2025-03-15 17:55:25	INFO	::casa	Using user configuration file /home/casatest/.casa/config.py
2025-03-15 17:55:25	INFO	::casa	loaded config file : /wheeldirectory/casa-6.7.2-8-py3.12.el8/lib/py/lib/python3.12/site-packages/casaconfig/config.py
2025-03-15 17:55:25	INFO	::casa	loaded config file : /home/casatest/.casa/config.py
2025-03-15 17:55:25	INFO	::casa	
2025-03-15 17:55:25	INFO	::casa	config values
2025-03-15 17:55:25	INFO	::casa	    agg = False
2025-03-15 17:55:25	INFO	::casa	    cachedir = '/home/casatest/.casa'
2025-03-15 17:55:25	INFO	::casa	    casaconfig_verbose = 1
2025-03-15 17:55:25	INFO	::casa	    colors = 'Neutral'
2025-03-15 17:55:25	INFO	::casa	    data_auto_update = False
2025-03-15 17:55:25	INFO	::casa	    datapath = ['/opt/casa/data/master', '/opt/casa/data/casatestdata']
2025-03-15 17:55:25	INFO	::casa	    iplog = False
2025-03-15 17:55:25	INFO	::casa	    iplogfile = '/home/casatest/casa6/casatasks/tests/casashell_tests/work/test_task_fluxscale_casashell/ipython-20250315-175522.log'
2025-03-15 17:55:25	INFO	::casa	    log2term = True
2025-03-15 17:55:25	INFO	::casa	    logfile = '/home/casatest/casa6/casatasks/tests/casashell_tests/work/test_task_fluxscale_casashell/casa-20250315-175522.log'
2025-03-15 17:55:25	INFO	::casa	    measures_auto_update = False
2025-03-15 17:55:25	INFO	::casa	    measurespath = '/opt/casa/data/master'
2025-03-15 17:55:25	INFO	::casa	    nogui = False
2025-03-15 17:55:25	INFO	::casa	    nologfile = False
2025-03-15 17:55:25	INFO	::casa	    nologger = True
2025-03-15 17:55:25	INFO	::casa	    pipeline = False
2025-03-15 17:55:25	INFO	::casa	    startupfile = '/home/casatest/.casa/startup.py'
2025-03-15 17:55:25	INFO	::casa	    user_site = False
2025-03-15 17:55:25	INFO	::casa	
2025-03-15 17:55:25	INFO	::casa	casarundata version is unknown, this is probably a legacy version not installed by casaconfig
2025-03-15 17:55:25	INFO	::casa	measures version : WSRT_Measures_20211217-160001.ztar
2025-03-15 17:55:25	INFO	::casa	
2025-03-15 17:55:25	INFO	::casa	Checking Measures tables in data repository sub-directory /opt/casa/data/master/geodetic
2025-03-15 17:55:25	INFO	::casa	  IERSeop2000 (version date, last date in table (UTC)): 2025/03/10/15:15, 2025/02/08/00:00:00
2025-03-15 17:55:25	INFO	::casa	  IERSeop97 (version date, last date in table (UTC)): 2025/03/10/15:15, 2025/02/08/00:00:00
2025-03-15 17:55:25	INFO	::casa	  IERSpredict (version date, last date in table (UTC)): 2025/03/14/15:15, 2025/06/12/00:00:00
2025-03-15 17:55:25	INFO	::casa	  TAI_UTC (version date, last date in table (UTC)): 2025/03/08/15:15, 2017/01/01/00:00:00

Running tests...
----------------------------------------------------------------------

Using user configuration file /home/casatest/.casa/config.py

No event loop hook running.
Using matplotlib backend: agg
CASA 6.7.2.8 -- Common Astronomy Software Applications [6.7.2.8]
2025-03-15 17:55:26	INFO	fluxscale::::casa	##########################################
2025-03-15 17:55:26	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:55:26	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 )
2025-03-15 17:55:26	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:55:26	INFO	fluxscale::calibrater::open	Opening MS: ngc4826.ms for calibration.
2025-03-15 17:55:26	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:55:26	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:55:26	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...
2025-03-15 17:55:26	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 
2025-03-15 17:55:26	INFO	fluxscale::::	 Found reference field(s): 3C273-F0
2025-03-15 17:55:26	INFO	fluxscale::::	 Found transfer field(s):  1310+323-F0
2025-03-15 17:55:26	INFO	fluxscale::::	 Spw=1 will be referenced to spw=0
2025-03-15 17:55:26	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=0 is:  INSUFFICIENT DATA 
2025-03-15 17:55:26	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)
2025-03-15 17:55:26	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=2 is:  INSUFFICIENT DATA 
2025-03-15 17:55:26	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=3 is:  INSUFFICIENT DATA 
2025-03-15 17:55:26	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=4 is:  INSUFFICIENT DATA 
2025-03-15 17:55:26	INFO	fluxscale::::	 Flux density for 1310+323-F0 in SpW=5 is:  INSUFFICIENT DATA 
2025-03-15 17:55:26	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc4826.ms.fcal
2025-03-15 17:55:26	INFO	fluxscale::::	Writing solutions to table: ngc4826.ms.fcal
2025-03-15 17:55:28	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:55:25.520246 End time: 2025-03-15 17:55:28.390933
2025-03-15 17:55:28	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:55:28	INFO	fluxscale::::casa	##########################################

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
Column CPARAM PASSED

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
.2025-03-15 17:55:30	INFO	fluxscale::::casa	##########################################
2025-03-15 17:55:30	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:55:30	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 )
2025-03-15 17:55:30	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:55:30	INFO	fluxscale::calibrater::open	Opening MS: n2403.short.ms for calibration.
2025-03-15 17:55:30	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:55:30	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:55:30	INFO	fluxscale::::	 Found reference field(s): 0137+331 0542+498 1331+305
2025-03-15 17:55:30	INFO	fluxscale::::	 Found transfer field(s):  0841+708
2025-03-15 17:55:30	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)
2025-03-15 17:55:30	INFO	fluxscale::Calibrater::fluxscale	Storing result in n2403.short.flagFld1.fcal
2025-03-15 17:55:30	INFO	fluxscale::::	Writing solutions to table: n2403.short.flagFld1.fcal
2025-03-15 17:55:32	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:55:29.828599 End time: 2025-03-15 17:55:31.620241
2025-03-15 17:55:32	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:55:32	INFO	fluxscale::::casa	##########################################

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
.2025-03-15 17:55:32	INFO	fluxscale::::casa	##########################################
2025-03-15 17:55:32	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:55:32	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 )
2025-03-15 17:55:32	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:55:32	INFO	fluxscale::calibrater::open	Opening MS: n2403.short.ms for calibration.
2025-03-15 17:55:32	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:55:32	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:55:33	INFO	fluxscale::::	 Found reference field(s): 0137+331 0542+498 1331+305
2025-03-15 17:55:33	INFO	fluxscale::::	 Found transfer field(s):  0841+708
2025-03-15 17:55:33	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)
2025-03-15 17:55:33	INFO	fluxscale::Calibrater::fluxscale	Storing result in n2403.short.flagPartFld3.fcal
2025-03-15 17:55:33	INFO	fluxscale::::	Writing solutions to table: n2403.short.flagPartFld3.fcal
2025-03-15 17:55:38	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:55:32.160775 End time: 2025-03-15 17:55:38.117340
2025-03-15 17:55:38	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:55:38	INFO	fluxscale::::casa	##########################################

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
.2025-03-15 17:55:56	INFO	fluxscale::::casa	##########################################
2025-03-15 17:55:56	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:55:56	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 )
2025-03-15 17:55:56	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:55:56	INFO	fluxscale::calibrater::open	Opening MS: twhya.short.ms for calibration.
2025-03-15 17:55:56	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:55:56	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:55:56	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:55:56	INFO	fluxscale::::	 Found reference field(s): Titan
2025-03-15 17:55:56	INFO	fluxscale::::	 Found transfer field(s):  3c279 J1147-382=QSO J1037-295=QSO
2025-03-15 17:55:56	INFO	fluxscale::::	 Spw=2 will be referenced to spw=3
2025-03-15 17:55:56	INFO	fluxscale::::	 Flux density for 3c279 in SpW=0 (freq=3.56732e+11 Hz) is: 10.4015 +/- 0.0182349 (SNR = 570.418, N = 16)
2025-03-15 17:55:56	INFO	fluxscale::::	 Flux density for 3c279 in SpW=1 (freq=3.57969e+11 Hz) is: 10.4992 +/- 0.0261755 (SNR = 401.108, N = 16)
2025-03-15 17:55:56	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)
2025-03-15 17:55:56	INFO	fluxscale::::	 Flux density for 3c279 in SpW=3 (freq=3.43722e+11 Hz) is: 10.0641 +/- 0.0203152 (SNR = 495.395, N = 16)
2025-03-15 17:55:56	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)
2025-03-15 17:55:56	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)
2025-03-15 17:55:56	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)
2025-03-15 17:55:56	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)
2025-03-15 17:55:56	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)
2025-03-15 17:55:56	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)
2025-03-15 17:55:56	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)
2025-03-15 17:55:56	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)
2025-03-15 17:55:56	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
2025-03-15 17:55:56	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
2025-03-15 17:55:56	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
2025-03-15 17:55:56	INFO	fluxscale::Calibrater::fluxscale	Storing result in twhya.short.fittest.fcal
2025-03-15 17:55:56	INFO	fluxscale::::	Writing solutions to table: twhya.short.fittest.fcal
2025-03-15 17:56:01	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:55:55.763693 End time: 2025-03-15 17:56:01.250388
2025-03-15 17:56:01	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:01	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:56:02	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:02	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:02	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 )
2025-03-15 17:56:02	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:02	INFO	fluxscale::calibrater::open	Opening MS: twhya.short.ms for calibration.
2025-03-15 17:56:02	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:02	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:02	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:56:02	INFO	fluxscale::::	 Found reference field(s): Titan
2025-03-15 17:56:02	INFO	fluxscale::::	 Found transfer field(s):  3c279 J1147-382=QSO J1037-295=QSO
2025-03-15 17:56:02	INFO	fluxscale::::	 Spw=2 will be referenced to spw=3
2025-03-15 17:56:03	INFO	fluxscale::::	 Flux density for 3c279 in SpW=0 (freq=3.56732e+11 Hz) is: 10.4015 +/- 0.0182349 (SNR = 570.418, N = 16)
2025-03-15 17:56:03	INFO	fluxscale::::	 Flux density for 3c279 in SpW=1 (freq=3.57969e+11 Hz) is: 10.4992 +/- 0.0261755 (SNR = 401.108, N = 16)
2025-03-15 17:56:03	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)
2025-03-15 17:56:03	INFO	fluxscale::::	 Flux density for 3c279 in SpW=3 (freq=3.43722e+11 Hz) is: 10.0641 +/- 0.0203152 (SNR = 495.395, N = 16)
2025-03-15 17:56:03	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)
2025-03-15 17:56:03	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)
2025-03-15 17:56:03	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)
2025-03-15 17:56:03	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)
2025-03-15 17:56:03	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)
2025-03-15 17:56:03	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)
2025-03-15 17:56:03	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)
2025-03-15 17:56:03	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)
2025-03-15 17:56:03	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
2025-03-15 17:56:03	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
2025-03-15 17:56:03	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
2025-03-15 17:56:03	INFO	fluxscale::Calibrater::fluxscale	Storing result in twhya.short.fittest.fcal
2025-03-15 17:56:03	INFO	fluxscale::::	Writing solutions to table: twhya.short.fittest.fcal
2025-03-15 17:56:10	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:02.187653 End time: 2025-03-15 17:56:09.982263
2025-03-15 17:56:10	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:10	INFO	fluxscale::::casa	##########################################
('diff for a_0 for field 4: diff_spidx0=', np.float64(5.43954403484929e-10))
('diff for a_3 for field 4: diff_spidx3=', np.float64(-9.84382546222947e-10))
.2025-03-15 17:56:12	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:12	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:12	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 )
2025-03-15 17:56:12	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:12	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:56:12	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:12	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:12	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:56:12	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:56:12	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:56:12	INFO	fluxscale::::	 Selected antennas: [0, 1, 2, 3, 4, 5, 6, 7]
2025-03-15 17:56:13	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)
2025-03-15 17:56:13	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)
2025-03-15 17:56:13	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)
2025-03-15 17:56:13	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)
2025-03-15 17:56:13	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
2025-03-15 17:56:13	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2025-03-15 17:56:13	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2025-03-15 17:56:17	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:12.026085 End time: 2025-03-15 17:56:16.834431
2025-03-15 17:56:17	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:17	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:17	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:17	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:17	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 )
2025-03-15 17:56:17	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:17	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:56:17	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:17	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:17	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:56:18	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:56:18	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:56:18	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)
2025-03-15 17:56:18	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)
2025-03-15 17:56:18	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)
2025-03-15 17:56:18	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)
2025-03-15 17:56:18	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
2025-03-15 17:56:18	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2025-03-15 17:56:18	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2025-03-15 17:56:23	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:16.841886 End time: 2025-03-15 17:56:22.626842
2025-03-15 17:56:23	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:23	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:56:23	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:23	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:23	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 )
2025-03-15 17:56:23	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:23	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2025-03-15 17:56:23	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:23	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:23	INFO	fluxscale::::	Generating an incremental caltable
2025-03-15 17:56:23	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2025-03-15 17:56:23	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2025-03-15 17:56:23	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]
2025-03-15 17:56:23	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)
2025-03-15 17:56:23	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2025-03-15 17:56:23	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:56:23	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:56:23	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:56:23	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:56:23	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:56:23	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:56:23	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:56:23	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43768   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:56:23	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:56:23	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:56:23	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:56:23	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:56:23	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.antsel.fcal
2025-03-15 17:56:23	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.antsel.fcal
2025-03-15 17:56:26	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:22.819867 End time: 2025-03-15 17:56:25.922319
2025-03-15 17:56:26	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:26	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:56:26	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:26	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:26	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 )
2025-03-15 17:56:26	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:26	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2025-03-15 17:56:26	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:26	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:26	INFO	fluxscale::::	Generating an incremental caltable
2025-03-15 17:56:26	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2025-03-15 17:56:26	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2025-03-15 17:56:26	INFO	fluxscale::::	Selected data range for antenna(s): [24], scan(s):1~5
2025-03-15 17:56:26	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)
2025-03-15 17:56:26	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2025-03-15 17:56:26	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:56:26	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:56:26	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:56:26	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:56:26	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:56:26	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:56:26	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:56:26	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43788   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:56:26	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:56:26	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:56:26	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:56:26	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:56:26	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.antsel.fcal
2025-03-15 17:56:26	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.antsel.fcal
2025-03-15 17:56:29	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:26.113600 End time: 2025-03-15 17:56:28.974879
2025-03-15 17:56:29	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:29	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:56:29	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:29	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:29	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 )
2025-03-15 17:56:29	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:29	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2025-03-15 17:56:29	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:29	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:29	INFO	fluxscale::::	Generating an incremental caltable
2025-03-15 17:56:29	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2025-03-15 17:56:29	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2025-03-15 17:56:29	INFO	fluxscale::::	Selected data range for antenna(s): [24], time range:>1995/04/13/09:38:00
2025-03-15 17:56:29	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)
2025-03-15 17:56:29	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2025-03-15 17:56:29	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:56:29	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:56:29	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:56:29	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:56:29	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:56:29	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:56:29	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:56:29	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43768   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:56:29	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:56:29	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:56:29	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:56:29	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:56:29	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.antsel.fcal
2025-03-15 17:56:29	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.antsel.fcal
2025-03-15 17:56:31	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:29.148802 End time: 2025-03-15 17:56:31.385697
2025-03-15 17:56:31	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:31	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:56:32	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:32	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:32	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 )
2025-03-15 17:56:32	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:32	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2025-03-15 17:56:32	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:32	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:32	INFO	fluxscale::::	The reference field, 1331+30500002_0 , is also listed in the transfer fields.  It will be ignored for further scaling process.
2025-03-15 17:56:32	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2025-03-15 17:56:32	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2025-03-15 17:56:32	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)
2025-03-15 17:56:32	INFO	fluxscale::Calibrater::fluxscale	Appending result to ngc5921.ms.test1.8.fcal
2025-03-15 17:56:32	INFO	fluxscale::::	Appending solutions to table: ngc5921.ms.test1.8.fcal
2025-03-15 17:56:34	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:31.565717 End time: 2025-03-15 17:56:33.781453
2025-03-15 17:56:34	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:34	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:56:34	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:34	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:34	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 )
2025-03-15 17:56:34	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:34	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2025-03-15 17:56:34	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:34	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:34	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2025-03-15 17:56:34	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2025-03-15 17:56:34	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)
2025-03-15 17:56:34	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.fcal
2025-03-15 17:56:34	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.fcal
2025-03-15 17:56:36	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:33.941018 End time: 2025-03-15 17:56:36.428145
2025-03-15 17:56:36	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:36	INFO	fluxscale::::casa	##########################################

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
.2025-03-15 17:56:37	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:37	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:37	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 )
2025-03-15 17:56:37	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:37	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:56:37	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:37	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:37	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:56:37	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:56:37	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:56:37	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)
2025-03-15 17:56:37	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)
2025-03-15 17:56:37	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)
2025-03-15 17:56:37	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)
2025-03-15 17:56:37	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
2025-03-15 17:56:37	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2025-03-15 17:56:37	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2025-03-15 17:56:39	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:36.622634 End time: 2025-03-15 17:56:39.008385
2025-03-15 17:56:39	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:56:39	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:39	INFO	fluxscale::::casa	##########################################
2025-03-15 17:56:39	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:56:39	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 )
2025-03-15 17:56:39	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:56:39	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:56:39	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:56:39	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:56:39	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:56:39	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:56:39	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:56:39	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)
2025-03-15 17:56:39	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)
2025-03-15 17:56:39	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)
2025-03-15 17:56:39	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)
2025-03-15 17:56:39	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
2025-03-15 17:56:39	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2025-03-15 17:56:39	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2025-03-15 17:57:15	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:56:39.016099 End time: 2025-03-15 17:57:15.339562
2025-03-15 17:57:15	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:15	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:57:16	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:16	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:16	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 )
2025-03-15 17:57:16	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:16	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2025-03-15 17:57:16	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:16	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:16	INFO	fluxscale::::	Generating an incremental caltable
2025-03-15 17:57:16	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2025-03-15 17:57:16	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2025-03-15 17:57:16	INFO	fluxscale::::	 Applying gain threshold=0.05
2025-03-15 17:57:16	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA05(id=4): 100 % of 2 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA07(id=6): 50 % of 2 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA08(id=7): 50 % of 2 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA12(id=11): 100 % of 2 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA20(id=19): 50 % of 2 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA21(id=20): 50 % of 2 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1331+30500002_0(id=0) Antenna:VA26(id=25): 100 % of 2 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA05(id=4): 100 % of 8 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA07(id=6): 50 % of 8 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA08(id=7): 50 % of 8 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA12(id=11): 100 % of 8 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA20(id=19): 50 % of 8 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA21(id=20): 50 % of 8 solution(s) will be excluded
2025-03-15 17:57:16	INFO	fluxscale::::	  1445+09900002_0(id=1) Antenna:VA26(id=25): 100 % of 8 solution(s) will be excluded
2025-03-15 17:57:16	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)
2025-03-15 17:57:16	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2025-03-15 17:57:16	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:57:16	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:57:16	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:57:16	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:57:16	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:57:16	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:57:16	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:57:16	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43799   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:57:16	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:57:16	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:57:16	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:57:16	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:57:16	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.thres.fcal
2025-03-15 17:57:16	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.thres.fcal
2025-03-15 17:57:19	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:15.529719 End time: 2025-03-15 17:57:18.782952
2025-03-15 17:57:19	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:19	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:57:19	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:19	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:19	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 )
2025-03-15 17:57:19	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:19	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2025-03-15 17:57:19	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:19	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:19	INFO	fluxscale::::	Generating an incremental caltable
2025-03-15 17:57:19	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2025-03-15 17:57:19	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2025-03-15 17:57:19	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)
2025-03-15 17:57:19	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2025-03-15 17:57:19	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:57:19	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:57:19	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:57:19	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:57:19	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:57:19	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:57:19	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:57:19	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43788   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:57:19	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:57:19	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:57:19	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:57:19	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:57:19	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.inc.fcal
2025-03-15 17:57:19	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.inc.fcal
2025-03-15 17:57:22	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:18.975187 End time: 2025-03-15 17:57:21.817665
2025-03-15 17:57:22	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:22	INFO	fluxscale::::casa	##########################################

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
.2025-03-15 17:57:22	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:22	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:22	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 )
2025-03-15 17:57:22	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:22	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:57:22	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:22	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:22	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:57:22	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:57:22	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:57:22	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)
2025-03-15 17:57:22	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)
2025-03-15 17:57:22	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)
2025-03-15 17:57:22	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)
2025-03-15 17:57:22	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
2025-03-15 17:57:22	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2025-03-15 17:57:23	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2025-03-15 17:57:26	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:22.016206 End time: 2025-03-15 17:57:26.220148
2025-03-15 17:57:26	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:26	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:57:26	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:26	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:26	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 )
2025-03-15 17:57:26	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:26	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:57:26	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:26	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:27	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:57:27	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:57:27	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:57:27	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)
2025-03-15 17:57:27	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)
2025-03-15 17:57:27	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)
2025-03-15 17:57:27	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)
2025-03-15 17:57:27	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
2025-03-15 17:57:27	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2025-03-15 17:57:27	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2025-03-15 17:57:31	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:26.403806 End time: 2025-03-15 17:57:30.764911
2025-03-15 17:57:31	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:31	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:31	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:31	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:31	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 )
2025-03-15 17:57:31	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:31	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:57:31	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:31	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:31	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:57:31	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:57:31	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:57:31	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)
2025-03-15 17:57:31	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)
2025-03-15 17:57:31	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)
2025-03-15 17:57:31	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)
2025-03-15 17:57:31	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
2025-03-15 17:57:31	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2025-03-15 17:57:31	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2025-03-15 17:57:35	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:30.771572 End time: 2025-03-15 17:57:34.739204
2025-03-15 17:57:35	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:35	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:57:35	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:35	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:35	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 )
2025-03-15 17:57:35	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:35	INFO	fluxscale::calibrater::open	Opening MS: ngc5921.ms for calibration.
2025-03-15 17:57:35	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:35	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:35	INFO	fluxscale::::	Generating an incremental caltable
2025-03-15 17:57:35	INFO	fluxscale::::	The reference field, 1331+30500002_0 , is also listed in the transfer fields.  It will be ignored for further scaling process.
2025-03-15 17:57:35	INFO	fluxscale::::	 Found reference field(s): 1331+30500002_0
2025-03-15 17:57:35	INFO	fluxscale::::	 Found transfer field(s):  1445+09900002_0
2025-03-15 17:57:35	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)
2025-03-15 17:57:35	INFO	fluxscale::::	Creating G Jones table from specified parameters.
2025-03-15 17:57:35	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:57:35	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:57:35	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:57:35	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:57:35	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:57:35	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:57:35	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:57:35	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 2.43788   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:57:35	INFO	fluxscale::::	Generating 'G Cal' corrections.
2025-03-15 17:57:35	INFO	fluxscale::::	Specified parameter(s) (per spw and pol) repeated on all antennas.
2025-03-15 17:57:35	INFO	fluxscale::::	Specified parameter(s) (per spw and antenna) repeated on all polarizations.
2025-03-15 17:57:35	INFO	fluxscale::::	spwId=0 antId=<all> polId=<all> parameter= 1   (ip0,ip1 = [0, 0, 0],[1, 0, 27])
2025-03-15 17:57:35	INFO	fluxscale::Calibrater::fluxscale	Storing result in ngc5921.ms.test1.7.fcal
2025-03-15 17:57:35	INFO	fluxscale::::	Writing solutions to table: ngc5921.ms.test1.7.fcal
2025-03-15 17:57:38	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:34.935399 End time: 2025-03-15 17:57:37.958697
2025-03-15 17:57:38	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:38	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:57:38	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:38	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:38	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 )
2025-03-15 17:57:38	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:38	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:57:38	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:38	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:38	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:57:38	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:57:38	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:57:38	INFO	fluxscale::::	 Spw=0 will be referenced to spw=1
2025-03-15 17:57:38	INFO	fluxscale::::	 Spw=2 will be referenced to spw=1
2025-03-15 17:57:38	INFO	fluxscale::::	 Spw=3 will be referenced to spw=1
2025-03-15 17:57:39	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)
2025-03-15 17:57:39	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)
2025-03-15 17:57:39	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)
2025-03-15 17:57:39	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)
2025-03-15 17:57:39	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
2025-03-15 17:57:39	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2025-03-15 17:57:39	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2025-03-15 17:57:43	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:38.121074 End time: 2025-03-15 17:57:42.867311
2025-03-15 17:57:43	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:43	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:43	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:43	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:43	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 )
2025-03-15 17:57:43	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:43	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:57:43	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:43	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:43	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:57:43	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:57:43	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:57:43	INFO	fluxscale::::	 Spw=0 will be referenced to spw=2
2025-03-15 17:57:43	INFO	fluxscale::::	 Spw=1 will be referenced to spw=2
2025-03-15 17:57:43	INFO	fluxscale::::	 Spw=3 will be referenced to spw=2
2025-03-15 17:57:43	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)
2025-03-15 17:57:43	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)
2025-03-15 17:57:43	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)
2025-03-15 17:57:43	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)
2025-03-15 17:57:43	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
2025-03-15 17:57:43	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2025-03-15 17:57:43	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2025-03-15 17:57:49	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:42.873889 End time: 2025-03-15 17:57:48.871956
2025-03-15 17:57:49	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:49	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:57:49	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:49	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:49	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 )
2025-03-15 17:57:49	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:49	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:57:49	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:49	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:50	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:57:50	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:57:50	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:57:50	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)
2025-03-15 17:57:50	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)
2025-03-15 17:57:50	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)
2025-03-15 17:57:50	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)
2025-03-15 17:57:50	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
2025-03-15 17:57:50	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2025-03-15 17:57:50	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2025-03-15 17:57:52	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:49.061618 End time: 2025-03-15 17:57:51.802925
2025-03-15 17:57:52	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:52	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:52	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:52	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:52	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 )
2025-03-15 17:57:52	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:52	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:57:52	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:52	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:52	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:57:52	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:57:52	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:57:52	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)
2025-03-15 17:57:52	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)
2025-03-15 17:57:52	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)
2025-03-15 17:57:52	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)
2025-03-15 17:57:52	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
2025-03-15 17:57:52	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2025-03-15 17:57:52	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2025-03-15 17:57:54	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:51.808142 End time: 2025-03-15 17:57:54.379156
2025-03-15 17:57:54	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:54	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:57:55	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:55	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:55	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 )
2025-03-15 17:57:55	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:55	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:57:55	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:55	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:55	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:57:55	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:57:55	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:57:55	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)
2025-03-15 17:57:55	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)
2025-03-15 17:57:55	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)
2025-03-15 17:57:55	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)
2025-03-15 17:57:55	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
2025-03-15 17:57:55	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2025-03-15 17:57:55	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2025-03-15 17:57:57	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:54.525377 End time: 2025-03-15 17:57:57.056755
2025-03-15 17:57:57	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:57	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:57	INFO	fluxscale::::casa	##########################################
2025-03-15 17:57:57	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:57:57	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 )
2025-03-15 17:57:57	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:57:57	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:57:57	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:57:57	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:57:57	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:57:57	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:57:57	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:57:58	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)
2025-03-15 17:57:58	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)
2025-03-15 17:57:58	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)
2025-03-15 17:57:58	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)
2025-03-15 17:57:58	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
2025-03-15 17:57:58	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2025-03-15 17:57:58	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2025-03-15 17:57:59	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:57.062977 End time: 2025-03-15 17:57:59.468359
2025-03-15 17:57:59	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:57:59	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:58:00	INFO	fluxscale::::casa	##########################################
2025-03-15 17:58:00	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:58:00	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 )
2025-03-15 17:58:00	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:58:00	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData2.ms for calibration.
2025-03-15 17:58:00	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:58:00	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:58:00	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:58:00	INFO	fluxscale::::	 Found reference field(s): J0006-0623
2025-03-15 17:58:00	INFO	fluxscale::::	 Found transfer field(s):  Pallas J2246-1206 Neptune
2025-03-15 17:58:00	INFO	fluxscale::::	 Flux density for Pallas in SpW=0 (freq=3.41544e+11 Hz) is: 0.271041 +/- 0.00836577 (SNR = 32.3988, N = 46)
2025-03-15 17:58:00	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)
2025-03-15 17:58:00	INFO	fluxscale::::	 Flux density for Neptune in SpW=0 (freq=3.41544e+11 Hz) is: 10.7891 +/- 0.612583 (SNR = 17.6125, N = 21)
2025-03-15 17:58:00	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2025-03-15 17:58:00	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2025-03-15 17:58:03	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:57:59.638116 End time: 2025-03-15 17:58:03.085708
2025-03-15 17:58:03	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:58:03	INFO	fluxscale::::casa	##########################################
2025-03-15 17:58:03	INFO	fluxscale::::casa	##########################################
2025-03-15 17:58:03	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:58:03	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 )
2025-03-15 17:58:03	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:58:03	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData2.ms for calibration.
2025-03-15 17:58:03	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:58:03	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:58:03	INFO	fluxscale::::	 Found reference field(s): J0006-0623
2025-03-15 17:58:03	INFO	fluxscale::::	 Found transfer field(s):  Neptune
2025-03-15 17:58:03	INFO	fluxscale::::	 Flux density for Neptune in SpW=0 (freq=3.41544e+11 Hz) is: 10.7891 +/- 0.612583 (SNR = 17.6125, N = 21)
2025-03-15 17:58:03	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout2.cal
2025-03-15 17:58:03	INFO	fluxscale::::	Writing solutions to table: fluxout2.cal
2025-03-15 17:58:05	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:58:03.092443 End time: 2025-03-15 17:58:05.413251
2025-03-15 17:58:05	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:58:05	INFO	fluxscale::::casa	##########################################
.2025-03-15 17:58:06	INFO	fluxscale::::casa	##########################################
2025-03-15 17:58:06	INFO	fluxscale::::casa	##### Begin Task: fluxscale          #####
2025-03-15 17:58:06	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 )
2025-03-15 17:58:06	INFO	fluxscale::calibrater::open	****Using NEW VI2-driven calibrater tool****
2025-03-15 17:58:06	INFO	fluxscale::calibrater::open	Opening MS: fluxScaleData.ms for calibration.
2025-03-15 17:58:06	INFO	fluxscale::Calibrater::	Initializing nominal selection to the whole MS.
2025-03-15 17:58:06	INFO	fluxscale::calibrater::fluxscale	Beginning fluxscale--(MSSelection version)-------
2025-03-15 17:58:06	INFO	fluxscale::::	 Assuming all non-reference fields are transfer fields.
2025-03-15 17:58:06	INFO	fluxscale::::	 Found reference field(s): J2255-3500
2025-03-15 17:58:06	INFO	fluxscale::::	 Found transfer field(s):  J2255-3500
2025-03-15 17:58:06	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)
2025-03-15 17:58:06	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)
2025-03-15 17:58:06	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)
2025-03-15 17:58:06	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)
2025-03-15 17:58:06	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
2025-03-15 17:58:06	INFO	fluxscale::Calibrater::fluxscale	Storing result in fluxout.cal
2025-03-15 17:58:06	INFO	fluxscale::::	Writing solutions to table: fluxout.cal
2025-03-15 17:58:07	INFO	fluxscale::::casa	Task fluxscale complete. Start time: 2025-03-15 17:58:05.602378 End time: 2025-03-15 17:58:07.308545
2025-03-15 17:58:07	INFO	fluxscale::::casa	##### End Task: fluxscale            #####
2025-03-15 17:58:07	INFO	fluxscale::::casa	##########################################
.
----------------------------------------------------------------------
Ran 22 tests in 162.734s

OK

Generating XML reports...