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 pT retrieval *HDR 28OCT04 sample pT retrieval *FLG I-DRVFLG: Enabled flags: cld grd hyd 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: tem pre ctm I-DRVRTV: Setting default No.gases for Jacobian calcs NGJACC= 3 *MWL I-OPNFIL: Opening file: pt_000.lst ! Microwindow list 685.200:2409.800 MRT=0 CPU=0 MSK=0 glw MWMAKE v.14MAR04 I-GASCHK: Translating HITRAN Index= 2 as gas=co2 I-GASCHK: Translating HITRAN Index= 3 as gas=o3 I-GASCHK: Translating HITRAN Index= 1 as gas=h2o I-GASCHK: Translating HITRAN Index=10 as gas=no2 I-GASCHK: Translating HITRAN Index=23 as gas=hcn I-GASCHK: Translating HITRAN Index= 4 as gas=n2o I-GASCHK: Translating HITRAN Index=62 as gas=n2o5 I-GASCHK: Translating HITRAN Index=24 as gas=ch3cl I-GASCHK: Translating HITRAN Index=60 as gas=ccl4 I-GASCHK: Translating HITRAN Index=11 as gas=nh3 I-GASCHK: Translating HITRAN Index=61 as gas=clono2 I-GASCHK: Translating HITRAN Index=12 as gas=hno3 *MDB I-OPNFIL: Opening file: ../MW/MW_PT__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 *co2 *o3 *h2o *n2o *hno3 *no2 ... *n2o5 *clono2 *hcn *nh3 *ccl4 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: *ch3cl *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_PT__0001_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_PT__0001_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_PT__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_PT__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_PT__0001_23.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_PT__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_PT__0004_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_PT__0004_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_PT__0004_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_PT__0004_62.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_PT__0004_24.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_PT__0004_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_PT__0037_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_PT__0037_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_PT__0037_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_PT__0038_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_PT__0038_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_PT__0038_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_PT__0038_24.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_PT__0039_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_PT__0039_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_PT__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_PT__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_PT__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_PT__0002_60.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_PT__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_PT__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_PT__0006_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_PT__0006_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_PT__0006_62.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_PT__0006_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_PT__0006_24.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 I-LUTFIL: Opening LUT File: ../CS/CS_PT__0006_01.DAT 01-NOV-2002 12:00:00.000000 # MIPAS SVD-compressed LUT created by LUTINI v.16MAR02 *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 Temperature SD = 10.0 [K] I-MSEAPR: Setting default A Priori Pressure SD = 50.0 [%] I-MORSE: Processing PT__0001 686.400 689.400 30.0 68.0 I-MICGAS: New absorber sequence: aerosol co2 o3 h2o no2 hcn n2o I-MICLUT: Spc.Rng=PT__0001 Loading LUT data, MWCODE=PT__0001, Gas=co2 I-MICLUT: Spc.Rng=PT__0001 Loading LUT data, MWCODE=PT__0001, Gas=o3 I-MICLUT: Spc.Rng=PT__0001 Loading LUT data, MWCODE=PT__0001, Gas=h2o I-MICLUT: Spc.Rng=PT__0001 Loading LUT data, MWCODE=PT__0001, Gas=no2 I-MICLUT: Spc.Rng=PT__0001 Loading LUT data, MWCODE=PT__0001, Gas=hcn I-MICLUT: Spc.Rng=PT__0001 Loading LUT data, MWCODE=PT__0001, Gas=n2o I-MDBGRD: PT__0001 : No.Irregular grid points = 2073/ 6701 I-GRDILS: 6 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#01 Alt= 67.7 [km] I-SWPYVC: True/Total spectral points =117/121 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 477 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 124 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=2.818E+00 Chi2=2.818E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 21, 100 I-SWPRTV: Iter# 2 Chi2X=2.240E-02 Chi2Y=1.404E+00 Chi2=1.413E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 22, 99 I-SWPRTV: Iter# 3 Chi2X=3.227E-02 Chi2Y=1.317E+00 Chi2=1.329E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#02 Alt= 59.8 [km] I-SWPYVC: True/Total spectral points =107/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 14, 113 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.050E+00 Chi2=3.050E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 17, 110 I-SWPRTV: Iter# 2 Chi2X=2.134E-01 Chi2Y=1.164E+00 Chi2=1.254E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 20, 107 I-SWPRTV: Iter# 3 Chi2X=2.659E-01 Chi2Y=1.086E+00 Chi2=1.198E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#03 Alt= 51.9 [km] I-SWPYVC: True/Total spectral points = 59/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 10, 130 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.950E+00 Chi2=1.950E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 12, 130 I-SWPRTV: Iter# 2 Chi2X=8.156E-02 Chi2Y=1.537E+00 Chi2=1.599E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 22, 119 I-SWPRTV: Iter# 3 Chi2X=1.023E-01 Chi2Y=1.254E+00 Chi2=1.332E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 64, 63 I-SWPRTV: Iter# 4 Chi2X=1.063E-01 Chi2Y=1.247E+00 Chi2=1.328E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#04 Alt= 47.0 [km] I-SWPYVC: True/Total spectral points = 47/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 44, 108 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.915E+00 Chi2=1.915E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 37, 120 I-SWPRTV: Iter# 2 Chi2X=9.930E-03 Chi2Y=1.796E+00 Chi2=1.805E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 96, 43 I-SWPRTV: Iter# 3 Chi2X=1.344E-02 Chi2Y=1.777E+00 Chi2=1.790E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#05 Alt= 42.1 [km] I-SWPYVC: True/Total spectral points = 42/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 46, 110 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.463E+00 Chi2=3.463E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 18, 151 I-SWPRTV: Iter# 2 Chi2X=3.462E-02 Chi2Y=2.705E+00 Chi2=2.742E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 78, 73 I-SWPRTV: Iter# 3 Chi2X=2.523E-02 Chi2Y=2.659E+00 Chi2=2.686E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#06 Alt= 39.2 [km] I-SWPYVC: True/Total spectral points = 24/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 76, 71 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.517E+00 Chi2=3.517E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 52, 100 I-SWPRTV: Iter# 2 Chi2X=1.632E-02 Chi2Y=2.678E+00 Chi2=2.708E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 78, 78 I-SWPRTV: Iter# 3 Chi2X=1.189E-02 Chi2Y=2.668E+00 Chi2=2.690E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#07 Alt= 36.2 [km] I-SWPYVC: True/Total spectral points = 22/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 79, 79 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=2.000E+00 Chi2=2.000E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 46, 118 I-SWPRTV: Iter# 2 Chi2X=4.238E-02 Chi2Y=1.511E+00 Chi2=1.598E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 86, 73 I-SWPRTV: Iter# 3 Chi2X=4.042E-02 Chi2Y=1.447E+00 Chi2=1.530E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#08 Alt= 33.3 [km] I-SWPYVC: True/Total spectral points = 17/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 70, 96 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.429E+00 Chi2=1.429E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 62, 120 I-SWPRTV: Iter# 2 Chi2X=3.311E-02 Chi2Y=1.172E+00 Chi2=1.260E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 126, 41 I-SWPRTV: Iter# 3 Chi2X=3.600E-02 Chi2Y=1.124E+00 Chi2=1.219E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#09 Alt= 30.4 [km] I-SWPYVC: True/Total spectral points = 11/121 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 95, 85 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.835E+00 Chi2=1.835E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 98, 79 I-SWPRTV: Iter# 2 Chi2X=1.195E-02 Chi2Y=3.622E-01 Chi2=4.111E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 167, 0 I-SWPRTV: Iter# 3 Chi2X=1.126E-02 Chi2Y=3.638E-01 Chi2=4.098E-01 G=0 CONVERGED I-MORSE: Processing PT__0004 728.300 729.125 15.0 27.0 I-MICGAS: New absorber sequence: aerosol co2 o3 h2o n2o5 ch3cl no2 I-MICLUT: Spc.Rng=PT__0004 Loading LUT data, MWCODE=PT__0004, Gas=co2 I-MICLUT: Spc.Rng=PT__0004 Loading LUT data, MWCODE=PT__0004, Gas=o3 I-MICLUT: Spc.Rng=PT__0004 Loading LUT data, MWCODE=PT__0004, Gas=h2o I-MICLUT: Spc.Rng=PT__0004 Loading LUT data, MWCODE=PT__0004, Gas=n2o5 I-MICLUT: Spc.Rng=PT__0004 Loading LUT data, MWCODE=PT__0004, Gas=ch3cl I-MICLUT: Spc.Rng=PT__0004 Loading LUT data, MWCODE=PT__0004, Gas=no2 I-MDBGRD: PT__0004 : No.Irregular grid points = 698/ 2351 I-GRDILS: 3 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#10 Alt= 27.4 [km] I-SWPYVC: True/Total spectral points = 22/ 34 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 1000 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 202 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=6.876E+00 Chi2=6.876E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 58, 140 I-SWPRTV: Iter# 2 Chi2X=3.593E-02 Chi2Y=3.140E+00 Chi2=3.213E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 146, 32 I-SWPRTV: Iter# 3 Chi2X=3.484E-02 Chi2Y=3.134E+00 Chi2=3.206E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#11 Alt= 24.5 [km] I-SWPYVC: True/Total spectral points = 23/ 34 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 115, 59 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=4.906E+00 Chi2=4.906E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 15, 187 I-SWPRTV: Iter# 2 Chi2X=7.497E-02 Chi2Y=4.536E+00 Chi2=4.683E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 127, 47 I-SWPRTV: Iter# 3 Chi2X=7.050E-02 Chi2Y=4.552E+00 Chi2=4.690E+00 G=1 CONVERGED I-MSEMIC: Processing Sweep#12 Alt= 21.5 [km] I-SWPYVC: True/Total spectral points = 23/ 34 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 110, 68 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=5.656E+00 Chi2=5.656E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 51, 155 I-SWPRTV: Iter# 2 Chi2X=4.042E-02 Chi2Y=3.116E+00 Chi2=3.195E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 126, 64 I-SWPRTV: Iter# 3 Chi2X=3.437E-02 Chi2Y=3.120E+00 Chi2=3.188E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#13 Alt= 18.6 [km] I-SWPYVC: True/Total spectral points = 25/ 34 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 125, 73 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=9.522E+00 Chi2=9.522E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 39, 190 I-SWPRTV: Iter# 2 Chi2X=2.160E-01 Chi2Y=1.815E+00 Chi2=2.204E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 164, 44 I-SWPRTV: Iter# 3 Chi2X=2.163E-01 Chi2Y=1.797E+00 Chi2=2.187E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#14 Alt= 15.7 [km] I-SWPYVC: True/Total spectral points = 21/ 34 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 142, 62 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.460E+00 Chi2=1.460E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 62, 159 I-SWPRTV: Iter# 2 Chi2X=4.995E-02 Chi2Y=9.684E-01 Chi2=1.075E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 189, 0 I-SWPRTV: Iter# 3 Chi2X=4.811E-02 Chi2Y=9.961E-01 Chi2=1.099E+00 G=1 CONVERGED I-MORSE: Processing PT__0037 694.800 695.100 27.0 36.0 I-MICGAS: New absorber sequence: aerosol co2 o3 n2o I-MICLUT: Spc.Rng=PT__0037 Loading LUT data, MWCODE=PT__0037, Gas=co2 I-MICLUT: Spc.Rng=PT__0037 Loading LUT data, MWCODE=PT__0037, Gas=o3 I-MICLUT: Spc.Rng=PT__0037 Loading LUT data, MWCODE=PT__0037, Gas=n2o I-MDBGRD: PT__0037 : No.Irregular grid points = 216/ 1301 I-GRDILS: 2 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#07 Alt= 36.3 [km] I-SWPYVC: True/Total spectral points = 9/ 13 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 1000 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 118 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.476E+00 Chi2=3.476E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 15, 99 I-SWPRTV: Iter# 2 Chi2X=1.030E-01 Chi2Y=2.141E+00 Chi2=2.656E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 63, 28 I-SWPRTV: Iter# 3 Chi2X=9.499E-02 Chi2Y=2.197E+00 Chi2=2.672E+00 G=1 CONVERGED I-MSEMIC: Processing Sweep#08 Alt= 33.3 [km] I-SWPYVC: True/Total spectral points = 6/ 13 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 51, 54 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.505E+00 Chi2=1.505E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 70, 28 I-SWPRTV: Iter# 2 Chi2X=7.130E-03 Chi2Y=1.386E+00 Chi2=1.440E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#09 Alt= 30.3 [km] I-SWPYVC: True/Total spectral points = 11/ 13 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 63, 56 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.491E+00 Chi2=1.491E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 75, 46 I-SWPRTV: Iter# 2 Chi2X=5.124E-03 Chi2Y=1.414E+00 Chi2=1.435E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#10 Alt= 27.4 [km] I-SWPYVC: True/Total spectral points = 8/ 13 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 55, 59 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=5.526E-01 Chi2=5.526E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 44, 84 I-SWPRTV: Iter# 2 Chi2X=1.746E-02 Chi2Y=2.808E-01 Chi2=3.790E-01 G=0 CONVERGED I-MORSE: Processing PT__0038 700.475 701.000 21.0 30.0 I-MICGAS: New absorber sequence: aerosol co2 o3 no2 ch3cl I-MICLUT: Spc.Rng=PT__0038 Loading LUT data, MWCODE=PT__0038, Gas=co2 I-MICLUT: Spc.Rng=PT__0038 Loading LUT data, MWCODE=PT__0038, Gas=o3 I-MICLUT: Spc.Rng=PT__0038 Loading LUT data, MWCODE=PT__0038, Gas=no2 I-MICLUT: Spc.Rng=PT__0038 Loading LUT data, MWCODE=PT__0038, Gas=ch3cl I-MDBGRD: PT__0038 : No.Irregular grid points = 354/ 1751 I-GRDILS: 3 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#09 Alt= 30.3 [km] I-SWPYVC: True/Total spectral points = 16/ 22 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 1000 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 160 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.283E+00 Chi2=3.283E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 63, 82 I-SWPRTV: Iter# 2 Chi2X=1.338E-02 Chi2Y=2.822E+00 Chi2=2.860E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 125, 0 I-SWPRTV: Iter# 3 Chi2X=1.373E-02 Chi2Y=2.822E+00 Chi2=2.861E+00 G=1 CONVERGED I-MSEMIC: Processing Sweep#10 Alt= 27.4 [km] I-SWPYVC: True/Total spectral points = 17/ 22 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 86, 41 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=2.707E+00 Chi2=2.707E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 85, 41 I-SWPRTV: Iter# 2 Chi2X=1.633E-02 Chi2Y=2.559E+00 Chi2=2.602E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 116, 0 I-SWPRTV: Iter# 3 Chi2X=1.446E-02 Chi2Y=2.562E+00 Chi2=2.601E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#11 Alt= 24.5 [km] I-SWPYVC: True/Total spectral points = 12/ 22 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 73, 57 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.509E+00 Chi2=1.509E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 105, 15 I-SWPRTV: Iter# 2 Chi2X=7.302E-04 Chi2Y=1.503E+00 Chi2=1.506E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#12 Alt= 21.6 [km] I-SWPYVC: True/Total spectral points = 18/ 22 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 84, 50 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.947E+00 Chi2=1.947E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 57, 98 I-SWPRTV: Iter# 2 Chi2X=6.548E-02 Chi2Y=1.419E+00 Chi2=1.583E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 133, 0 I-SWPRTV: Iter# 3 Chi2X=6.083E-02 Chi2Y=1.437E+00 Chi2=1.589E+00 G=1 CONVERGED I-MORSE: Processing PT__0039 685.700 685.825 33.0 47.0 I-MICGAS: New absorber sequence: aerosol co2 o3 I-MICLUT: Spc.Rng=PT__0039 Loading LUT data, MWCODE=PT__0039, Gas=co2 I-MICLUT: Spc.Rng=PT__0039 Loading LUT data, MWCODE=PT__0039, Gas=o3 I-MDBGRD: PT__0039 : No.Irregular grid points = 153/ 951 I-GRDILS: 3 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#04 Alt= 46.9 [km] I-SWPYVC: True/Total spectral points = 3/ 6 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 1000 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 94 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=9.306E-01 Chi2=9.306E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 49, 24 I-SWPRTV: Iter# 2 Chi2X=4.027E-03 Chi2Y=8.676E-01 Chi2=9.281E-01 G=0 CONVERGED I-MSEMIC: Processing Sweep#05 Alt= 42.1 [km] I-SWPYVC: True/Total spectral points = 6/ 6 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 30, 48 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.791E+00 Chi2=3.791E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 47, 34 I-SWPRTV: Iter# 2 Chi2X=4.734E-03 Chi2Y=3.706E+00 Chi2=3.742E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#06 Alt= 39.2 [km] I-SWPYVC: True/Total spectral points = 6/ 6 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 32, 42 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=4.000E+00 Chi2=4.000E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 24, 54 I-SWPRTV: Iter# 2 Chi2X=5.425E-03 Chi2Y=3.916E+00 Chi2=3.957E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#07 Alt= 36.3 [km] I-SWPYVC: True/Total spectral points = 3/ 6 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 34, 47 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.728E+00 Chi2=1.728E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 34, 54 I-SWPRTV: Iter# 2 Chi2X=3.746E-03 Chi2Y=1.608E+00 Chi2=1.665E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#08 Alt= 33.2 [km] I-SWPYVC: True/Total spectral points = 3/ 6 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 32, 62 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=7.211E-01 Chi2=7.211E-01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 57, 26 I-SWPRTV: Iter# 2 Chi2X=8.144E-04 Chi2Y=6.937E-01 Chi2=7.059E-01 G=0 CONVERGED I-MORSE: Processing PT__0002 791.375 792.875 6.0 33.0 I-MICGAS: New absorber sequence: aerosol h2o co2 o3 ccl4 nh3 clono2 I-MICLUT: Spc.Rng=PT__0002 Loading LUT data, MWCODE=PT__0002, Gas=h2o I-MICLUT: Spc.Rng=PT__0002 Loading LUT data, MWCODE=PT__0002, Gas=co2 I-MICLUT: Spc.Rng=PT__0002 Loading LUT data, MWCODE=PT__0002, Gas=o3 I-MICLUT: Spc.Rng=PT__0002 Loading LUT data, MWCODE=PT__0002, Gas=ccl4 I-MICLUT: Spc.Rng=PT__0002 Loading LUT data, MWCODE=PT__0002, Gas=nh3 I-MICLUT: Spc.Rng=PT__0002 Loading LUT data, MWCODE=PT__0002, Gas=clono2 I-MDBGRD: PT__0002 : No.Irregular grid points = 1254/ 3701 I-GRDILS: 4 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#08 Alt= 33.3 [km] I-SWPYVC: True/Total spectral points = 15/ 61 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 787 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 182 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.218E+00 Chi2=3.218E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 76, 86 I-SWPRTV: Iter# 2 Chi2X=3.553E-02 Chi2Y=2.864E+00 Chi2=2.970E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 137, 9 I-SWPRTV: Iter# 3 Chi2X=2.654E-02 Chi2Y=2.849E+00 Chi2=2.929E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#09 Alt= 30.2 [km] I-SWPYVC: True/Total spectral points = 14/ 61 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 93, 92 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=4.970E+00 Chi2=4.970E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 62, 133 I-SWPRTV: Iter# 2 Chi2X=1.938E-02 Chi2Y=2.627E+00 Chi2=2.689E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 167, 0 I-SWPRTV: Iter# 3 Chi2X=2.054E-02 Chi2Y=2.650E+00 Chi2=2.716E+00 G=1 CONVERGED I-MSEMIC: Processing Sweep#10 Alt= 27.3 [km] I-SWPYVC: True/Total spectral points = 18/ 61 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 104, 69 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=4.215E+00 Chi2=4.215E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 50, 144 I-SWPRTV: Iter# 2 Chi2X=9.701E-02 Chi2Y=2.937E+00 Chi2=3.179E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 153, 10 I-SWPRTV: Iter# 3 Chi2X=1.008E-01 Chi2Y=2.947E+00 Chi2=3.199E+00 G=1 CONVERGED I-MSEMIC: Processing Sweep#11 Alt= 24.5 [km] I-SWPYVC: True/Total spectral points = 16/ 61 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 98, 80 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=7.738E+00 Chi2=7.738E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 96, 96 I-SWPRTV: Iter# 2 Chi2X=3.162E-02 Chi2Y=7.317E+00 Chi2=7.406E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 164, 0 I-SWPRTV: Iter# 3 Chi2X=3.354E-02 Chi2Y=7.345E+00 Chi2=7.440E+00 G=1 CONVERGED I-MSEMIC: Processing Sweep#12 Alt= 21.7 [km] I-SWPYVC: True/Total spectral points = 10/ 61 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 99, 85 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=8.987E+00 Chi2=8.987E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 92, 102 I-SWPRTV: Iter# 2 Chi2X=1.016E-01 Chi2Y=6.702E+00 Chi2=7.160E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 163, 2 I-SWPRTV: Iter# 3 Chi2X=1.002E-01 Chi2Y=6.804E+00 Chi2=7.255E+00 G=1 CONVERGED I-MSEMIC: Processing Sweep#13 Alt= 18.7 [km] I-SWPYVC: True/Total spectral points = 14/ 61 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 135, 71 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=7.369E+00 Chi2=7.369E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 76, 138 I-SWPRTV: Iter# 2 Chi2X=5.593E-02 Chi2Y=6.862E+00 Chi2=7.042E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 188, 1 I-SWPRTV: Iter# 3 Chi2X=5.288E-02 Chi2Y=6.888E+00 Chi2=7.058E+00 G=1 CONVERGED I-MSEMIC: Processing Sweep#14 Alt= 15.6 [km] I-SWPYVC: True/Total spectral points = 15/ 61 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 145, 58 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=6.987E+00 Chi2=6.987E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 85, 136 I-SWPRTV: Iter# 2 Chi2X=3.748E-02 Chi2Y=6.022E+00 Chi2=6.134E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 193, 0 I-SWPRTV: Iter# 3 Chi2X=3.848E-02 Chi2Y=6.024E+00 Chi2=6.140E+00 G=1 CONVERGED I-MSEMIC: Processing Sweep#15 Alt= 12.7 [km] I-SWPYVC: True/Total spectral points = 17/ 61 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 137, 71 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=3.743E+00 Chi2=3.743E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 73, 159 I-SWPRTV: Iter# 2 Chi2X=8.840E-02 Chi2Y=2.554E+00 Chi2=2.788E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 178, 30 I-SWPRTV: Iter# 3 Chi2X=9.552E-02 Chi2Y=2.521E+00 Chi2=2.774E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#16 Alt= 9.8 [km] I-SWPYVC: True/Total spectral points = 32/ 61 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 143, 90 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.662E+01 Chi2=1.662E+01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 68, 174 I-SWPRTV: Iter# 2 Chi2X=1.537E-01 Chi2Y=2.189E+00 Chi2=2.405E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 167, 38 I-SWPRTV: Iter# 3 Chi2X=1.522E-01 Chi2Y=2.291E+00 Chi2=2.505E+00 G=1 CONVERGED I-MORSE: Processing PT__0006 741.975 742.250 15.0 24.0 I-MICGAS: New absorber sequence: aerosol o3 co2 n2o5 hno3 ch3cl h2o I-MICLUT: Spc.Rng=PT__0006 Loading LUT data, MWCODE=PT__0006, Gas=o3 I-MICLUT: Spc.Rng=PT__0006 Loading LUT data, MWCODE=PT__0006, Gas=co2 I-MICLUT: Spc.Rng=PT__0006 Loading LUT data, MWCODE=PT__0006, Gas=n2o5 I-MICLUT: Spc.Rng=PT__0006 Loading LUT data, MWCODE=PT__0006, Gas=hno3 I-MICLUT: Spc.Rng=PT__0006 Loading LUT data, MWCODE=PT__0006, Gas=ch3cl I-MICLUT: Spc.Rng=PT__0006 Loading LUT data, MWCODE=PT__0006, Gas=h2o I-MDBGRD: PT__0006 : No.Irregular grid points = 207/ 1251 I-GRDILS: 3 extra irreg grid points added at widemesh boundaries I-MSEMIC: Processing Sweep#11 Alt= 24.4 [km] I-SWPYVC: True/Total spectral points = 10/ 12 I-FWDSAV: Max.no of Abs.Coeff spectra that can be saved= 1000 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 0, 212 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=1.431E+01 Chi2=1.431E+01 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 166, 0 I-SWPRTV: Iter# 2 Chi2X=1.416E-02 Chi2Y=2.859E+00 Chi2=2.923E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 162, 0 I-SWPRTV: Iter# 3 Chi2X=1.447E-02 Chi2Y=2.849E+00 Chi2=2.914E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#12 Alt= 21.5 [km] I-SWPYVC: True/Total spectral points = 9/ 12 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 108, 72 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=5.502E+00 Chi2=5.502E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 126, 50 I-SWPRTV: Iter# 2 Chi2X=2.513E-02 Chi2Y=5.251E+00 Chi2=5.377E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 166, 0 I-SWPRTV: Iter# 3 Chi2X=2.478E-02 Chi2Y=5.247E+00 Chi2=5.371E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#13 Alt= 18.4 [km] I-SWPYVC: True/Total spectral points = 12/ 12 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 117, 99 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=5.795E+00 Chi2=5.795E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 74, 124 I-SWPRTV: Iter# 2 Chi2X=1.644E-01 Chi2Y=3.123E+00 Chi2=3.740E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 170, 1 I-SWPRTV: Iter# 3 Chi2X=1.414E-01 Chi2Y=3.172E+00 Chi2=3.703E+00 G=0 CONVERGED I-MSEMIC: Processing Sweep#14 Alt= 15.5 [km] I-SWPYVC: True/Total spectral points = 9/ 12 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 126, 85 I-SWPRTV: Iter# 1 Chi2X=0.000E+00 Chi2Y=2.096E+00 Chi2=2.096E+00 G=0 I-FWDSAV: No. of reused,new saved Abs.Coeff spectra= 169, 30 I-SWPRTV: Iter# 2 Chi2X=7.214E-03 Chi2Y=2.024E+00 Chi2=2.060E+00 G=0 CONVERGED