-01 Chi2=7.299E-01 G=0 CONVERGED I-MSEMIC: Processing Sweep#06 Alt= 39.1 [km] I-SWPYVC: True/Total spectral points = 9/ 28 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 49, 31 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.065E+01 Chi2=1.065E+01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 78, 2 I-SWPRTV: Iter# 2 Chi2X=4.051E-01 Chi2Y=7.781E+00 Chi2=8.996E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 80, 0 I-SWPRTV: Iter# 3 Chi2X=4.042E-01 Chi2Y=7.783E+00 Chi2=8.996E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#07 Alt= 36.2 [km] I-SWPYVC: True/Total spectral points = 15/ 28 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 41, 42 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=4.790E+00 Chi2=4.790E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 78, 1 I-SWPRTV: Iter# 2 Chi2X=1.195E-01 Chi2Y=4.340E+00 Chi2=4.555E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 79, 0 I-SWPRTV: Iter# 3 Chi2X=1.177E-01 Chi2Y=4.344E+00 Chi2=4.555E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#08 Alt= 33.2 [km] I-SWPYVC: True/Total spectral points = 8/ 28 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 49, 37 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=2.403E+00 Chi2=2.403E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 86, 0 I-SWPRTV: Iter# 2 Chi2X=2.634E-02 Chi2Y=2.212E+00 Chi2=2.301E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 86, 0 I-SWPRTV: Iter# 3 Chi2X=2.618E-02 Chi2Y=2.213E+00 Chi2=2.301E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#09 Alt= 30.3 [km] I-SWPYVC: True/Total spectral points = 15/ 28 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 51, 49 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=9.525E-01 Chi2=9.525E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 100, 0 I-SWPRTV: Iter# 2 Chi2X=6.283E-03 Chi2Y=8.427E-01 Chi2=8.540E-01 G=0 CONVERGED I-MSEMIC: Processing Sweep#10 Alt= 27.4 [km] I-SWPYVC: True/Total spectral points = 2/ 28 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 74, 31 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=4.797E+00 Chi2=4.797E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 105, 0 I-SWPRTV: Iter# 2 Chi2X=2.913E-02 Chi2Y=3.950E+00 Chi2=4.343E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 105, 0 I-SWPRTV: Iter# 3 Chi2X=2.865E-02 Chi2Y=3.957E+00 Chi2=4.343E+00 G=1 CONVERGED