2023-11-04 07:20:55	INFO	::casa	Using configuration file ~/.casa/config.py
2023-11-04 07:20:55	INFO	::casa	
2023-11-04 07:20:55	INFO	::casa	Checking Measures tables in data repository sub-directory /wheeldirectory/casa-CAS-14200-7-py3.8.el8/lib/py/lib/python3.8/site-packages/casadata/__data__/geodetic
2023-11-04 07:20:55	INFO	::casa	  IERSeop2000 (version date, last date in table (UTC)): 2023/10/06/15:00, 2023/09/06/00:00:00
2023-11-04 07:20:55	INFO	::casa	  IERSeop97 (version date, last date in table (UTC)): 2023/10/06/15:00, 2023/09/06/00:00:00
2023-11-04 07:20:55	INFO	::casa	  IERSpredict (version date, last date in table (UTC)): 2023/10/29/15:00, 2024/01/27/00:00:00
2023-11-04 07:20:55	INFO	::casa	  TAI_UTC (version date, last date in table (UTC)): 2023/10/13/15:00, 2017/01/01/00:00:00
2023-11-04 07:20:55	INFO	fluxscale::::casa	##########################################
2023-11-04 07:20:55	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:20:55	INFO	fluxscale::::casa	fluxscale( vis='ngc4826.ms', caltable='ngc4826.spw.gcal', fluxtable='ngc4826.ms.fcal', reference=['3C273-F0'], transfer=['1310+323-F0'], listfile='', append=False, refspwmap=[0, 0], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:20:55	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:20:55	INFO	fluxscale::calibrater::open	Opening MS: ngc4826.ms for calibration.
2023-11-04 07:20:55	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:20:55	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:20:55	WARN	fluxscale::::	Found pre-v4.1 caltable (/home/casatest/casa6/casatasks/tests/casashell_tests/work/test_task_fluxscale_casashell/ngc4826.spw.gcal); attempting to update...
2023-11-04 07:20:55	WARN	fluxscale::::+	SUCCEEDED: trivial OBSERVATION/OBSERVATION_ID have been added.
The following MS spws have no corresponding cal spws in ngc4826.spw.gcal: 2 3 4 5 
2023-11-04 07:20:55	INFO	fluxscale::::	 Found reference field(s): 3C273-F0
2023-11-04 07:20:55	INFO	fluxscale::::	 Found transfer field(s):  1310+323-F0
2023-11-04 07:20:55	INFO	fluxscale::::	 Spw=1 will be referenced to spw=0
2023-11-04 07:20:55	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=0 is:  INSUFFICIENT DATA 
2023-11-04 07:20:55	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=1 (freq=1.15217e+11 Hz) (ref SpW=0) is: 1.44579 +/- 0.0408005 (SNR = 35.4355, N = 8)
2023-11-04 07:20:55	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=2 is:  INSUFFICIENT DATA 
2023-11-04 07:20:55	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=3 is:  INSUFFICIENT DATA 
2023-11-04 07:20:55	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=4 is:  INSUFFICIENT DATA 
2023-11-04 07:20:55	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=5 is:  INSUFFICIENT DATA 
2023-11-04 07:20:56	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc4826.ms.fcal
2023-11-04 07:20:56	INFO	fluxscale::::	Writing solutions to table: ngc4826.ms.fcal
2023-11-04 07:20:56	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:20:55.232177 End time: 2023-11-04 07:20:55.670336
2023-11-04 07:20:56	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:20:56	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:20:58	INFO	fluxscale::::casa	##########################################
2023-11-04 07:20:58	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:20:58	INFO	fluxscale::::casa	fluxscale( vis='n2403.short.ms', caltable='n2403.short.flagFld1.gcal', fluxtable='n2403.short.flagFld1.fcal', reference=['1,3,4'], transfer=['2'], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:20:58	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:20:58	INFO	fluxscale::calibrater::open	Opening MS: n2403.short.ms for calibration.
2023-11-04 07:20:58	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:20:58	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:20:58	INFO	fluxscale::::	 Found reference field(s): 0137+331 0542+498 1331+305
2023-11-04 07:20:58	INFO	fluxscale::::	 Found transfer field(s):  0841+708
2023-11-04 07:20:59	INFO	fluxscale::::	 Flux density for 0841+708 in SpW=0 (freq=1.41825e+09 Hz) is: 3.20833 +/- 0.00189683 (SNR = 1691.41, N = 54)
2023-11-04 07:20:59	INFO	fluxscale::Calibrater::fluxscale	Storing result in n2403.short.flagFld1.fcal
2023-11-04 07:20:59	INFO	fluxscale::::	Writing solutions to table: n2403.short.flagFld1.fcal
2023-11-04 07:20:59	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:20:58.281805 End time: 2023-11-04 07:20:58.625145
2023-11-04 07:20:59	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:20:59	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:20:59	INFO	fluxscale::::casa	##########################################
2023-11-04 07:20:59	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:20:59	INFO	fluxscale::::casa	fluxscale( vis='n2403.short.ms', caltable='n2403.short.flagPartFld3.gcal', fluxtable='n2403.short.flagPartFld3.fcal', reference=['1,3,4'], transfer=['2'], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:20:59	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:20:59	INFO	fluxscale::calibrater::open	Opening MS: n2403.short.ms for calibration.
2023-11-04 07:20:59	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:20:59	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:20:59	INFO	fluxscale::::	 Found reference field(s): 0137+331 0542+498 1331+305
2023-11-04 07:20:59	INFO	fluxscale::::	 Found transfer field(s):  0841+708
2023-11-04 07:20:59	INFO	fluxscale::::	 Flux density for 0841+708 in SpW=0 (freq=1.41825e+09 Hz) is: 3.19455 +/- 0.0022236 (SNR = 1436.66, N = 54)
2023-11-04 07:20:59	INFO	fluxscale::Calibrater::fluxscale	Storing result in n2403.short.flagPartFld3.fcal
2023-11-04 07:20:59	INFO	fluxscale::::	Writing solutions to table: n2403.short.flagPartFld3.fcal
2023-11-04 07:20:59	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:20:59.068329 End time: 2023-11-04 07:20:59.404533
2023-11-04 07:20:59	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:20:59	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:04	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:04	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:04	INFO	fluxscale::::casa	fluxscale( vis='twhya.short.ms', caltable='twhya.short.fittest.gcal', fluxtable='twhya.short.fittest.fcal', reference=['1'], transfer=[], listfile='twhya.fittest1.out.txt', append=False, refspwmap=[0, 1, 3, 3], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:04	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:04	INFO	fluxscale::calibrater::open	Opening MS: twhya.short.ms for calibration.
2023-11-04 07:21:04	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:04	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:04	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:04	INFO	fluxscale::::	 Found reference field(s): Titan
2023-11-04 07:21:04	INFO	fluxscale::::	 Found transfer field(s):  3c279 J1147-382=QSO J1037-295=QSO
2023-11-04 07:21:04	INFO	fluxscale::::	 Spw=2 will be referenced to spw=3
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for 3c279 in SpW=0 (freq=3.56732e+11 Hz) is: 10.4015 +/- 0.0182349 (SNR = 570.418, N = 16)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for 3c279 in SpW=1 (freq=3.57969e+11 Hz) is: 10.4992 +/- 0.0261755 (SNR = 401.108, N = 16)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for 3c279 in SpW=2 (freq=3.458e+11 Hz) (ref SpW=3) is: 10.4025 +/- 0.0482039 (SNR = 215.803, N = 14)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for 3c279 in SpW=3 (freq=3.43722e+11 Hz) is: 10.0641 +/- 0.0203152 (SNR = 495.395, N = 16)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for J1147-382=QSO in SpW=0 (freq=3.56732e+11 Hz) is: 1.02074 +/- 0.0166262 (SNR = 61.3935, N = 16)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for J1147-382=QSO in SpW=1 (freq=3.57969e+11 Hz) is: 0.829544 +/- 0.0189276 (SNR = 43.8273, N = 16)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for J1147-382=QSO in SpW=2 (freq=3.458e+11 Hz) (ref SpW=3) is: 1.00188 +/- 0.0245904 (SNR = 40.7425, N = 14)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for J1147-382=QSO in SpW=3 (freq=3.43722e+11 Hz) is: 1.30755 +/- 0.0195732 (SNR = 66.8029, N = 16)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for J1037-295=QSO in SpW=0 (freq=3.56732e+11 Hz) is: 0.95583 +/- 0.00889469 (SNR = 107.461, N = 16)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for J1037-295=QSO in SpW=1 (freq=3.57969e+11 Hz) is: 0.745386 +/- 0.0152271 (SNR = 48.9514, N = 16)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for J1037-295=QSO in SpW=2 (freq=3.458e+11 Hz) (ref SpW=3) is: 0.961764 +/- 0.0166381 (SNR = 57.8047, N = 14)
2023-11-04 07:21:04	INFO	fluxscale::::	 Flux density for J1037-295=QSO in SpW=3 (freq=3.43722e+11 Hz) is: 1.237 +/- 0.0141002 (SNR = 87.729, N = 16)
2023-11-04 07:21:04	INFO	fluxscale::::	 Fitted spectrum for 3c279 with fitorder=1: Flux density = 10.2843 +/- 0.0496812 (freq=350.998 GHz) spidx: a_1 (spectral index) =0.860038 +/- 0.261432 covariance matrix for the fit:  covar(0,0)=1.32837e-06 covar(0,1)=-2.99319e-05 covar(1,0)=-2.99319e-05 covar(1,1)=0.0206268
2023-11-04 07:21:04	INFO	fluxscale::::	 Fitted spectrum for J1147-382=QSO with fitorder=1: Flux density = 1.06795 +/- 0.0709531 (freq=350.998 GHz) spidx: a_1 (spectral index) =-7.30078 +/- 3.58346 covariance matrix for the fit:  covar(0,0)=8.53254e-05 covar(0,1)=0.000938852 covar(1,0)=0.000938852 covar(1,1)=1.31604
2023-11-04 07:21:04	INFO	fluxscale::::	 Fitted spectrum for J1037-295=QSO with fitorder=1: Flux density = 1.01771 +/- 0.0655052 (freq=350.998 GHz) spidx: a_1 (spectral index) =-6.81333 +/- 3.57884 covariance matrix for the fit:  covar(0,0)=4.01358e-05 covar(0,1)=-0.000264937 covar(1,0)=-0.000264937 covar(1,1)=0.657883
2023-11-04 07:21:04	INFO	fluxscale::Calibrater::fluxscale	Storing result in twhya.short.fittest.fcal
2023-11-04 07:21:04	INFO	fluxscale::::	Writing solutions to table: twhya.short.fittest.fcal
2023-11-04 07:21:04	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:03.753834 End time: 2023-11-04 07:21:04.216348
2023-11-04 07:21:04	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:04	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:05	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:05	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:05	INFO	fluxscale::::casa	fluxscale( vis='twhya.short.ms', caltable='twhya.short.fittest.gcal', fluxtable='twhya.short.fittest.fcal', reference=['1'], transfer=[], listfile='twhya.fittest2.out.txt', append=False, refspwmap=[0, 1, 3, 3], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=3, display=False )
2023-11-04 07:21:05	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:05	INFO	fluxscale::calibrater::open	Opening MS: twhya.short.ms for calibration.
2023-11-04 07:21:05	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:05	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:05	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:05	INFO	fluxscale::::	 Found reference field(s): Titan
2023-11-04 07:21:05	INFO	fluxscale::::	 Found transfer field(s):  3c279 J1147-382=QSO J1037-295=QSO
2023-11-04 07:21:05	INFO	fluxscale::::	 Spw=2 will be referenced to spw=3
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for 3c279 in SpW=0 (freq=3.56732e+11 Hz) is: 10.4015 +/- 0.0182349 (SNR = 570.418, N = 16)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for 3c279 in SpW=1 (freq=3.57969e+11 Hz) is: 10.4992 +/- 0.0261755 (SNR = 401.108, N = 16)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for 3c279 in SpW=2 (freq=3.458e+11 Hz) (ref SpW=3) is: 10.4025 +/- 0.0482039 (SNR = 215.803, N = 14)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for 3c279 in SpW=3 (freq=3.43722e+11 Hz) is: 10.0641 +/- 0.0203152 (SNR = 495.395, N = 16)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for J1147-382=QSO in SpW=0 (freq=3.56732e+11 Hz) is: 1.02074 +/- 0.0166262 (SNR = 61.3935, N = 16)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for J1147-382=QSO in SpW=1 (freq=3.57969e+11 Hz) is: 0.829544 +/- 0.0189276 (SNR = 43.8273, N = 16)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for J1147-382=QSO in SpW=2 (freq=3.458e+11 Hz) (ref SpW=3) is: 1.00188 +/- 0.0245904 (SNR = 40.7425, N = 14)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for J1147-382=QSO in SpW=3 (freq=3.43722e+11 Hz) is: 1.30755 +/- 0.0195732 (SNR = 66.8029, N = 16)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for J1037-295=QSO in SpW=0 (freq=3.56732e+11 Hz) is: 0.95583 +/- 0.00889469 (SNR = 107.461, N = 16)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for J1037-295=QSO in SpW=1 (freq=3.57969e+11 Hz) is: 0.745386 +/- 0.0152271 (SNR = 48.9514, N = 16)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for J1037-295=QSO in SpW=2 (freq=3.458e+11 Hz) (ref SpW=3) is: 0.961764 +/- 0.0166381 (SNR = 57.8047, N = 14)
2023-11-04 07:21:05	INFO	fluxscale::::	 Flux density for J1037-295=QSO in SpW=3 (freq=3.43722e+11 Hz) is: 1.237 +/- 0.0141002 (SNR = 87.729, N = 16)
2023-11-04 07:21:05	INFO	fluxscale::::	 Fitted spectrum for 3c279 with fitorder=3: Flux density = 10.4808 +/- 1.60175e-06 (freq=350.998 GHz) spidx: a_1 (spectral index) =-1.3082 +/- 9.50655e-06 a_2=-88.3119 +/- 0.000969629 a_3=29497.4 +/- 0.132657 covariance matrix for the fit:  covar(0,0)=3.78403e-05 covar(0,1)=-0.00161653 covar(0,2)=-0.535627 covar(0,3)=13.732 covar(1,0)=-0.00161653 covar(1,1)=0.776311 covar(1,2)=11.0258 covar(1,3)=-10609.9 covar(2,0)=-0.535627 covar(2,1)=11.0258 covar(2,2)=8076.1 covar(2,3)=-22841.3 covar(3,0)=13.732 covar(3,1)=-10609.9 covar(3,2)=-22841.3 covar(3,3)=1.51165e+08
2023-11-04 07:21:05	INFO	fluxscale::::	 Fitted spectrum for J1147-382=QSO with fitorder=3: Flux density = 1.09207 +/- 0 (freq=350.998 GHz) spidx: a_1 (spectral index) =18.605 +/- 0 a_2=-520.58 +/- 0 a_3=-385838 +/- 0 covariance matrix for the fit:  covar(0,0)=0.00189037 covar(0,1)=0.0596329 covar(0,2)=-29.3772 covar(0,3)=-1283.69 covar(1,0)=0.0596329 covar(1,1)=36.8718 covar(1,2)=-1432.12 covar(1,3)=-539985 covar(2,0)=-29.3772 covar(2,1)=-1432.12 covar(2,2)=484875 covar(2,3)=2.79535e+07 covar(3,0)=-1283.69 covar(3,1)=-539985 covar(3,2)=2.79535e+07 covar(3,3)=8.29083e+09
2023-11-04 07:21:05	INFO	fluxscale::::	 Fitted spectrum for J1037-295=QSO with fitorder=3: Flux density = 1.08937 +/- 3.29175e-08 (freq=350.998 GHz) spidx: a_1 (spectral index) =19.4741 +/- 1.78265e-06 a_2=-982.381 +/- 0.000224612 a_3=-416536 +/- 0.0284093 covariance matrix for the fit:  covar(0,0)=0.00100988 covar(0,1)=0.0344485 covar(0,2)=-16.7699 covar(0,3)=-828.243 covar(1,0)=0.0344485 covar(1,1)=18.6351 covar(1,2)=-912.972 covar(1,3)=-289194 covar(2,0)=-16.7699 covar(2,1)=-912.972 covar(2,2)=295846 covar(2,3)=1.91722e+07 covar(3,0)=-828.243 covar(3,1)=-289194 covar(3,2)=1.91722e+07 covar(3,3)=4.73281e+09
2023-11-04 07:21:05	INFO	fluxscale::Calibrater::fluxscale	Storing result in twhya.short.fittest.fcal
2023-11-04 07:21:05	INFO	fluxscale::::	Writing solutions to table: twhya.short.fittest.fcal
2023-11-04 07:21:05	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:05.012416 End time: 2023-11-04 07:21:05.388741
2023-11-04 07:21:05	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:05	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:09	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:09	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:09	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='0~7', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:09	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:09	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:09	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:09	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:10	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:10	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:10	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:10	INFO	fluxscale::::	 Selected antennas: [0, 1, 2, 3, 4, 5, 6, 7]
2023-11-04 07:21:10	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.499857 +/- 0.000279989 (SNR = 1785.27, N = 16)
2023-11-04 07:21:10	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.499971 +/- 0.000232478 (SNR = 2150.62, N = 16)
2023-11-04 07:21:10	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000223249 (SNR = 2239.67, N = 16)
2023-11-04 07:21:10	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.499902 +/- 0.000308505 (SNR = 1620.4, N = 16)
2023-11-04 07:21:10	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.499948 +/- 3.7201e-05 (freq=92.0961 GHz) spidx: a_1 (spectral index) =0.000884388 +/- 0.00137674 covariance matrix for the fit:  covar(0,0)=6.47342e-08 covar(0,1)=5.62166e-08 covar(1,0)=5.62166e-08 covar(1,1)=0.000117492
2023-11-04 07:21:10	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2023-11-04 07:21:10	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2023-11-04 07:21:10	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:09.408083 End time: 2023-11-04 07:21:10.043379
2023-11-04 07:21:10	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:10	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:10	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:10	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:10	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout2.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:10	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:10	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:10	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:10	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:10	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:10	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:10	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:10	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.500054 +/- 0.000251037 (SNR = 1991.95, N = 20)
2023-11-04 07:21:10	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500071 +/- 0.000190758 (SNR = 2621.5, N = 20)
2023-11-04 07:21:10	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000204506 (SNR = 2444.94, N = 20)
2023-11-04 07:21:10	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.50001 +/- 0.000260976 (SNR = 1915.92, N = 20)
2023-11-04 07:21:10	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500036 +/- 7.76775e-06 (freq=92.0961 GHz) spidx: a_1 (spectral index) =-0.00101441 +/- 0.000288045 covariance matrix for the fit:  covar(0,0)=4.89389e-08 covar(0,1)=1.08239e-07 covar(1,0)=1.08239e-07 covar(1,1)=8.92109e-05
2023-11-04 07:21:10	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2023-11-04 07:21:10	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2023-11-04 07:21:11	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:10.051313 End time: 2023-11-04 07:21:10.550162
2023-11-04 07:21:11	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:11	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:11	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:11	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:11	INFO	fluxscale::::casa	fluxscale( vis='ngc5921.ms', caltable='ngc5921.ref1a.gcal', fluxtable='ngc5921.ms.antsel.fcal', reference=['1331*'], transfer=['1445*'], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='!24', timerange='', scan='', incremental=True, fitorder=1, display=False )
2023-11-04 07:21:11	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:11	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2023-11-04 07:21:11	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:11	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:11	INFO	fluxscale::::	Generating an incremental caltable
2023-11-04 07:21:11	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2023-11-04 07:21:11	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2023-11-04 07:21:11	INFO	fluxscale::::	 Selected antennas: [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 25, 26, 27]
2023-11-04 07:21:11	INFO	fluxscale::::	 Flux density for 1445+09900002_0 in SpW=0 (freq=1.41267e+09 Hz) is: 0.168285 +/- 0.000555141 (SNR = 303.139, N = 52)
2023-11-04 07:21:11	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2023-11-04 07:21:11	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:11	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:11	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:11	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43768   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:11	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:11	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:11	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.antsel.fcal
2023-11-04 07:21:11	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.antsel.fcal
2023-11-04 07:21:11	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:10.701868 End time: 2023-11-04 07:21:10.958912
2023-11-04 07:21:11	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:11	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:11	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:11	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:11	INFO	fluxscale::::casa	fluxscale( vis='ngc5921.ms', caltable='ngc5921.ref1a.gcal', fluxtable='ngc5921.ms.antsel.fcal', reference=['1331*'], transfer=['1445*'], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='!24', timerange='', scan='1~5', incremental=True, fitorder=1, display=False )
2023-11-04 07:21:11	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:11	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2023-11-04 07:21:11	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:11	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:11	INFO	fluxscale::::	Generating an incremental caltable
2023-11-04 07:21:11	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2023-11-04 07:21:11	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2023-11-04 07:21:11	INFO	fluxscale::::	Selected data range for antenna(s): [24], scan(s):1~5
2023-11-04 07:21:11	INFO	fluxscale::::	 Flux density for 1445+09900002_0 in SpW=0 (freq=1.41267e+09 Hz) is: 0.168258 +/- 0.000564926 (SNR = 297.84, N = 54)
2023-11-04 07:21:11	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2023-11-04 07:21:11	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:11	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:11	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:11	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43788   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:11	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:11	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:11	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:11	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.antsel.fcal
2023-11-04 07:21:11	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.antsel.fcal
2023-11-04 07:21:11	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:11.137853 End time: 2023-11-04 07:21:11.342361
2023-11-04 07:21:11	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:11	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:12	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:12	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:12	INFO	fluxscale::::casa	fluxscale( vis='ngc5921.ms', caltable='ngc5921.ref1a.gcal', fluxtable='ngc5921.ms.antsel.fcal', reference=['1331*'], transfer=['1445*'], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='!24', timerange='>1995/04/13/09:38:00', scan='', incremental=True, fitorder=1, display=False )
2023-11-04 07:21:12	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:12	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2023-11-04 07:21:12	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:12	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:12	INFO	fluxscale::::	Generating an incremental caltable
2023-11-04 07:21:12	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2023-11-04 07:21:12	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2023-11-04 07:21:12	INFO	fluxscale::::	Selected data range for antenna(s): [24], time range:>1995/04/13/09:38:00
2023-11-04 07:21:12	INFO	fluxscale::::	 Flux density for 1445+09900002_0 in SpW=0 (freq=1.41267e+09 Hz) is: 0.168285 +/- 0.000555141 (SNR = 303.139, N = 52)
2023-11-04 07:21:12	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2023-11-04 07:21:12	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:12	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:12	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:12	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:12	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:12	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:12	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:12	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43768   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:12	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:12	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:12	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:12	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:12	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.antsel.fcal
2023-11-04 07:21:12	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.antsel.fcal
2023-11-04 07:21:12	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:11.504474 End time: 2023-11-04 07:21:11.724053
2023-11-04 07:21:12	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:12	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:12	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:12	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:12	INFO	fluxscale::::casa	fluxscale( vis='ngc5921.ms', caltable='ngc5921.ref1a.gcal', fluxtable='ngc5921.ms.test1.8.fcal', reference=['1331*'], transfer=['1445*,1331*'], listfile='', append=True, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:12	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:12	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2023-11-04 07:21:12	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:12	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:12	INFO	fluxscale::::	The reference field, 1331+30500002_0 , is also listed in the transfer fields.  It will be ignored for further scaling process.
2023-11-04 07:21:12	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2023-11-04 07:21:12	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2023-11-04 07:21:12	INFO	fluxscale::::	 Flux density for 1445+09900002_0 in SpW=0 (freq=1.41267e+09 Hz) is: 0.168258 +/- 0.000555736 (SNR = 302.765, N = 54)
2023-11-04 07:21:12	INFO	fluxscale::Calibrater::fluxscale	Appending result to ngc5921.ms.test1.8.fcal
2023-11-04 07:21:12	INFO	fluxscale::::	Appending solutions to table: ngc5921.ms.test1.8.fcal
2023-11-04 07:21:12	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:11.926994 End time: 2023-11-04 07:21:12.153539
2023-11-04 07:21:12	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:12	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:12	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:12	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:12	INFO	fluxscale::::casa	fluxscale( vis='ngc5921.ms', caltable='ngc5921.ref1a.gcal', fluxtable='ngc5921.ms.fcal', reference=['1331*'], transfer=['1445*'], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:12	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:12	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2023-11-04 07:21:12	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:12	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:12	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2023-11-04 07:21:12	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2023-11-04 07:21:12	INFO	fluxscale::::	 Flux density for 1445+09900002_0 in SpW=0 (freq=1.41267e+09 Hz) is: 0.168258 +/- 0.000555736 (SNR = 302.765, N = 54)
2023-11-04 07:21:12	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.fcal
2023-11-04 07:21:12	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.fcal
2023-11-04 07:21:13	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:12.339419 End time: 2023-11-04 07:21:12.552649
2023-11-04 07:21:13	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:13	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:13	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:13	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:13	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=40, display=False )
2023-11-04 07:21:13	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:13	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:13	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:13	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:13	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:13	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:13	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:13	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.500054 +/- 0.000251037 (SNR = 1991.95, N = 20)
2023-11-04 07:21:13	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500071 +/- 0.000190758 (SNR = 2621.5, N = 20)
2023-11-04 07:21:13	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000204506 (SNR = 2444.94, N = 20)
2023-11-04 07:21:13	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.50001 +/- 0.000260976 (SNR = 1915.92, N = 20)
2023-11-04 07:21:13	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=40: Flux density = 0.965357 +/- 0 (freq=92.0961 GHz) spidx: a_1 (spectral index) =17.2859 +/- 0 a_2=-340.538 +/- 0 a_3=-38377.6 +/- 0 a_4=-1.18099e+06 +/- 0 a_5=-4.34642e+06 +/- 0 a_6=2.84784e+08 +/- 0 a_7=-1.83351e+10 +/- 0 a_8=8.47451e+11 +/- 0 a_9=-1.37537e+13 +/- 0 a_10=-1.51477e+14 +/- 0 a_11=2.13722e+16 +/- 0 a_12=-4.34697e+17 +/- 0 a_13=1.09853e+18 +/- 0 a_14=1.10674e+21 +/- 0 a_15=-1.5817e+22 +/- 0 a_16=1.1289e+24 +/- 0 a_17=-3.51241e+25 +/- 0 a_18=-6.00002e+26 +/- 0 a_19=7.70729e+28 +/- 0 a_20=7.46024e+29 +/- 0 a_21=-6.74113e+30 +/- 0 a_22=2.32163e+33 +/- 0 a_23=1.84374e+35 +/- 0 a_24=4.0907e+36 +/- 0 a_25=-8.75512e+37 +/- 0 a_26=-3.05531e+39 +/- 0 a_27=-6.27022e+40 +/- 0 a_28=-1.39159e+42 +/- 0 a_29=3.0495e+44 +/- 0 a_30=-1.25151e+46 +/- 0 a_31=2.3446e+47 +/- 0 a_32=1.30648e+49 +/- 0 a_33=3.80058e+48 +/- 0 a_34=7.38767e+51 +/- 0 a_35=-6.49398e+53 +/- 0 a_36=-6.24504e+53 +/- 0 a_37=3.3274e+56 +/- 0 a_38=-1.39338e+58 +/- 0 a_39=-1.73327e+58 +/- 0 a_40=-4.2476e+60 +/- 0 covariance matrix for the fit:  covar(0,0)=2.88714e+07 covar(0,1)=-4.83989e+08 covar(0,2)=8.33128e+10 covar(0,3)=-3.37725e+10 covar(0,4)=-3.71197e+14 covar(0,5)=7.22568e+15 covar(0,6)=-2.34927e+17 covar(0,7)=-3.6508e+18 covar(0,8)=4.74672e+19 covar(0,9)=-1.35639e+22 covar(0,10)=7.69218e+23 covar(0,11)=-4.23552e+24 covar(0,12)=2.31215e+26 covar(0,13)=9.08529e+27 covar(0,14)=-1.39615e+29 covar(0,15)=1.76123e+31 covar(0,16)=5.70972e+32 covar(0,17)=1.18527e+34 covar(0,18)=-1.47172e+36 covar(0,19)=1.79723e+37 covar(0,20)=-2.11508e+38 covar(0,21)=2.39216e+40 covar(0,22)=-1.76852e+42 covar(0,23)=4.76056e+43 covar(0,24)=2.44521e+44 covar(0,25)=-1.14645e+46 covar(0,26)=6.70145e+47 covar(0,27)=-2.10778e+49 covar(0,28)=6.94486e+50 covar(0,29)=-4.82172e+52 covar(0,30)=-1.16271e+54 covar(0,31)=5.19778e+55 covar(0,32)=1.74897e+57 covar(0,33)=-8.16604e+58 covar(0,34)=2.21383e+60 covar(0,35)=-7.75694e+61 covar(0,36)=8.11791e+63 covar(0,37)=-7.91089e+64 covar(0,38)=-2.67823e+66 covar(0,39)=-1.77379e+68 covar(0,40)=-6.2536e+69 covar(1,0)=-4.83989e+08 covar(1,1)=3.74049e+11 covar(1,2)=8.38679e+12 covar(1,3)=-8.81587e+14 covar(1,4)=-1.70401e+16 covar(1,5)=7.41142e+16 covar(1,6)=-9.80917e+18 covar(1,7)=-6.44445e+20 covar(1,8)=2.66131e+22 covar(1,9)=-3.70841e+23 covar(1,10)=4.09053e+24 covar(1,11)=3.98696e+26 covar(1,12)=-1.7454e+28 covar(1,13)=2.6439e+29 covar(1,14)=-2.91104e+30 covar(1,15)=9.97572e+32 covar(1,16)=2.04146e+34 covar(1,17)=-2.52382e+35 covar(1,18)=-1.30073e+37 covar(1,19)=1.53034e+39 covar(1,20)=-1.99845e+40 covar(1,21)=1.41126e+42 covar(1,22)=8.54609e+43 covar(1,23)=6.01665e+45 covar(1,24)=8.7421e+46 covar(1,25)=-2.44518e+48 covar(1,26)=-1.57436e+50 covar(1,27)=-2.2543e+51 covar(1,28)=5.8921e+52 covar(1,29)=3.58912e+54 covar(1,30)=-2.5018e+56 covar(1,31)=5.87135e+57 covar(1,32)=2.40377e+59 covar(1,33)=-2.01724e+60 covar(1,34)=2.4519e+62 covar(1,35)=-2.57268e+64 covar(1,36)=1.32496e+65 covar(1,37)=3.53542e+66 covar(1,38)=-6.55448e+68 covar(1,39)=-2.07756e+67 covar(1,40)=4.46426e+69 covar(2,0)=8.33128e+10 covar(2,1)=8.38679e+12 covar(2,2)=-3.77152e+14 covar(2,3)=-1.63468e+16 covar(2,4)=3.27529e+17 covar(2,5)=-1.50124e+19 covar(2,6)=4.15927e+20 covar(2,7)=-3.53499e+21 covar(2,8)=1.90136e+23 covar(2,9)=1.87139e+25 covar(2,10)=-1.06653e+27 covar(2,11)=9.36434e+27 covar(2,12)=-6.56046e+29 covar(2,13)=3.83595e+30 covar(2,14)=9.22944e+32 covar(2,15)=-2.9353e+34 covar(2,16)=-2.53518e+35 covar(2,17)=-1.74487e+37 covar(2,18)=1.2308e+39 covar(2,19)=-1.63995e+40 covar(2,20)=2.69387e+41 covar(2,21)=-3.98342e+43 covar(2,22)=4.52299e+45 covar(2,23)=1.09218e+46 covar(2,24)=1.55225e+48 covar(2,25)=-4.16927e+49 covar(2,26)=-2.38023e+51 covar(2,27)=2.02494e+52 covar(2,28)=-1.32631e+54 covar(2,29)=1.78501e+56 covar(2,30)=-1.81199e+57 covar(2,31)=-4.09825e+58 covar(2,32)=-2.51892e+59 covar(2,33)=1.56801e+62 covar(2,34)=-3.03129e+63 covar(2,35)=-2.11375e+65 covar(2,36)=-1.39523e+67 covar(2,37)=2.82166e+68 covar(2,38)=-7.01283e+69 covar(2,39)=3.15217e+71 covar(2,40)=1.81959e+73 covar(3,0)=-3.37725e+10 covar(3,1)=-8.81587e+14 covar(3,2)=-1.63468e+16 covar(3,3)=2.16742e+18 covar(3,4)=4.07099e+19 covar(3,5)=-4.36107e+20 covar(3,6)=2.23337e+22 covar(3,7)=1.60891e+24 covar(3,8)=-6.41144e+25 covar(3,9)=8.00077e+26 covar(3,10)=-2.19912e+28 covar(3,11)=-8.75062e+29 covar(3,12)=2.93121e+31 covar(3,13)=-5.09223e+32 covar(3,14)=1.01845e+34 covar(3,15)=-2.40075e+36 covar(3,16)=-6.66007e+37 covar(3,17)=-2.073e+38 covar(3,18)=8.98085e+40 covar(3,19)=-3.91062e+42 covar(3,20)=2.39305e+43 covar(3,21)=-2.62407e+45 covar(3,22)=-1.18294e+47 covar(3,23)=-1.33564e+49 covar(3,24)=-1.95818e+50 covar(3,25)=6.16276e+51 covar(3,26)=3.22859e+53 covar(3,27)=6.54024e+54 covar(3,28)=-1.52431e+56 covar(3,29)=-1.07011e+58 covar(3,30)=5.83971e+59 covar(3,31)=-1.44901e+61 covar(3,32)=-5.21501e+62 covar(3,33)=4.42596e+63 covar(3,34)=-4.41029e+65 covar(3,35)=6.03673e+67 covar(3,36)=-4.04882e+68 covar(3,37)=-6.85933e+69 covar(3,38)=1.41384e+72 covar(3,39)=3.96085e+72 covar(3,40)=-1.30396e+74 covar(4,0)=-3.71197e+14 covar(4,1)=-1.70401e+16 covar(4,2)=3.27529e+17 covar(4,3)=4.07099e+19 covar(4,4)=1.62083e+21 covar(4,5)=-1.27377e+22 covar(4,6)=5.97426e+23 covar(4,7)=2.98967e+25 covar(4,8)=-9.02726e+26 covar(4,9)=4.46204e+28 covar(4,10)=-2.7404e+30 covar(4,11)=3.71678e+30 covar(4,12)=3.89649e+32 covar(4,13)=-6.7432e+34 covar(4,14)=-1.48428e+36 covar(4,15)=-5.22372e+37 covar(4,16)=-3.97379e+39 covar(4,17)=-3.62244e+40 covar(4,18)=6.89253e+42 covar(4,19)=-7.8614e+43 covar(4,20)=8.94452e+44 covar(4,21)=-4.22492e+46 covar(4,22)=2.82024e+48 covar(4,23)=-3.23244e+50 covar(4,24)=-4.15945e+51 covar(4,25)=1.76887e+53 covar(4,26)=1.46098e+54 covar(4,27)=9.72718e+55 covar(4,28)=-1.89294e+57 covar(4,29)=-1.42182e+59 covar(4,30)=1.16105e+61 covar(4,31)=-2.68563e+62 covar(4,32)=-1.10646e+64 covar(4,33)=1.51448e+65 covar(4,34)=-7.77682e+66 covar(4,35)=1.03806e+69 covar(4,36)=-1.87237e+70 covar(4,37)=-1.63124e+71 covar(4,38)=3.29375e+73 covar(4,39)=4.65938e+74 covar(4,40)=-5.00416e+75 covar(5,0)=7.22568e+15 covar(5,1)=7.41142e+16 covar(5,2)=-1.50124e+19 covar(5,3)=-4.36107e+20 covar(5,4)=-1.27377e+22 covar(5,5)=1.00814e+24 covar(5,6)=3.24061e+23 covar(5,7)=-7.07246e+26 covar(5,8)=-3.9672e+27 covar(5,9)=-2.11334e+29 covar(5,10)=5.43243e+31 covar(5,11)=-4.79242e+32 covar(5,12)=3.77692e+34 covar(5,13)=2.55523e+35 covar(5,14)=1.39368e+37 covar(5,15)=1.73129e+38 covar(5,16)=6.612e+40 covar(5,17)=2.39646e+42 covar(5,18)=-2.2886e+44 covar(5,19)=7.71603e+44 covar(5,20)=7.86898e+46 covar(5,21)=-1.98981e+48 covar(5,22)=-2.59688e+50 covar(5,23)=-3.75506e+50 covar(5,24)=9.64632e+51 covar(5,25)=-1.42391e+54 covar(5,26)=1.45435e+56 covar(5,27)=-2.99017e+57 covar(5,28)=2.74024e+58 covar(5,29)=7.13939e+60 covar(5,30)=-4.1063e+61 covar(5,31)=4.46779e+63 covar(5,32)=3.06161e+64 covar(5,33)=-2.04587e+66 covar(5,34)=-3.96545e+68 covar(5,35)=-1.0881e+69 covar(5,36)=3.88667e+71 covar(5,37)=-3.15657e+72 covar(5,38)=3.59566e+74 covar(5,39)=-8.99633e+75 covar(5,40)=2.33594e+77 covar(6,0)=-2.34927e+17 covar(6,1)=-9.80917e+18 covar(6,2)=4.15927e+20 covar(6,3)=2.23337e+22 covar(6,4)=5.97426e+23 covar(6,5)=3.24061e+23 covar(6,6)=-2.24582e+26 covar(6,7)=1.28938e+28 covar(6,8)=-3.56717e+29 covar(6,9)=6.49887e+30 covar(6,10)=9.47654e+31 covar(6,11)=-1.13765e+34 covar(6,12)=-6.36462e+35 covar(6,13)=-3.04999e+37 covar(6,14)=-3.36569e+38 covar(6,15)=3.56259e+40 covar(6,16)=6.19213e+41 covar(6,17)=-3.08936e+43 covar(6,18)=1.85864e+45 covar(6,19)=5.89804e+45 covar(6,20)=6.28903e+47 covar(6,21)=-2.67288e+49 covar(6,22)=-4.17828e+51 covar(6,23)=-1.45438e+53 covar(6,24)=-5.27268e+54 covar(6,25)=1.05358e+56 covar(6,26)=1.52281e+57 covar(6,27)=5.71437e+58 covar(6,28)=6.66054e+59 covar(6,29)=-1.50499e+62 covar(6,30)=3.71469e+63 covar(6,31)=-6.8213e+64 covar(6,32)=-1.26835e+66 covar(6,33)=4.40236e+67 covar(6,34)=1.87334e+69 covar(6,35)=4.04184e+71 covar(6,36)=-3.70935e+72 covar(6,37)=-1.87974e+74 covar(6,38)=1.16322e+76 covar(6,39)=-7.19552e+76 covar(6,40)=-6.24183e+78 covar(7,0)=-3.6508e+18 covar(7,1)=-6.44445e+20 covar(7,2)=-3.53499e+21 covar(7,3)=1.60891e+24 covar(7,4)=2.98967e+25 covar(7,5)=-7.07246e+26 covar(7,6)=1.28938e+28 covar(7,7)=1.74193e+30 covar(7,8)=-1.87844e+31 covar(7,9)=9.03445e+32 covar(7,10)=-2.3759e+34 covar(7,11)=-3.12218e+35 covar(7,12)=1.66421e+37 covar(7,13)=-1.00644e+39 covar(7,14)=-3.50737e+40 covar(7,15)=-8.06312e+41 covar(7,16)=-3.22492e+43 covar(7,17)=8.9516e+44 covar(7,18)=9.53935e+46 covar(7,19)=-1.72757e+48 covar(7,20)=-2.66394e+49 covar(7,21)=-1.05395e+51 covar(7,22)=-6.92608e+52 covar(7,23)=-1.06269e+55 covar(7,24)=-1.5184e+56 covar(7,25)=3.72842e+57 covar(7,26)=2.26959e+59 covar(7,27)=2.22232e+59 covar(7,28)=-2.35202e+61 covar(7,29)=-7.02522e+63 covar(7,30)=4.30391e+65 covar(7,31)=-1.30114e+67 covar(7,32)=-5.80245e+68 covar(7,33)=6.35686e+69 covar(7,34)=-3.14947e+71 covar(7,35)=3.74219e+73 covar(7,36)=-3.001e+74 covar(7,37)=-9.94386e+75 covar(7,38)=6.95382e+77 covar(7,39)=-4.10168e+78 covar(7,40)=1.34193e+80 covar(8,0)=4.74672e+19 covar(8,1)=2.66131e+22 covar(8,2)=1.90136e+23 covar(8,3)=-6.41144e+25 covar(8,4)=-9.02726e+26 covar(8,5)=-3.9672e+27 covar(8,6)=-3.56717e+29 covar(8,7)=-1.87844e+31 covar(8,8)=2.05691e+33 covar(8,9)=-1.9073e+34 covar(8,10)=5.79798e+35 covar(8,11)=4.16932e+37 covar(8,12)=-1.059e+39 covar(8,13)=5.7519e+40 covar(8,14)=5.27189e+41 covar(8,15)=-2.32167e+43 covar(8,16)=2.3738e+45 covar(8,17)=5.30599e+46 covar(8,18)=-2.14331e+48 covar(8,19)=-7.23709e+48 covar(8,20)=-3.9017e+51 covar(8,21)=2.66267e+52 covar(8,22)=3.47826e+54 covar(8,23)=3.5283e+56 covar(8,24)=6.0236e+57 covar(8,25)=-2.67601e+59 covar(8,26)=-9.69554e+60 covar(8,27)=-1.69596e+62 covar(8,28)=2.48426e+63 covar(8,29)=4.56899e+65 covar(8,30)=-9.22679e+66 covar(8,31)=3.64321e+68 covar(8,32)=5.21263e+69 covar(8,33)=4.74269e+70 covar(8,34)=6.46387e+72 covar(8,35)=-1.60625e+75 covar(8,36)=2.77921e+75 covar(8,37)=4.76709e+77 covar(8,38)=-3.03754e+79 covar(8,39)=-1.64183e+80 covar(8,40)=1.92108e+82 covar(9,0)=-1.35639e+22 covar(9,1)=-3.70841e+23 covar(9,2)=1.87139e+25 covar(9,3)=8.00077e+26 covar(9,4)=4.46204e+28 covar(9,5)=-2.11334e+29 covar(9,6)=6.49887e+30 covar(9,7)=9.03445e+32 covar(9,8)=-1.9073e+34 covar(9,9)=1.05096e+36 covar(9,10)=-6.28944e+37 covar(9,11)=3.04156e+38 covar(9,12)=-1.46465e+40 covar(9,13)=-2.20894e+42 covar(9,14)=-2.05528e+43 covar(9,15)=-6.70647e+44 covar(9,16)=-1.15072e+47 covar(9,17)=-3.41756e+48 covar(9,18)=2.59072e+50 covar(9,19)=1.0134e+51 covar(9,20)=4.10127e+52 covar(9,21)=-5.15936e+53 covar(9,22)=1.18158e+56 covar(9,23)=-4.72669e+57 covar(9,24)=-1.48264e+59 covar(9,25)=1.71867e+60 covar(9,26)=-9.77069e+61 covar(9,27)=4.6044e+63 covar(9,28)=-1.74252e+65 covar(9,29)=-8.1757e+66 covar(9,30)=1.17723e+68 covar(9,31)=-4.75301e+69 covar(9,32)=-2.94145e+71 covar(9,33)=1.10511e+73 covar(9,34)=3.3513e+74 covar(9,35)=1.2936e+76 covar(9,36)=-4.76637e+77 covar(9,37)=1.56823e+78 covar(9,38)=4.11195e+80 covar(9,39)=-3.12024e+81 covar(9,40)=-1.60476e+83 covar(10,0)=7.69218e+23 covar(10,1)=4.09053e+24 covar(10,2)=-1.06653e+27 covar(10,3)=-2.19912e+28 covar(10,4)=-2.7404e+30 covar(10,5)=5.43243e+31 covar(10,6)=9.47654e+31 covar(10,7)=-2.3759e+34 covar(10,8)=5.79798e+35 covar(10,9)=-6.28944e+37 covar(10,10)=4.17583e+39 covar(10,11)=5.48271e+39 covar(10,12)=8.04054e+41 covar(10,13)=3.38971e+43 covar(10,14)=1.21782e+45 covar(10,15)=5.29551e+46 covar(10,16)=5.10946e+48 covar(10,17)=8.28398e+49 covar(10,18)=-1.03887e+52 covar(10,19)=6.80023e+52 covar(10,20)=2.69792e+54 covar(10,21)=-2.03664e+55 covar(10,22)=-1.7699e+58 covar(10,23)=1.70643e+59 covar(10,24)=1.77539e+60 covar(10,25)=-7.20943e+61 covar(10,26)=3.54613e+63 covar(10,27)=-2.34363e+65 covar(10,28)=2.95351e+66 covar(10,29)=1.72312e+68 covar(10,30)=-7.93466e+69 covar(10,31)=3.8577e+71 covar(10,32)=1.43274e+73 covar(10,33)=-6.20098e+74 covar(10,34)=7.1673e+75 covar(10,35)=-1.05364e+77 covar(10,36)=3.1996e+79 covar(10,37)=-2.74241e+80 covar(10,38)=1.20469e+81 covar(10,39)=-6.11541e+83 covar(10,40)=-1.25531e+85 covar(11,0)=-4.23552e+24 covar(11,1)=3.98696e+26 covar(11,2)=9.36434e+27 covar(11,3)=-8.75062e+29 covar(11,4)=3.71678e+30 covar(11,5)=-4.79242e+32 covar(11,6)=-1.13765e+34 covar(11,7)=-3.12218e+35 covar(11,8)=4.16932e+37 covar(11,9)=3.04156e+38 covar(11,10)=5.48271e+39 covar(11,11)=1.10256e+42 covar(11,12)=-1.21916e+42 covar(11,13)=2.50292e+45 covar(11,14)=-8.04116e+46 covar(11,15)=-5.36774e+47 covar(11,16)=4.039e+49 covar(11,17)=1.04387e+51 covar(11,18)=-3.86004e+52 covar(11,19)=-1.70042e+54 covar(11,20)=-1.05192e+56 covar(11,21)=3.00108e+57 covar(11,22)=8.66318e+58 covar(11,23)=2.85677e+60 covar(11,24)=1.49395e+59 covar(11,25)=-1.12212e+63 covar(11,26)=-7.4874e+64 covar(11,27)=2.34741e+66 covar(11,28)=1.70568e+68 covar(11,29)=-3.07338e+69 covar(11,30)=7.30024e+70 covar(11,31)=-3.90289e+72 covar(11,32)=-1.8461e+73 covar(11,33)=-8.11632e+75 covar(11,34)=2.95154e+76 covar(11,35)=-2.02228e+79 covar(11,36)=3.53356e+80 covar(11,37)=1.00343e+82 covar(11,38)=-8.85571e+83 covar(11,39)=-1.44436e+84 covar(11,40)=7.18424e+85 covar(12,0)=2.31215e+26 covar(12,1)=-1.7454e+28 covar(12,2)=-6.56046e+29 covar(12,3)=2.93121e+31 covar(12,4)=3.89649e+32 covar(12,5)=3.77692e+34 covar(12,6)=-6.36462e+35 covar(12,7)=1.66421e+37 covar(12,8)=-1.059e+39 covar(12,9)=-1.46465e+40 covar(12,10)=8.04054e+41 covar(12,11)=-1.21916e+42 covar(12,12)=2.3009e+45 covar(12,13)=-1.53865e+46 covar(12,14)=9.47245e+47 covar(12,15)=3.60716e+49 covar(12,16)=-1.21287e+50 covar(12,17)=5.57296e+52 covar(12,18)=-5.08622e+54 covar(12,19)=-7.06559e+54 covar(12,20)=-2.3464e+57 covar(12,21)=-4.66247e+58 covar(12,22)=-1.19173e+61 covar(12,23)=-2.07955e+62 covar(12,24)=-2.74239e+63 covar(12,25)=7.86593e+64 covar(12,26)=1.44287e+67 covar(12,27)=-3.08392e+67 covar(12,28)=6.26145e+69 covar(12,29)=-2.86706e+71 covar(12,30)=1.68822e+73 covar(12,31)=5.45409e+73 covar(12,32)=-8.02323e+75 covar(12,33)=-5.14916e+77 covar(12,34)=-1.7148e+79 covar(12,35)=1.02669e+81 covar(12,36)=6.43413e+81 covar(12,37)=-4.98631e+83 covar(12,38)=3.06241e+85 covar(12,39)=-1.67237e+86 covar(12,40)=-1.91693e+87 covar(13,0)=9.08529e+27 covar(13,1)=2.6439e+29 covar(13,2)=3.83595e+30 covar(13,3)=-5.09223e+32 covar(13,4)=-6.7432e+34 covar(13,5)=2.55523e+35 covar(13,6)=-3.04999e+37 covar(13,7)=-1.00644e+39 covar(13,8)=5.7519e+40 covar(13,9)=-2.20894e+42 covar(13,10)=3.38971e+43 covar(13,11)=2.50292e+45 covar(13,12)=-1.53865e+46 covar(13,13)=1.30002e+48 covar(13,14)=2.4002e+49 covar(13,15)=3.63845e+50 covar(13,16)=8.31492e+52 covar(13,17)=3.49267e+53 covar(13,18)=-1.40309e+56 covar(13,19)=-1.20608e+57 covar(13,20)=-2.97964e+58 covar(13,21)=7.44628e+59 covar(13,22)=-1.53865e+62 covar(13,23)=1.01783e+64 covar(13,24)=1.46379e+65 covar(13,25)=-6.04847e+66 covar(13,26)=-1.83843e+67 covar(13,27)=2.0559e+67 covar(13,28)=2.00618e+71 covar(13,29)=1.01405e+73 covar(13,30)=-5.62231e+74 covar(13,31)=1.59795e+76 covar(13,32)=2.88377e+77 covar(13,33)=-1.21679e+79 covar(13,34)=3.92496e+80 covar(13,35)=-2.15044e+82 covar(13,36)=8.77104e+83 covar(13,37)=5.76509e+84 covar(13,38)=-1.49335e+86 covar(13,39)=-2.58276e+88 covar(13,40)=-2.3519e+89 covar(14,0)=-1.39615e+29 covar(14,1)=-2.91104e+30 covar(14,2)=9.22944e+32 covar(14,3)=1.01845e+34 covar(14,4)=-1.48428e+36 covar(14,5)=1.39368e+37 covar(14,6)=-3.36569e+38 covar(14,7)=-3.50737e+40 covar(14,8)=5.27189e+41 covar(14,9)=-2.05528e+43 covar(14,10)=1.21782e+45 covar(14,11)=-8.04116e+46 covar(14,12)=9.47245e+47 covar(14,13)=2.4002e+49 covar(14,14)=5.29603e+50 covar(14,15)=4.40167e+52 covar(14,16)=-5.65058e+53 covar(14,17)=-1.12479e+56 covar(14,18)=-7.23673e+56 covar(14,19)=1.93202e+59 covar(14,20)=-2.68218e+60 covar(14,21)=1.23324e+62 covar(14,22)=3.90307e+63 covar(14,23)=1.00223e+65 covar(14,24)=-2.00744e+66 covar(14,25)=1.94385e+67 covar(14,26)=-7.52038e+69 covar(14,27)=1.84176e+71 covar(14,28)=-3.33287e+72 covar(14,29)=-2.03501e+74 covar(14,30)=-1.26423e+76 covar(14,31)=-1.11475e+75 covar(14,32)=2.18774e+79 covar(14,33)=-1.39567e+80 covar(14,34)=2.18726e+82 covar(14,35)=-4.15829e+83 covar(14,36)=3.32785e+85 covar(14,37)=4.27718e+86 covar(14,38)=-3.28302e+88 covar(14,39)=-3.20174e+89 covar(14,40)=-3.05425e+91 covar(15,0)=1.76123e+31 covar(15,1)=9.97572e+32 covar(15,2)=-2.9353e+34 covar(15,3)=-2.40075e+36 covar(15,4)=-5.22372e+37 covar(15,5)=1.73129e+38 covar(15,6)=3.56259e+40 covar(15,7)=-8.06312e+41 covar(15,8)=-2.32167e+43 covar(15,9)=-6.70647e+44 covar(15,10)=5.29551e+46 covar(15,11)=-5.36774e+47 covar(15,12)=3.60716e+49 covar(15,13)=3.63845e+50 covar(15,14)=4.40167e+52 covar(15,15)=-1.31015e+53 covar(15,16)=1.9069e+56 covar(15,17)=3.44029e+57 covar(15,18)=-3.89696e+59 covar(15,19)=2.75655e+60 covar(15,20)=1.50677e+62 covar(15,21)=-3.12857e+63 covar(15,22)=-2.52449e+65 covar(15,23)=7.5624e+66 covar(15,24)=2.87498e+68 covar(15,25)=-2.96891e+69 covar(15,26)=1.23727e+71 covar(15,27)=3.48464e+72 covar(15,28)=2.14756e+73 covar(15,29)=2.19159e+76 covar(15,30)=-4.47172e+77 covar(15,31)=1.22515e+79 covar(15,32)=8.62849e+80 covar(15,33)=-4.07209e+81 covar(15,34)=-7.73094e+83 covar(15,35)=-4.28081e+85 covar(15,36)=1.9142e+86 covar(15,37)=-3.26808e+87 covar(15,38)=-3.0558e+88 covar(15,39)=-5.19028e+89 covar(15,40)=4.69205e+91 covar(16,0)=5.70972e+32 covar(16,1)=2.04146e+34 covar(16,2)=-2.53518e+35 covar(16,3)=-6.66007e+37 covar(16,4)=-3.97379e+39 covar(16,5)=6.612e+40 covar(16,6)=6.19213e+41 covar(16,7)=-3.22492e+43 covar(16,8)=2.3738e+45 covar(16,9)=-1.15072e+47 covar(16,10)=5.10946e+48 covar(16,11)=4.039e+49 covar(16,12)=-1.21287e+50 covar(16,13)=8.31492e+52 covar(16,14)=-5.65058e+53 covar(16,15)=1.9069e+56 covar(16,16)=9.43422e+57 covar(16,17)=4.90105e+58 covar(16,18)=-1.32222e+61 covar(16,19)=1.7984e+62 covar(16,20)=-2.2039e+63 covar(16,21)=-9.30627e+64 covar(16,22)=-8.44034e+66 covar(16,23)=6.18639e+68 covar(16,24)=9.10236e+69 covar(16,25)=-2.71547e+71 covar(16,26)=4.98314e+72 covar(16,27)=-6.48353e+74 covar(16,28)=-2.17226e+74 covar(16,29)=4.80128e+77 covar(16,30)=-2.63543e+79 covar(16,31)=5.54652e+80 covar(16,32)=1.88632e+82 covar(16,33)=-4.18377e+83 covar(16,34)=-1.84781e+84 covar(16,35)=-1.55821e+87 covar(16,36)=3.23337e+88 covar(16,37)=-6.59987e+89 covar(16,38)=-4.4606e+91 covar(16,39)=-1.06007e+93 covar(16,40)=-5.28376e+93 covar(17,0)=1.18527e+34 covar(17,1)=-2.52382e+35 covar(17,2)=-1.74487e+37 covar(17,3)=-2.073e+38 covar(17,4)=-3.62244e+40 covar(17,5)=2.39646e+42 covar(17,6)=-3.08936e+43 covar(17,7)=8.9516e+44 covar(17,8)=5.30599e+46 covar(17,9)=-3.41756e+48 covar(17,10)=8.28398e+49 covar(17,11)=1.04387e+51 covar(17,12)=5.57296e+52 covar(17,13)=3.49267e+53 covar(17,14)=-1.12479e+56 covar(17,15)=3.44029e+57 covar(17,16)=4.90105e+58 covar(17,17)=-2.72983e+60 covar(17,18)=-2.59049e+62 covar(17,19)=1.25708e+63 covar(17,20)=9.80762e+64 covar(17,21)=1.25597e+66 covar(17,22)=-5.3341e+68 covar(17,23)=-2.22261e+68 covar(17,24)=-2.4667e+70 covar(17,25)=5.66503e+72 covar(17,26)=4.28831e+74 covar(17,27)=-1.8971e+76 covar(17,28)=2.77362e+77 covar(17,29)=4.45565e+78 covar(17,30)=-1.20952e+79 covar(17,31)=8.88726e+81 covar(17,32)=-3.34421e+83 covar(17,33)=-2.39578e+85 covar(17,34)=-3.47257e+86 covar(17,35)=2.54118e+88 covar(17,36)=1.22007e+90 covar(17,37)=-2.17093e+91 covar(17,38)=1.17672e+93 covar(17,39)=-6.43697e+93 covar(17,40)=-3.81346e+95 covar(18,0)=-1.47172e+36 covar(18,1)=-1.30073e+37 covar(18,2)=1.2308e+39 covar(18,3)=8.98085e+40 covar(18,4)=6.89253e+42 covar(18,5)=-2.2886e+44 covar(18,6)=1.85864e+45 covar(18,7)=9.53935e+46 covar(18,8)=-2.14331e+48 covar(18,9)=2.59072e+50 covar(18,10)=-1.03887e+52 covar(18,11)=-3.86004e+52 covar(18,12)=-5.08622e+54 covar(18,13)=-1.40309e+56 covar(18,14)=-7.23673e+56 covar(18,15)=-3.89696e+59 covar(18,16)=-1.32222e+61 covar(18,17)=-2.59049e+62 covar(18,18)=3.96555e+64 covar(18,19)=-2.02776e+65 covar(18,20)=-8.21618e+66 covar(18,21)=9.69214e+67 covar(18,22)=4.44333e+70 covar(18,23)=-9.04351e+71 covar(18,24)=-1.00224e+73 covar(18,25)=2.40255e+74 covar(18,26)=-1.37043e+76 covar(18,27)=9.60161e+77 covar(18,28)=-1.64116e+79 covar(18,29)=-1.96476e+80 covar(18,30)=2.14393e+82 covar(18,31)=-1.71938e+84 covar(18,32)=-5.70524e+85 covar(18,33)=2.45018e+87 covar(18,34)=9.85873e+87 covar(18,35)=1.15939e+90 covar(18,36)=-9.81869e+91 covar(18,37)=1.83369e+93 covar(18,38)=8.11619e+93 covar(18,39)=2.16919e+96 covar(18,40)=3.99904e+97 covar(19,0)=1.79723e+37 covar(19,1)=1.53034e+39 covar(19,2)=-1.63995e+40 covar(19,3)=-3.91062e+42 covar(19,4)=-7.8614e+43 covar(19,5)=7.71603e+44 covar(19,6)=5.89804e+45 covar(19,7)=-1.72757e+48 covar(19,8)=-7.23709e+48 covar(19,9)=1.0134e+51 covar(19,10)=6.80023e+52 covar(19,11)=-1.70042e+54 covar(19,12)=-7.06559e+54 covar(19,13)=-1.20608e+57 covar(19,14)=1.93202e+59 covar(19,15)=2.75655e+60 covar(19,16)=1.7984e+62 covar(19,17)=1.25708e+63 covar(19,18)=-2.02776e+65 covar(19,19)=-1.95513e+66 covar(19,20)=-1.88199e+68 covar(19,21)=-2.6304e+69 covar(19,22)=7.18671e+71 covar(19,23)=3.86381e+73 covar(19,24)=4.49496e+74 covar(19,25)=-1.28958e+76 covar(19,26)=-1.02121e+78 covar(19,27)=-4.38255e+78 covar(19,28)=-4.10992e+80 covar(19,29)=1.69907e+82 covar(19,30)=-9.77846e+83 covar(19,31)=-6.56494e+84 covar(19,32)=1.75234e+87 covar(19,33)=1.9676e+88 covar(19,34)=8.63284e+89 covar(19,35)=-1.01196e+92 covar(19,36)=-1.9405e+92 covar(19,37)=-1.11986e+93 covar(19,38)=-2.84075e+96 covar(19,39)=6.13189e+97 covar(19,40)=2.3668e+98 covar(20,0)=-2.11508e+38 covar(20,1)=-1.99845e+40 covar(20,2)=2.69387e+41 covar(20,3)=2.39305e+43 covar(20,4)=8.94452e+44 covar(20,5)=7.86898e+46 covar(20,6)=6.28903e+47 covar(20,7)=-2.66394e+49 covar(20,8)=-3.9017e+51 covar(20,9)=4.10127e+52 covar(20,10)=2.69792e+54 covar(20,11)=-1.05192e+56 covar(20,12)=-2.3464e+57 covar(20,13)=-2.97964e+58 covar(20,14)=-2.68218e+60 covar(20,15)=1.50677e+62 covar(20,16)=-2.2039e+63 covar(20,17)=9.80762e+64 covar(20,18)=-8.21618e+66 covar(20,19)=-1.88199e+68 covar(20,20)=8.96596e+69 covar(20,21)=-1.24194e+71 covar(20,22)=-8.86154e+72 covar(20,23)=7.75356e+73 covar(20,24)=3.74613e+74 covar(20,25)=-4.51614e+76 covar(20,26)=-1.74843e+78 covar(20,27)=1.81651e+80 covar(20,28)=-3.96169e+81 covar(20,29)=-5.69848e+82 covar(20,30)=4.15849e+84 covar(20,31)=-3.02967e+86 covar(20,32)=2.926e+88 covar(20,33)=1.93413e+89 covar(20,34)=2.40825e+91 covar(20,35)=-2.11927e+92 covar(20,36)=1.0075e+94 covar(20,37)=-1.29892e+96 covar(20,38)=1.11316e+97 covar(20,39)=1.37713e+99 covar(20,40)=1.15932e+100 covar(21,0)=2.39216e+40 covar(21,1)=1.41126e+42 covar(21,2)=-3.98342e+43 covar(21,3)=-2.62407e+45 covar(21,4)=-4.22492e+46 covar(21,5)=-1.98981e+48 covar(21,6)=-2.67288e+49 covar(21,7)=-1.05395e+51 covar(21,8)=2.66267e+52 covar(21,9)=-5.15936e+53 covar(21,10)=-2.03664e+55 covar(21,11)=3.00108e+57 covar(21,12)=-4.66247e+58 covar(21,13)=7.44628e+59 covar(21,14)=1.23324e+62 covar(21,15)=-3.12857e+63 covar(21,16)=-9.30627e+64 covar(21,17)=1.25597e+66 covar(21,18)=9.69214e+67 covar(21,19)=-2.6304e+69 covar(21,20)=-1.24194e+71 covar(21,21)=9.29967e+72 covar(21,22)=4.46478e+74 covar(21,23)=9.2385e+75 covar(21,24)=2.22173e+77 covar(21,25)=-3.14011e+78 covar(21,26)=-3.48133e+80 covar(21,27)=1.91491e+81 covar(21,28)=7.3996e+82 covar(21,29)=-9.57256e+84 covar(21,30)=-2.38557e+86 covar(21,31)=3.51961e+88 covar(21,32)=5.92718e+89 covar(21,33)=4.46277e+90 covar(21,34)=3.95058e+92 covar(21,35)=-2.11581e+94 covar(21,36)=-2.0898e+95 covar(21,37)=1.35895e+97 covar(21,38)=-6.44388e+98 covar(21,39)=-1.40861e+100 covar(21,40)=4.64756e+101 covar(22,0)=-1.76852e+42 covar(22,1)=8.54609e+43 covar(22,2)=4.52299e+45 covar(22,3)=-1.18294e+47 covar(22,4)=2.82024e+48 covar(22,5)=-2.59688e+50 covar(22,6)=-4.17828e+51 covar(22,7)=-6.92608e+52 covar(22,8)=3.47826e+54 covar(22,9)=1.18158e+56 covar(22,10)=-1.7699e+58 covar(22,11)=8.66318e+58 covar(22,12)=-1.19173e+61 covar(22,13)=-1.53865e+62 covar(22,14)=3.90307e+63 covar(22,15)=-2.52449e+65 covar(22,16)=-8.44034e+66 covar(22,17)=-5.3341e+68 covar(22,18)=4.44333e+70 covar(22,19)=7.18671e+71 covar(22,20)=-8.86154e+72 covar(22,21)=4.46478e+74 covar(22,22)=6.56492e+76 covar(22,23)=-2.08054e+77 covar(22,24)=1.12462e+79 covar(22,25)=1.85731e+80 covar(22,26)=-3.18378e+82 covar(22,27)=9.83358e+83 covar(22,28)=1.75166e+85 covar(22,29)=-2.51178e+86 covar(22,30)=-2.19306e+88 covar(22,31)=4.40696e+89 covar(22,32)=-1.15767e+90 covar(22,33)=9.16051e+92 covar(22,34)=6.74468e+94 covar(22,35)=-2.98286e+96 covar(22,36)=-9.06182e+97 covar(22,37)=5.93715e+99 covar(22,38)=-9.7672e+100 covar(22,39)=6.62073e+100 covar(22,40)=-2.44085e+103 covar(23,0)=4.76056e+43 covar(23,1)=6.01665e+45 covar(23,2)=1.09218e+46 covar(23,3)=-1.33564e+49 covar(23,4)=-3.23244e+50 covar(23,5)=-3.75506e+50 covar(23,6)=-1.45438e+53 covar(23,7)=-1.06269e+55 covar(23,8)=3.5283e+56 covar(23,9)=-4.72669e+57 covar(23,10)=1.70643e+59 covar(23,11)=2.85677e+60 covar(23,12)=-2.07955e+62 covar(23,13)=1.01783e+64 covar(23,14)=1.00223e+65 covar(23,15)=7.5624e+66 covar(23,16)=6.18639e+68 covar(23,17)=-2.22261e+68 covar(23,18)=-9.04351e+71 covar(23,19)=3.86381e+73 covar(23,20)=7.75356e+73 covar(23,21)=9.2385e+75 covar(23,22)=-2.08054e+77 covar(23,23)=5.87525e+79 covar(23,24)=1.20293e+81 covar(23,25)=-1.09567e+82 covar(23,26)=-4.02933e+83 covar(23,27)=-3.39327e+85 covar(23,28)=1.45267e+87 covar(23,29)=5.62993e+88 covar(23,30)=-2.57602e+90 covar(23,31)=8.94033e+91 covar(23,32)=2.03415e+93 covar(23,33)=-3.66264e+94 covar(23,34)=8.57223e+95 covar(23,35)=-3.01521e+98 covar(23,36)=2.44415e+99 covar(23,37)=1.25526e+101 covar(23,38)=-6.91784e+102 covar(23,39)=-1.16271e+104 covar(23,40)=2.46588e+105 covar(24,0)=2.44521e+44 covar(24,1)=8.7421e+46 covar(24,2)=1.55225e+48 covar(24,3)=-1.95818e+50 covar(24,4)=-4.15945e+51 covar(24,5)=9.64632e+51 covar(24,6)=-5.27268e+54 covar(24,7)=-1.5184e+56 covar(24,8)=6.0236e+57 covar(24,9)=-1.48264e+59 covar(24,10)=1.77539e+60 covar(24,11)=1.49395e+59 covar(24,12)=-2.74239e+63 covar(24,13)=1.46379e+65 covar(24,14)=-2.00744e+66 covar(24,15)=2.87498e+68 covar(24,16)=9.10236e+69 covar(24,17)=-2.4667e+70 covar(24,18)=-1.00224e+73 covar(24,19)=4.49496e+74 covar(24,20)=3.74613e+74 covar(24,21)=2.22173e+77 covar(24,22)=1.12462e+79 covar(24,23)=1.20293e+81 covar(24,24)=1.47485e+82 covar(24,25)=-2.92944e+83 covar(24,26)=-1.13802e+85 covar(24,27)=-2.45653e+86 covar(24,28)=1.83071e+88 covar(24,29)=4.86326e+89 covar(24,30)=-3.165e+91 covar(24,31)=1.34257e+93 covar(24,32)=5.56398e+94 covar(24,33)=-6.6642e+95 covar(24,34)=1.25254e+97 covar(24,35)=-5.59581e+99 covar(24,36)=9.4315e+100 covar(24,37)=2.28732e+102 covar(24,38)=-1.44015e+104 covar(24,39)=-1.10186e+105 covar(24,40)=-6.52028e+106 covar(25,0)=-1.14645e+46 covar(25,1)=-2.44518e+48 covar(25,2)=-4.16927e+49 covar(25,3)=6.16276e+51 covar(25,4)=1.76887e+53 covar(25,5)=-1.42391e+54 covar(25,6)=1.05358e+56 covar(25,7)=3.72842e+57 covar(25,8)=-2.67601e+59 covar(25,9)=1.71867e+60 covar(25,10)=-7.20943e+61 covar(25,11)=-1.12212e+63 covar(25,12)=7.86593e+64 covar(25,13)=-6.04847e+66 covar(25,14)=1.94385e+67 covar(25,15)=-2.96891e+69 covar(25,16)=-2.71547e+71 covar(25,17)=5.66503e+72 covar(25,18)=2.40255e+74 covar(25,19)=-1.28958e+76 covar(25,20)=-4.51614e+76 covar(25,21)=-3.14011e+78 covar(25,22)=1.85731e+80 covar(25,23)=-1.09567e+82 covar(25,24)=-2.92944e+83 covar(25,25)=-5.0857e+84 covar(25,26)=-1.9373e+85 covar(25,27)=6.62588e+87 covar(25,28)=-8.69029e+89 covar(25,29)=-4.31057e+91 covar(25,30)=1.409e+93 covar(25,31)=-3.75e+94 covar(25,32)=6.36058e+95 covar(25,33)=-2.99546e+96 covar(25,34)=-1.03164e+99 covar(25,35)=1.34539e+101 covar(25,36)=-1.75514e+102 covar(25,37)=-5.04288e+103 covar(25,38)=2.55722e+105 covar(25,39)=1.13339e+107 covar(25,40)=-1.22583e+107 covar(26,0)=6.70145e+47 covar(26,1)=-1.57436e+50 covar(26,2)=-2.38023e+51 covar(26,3)=3.22859e+53 covar(26,4)=1.46098e+54 covar(26,5)=1.45435e+56 covar(26,6)=1.52281e+57 covar(26,7)=2.26959e+59 covar(26,8)=-9.69554e+60 covar(26,9)=-9.77069e+61 covar(26,10)=3.54613e+63 covar(26,11)=-7.4874e+64 covar(26,12)=1.44287e+67 covar(26,13)=-1.83843e+67 covar(26,14)=-7.52038e+69 covar(26,15)=1.23727e+71 covar(26,16)=4.98314e+72 covar(26,17)=4.28831e+74 covar(26,18)=-1.37043e+76 covar(26,19)=-1.02121e+78 covar(26,20)=-1.74843e+78 covar(26,21)=-3.48133e+80 covar(26,22)=-3.18378e+82 covar(26,23)=-4.02933e+83 covar(26,24)=-1.13802e+85 covar(26,25)=-1.9373e+85 covar(26,26)=2.49128e+88 covar(26,27)=-4.27851e+89 covar(26,28)=-3.15009e+91 covar(26,29)=-1.72107e+93 covar(26,30)=7.32579e+94 covar(26,31)=-1.17955e+96 covar(26,32)=-4.84798e+96 covar(26,33)=2.41096e+98 covar(26,34)=-2.07983e+100 covar(26,35)=6.75873e+102 covar(26,36)=3.2891e+103 covar(26,37)=-6.34271e+105 covar(26,38)=7.31361e+106 covar(26,39)=1.62246e+108 covar(26,40)=-1.65512e+109 covar(27,0)=-2.10778e+49 covar(27,1)=-2.2543e+51 covar(27,2)=2.02494e+52 covar(27,3)=6.54024e+54 covar(27,4)=9.72718e+55 covar(27,5)=-2.99017e+57 covar(27,6)=5.71437e+58 covar(27,7)=2.22232e+59 covar(27,8)=-1.69596e+62 covar(27,9)=4.6044e+63 covar(27,10)=-2.34363e+65 covar(27,11)=2.34741e+66 covar(27,12)=-3.08392e+67 covar(27,13)=2.0559e+67 covar(27,14)=1.84176e+71 covar(27,15)=3.48464e+72 covar(27,16)=-6.48353e+74 covar(27,17)=-1.8971e+76 covar(27,18)=9.60161e+77 covar(27,19)=-4.38255e+78 covar(27,20)=1.81651e+80 covar(27,21)=1.91491e+81 covar(27,22)=9.83358e+83 covar(27,23)=-3.39327e+85 covar(27,24)=-2.45653e+86 covar(27,25)=6.62588e+87 covar(27,26)=-4.27851e+89 covar(27,27)=1.01052e+91 covar(27,28)=-1.14154e+93 covar(27,29)=-1.96158e+94 covar(27,30)=7.63352e+95 covar(27,31)=-5.17732e+97 covar(27,32)=-6.97743e+98 covar(27,33)=2.04101e+100 covar(27,34)=8.91706e+101 covar(27,35)=1.24369e+104 covar(27,36)=-2.2155e+105 covar(27,37)=-6.67933e+106 covar(27,38)=1.87304e+108 covar(27,39)=9.4187e+109 covar(27,40)=-1.37939e+111 covar(28,0)=6.94486e+50 covar(28,1)=5.8921e+52 covar(28,2)=-1.32631e+54 covar(28,3)=-1.52431e+56 covar(28,4)=-1.89294e+57 covar(28,5)=2.74024e+58 covar(28,6)=6.66054e+59 covar(28,7)=-2.35202e+61 covar(28,8)=2.48426e+63 covar(28,9)=-1.74252e+65 covar(28,10)=2.95351e+66 covar(28,11)=1.70568e+68 covar(28,12)=6.26145e+69 covar(28,13)=2.00618e+71 covar(28,14)=-3.33287e+72 covar(28,15)=2.14756e+73 covar(28,16)=-2.17226e+74 covar(28,17)=2.77362e+77 covar(28,18)=-1.64116e+79 covar(28,19)=-4.10992e+80 covar(28,20)=-3.96169e+81 covar(28,21)=7.3996e+82 covar(28,22)=1.75166e+85 covar(28,23)=1.45267e+87 covar(28,24)=1.83071e+88 covar(28,25)=-8.69029e+89 covar(28,26)=-3.15009e+91 covar(28,27)=-1.14154e+93 covar(28,28)=2.94071e+94 covar(28,29)=1.30868e+96 covar(28,30)=-3.61063e+97 covar(28,31)=9.50545e+98 covar(28,32)=4.63875e+100 covar(28,33)=-2.66242e+101 covar(28,34)=-2.00179e+101 covar(28,35)=-1.94958e+105 covar(28,36)=-2.70442e+104 covar(28,37)=-8.78312e+107 covar(28,38)=-5.25708e+109 covar(28,39)=-8.92477e+110 covar(28,40)=-4.1704e+112 covar(29,0)=-4.82172e+52 covar(29,1)=3.58912e+54 covar(29,2)=1.78501e+56 covar(29,3)=-1.07011e+58 covar(29,4)=-1.42182e+59 covar(29,5)=7.13939e+60 covar(29,6)=-1.50499e+62 covar(29,7)=-7.02522e+63 covar(29,8)=4.56899e+65 covar(29,9)=-8.1757e+66 covar(29,10)=1.72312e+68 covar(29,11)=-3.07338e+69 covar(29,12)=-2.86706e+71 covar(29,13)=1.01405e+73 covar(29,14)=-2.03501e+74 covar(29,15)=2.19159e+76 covar(29,16)=4.80128e+77 covar(29,17)=4.45565e+78 covar(29,18)=-1.96476e+80 covar(29,19)=1.69907e+82 covar(29,20)=-5.69848e+82 covar(29,21)=-9.57256e+84 covar(29,22)=-2.51178e+86 covar(29,23)=5.62993e+88 covar(29,24)=4.86326e+89 covar(29,25)=-4.31057e+91 covar(29,26)=-1.72107e+93 covar(29,27)=-1.96158e+94 covar(29,28)=1.30868e+96 covar(29,29)=5.70769e+97 covar(29,30)=-4.05327e+99 covar(29,31)=6.31154e+100 covar(29,32)=6.68755e+100 covar(29,33)=-2.84735e+103 covar(29,34)=3.75625e+105 covar(29,35)=-3.16148e+107 covar(29,36)=2.73907e+108 covar(29,37)=7.32908e+109 covar(29,38)=-4.29263e+111 covar(29,39)=-6.93782e+111 covar(29,40)=4.23053e+113 covar(30,0)=-1.16271e+54 covar(30,1)=-2.5018e+56 covar(30,2)=-1.81199e+57 covar(30,3)=5.83971e+59 covar(30,4)=1.16105e+61 covar(30,5)=-4.1063e+61 covar(30,6)=3.71469e+63 covar(30,7)=4.30391e+65 covar(30,8)=-9.22679e+66 covar(30,9)=1.17723e+68 covar(30,10)=-7.93466e+69 covar(30,11)=7.30024e+70 covar(30,12)=1.68822e+73 covar(30,13)=-5.62231e+74 covar(30,14)=-1.26423e+76 covar(30,15)=-4.47172e+77 covar(30,16)=-2.63543e+79 covar(30,17)=-1.20952e+79 covar(30,18)=2.14393e+82 covar(30,19)=-9.77846e+83 covar(30,20)=4.15849e+84 covar(30,21)=-2.38557e+86 covar(30,22)=-2.19306e+88 covar(30,23)=-2.57602e+90 covar(30,24)=-3.165e+91 covar(30,25)=1.409e+93 covar(30,26)=7.32579e+94 covar(30,27)=7.63352e+95 covar(30,28)=-3.61063e+97 covar(30,29)=-4.05327e+99 covar(30,30)=1.234e+101 covar(30,31)=-1.8593e+102 covar(30,32)=-6.55885e+103 covar(30,33)=-3.06356e+104 covar(30,34)=-1.11709e+107 covar(30,35)=1.54972e+109 covar(30,36)=-1.34544e+110 covar(30,37)=-6.14458e+111 covar(30,38)=3.62299e+113 covar(30,39)=1.8806e+114 covar(30,40)=-2.01473e+116 covar(31,0)=5.19778e+55 covar(31,1)=5.87135e+57 covar(31,2)=-4.09825e+58 covar(31,3)=-1.44901e+61 covar(31,4)=-2.68563e+62 covar(31,5)=4.46779e+63 covar(31,6)=-6.8213e+64 covar(31,7)=-1.30114e+67 covar(31,8)=3.64321e+68 covar(31,9)=-4.75301e+69 covar(31,10)=3.8577e+71 covar(31,11)=-3.90289e+72 covar(31,12)=5.45409e+73 covar(31,13)=1.59795e+76 covar(31,14)=-1.11475e+75 covar(31,15)=1.22515e+79 covar(31,16)=5.54652e+80 covar(31,17)=8.88726e+81 covar(31,18)=-1.71938e+84 covar(31,19)=-6.56494e+84 covar(31,20)=-3.02967e+86 covar(31,21)=3.51961e+88 covar(31,22)=4.40696e+89 covar(31,23)=8.94033e+91 covar(31,24)=1.34257e+93 covar(31,25)=-3.75e+94 covar(31,26)=-1.17955e+96 covar(31,27)=-5.17732e+97 covar(31,28)=9.50545e+98 covar(31,29)=6.31154e+100 covar(31,30)=-1.8593e+102 covar(31,31)=1.05323e+104 covar(31,32)=2.177e+105 covar(31,33)=-7.1465e+106 covar(31,34)=1.88232e+107 covar(31,35)=-3.84987e+110 covar(31,36)=2.75532e+111 covar(31,37)=1.73186e+113 covar(31,38)=-6.49355e+114 covar(31,39)=-1.23635e+115 covar(31,40)=1.63921e+117 covar(32,0)=1.74897e+57 covar(32,1)=2.40377e+59 covar(32,2)=-2.51892e+59 covar(32,3)=-5.21501e+62 covar(32,4)=-1.10646e+64 covar(32,5)=3.06161e+64 covar(32,6)=-1.26835e+66 covar(32,7)=-5.80245e+68 covar(32,8)=5.21263e+69 covar(32,9)=-2.94145e+71 covar(32,10)=1.43274e+73 covar(32,11)=-1.8461e+73 covar(32,12)=-8.02323e+75 covar(32,13)=2.88377e+77 covar(32,14)=2.18774e+79 covar(32,15)=8.62849e+80 covar(32,16)=1.88632e+82 covar(32,17)=-3.34421e+83 covar(32,18)=-5.70524e+85 covar(32,19)=1.75234e+87 covar(32,20)=2.926e+88 covar(32,21)=5.92718e+89 covar(32,22)=-1.15767e+90 covar(32,23)=2.03415e+93 covar(32,24)=5.56398e+94 covar(32,25)=6.36058e+95 covar(32,26)=-4.84798e+96 covar(32,27)=-6.97743e+98 covar(32,28)=4.63875e+100 covar(32,29)=6.68755e+100 covar(32,30)=-6.55885e+103 covar(32,31)=2.177e+105 covar(32,32)=5.76636e+106 covar(32,33)=-1.95554e+108 covar(32,34)=-7.19739e+109 covar(32,35)=-1.0706e+112 covar(32,36)=9.22864e+112 covar(32,37)=5.77977e+114 covar(32,38)=-4.12154e+116 covar(32,39)=-2.75132e+117 covar(32,40)=6.16186e+118 covar(33,0)=-8.16604e+58 covar(33,1)=-2.01724e+60 covar(33,2)=1.56801e+62 covar(33,3)=4.42596e+63 covar(33,4)=1.51448e+65 covar(33,5)=-2.04587e+66 covar(33,6)=4.40236e+67 covar(33,7)=6.35686e+69 covar(33,8)=4.74269e+70 covar(33,9)=1.10511e+73 covar(33,10)=-6.20098e+74 covar(33,11)=-8.11632e+75 covar(33,12)=-5.14916e+77 covar(33,13)=-1.21679e+79 covar(33,14)=-1.39567e+80 covar(33,15)=-4.07209e+81 covar(33,16)=-4.18377e+83 covar(33,17)=-2.39578e+85 covar(33,18)=2.45018e+87 covar(33,19)=1.9676e+88 covar(33,20)=1.93413e+89 covar(33,21)=4.46277e+90 covar(33,22)=9.16051e+92 covar(33,23)=-3.66264e+94 covar(33,24)=-6.6642e+95 covar(33,25)=-2.99546e+96 covar(33,26)=2.41096e+98 covar(33,27)=2.04101e+100 covar(33,28)=-2.66242e+101 covar(33,29)=-2.84735e+103 covar(33,30)=-3.06356e+104 covar(33,31)=-7.1465e+106 covar(33,32)=-1.95554e+108 covar(33,33)=1.02882e+110 covar(33,34)=2.83891e+111 covar(33,35)=1.12611e+113 covar(33,36)=-3.90503e+114 covar(33,37)=-1.76492e+115 covar(33,38)=-3.47724e+117 covar(33,39)=-5.41665e+117 covar(33,40)=1.08635e+120 covar(34,0)=2.21383e+60 covar(34,1)=2.4519e+62 covar(34,2)=-3.03129e+63 covar(34,3)=-4.41029e+65 covar(34,4)=-7.77682e+66 covar(34,5)=-3.96545e+68 covar(34,6)=1.87334e+69 covar(34,7)=-3.14947e+71 covar(34,8)=6.46387e+72 covar(34,9)=3.3513e+74 covar(34,10)=7.1673e+75 covar(34,11)=2.95154e+76 covar(34,12)=-1.7148e+79 covar(34,13)=3.92496e+80 covar(34,14)=2.18726e+82 covar(34,15)=-7.73094e+83 covar(34,16)=-1.84781e+84 covar(34,17)=-3.47257e+86 covar(34,18)=9.85873e+87 covar(34,19)=8.63284e+89 covar(34,20)=2.40825e+91 covar(34,21)=3.95058e+92 covar(34,22)=6.74468e+94 covar(34,23)=8.57223e+95 covar(34,24)=1.25254e+97 covar(34,25)=-1.03164e+99 covar(34,26)=-2.07983e+100 covar(34,27)=8.91706e+101 covar(34,28)=-2.00179e+101 covar(34,29)=3.75625e+105 covar(34,30)=-1.11709e+107 covar(34,31)=1.88232e+107 covar(34,32)=-7.19739e+109 covar(34,33)=2.83891e+111 covar(34,34)=-2.45294e+112 covar(34,35)=-9.63461e+114 covar(34,36)=-1.2816e+116 covar(34,37)=7.14203e+117 covar(34,38)=-2.19994e+119 covar(34,39)=1.48035e+120 covar(34,40)=3.88699e+122 covar(35,0)=-7.75694e+61 covar(35,1)=-2.57268e+64 covar(35,2)=-2.11375e+65 covar(35,3)=6.03673e+67 covar(35,4)=1.03806e+69 covar(35,5)=-1.0881e+69 covar(35,6)=4.04184e+71 covar(35,7)=3.74219e+73 covar(35,8)=-1.60625e+75 covar(35,9)=1.2936e+76 covar(35,10)=-1.05364e+77 covar(35,11)=-2.02228e+79 covar(35,12)=1.02669e+81 covar(35,13)=-2.15044e+82 covar(35,14)=-4.15829e+83 covar(35,15)=-4.28081e+85 covar(35,16)=-1.55821e+87 covar(35,17)=2.54118e+88 covar(35,18)=1.15939e+90 covar(35,19)=-1.01196e+92 covar(35,20)=-2.11927e+92 covar(35,21)=-2.11581e+94 covar(35,22)=-2.98286e+96 covar(35,23)=-3.01521e+98 covar(35,24)=-5.59581e+99 covar(35,25)=1.34539e+101 covar(35,26)=6.75873e+102 covar(35,27)=1.24369e+104 covar(35,28)=-1.94958e+105 covar(35,29)=-3.16148e+107 covar(35,30)=1.54972e+109 covar(35,31)=-3.84987e+110 covar(35,32)=-1.0706e+112 covar(35,33)=1.12611e+113 covar(35,34)=-9.63461e+114 covar(35,35)=1.28815e+117 covar(35,36)=-6.74922e+117 covar(35,37)=-4.63191e+119 covar(35,38)=2.9287e+121 covar(35,39)=2.3457e+122 covar(35,40)=-3.50878e+123 covar(36,0)=8.11791e+63 covar(36,1)=1.32496e+65 covar(36,2)=-1.39523e+67 covar(36,3)=-4.04882e+68 covar(36,4)=-1.87237e+70 covar(36,5)=3.88667e+71 covar(36,6)=-3.70935e+72 covar(36,7)=-3.001e+74 covar(36,8)=2.77921e+75 covar(36,9)=-4.76637e+77 covar(36,10)=3.1996e+79 covar(36,11)=3.53356e+80 covar(36,12)=6.43413e+81 covar(36,13)=8.77104e+83 covar(36,14)=3.32785e+85 covar(36,15)=1.9142e+86 covar(36,16)=3.23337e+88 covar(36,17)=1.22007e+90 covar(36,18)=-9.81869e+91 covar(36,19)=-1.9405e+92 covar(36,20)=1.0075e+94 covar(36,21)=-2.0898e+95 covar(36,22)=-9.06182e+97 covar(36,23)=2.44415e+99 covar(36,24)=9.4315e+100 covar(36,25)=-1.75514e+102 covar(36,26)=3.2891e+103 covar(36,27)=-2.2155e+105 covar(36,28)=-2.70442e+104 covar(36,29)=2.73907e+108 covar(36,30)=-1.34544e+110 covar(36,31)=2.75532e+111 covar(36,32)=9.22864e+112 covar(36,33)=-3.90503e+114 covar(36,34)=-1.2816e+116 covar(36,35)=-6.74922e+117 covar(36,36)=9.91108e+118 covar(36,37)=-5.32014e+119 covar(36,38)=-2.61526e+121 covar(36,39)=-4.90083e+123 covar(36,40)=3.23068e+125 covar(37,0)=-7.91089e+64 covar(37,1)=3.53542e+66 covar(37,2)=2.82166e+68 covar(37,3)=-6.85933e+69 covar(37,4)=-1.63124e+71 covar(37,5)=-3.15657e+72 covar(37,6)=-1.87974e+74 covar(37,7)=-9.94386e+75 covar(37,8)=4.76709e+77 covar(37,9)=1.56823e+78 covar(37,10)=-2.74241e+80 covar(37,11)=1.00343e+82 covar(37,12)=-4.98631e+83 covar(37,13)=5.76509e+84 covar(37,14)=4.27718e+86 covar(37,15)=-3.26808e+87 covar(37,16)=-6.59987e+89 covar(37,17)=-2.17093e+91 covar(37,18)=1.83369e+93 covar(37,19)=-1.11986e+93 covar(37,20)=-1.29892e+96 covar(37,21)=1.35895e+97 covar(37,22)=5.93715e+99 covar(37,23)=1.25526e+101 covar(37,24)=2.28732e+102 covar(37,25)=-5.04288e+103 covar(37,26)=-6.34271e+105 covar(37,27)=-6.67933e+106 covar(37,28)=-8.78312e+107 covar(37,29)=7.32908e+109 covar(37,30)=-6.14458e+111 covar(37,31)=1.73186e+113 covar(37,32)=5.77977e+114 covar(37,33)=-1.76492e+115 covar(37,34)=7.14203e+117 covar(37,35)=-4.63191e+119 covar(37,36)=-5.32014e+119 covar(37,37)=8.04161e+121 covar(37,38)=-1.86156e+124 covar(37,39)=6.50566e+124 covar(37,40)=-3.98605e+126 covar(38,0)=-2.67823e+66 covar(38,1)=-6.55448e+68 covar(38,2)=-7.01283e+69 covar(38,3)=1.41384e+72 covar(38,4)=3.29375e+73 covar(38,5)=3.59566e+74 covar(38,6)=1.16322e+76 covar(38,7)=6.95382e+77 covar(38,8)=-3.03754e+79 covar(38,9)=4.11195e+80 covar(38,10)=1.20469e+81 covar(38,11)=-8.85571e+83 covar(38,12)=3.06241e+85 covar(38,13)=-1.49335e+86 covar(38,14)=-3.28302e+88 covar(38,15)=-3.0558e+88 covar(38,16)=-4.4606e+91 covar(38,17)=1.17672e+93 covar(38,18)=8.11619e+93 covar(38,19)=-2.84075e+96 covar(38,20)=1.11316e+97 covar(38,21)=-6.44388e+98 covar(38,22)=-9.7672e+100 covar(38,23)=-6.91784e+102 covar(38,24)=-1.44015e+104 covar(38,25)=2.55722e+105 covar(38,26)=7.31361e+106 covar(38,27)=1.87304e+108 covar(38,28)=-5.25708e+109 covar(38,29)=-4.29263e+111 covar(38,30)=3.62299e+113 covar(38,31)=-6.49355e+114 covar(38,32)=-4.12154e+116 covar(38,33)=-3.47724e+117 covar(38,34)=-2.19994e+119 covar(38,35)=2.9287e+121 covar(38,36)=-2.61526e+121 covar(38,37)=-1.86156e+124 covar(38,38)=9.37294e+125 covar(38,39)=1.76577e+126 covar(38,40)=8.23637e+127 covar(39,0)=-1.77379e+68 covar(39,1)=-2.07756e+67 covar(39,2)=3.15217e+71 covar(39,3)=3.96085e+72 covar(39,4)=4.65938e+74 covar(39,5)=-8.99633e+75 covar(39,6)=-7.19552e+76 covar(39,7)=-4.10168e+78 covar(39,8)=-1.64183e+80 covar(39,9)=-3.12024e+81 covar(39,10)=-6.11541e+83 covar(39,11)=-1.44436e+84 covar(39,12)=-1.67237e+86 covar(39,13)=-2.58276e+88 covar(39,14)=-3.20174e+89 covar(39,15)=-5.19028e+89 covar(39,16)=-1.06007e+93 covar(39,17)=-6.43697e+93 covar(39,18)=2.16919e+96 covar(39,19)=6.13189e+97 covar(39,20)=1.37713e+99 covar(39,21)=-1.40861e+100 covar(39,22)=6.62073e+100 covar(39,23)=-1.16271e+104 covar(39,24)=-1.10186e+105 covar(39,25)=1.13339e+107 covar(39,26)=1.62246e+108 covar(39,27)=9.4187e+109 covar(39,28)=-8.92477e+110 covar(39,29)=-6.93782e+111 covar(39,30)=1.8806e+114 covar(39,31)=-1.23635e+115 covar(39,32)=-2.75132e+117 covar(39,33)=-5.41665e+117 covar(39,34)=1.48035e+120 covar(39,35)=2.3457e+122 covar(39,36)=-4.90083e+123 covar(39,37)=6.50566e+124 covar(39,38)=1.76577e+126 covar(39,39)=-2.68799e+128 covar(39,40)=-6.44451e+129 covar(40,0)=-6.2536e+69 covar(40,1)=4.46426e+69 covar(40,2)=1.81959e+73 covar(40,3)=-1.30396e+74 covar(40,4)=-5.00416e+75 covar(40,5)=2.33594e+77 covar(40,6)=-6.24183e+78 covar(40,7)=1.34193e+80 covar(40,8)=1.92108e+82 covar(40,9)=-1.60476e+83 covar(40,10)=-1.25531e+85 covar(40,11)=7.18424e+85 covar(40,12)=-1.91693e+87 covar(40,13)=-2.3519e+89 covar(40,14)=-3.05425e+91 covar(40,15)=4.69205e+91 covar(40,16)=-5.28376e+93 covar(40,17)=-3.81346e+95 covar(40,18)=3.99904e+97 covar(40,19)=2.3668e+98 covar(40,20)=1.15932e+100 covar(40,21)=4.64756e+101 covar(40,22)=-2.44085e+103 covar(40,23)=2.46588e+105 covar(40,24)=-6.52028e+106 covar(40,25)=-1.22583e+107 covar(40,26)=-1.65512e+109 covar(40,27)=-1.37939e+111 covar(40,28)=-4.1704e+112 covar(40,29)=4.23053e+113 covar(40,30)=-2.01473e+116 covar(40,31)=1.63921e+117 covar(40,32)=6.16186e+118 covar(40,33)=1.08635e+120 covar(40,34)=3.88699e+122 covar(40,35)=-3.50878e+123 covar(40,36)=3.23068e+125 covar(40,37)=-3.98605e+126 covar(40,38)=8.23637e+127 covar(40,39)=-6.44451e+129 covar(40,40)=-5.41144e+131
2023-11-04 07:21:13	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2023-11-04 07:21:13	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2023-11-04 07:21:13	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:12.747245 End time: 2023-11-04 07:21:13.336787
2023-11-04 07:21:13	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:13	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:13	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:13	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:13	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout2.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:13	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:13	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:13	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:13	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:14	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:14	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:14	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:14	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.500054 +/- 0.000251037 (SNR = 1991.95, N = 20)
2023-11-04 07:21:14	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500071 +/- 0.000190758 (SNR = 2621.5, N = 20)
2023-11-04 07:21:14	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000204506 (SNR = 2444.94, N = 20)
2023-11-04 07:21:14	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.50001 +/- 0.000260976 (SNR = 1915.92, N = 20)
2023-11-04 07:21:14	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500036 +/- 7.76775e-06 (freq=92.0961 GHz) spidx: a_1 (spectral index) =-0.00101441 +/- 0.000288045 covariance matrix for the fit:  covar(0,0)=4.89389e-08 covar(0,1)=1.08239e-07 covar(1,0)=1.08239e-07 covar(1,1)=8.92109e-05
2023-11-04 07:21:14	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2023-11-04 07:21:14	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2023-11-04 07:21:14	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:13.346104 End time: 2023-11-04 07:21:13.914875
2023-11-04 07:21:14	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:14	INFO	fluxscale::::casa	##########################################
/home/casatest/casa6/casatasks/tests/casashell_tests/test_task_fluxscale_casashell.py:286: DeprecationWarning: elementwise comparison failed; this will raise an error in the future.
  self.assertFalse(np.all(res1['1']['spidx'] == res2['1']['spidx']))
.2023-11-04 07:21:14	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:14	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:14	INFO	fluxscale::::casa	fluxscale( vis='ngc5921.ms', caltable='ngc5921.ref1a.gcal', fluxtable='ngc5921.ms.thres.fcal', reference=['1331*'], transfer=['1445*'], listfile='', append=False, refspwmap=[-1], gainthreshold=0.05, antenna='', timerange='', scan='', incremental=True, fitorder=1, display=False )
2023-11-04 07:21:14	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:14	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2023-11-04 07:21:14	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:14	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:14	INFO	fluxscale::::	Generating an incremental caltable
2023-11-04 07:21:14	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2023-11-04 07:21:14	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2023-11-04 07:21:14	INFO	fluxscale::::	 Applying gain threshold=0.05
2023-11-04 07:21:14	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA05(id=4): 100 % of 2 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA07(id=6): 50 % of 2 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA08(id=7): 50 % of 2 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA12(id=11): 100 % of 2 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA20(id=19): 50 % of 2 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA21(id=20): 50 % of 2 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA26(id=25): 100 % of 2 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA05(id=4): 100 % of 8 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA07(id=6): 50 % of 8 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA08(id=7): 50 % of 8 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA12(id=11): 100 % of 8 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA20(id=19): 50 % of 8 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA21(id=20): 50 % of 8 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA26(id=25): 100 % of 8 solution(s) will be excluded
2023-11-04 07:21:14	INFO	fluxscale::::	 Flux density for 1445+09900002_0 in SpW=0 (freq=1.41267e+09 Hz) is: 0.168242 +/- 0.000619149 (SNR = 271.731, N = 44)
2023-11-04 07:21:14	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2023-11-04 07:21:14	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:14	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:14	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:14	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:14	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:14	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:14	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:14	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43799   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:14	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:14	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:14	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:14	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:14	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.thres.fcal
2023-11-04 07:21:14	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.thres.fcal
2023-11-04 07:21:14	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:14.102501 End time: 2023-11-04 07:21:14.344369
2023-11-04 07:21:14	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:14	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:15	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:15	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:15	INFO	fluxscale::::casa	fluxscale( vis='ngc5921.ms', caltable='ngc5921.ref1a.gcal', fluxtable='ngc5921.ms.inc.fcal', reference=['1331*'], transfer=['1445*'], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=True, fitorder=1, display=False )
2023-11-04 07:21:15	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:15	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2023-11-04 07:21:15	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:15	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:15	INFO	fluxscale::::	Generating an incremental caltable
2023-11-04 07:21:15	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2023-11-04 07:21:15	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2023-11-04 07:21:15	INFO	fluxscale::::	 Flux density for 1445+09900002_0 in SpW=0 (freq=1.41267e+09 Hz) is: 0.168258 +/- 0.000555736 (SNR = 302.765, N = 54)
2023-11-04 07:21:15	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2023-11-04 07:21:15	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:15	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:15	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:15	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:15	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:15	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:15	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:15	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43788   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:15	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:15	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:15	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:15	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:15	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.inc.fcal
2023-11-04 07:21:15	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.inc.fcal
2023-11-04 07:21:15	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:14.535361 End time: 2023-11-04 07:21:14.807664
2023-11-04 07:21:15	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:15	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:15	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:15	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:15	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout.cal', reference=['0'], transfer=[], listfile='listtext.txt', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:15	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:15	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:15	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:15	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:15	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:15	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:15	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:15	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.500054 +/- 0.000251037 (SNR = 1991.95, N = 20)
2023-11-04 07:21:15	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500071 +/- 0.000190758 (SNR = 2621.5, N = 20)
2023-11-04 07:21:15	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000204506 (SNR = 2444.94, N = 20)
2023-11-04 07:21:15	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.50001 +/- 0.000260976 (SNR = 1915.92, N = 20)
2023-11-04 07:21:15	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500036 +/- 7.76775e-06 (freq=92.0961 GHz) spidx: a_1 (spectral index) =-0.00101441 +/- 0.000288045 covariance matrix for the fit:  covar(0,0)=4.89389e-08 covar(0,1)=1.08239e-07 covar(1,0)=1.08239e-07 covar(1,1)=8.92109e-05
2023-11-04 07:21:15	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2023-11-04 07:21:15	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2023-11-04 07:21:16	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:14.999151 End time: 2023-11-04 07:21:15.545088
2023-11-04 07:21:16	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:16	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:16	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:16	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:16	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:16	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:16	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:16	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:16	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:16	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:16	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:16	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:16	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.500054 +/- 0.000251037 (SNR = 1991.95, N = 20)
2023-11-04 07:21:16	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500071 +/- 0.000190758 (SNR = 2621.5, N = 20)
2023-11-04 07:21:16	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000204506 (SNR = 2444.94, N = 20)
2023-11-04 07:21:16	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.50001 +/- 0.000260976 (SNR = 1915.92, N = 20)
2023-11-04 07:21:16	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500036 +/- 7.76775e-06 (freq=92.0961 GHz) spidx: a_1 (spectral index) =-0.00101441 +/- 0.000288045 covariance matrix for the fit:  covar(0,0)=4.89389e-08 covar(0,1)=1.08239e-07 covar(1,0)=1.08239e-07 covar(1,1)=8.92109e-05
2023-11-04 07:21:16	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2023-11-04 07:21:16	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2023-11-04 07:21:16	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:15.748498 End time: 2023-11-04 07:21:16.266989
2023-11-04 07:21:16	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:16	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:16	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:16	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:16	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout2.cal', reference=['1'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:16	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:16	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:16	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:16	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:16	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:16	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:16	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:17	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 1.99978 +/- 0.000501887 (SNR = 3984.53, N = 20)
2023-11-04 07:21:17	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 1.99972 +/- 0.000381318 (SNR = 5244.22, N = 20)
2023-11-04 07:21:17	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 1.99998 +/- 0.000408962 (SNR = 4890.38, N = 20)
2023-11-04 07:21:17	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 1.99996 +/- 0.000521532 (SNR = 3834.78, N = 20)
2023-11-04 07:21:17	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 1.99985 +/- 3.10673e-05 (freq=92.0961 GHz) spidx: a_1 (spectral index) =0.00101425 +/- 0.000288039 covariance matrix for the fit:  covar(0,0)=1.22277e-08 covar(0,1)=2.69339e-08 covar(1,0)=2.69339e-08 covar(1,1)=2.22879e-05
2023-11-04 07:21:17	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2023-11-04 07:21:17	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2023-11-04 07:21:17	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:16.273163 End time: 2023-11-04 07:21:16.788486
2023-11-04 07:21:17	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:17	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:17	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:17	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:17	INFO	fluxscale::::casa	fluxscale( vis='ngc5921.ms', caltable='ngc5921.ref1a.gcal', fluxtable='ngc5921.ms.test1.7.fcal', reference=['1331*'], transfer=['1445*,1331*'], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=True, fitorder=1, display=False )
2023-11-04 07:21:17	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:17	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2023-11-04 07:21:17	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:17	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:17	INFO	fluxscale::::	Generating an incremental caltable
2023-11-04 07:21:17	INFO	fluxscale::::	The reference field, 1331+30500002_0 , is also listed in the transfer fields.  It will be ignored for further scaling process.
2023-11-04 07:21:17	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2023-11-04 07:21:17	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2023-11-04 07:21:17	INFO	fluxscale::::	 Flux density for 1445+09900002_0 in SpW=0 (freq=1.41267e+09 Hz) is: 0.168258 +/- 0.000555736 (SNR = 302.765, N = 54)
2023-11-04 07:21:17	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2023-11-04 07:21:17	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:17	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:17	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:17	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:17	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:17	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:17	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:17	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43788   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:17	INFO	fluxscale::::	Generating 'G Cal' corrections.
2023-11-04 07:21:17	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2023-11-04 07:21:17	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2023-11-04 07:21:17	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2023-11-04 07:21:17	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.test1.7.fcal
2023-11-04 07:21:17	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.test1.7.fcal
2023-11-04 07:21:17	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:17.007624 End time: 2023-11-04 07:21:17.218759
2023-11-04 07:21:17	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:17	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:17	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:17	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:17	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[1, 1, 1, 1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:17	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:17	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:17	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:17	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:18	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:18	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:18	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:18	INFO	fluxscale::::	 Spw=0 will be referenced to spw=1
2023-11-04 07:21:18	INFO	fluxscale::::	 Spw=2 will be referenced to spw=1
2023-11-04 07:21:18	INFO	fluxscale::::	 Spw=3 will be referenced to spw=1
2023-11-04 07:21:18	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) (ref SpW=1) is: 0.500289 +/- 0.000200713 (SNR = 2492.56, N = 20)
2023-11-04 07:21:18	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500071 +/- 0.000190758 (SNR = 2621.5, N = 20)
2023-11-04 07:21:18	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) (ref SpW=1) is: 0.500374 +/- 0.000194576 (SNR = 2571.61, N = 20)
2023-11-04 07:21:18	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) (ref SpW=1) is: 0.500097 +/- 0.00022567 (SNR = 2216.06, N = 20)
2023-11-04 07:21:18	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500214 +/- 9.0855e-05 (freq=92.0961 GHz) spidx: a_1 (spectral index) =0.000637134 +/- 0.00326606 covariance matrix for the fit:  covar(0,0)=4.08366e-08 covar(0,1)=1.18753e-07 covar(1,0)=1.18753e-07 covar(1,1)=7.00075e-05
2023-11-04 07:21:18	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2023-11-04 07:21:18	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2023-11-04 07:21:18	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:17.422473 End time: 2023-11-04 07:21:17.927529
2023-11-04 07:21:18	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:18	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:18	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:18	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:18	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout2.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[2, 2, 2, 2], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:18	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:18	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:18	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:18	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:18	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:18	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:18	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:18	INFO	fluxscale::::	 Spw=0 will be referenced to spw=2
2023-11-04 07:21:18	INFO	fluxscale::::	 Spw=1 will be referenced to spw=2
2023-11-04 07:21:18	INFO	fluxscale::::	 Spw=3 will be referenced to spw=2
2023-11-04 07:21:18	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) (ref SpW=2) is: 0.500163 +/- 0.000226453 (SNR = 2208.68, N = 20)
2023-11-04 07:21:18	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) (ref SpW=2) is: 0.49996 +/- 0.000247421 (SNR = 2020.69, N = 20)
2023-11-04 07:21:18	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000204506 (SNR = 2444.94, N = 20)
2023-11-04 07:21:18	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) (ref SpW=2) is: 0.499981 +/- 0.000225667 (SNR = 2215.57, N = 20)
2023-11-04 07:21:18	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500033 +/- 4.42078e-05 (freq=92.0961 GHz) spidx: a_1 (spectral index) =-0.00166637 +/- 0.00156599 covariance matrix for the fit:  covar(0,0)=5.06974e-08 covar(0,1)=-1.62802e-07 covar(1,0)=-1.62802e-07 covar(1,1)=8.43328e-05
2023-11-04 07:21:18	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2023-11-04 07:21:18	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2023-11-04 07:21:18	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:17.931406 End time: 2023-11-04 07:21:18.492447
2023-11-04 07:21:18	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:18	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:19	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:19	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:19	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='0~4', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:19	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:19	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:19	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:19	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:19	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:19	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:19	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:19	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.500281 +/- 0.000604162 (SNR = 828.057, N = 20)
2023-11-04 07:21:19	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.499956 +/- 0.000348049 (SNR = 1436.45, N = 20)
2023-11-04 07:21:19	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500588 +/- 0.000432882 (SNR = 1156.41, N = 20)
2023-11-04 07:21:19	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.500337 +/- 0.000434402 (SNR = 1151.78, N = 20)
2023-11-04 07:21:19	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.50024 +/- 0.000119269 (freq=92.0961 GHz) spidx: a_1 (spectral index) =0.0069243 +/- 0.00443392 covariance matrix for the fit:  covar(0,0)=1.8496e-07 covar(0,1)=-2.71701e-07 covar(1,0)=-2.71701e-07 covar(1,1)=0.000339146
2023-11-04 07:21:19	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2023-11-04 07:21:19	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2023-11-04 07:21:19	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:18.727922 End time: 2023-11-04 07:21:19.165145
2023-11-04 07:21:19	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:19	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:19	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:19	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:19	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout2.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:19	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:19	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:19	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:19	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:19	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:19	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:19	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:20	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.500054 +/- 0.000251037 (SNR = 1991.95, N = 20)
2023-11-04 07:21:20	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500071 +/- 0.000190758 (SNR = 2621.5, N = 20)
2023-11-04 07:21:20	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000204506 (SNR = 2444.94, N = 20)
2023-11-04 07:21:20	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.50001 +/- 0.000260976 (SNR = 1915.92, N = 20)
2023-11-04 07:21:20	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500036 +/- 7.76775e-06 (freq=92.0961 GHz) spidx: a_1 (spectral index) =-0.00101441 +/- 0.000288045 covariance matrix for the fit:  covar(0,0)=4.89389e-08 covar(0,1)=1.08239e-07 covar(1,0)=1.08239e-07 covar(1,1)=8.92109e-05
2023-11-04 07:21:20	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2023-11-04 07:21:20	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2023-11-04 07:21:20	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:19.173178 End time: 2023-11-04 07:21:19.733147
2023-11-04 07:21:20	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:20	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:20	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:20	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:20	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='04:33:23~05:35:17', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:20	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:20	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:20	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:20	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:20	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:20	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:20	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:20	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.499977 +/- 0.000336132 (SNR = 1487.44, N = 20)
2023-11-04 07:21:20	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500031 +/- 0.000204019 (SNR = 2450.9, N = 20)
2023-11-04 07:21:20	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.499964 +/- 0.000305867 (SNR = 1634.58, N = 20)
2023-11-04 07:21:20	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.500095 +/- 0.000264018 (SNR = 1894.17, N = 20)
2023-11-04 07:21:20	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500028 +/- 3.1037e-05 (freq=92.0961 GHz) spidx: a_1 (spectral index) =0.000670531 +/- 0.00114209 covariance matrix for the fit:  covar(0,0)=6.94601e-08 covar(0,1)=2.21945e-07 covar(1,0)=2.21945e-07 covar(1,1)=0.00012468
2023-11-04 07:21:20	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2023-11-04 07:21:20	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2023-11-04 07:21:20	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:19.964867 End time: 2023-11-04 07:21:20.414141
2023-11-04 07:21:20	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:20	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:20	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:20	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:20	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout2.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:20	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:20	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:20	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:20	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:21	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:21	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:21	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:21	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.500054 +/- 0.000251037 (SNR = 1991.95, N = 20)
2023-11-04 07:21:21	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500071 +/- 0.000190758 (SNR = 2621.5, N = 20)
2023-11-04 07:21:21	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000204506 (SNR = 2444.94, N = 20)
2023-11-04 07:21:21	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.50001 +/- 0.000260976 (SNR = 1915.92, N = 20)
2023-11-04 07:21:21	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500036 +/- 7.76775e-06 (freq=92.0961 GHz) spidx: a_1 (spectral index) =-0.00101441 +/- 0.000288045 covariance matrix for the fit:  covar(0,0)=4.89389e-08 covar(0,1)=1.08239e-07 covar(1,0)=1.08239e-07 covar(1,1)=8.92109e-05
2023-11-04 07:21:21	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2023-11-04 07:21:21	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2023-11-04 07:21:21	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:20.421373 End time: 2023-11-04 07:21:20.999363
2023-11-04 07:21:21	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:21	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:21	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:21	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:21	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData2.ms', caltable='nepModel.G0', fluxtable='fluxout.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:21	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:21	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData2.ms for calibration.
2023-11-04 07:21:21	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:21	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:21	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:21	INFO	fluxscale::::	 Found reference field(s): J0006-0623
2023-11-04 07:21:21	INFO	fluxscale::::	 Found transfer field(s):  Pallas J2246-1206 Neptune
2023-11-04 07:21:21	INFO	fluxscale::::	 Flux density for Pallas in SpW=0 (freq=3.41544e+11 Hz) is: 0.271041 +/- 0.00836577 (SNR = 32.3988, N = 46)
2023-11-04 07:21:21	INFO	fluxscale::::	 Flux density for J2246-1206 in SpW=0 (freq=3.41544e+11 Hz) is: 0.314438 +/- 0.00722509 (SNR = 43.5202, N = 46)
2023-11-04 07:21:21	INFO	fluxscale::::	 Flux density for Neptune in SpW=0 (freq=3.41544e+11 Hz) is: 10.7891 +/- 0.612583 (SNR = 17.6125, N = 21)
2023-11-04 07:21:21	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2023-11-04 07:21:21	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2023-11-04 07:21:22	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:21.242100 End time: 2023-11-04 07:21:21.567814
2023-11-04 07:21:22	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:22	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:22	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:22	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:22	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData2.ms', caltable='nepModel.G0', fluxtable='fluxout2.cal', reference=['0'], transfer=['4'], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:22	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:22	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData2.ms for calibration.
2023-11-04 07:21:22	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:22	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:22	INFO	fluxscale::::	 Found reference field(s): J0006-0623
2023-11-04 07:21:22	INFO	fluxscale::::	 Found transfer field(s):  Neptune
2023-11-04 07:21:22	INFO	fluxscale::::	 Flux density for Neptune in SpW=0 (freq=3.41544e+11 Hz) is: 10.7891 +/- 0.612583 (SNR = 17.6125, N = 21)
2023-11-04 07:21:22	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2023-11-04 07:21:22	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2023-11-04 07:21:22	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:21.575147 End time: 2023-11-04 07:21:21.848042
2023-11-04 07:21:22	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:22	INFO	fluxscale::::casa	##########################################
.2023-11-04 07:21:22	INFO	fluxscale::::casa	##########################################
2023-11-04 07:21:22	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2023-11-04 07:21:22	INFO	fluxscale::::casa	fluxscale( vis='fluxScaleData.ms', caltable='ModelGcal.G0', fluxtable='fluxout.cal', reference=['0'], transfer=[], listfile='', append=False, refspwmap=[-1], gainthreshold=-1.0, antenna='', timerange='', scan='', incremental=False, fitorder=1, display=False )
2023-11-04 07:21:22	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2023-11-04 07:21:22	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2023-11-04 07:21:22	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2023-11-04 07:21:22	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2023-11-04 07:21:22	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2023-11-04 07:21:22	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2023-11-04 07:21:22	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2023-11-04 07:21:22	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=0 (freq=8.61809e+10 Hz) is: 0.500054 +/- 0.000251037 (SNR = 1991.95, N = 20)
2023-11-04 07:21:22	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=1 (freq=8.80559e+10 Hz) is: 0.500071 +/- 0.000190758 (SNR = 2621.5, N = 20)
2023-11-04 07:21:22	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=2 (freq=9.64309e+10 Hz) is: 0.500006 +/- 0.000204506 (SNR = 2444.94, N = 20)
2023-11-04 07:21:22	INFO	fluxscale::::	 Flux density for J2255-3500 in SpW=3 (freq=9.83059e+10 Hz) is: 0.50001 +/- 0.000260976 (SNR = 1915.92, N = 20)
2023-11-04 07:21:22	INFO	fluxscale::::	 Fitted spectrum for J2255-3500 with fitorder=1: Flux density = 0.500036 +/- 7.76775e-06 (freq=92.0961 GHz) spidx: a_1 (spectral index) =-0.00101441 +/- 0.000288045 covariance matrix for the fit:  covar(0,0)=4.89389e-08 covar(0,1)=1.08239e-07 covar(1,0)=1.08239e-07 covar(1,1)=8.92109e-05
2023-11-04 07:21:22	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2023-11-04 07:21:22	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2023-11-04 07:21:23	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2023-11-04 07:21:22.079949 End time: 2023-11-04 07:21:22.636304
2023-11-04 07:21:23	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2023-11-04 07:21:23	INFO	fluxscale::::casa	##########################################
.
Using configuration file ~/.casa/config.py

Using matplotlib backend: agg
CASA 6.6.0.11a14200.dev7 -- Common Astronomy Software Applications [6.6.0.11a14200.dev7]

Testing column TIME
Column TIME PASSED

Testing column FIELD_ID
Column FIELD_ID PASSED

Testing column SPECTRAL_WINDOW_ID
Column SPECTRAL_WINDOW_ID PASSED

Testing column ANTENNA1
Column ANTENNA1 PASSED

Testing column ANTENNA2
Column ANTENNA2 PASSED

Testing column INTERVAL
Column INTERVAL PASSED

Testing column SCAN_NUMBER
Column SCAN_NUMBER PASSED

Testing column CPARAM
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Testing column PARAMERR
Column PARAMERR PASSED

Testing column FLAG
Column FLAG PASSED

Testing column SNR
Column SNR PASSED

Testing column OBSERVATION_ID
Column OBSERVATION_ID PASSED

Testing column TIME
Column TIME PASSED

Testing column FIELD_ID
Column FIELD_ID PASSED

Testing column SPECTRAL_WINDOW_ID
Column SPECTRAL_WINDOW_ID PASSED

Testing column ANTENNA1
Column ANTENNA1 PASSED

Testing column ANTENNA2
Column ANTENNA2 PASSED

Testing column INTERVAL
Column INTERVAL PASSED

Testing column SCAN_NUMBER
Column SCAN_NUMBER PASSED

Testing column OBSERVATION_ID
Column OBSERVATION_ID PASSED

Testing column CPARAM
Column CPARAM PASSED

Testing column PARAMERR
Column PARAMERR PASSED

Testing column FLAG
Column FLAG PASSED

Testing column SNR
Column SNR PASSED

Testing column TIME
Column TIME PASSED

Testing column FIELD_ID
Column FIELD_ID PASSED

Testing column SPECTRAL_WINDOW_ID
Column SPECTRAL_WINDOW_ID PASSED

Testing column ANTENNA1
Column ANTENNA1 PASSED

Testing column ANTENNA2
Column ANTENNA2 PASSED

Testing column INTERVAL
Column INTERVAL PASSED

Testing column SCAN_NUMBER
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Testing column OBSERVATION_ID
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Testing column CPARAM
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Testing column PARAMERR
Column PARAMERR PASSED

Testing column FLAG
Column FLAG PASSED

Testing column SNR
Column SNR PASSED
('diff for a_0 for field 4: diff_spidx0=', 5.43954403484929e-10)
('diff for a_3 for field 4: diff_spidx3=', -9.84382546222947e-10)

Testing column TIME
Column TIME PASSED

Testing column FIELD_ID
Column FIELD_ID PASSED

Testing column SPECTRAL_WINDOW_ID
Column SPECTRAL_WINDOW_ID PASSED

Testing column ANTENNA1
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Testing column ANTENNA2
Column ANTENNA2 PASSED

Testing column INTERVAL
Column INTERVAL PASSED

Testing column SCAN_NUMBER
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Testing column OBSERVATION_ID
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Testing column CPARAM
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Testing column PARAMERR
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Testing column FLAG
Column FLAG PASSED

Testing column SNR
Column SNR PASSED

Testing column TIME
Column TIME PASSED

Testing column FIELD_ID
Column FIELD_ID PASSED

Testing column SPECTRAL_WINDOW_ID
Column SPECTRAL_WINDOW_ID PASSED

Testing column ANTENNA1
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Testing column ANTENNA2
Column ANTENNA2 PASSED

Testing column INTERVAL
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Testing column CPARAM
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Testing column FLAG
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Testing column SNR
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----------------------------------------------------------------------
Ran 22 tests in 28.106s

OK