aklog: Couldn't determine realm of user:aklog: unknown RPC error (-1765328189) while getting realm /nfs/farm/g/glast/g/LCRepository/bin/miniconda2/envs/fermitools_v1.0.5/lib/python2.7/site-packages/pyfits/__init__.py:22: PyFITSDeprecationWarning: PyFITS is deprecated, please use astropy.io.fits PyFITSDeprecationWarning) # noqa Likelihood Analysis Tool Support Contact: Daniel Kocevski (daniel.kocevski@nasa.gov) Waiting 9 seconds before starting... Proceeding. Importing modules... This is make3FGLxml version 01r0. The default diffuse model files and names are for pass 8 and assume you have v10r00p05 of the Fermi Science Tools or higher. This is make4FGLxml version 01r04. The default diffuse model files and names are for pass 8 and 4FGL and assume you have v11r5p3 of the Fermi Science Tools or higher. WARNING: version mismatch between CFITSIO header (v3.43) and linked library (v3.41). /nfs/farm/g/glast/g/LCRepository/bin/miniconda2/envs/fermitools_v1.0.5/lib/python2.7/site-packages/matplotlib/cbook/deprecation.py:106: MatplotlibDeprecationWarning: The mpl_toolkits.axes_grid module was deprecated in version 2.1. Use mpl_toolkits.axes_grid1 and mpl_toolkits.axisartist provies the same functionality instead. warnings.warn(message, mplDeprecation, stacklevel=1) WARNING: version mismatch between CFITSIO header (v3.43) and linked library (v3.41). number of points = 17438 number of fields = 30 RA_SUN column already exists. File will not be modified. Done. Performing analysis on: 4FGL_J0943.7+6137_weekly_bin347 RA = 145.926, Dec = 61.6192 tmin = 448848001, tmax = 449452801 emin = 100.0, emax = 100000.0 irfs = P8R3_SOURCE_V2 ROI = 12 zmax = 90 Fitting strategies: Fix sources to their catalog values = True Leave variable source normalizations free = True Perform pre-fit where ALL sources are frozen to catalog values = False Perform secondary fit with a free spectral index = True Remove all catalog sources = False Remove weak (TS < 2) catalog sources = False Freeze Galactic component = False Likelihood fit parameters: Statistic: UNBINNED Optimizer: MINUIT Catalog: 4FGL Repository Job = True LAT data Source: Data catalog Updating database... UPDATE lightcurve_data_v2 SET job_id='8580', job_status='RUN', time_executed='2021-07-16 00:46:45.023634', time_epoch_executed='1626421605.02' WHERE source_name='4FGL J0943.7+6137' and cadence='weekly' and bin_id='347' Database successfully updated. Done. Creating custom output directory: /scratch/kocevski/8580 Creating custom pfile directory: /scratch/kocevski/8580/pfiles/ Retrieving the FT1 file... Issuing command: /afs/slac.stanford.edu/g/glast/ground/bin/datacat find --group FT1 --filter 'nMetStop>=448848001.0 && nMetStart<449452801.0' /Data/Flight/Reprocess/P305 Issuing command: /afs/slac.stanford.edu/g/glast/ground/bin/datacat find --group FT1 --filter 'nMetStart>564945418 && nMetStop>=448848001.0 && nMetStart<449452801.0' /Data/Flight/Level1/LPA Retrieving 107 files... Done. Merging files... Checksum keywords updated successfully. Merged file saved to: /scratch/kocevski/8580/ft1_4FGL_J0943.7+6137_weekly_bin347.fits Retrieving the FT1 file... Issuing command: /afs/slac.stanford.edu/g/glast/ground/bin/datacat find --group FT2 --filter 'nMetStop>=448848001.0 && nMetStart<449452801.0' /Data/Flight/Level1/LPA Retrieving 107 files... Done. Merging files... Merged file saved to: /scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits Selecting the photons: time -p gtselect infile=/scratch/kocevski/8580/ft1_4FGL_J0943.7+6137_weekly_bin347.fits outfile=/scratch/kocevski/8580/ft1_filteredMKT_4FGL_J0943.7+6137_weekly_bin347.fits ra=145.926 dec=61.6192 rad=12.0 tmin=448848001.0 tmax=449452801.0 emin=100.0 emax=100000.0 zmin=0.0 zmax=90.0 evclass=128 evtype="INDEF" convtype=-1 phasemin=0.0 phasemax=1.0 evtable="EVENTS" chatter=2 clobber=yes debug=no gui=no mode="ql" WARNING: version mismatch between CFITSIO header (v3.43) and linked library (v3.41). Done. real 14.03 user 12.32 sys 0.40 Adding sun position to ft2 file: /nfs/farm/g/glast/g/LCRepository/Repository/bin/sunpos /scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits Selecting the good time intervals: time -p gtmktime scfile=/scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits sctable="SC_DATA" filter="IN_SAA!=T && LIVETIME>0 && gtifilter('/nfs/farm/g/glast/g/LCRepository/Likelihood/GTIs/nogrb.gti',(START+STOP)/2) && (angsep(RA_SUN,DEC_SUN,RA_ZENITH,DEC_ZENITH)>115 || gtifilter('/nfs/farm/g/glast/g/LCRepository/Likelihood/GTIs/nosolarflares.gti',(START+STOP)/2))" roicut=no evfile=/scratch/kocevski/8580/ft1_filteredMKT_4FGL_J0943.7+6137_weekly_bin347.fits evtable="EVENTS" outfile="/scratch/kocevski/8580/ft1_filtered_4FGL_J0943.7+6137_weekly_bin347.fits" apply_filter=yes overwrite=yes header_obstimes=yes tstart=0.0 tstop=0.0 gtifile="default" chatter=3 clobber=yes debug=no gui=no mode="ql" WARNING: version mismatch between CFITSIO header (v3.43) and linked library (v3.41). This is gtmktime version HEAD Applying GTI filter: IN_SAA!=T && LIVETIME>0 && gtifilter('/nfs/farm/g/glast/g/LCRepository/Likelihood/GTIs/nogrb.gti',(START+STOP)/2) && (angsep(RA_SUN,DEC_SUN,RA_ZENITH,DEC_ZENITH)>115 || gtifilter('/nfs/farm/g/glast/g/LCRepository/Likelihood/GTIs/nosolarflares.gti',(START+STOP)/2)) real 0.56 user 0.39 sys 0.16 Generating the livetime cube: time -p gtltcube evfile="/scratch/kocevski/8580/ft1_filtered_4FGL_J0943.7+6137_weekly_bin347.fits" evtable="EVENTS" scfile=/scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits sctable="SC_DATA" outfile=/scratch/kocevski/8580/ltcube_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits dcostheta=0.025 binsz=1.0 phibins=0 tmin=0.0 tmax=0.0 file_version="1" zmin=0.0 zmax=90.0 chatter=2 clobber=yes debug=no gui=no mode="ql" WARNING: version mismatch between CFITSIO header (v3.43) and linked library (v3.41). Working on file /scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits .....................! real 33.96 user 33.35 sys 0.33 Generating the exposure map: time -p gtexpmap evfile=/scratch/kocevski/8580/ft1_filtered_4FGL_J0943.7+6137_weekly_bin347.fits evtable="EVENTS" scfile=/scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits sctable="SC_DATA" expcube=/scratch/kocevski/8580/ltcube_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits outfile=/scratch/kocevski/8580/expmap_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits irfs="P8R3_SOURCE_V2" evtype="INDEF" srcrad=30.0 nlong=88 nlat=88 nenergies=10 submap=no nlongmin=0 nlongmax=0 nlatmin=0 nlatmax=0 chatter=2 clobber=yes debug=no gui=no mode="ql" WARNING: version mismatch between CFITSIO header (v3.43) and linked library (v3.41). The exposure maps generated by this tool are meant to be used for *unbinned* likelihood analysis only. Do not use them for binned analyses. Computing the ExposureMap using /scratch/kocevski/8580/ltcube_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits .....................! real 193.58 user 188.11 sys 4.59 Generating the xml model: radLim = 0.001 maxRad = 12 normsOnly = True freeVariableSources = True Fixing all sources to their catalog values, except variable sources Creating file and adding sources from 4FGL Added 240 point sources and 0 extended sources Setting source of interest to: 4FGL J0943.7+6137 @ 145.926 61.6192 Creating the counts map: time -p gtbin evfile=/scratch/kocevski/8580/ft1_filtered_4FGL_J0943.7+6137_weekly_bin347.fits scfile=/scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits outfile=/scratch/kocevski/8580/cmap_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits algorithm="CMAP" ebinalg="LOG" emin=30.0 emax=200000.0 ebinfile=NONE tbinalg="LIN" tbinfile=NONE nxpix=160 nypix=160 binsz=0.25 coordsys="CEL" xref=145.926 yref=61.6192 axisrot=0.0 rafield="RA" decfield="DEC" proj="AIT" hpx_ordering_scheme="RING" hpx_order=3 hpx_ebin=yes hpx_region="" evtable="EVENTS" sctable="SC_DATA" efield="ENERGY" tfield="TIME" chatter=2 clobber=yes debug=no gui=no mode="ql" WARNING: version mismatch between CFITSIO header (v3.43) and linked library (v3.41). This is gtbin version HEAD real 0.63 user 0.44 sys 0.15 Creating the high resolution counts map: time -p gtbin evfile=/scratch/kocevski/8580/ft1_filtered_4FGL_J0943.7+6137_weekly_bin347.fits scfile=/scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits outfile=/scratch/kocevski/8580/cmap_HighResolution_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits algorithm="CMAP" ebinalg="LOG" emin=30.0 emax=200000.0 ebinfile=NONE tbinalg="LIN" tbinfile=NONE nxpix=500 nypix=500 binsz=0.1 coordsys="CEL" xref=145.926 yref=61.6192 axisrot=0.0 rafield="RA" decfield="DEC" proj="AIT" hpx_ordering_scheme="RING" hpx_order=3 hpx_ebin=yes hpx_region="" evtable="EVENTS" sctable="SC_DATA" efield="ENERGY" tfield="TIME" chatter=2 clobber=yes debug=no gui=no mode="ql" WARNING: version mismatch between CFITSIO header (v3.43) and linked library (v3.41). This is gtbin version HEAD real 0.60 user 0.43 sys 0.16 Computing the diffuse response: time -p gtdiffrsp evfile=/scratch/kocevski/8580/ft1_filtered_4FGL_J0943.7+6137_weekly_bin347.fits evtable="EVENTS" scfile=/scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits sctable="SC_DATA" srcmdl=/scratch/kocevski/8580/Model_4FGL_J0943.7+6137_weekly_bin347.xml irfs="P8R3_SOURCE_V2" evclsmin=0 evclass="INDEF" evtype="INDEF" convert=yes chatter=2 clobber=yes debug=no gui=no mode="ql" WARNING: version mismatch between CFITSIO header (v3.43) and linked library (v3.41). adding source EG_v02 adding source GAL_V02 Working on... /scratch/kocevski/8580/ft1_filtered_4FGL_J0943.7+6137_weekly_bin347.fits.....................! real 139.29 user 137.27 sys 1.34 Creating the likelihood object... obs = UnbinnedObs('/scratch/kocevski/8580/ft1_filtered_4FGL_J0943.7+6137_weekly_bin347.fits', '/scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits', expMap='/scratch/kocevski/8580/expmap_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits', expCube='/scratch/kocevski/8580/ltcube_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits', irfs='P8R3_SOURCE_V2') like = UnbinnedAnalysis(obs, '/scratch/kocevski/8580/Model_4FGL_J0943.7+6137_weekly_bin347.xml', optimizer='MINUIT') Using source of interest name: '4FGL J0943.7+6137' 4FGL J0943.7+6137 Spectrum: PowerLaw 376 Prefactor: 2.807e+00 0.000e+00 1.000e-04 1.000e+04 ( 1.000e-12) 377 Index: 2.706e+00 0.000e+00 0.000e+00 1.000e+01 (-1.000e+00) fixed 378 Scale: 5.090e+02 0.000e+00 3.000e+01 5.000e+05 ( 1.000e+00) fixed Likelihood Fit Parameters: Event file(s): /scratch/kocevski/8580/ft1_filtered_4FGL_J0943.7+6137_weekly_bin347.fits Spacecraft file(s): /scratch/kocevski/8580/ft2_4FGL_J0943.7+6137_weekly_bin347.fits Exposure map: /scratch/kocevski/8580/expmap_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits Exposure cube: /scratch/kocevski/8580/ltcube_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.fits IRFs: P8R3_SOURCE_V2 Source model file: /scratch/kocevski/8580/Model_4FGL_J0943.7+6137_weekly_bin347.xml Optimizer: MINUIT Statistic: UNBINNED Performing an iterative likelihood fit... Fit tolerance = 1 Performing likelihood fit... Done. MINUIT Return Code (Fixed Index): 0 logL (Fixed Index) = 14752.1486291 Fit tolerance = 0.0001 Performing likelihood fit... Done. MINUIT Return Code (Fixed Index): 0 logL (Fixed Index) = 14752.0615231 Fit tolerance = 1e-08 Performing likelihood fit... ********** ** 14 **SET NOWARN ********** PARAMETER DEFINITIONS: NO. NAME VALUE STEP SIZE LIMITS 1 'Prefactor ' 1.6021 1.0000 .10000E-03 10000. 2 'norm ' .25381 1.0000 .10000E-03 10000. 3 'Prefactor ' 1.2053 1.0000 .10000E-03 10000. 4 'Prefactor ' .10000E-03 1.0000 .10000E-03 10000. 5 'Prefactor ' .65794 1.0000 .10000E-03 10000. 6 'norm ' 4.9619 1.0000 .10000E-03 10000. 7 'Prefactor ' 1.4171 1.0000 .10000E-03 10000. 8 'Prefactor ' .10001E-03 1.0000 .10000E-03 10000. 9 'Prefactor ' 7.1778 1.0000 .10000E-03 10000. 10 'Prefactor ' .10002E-03 1.0000 .10000E-03 10000. 11 'Prefactor ' 4.9821 1.0000 .10000E-03 10000. 12 'Prefactor ' .71331E-03 1.0000 .10000E-03 10000. 13 'norm ' 1.5304 1.0000 .10000E-03 10000. 14 'Prefactor ' 11.266 1.0000 .10000E-03 10000. 15 'Prefactor ' 4.1458 1.0000 .10000E-03 10000. 16 'Prefactor ' 7.5508 1.0000 .10000E-03 10000. 17 'Prefactor ' 14.601 1.0000 .10000E-03 10000. 18 'Prefactor ' .13026E-03 1.0000 .10000E-03 10000. 19 'Prefactor ' 11.641 1.0000 .10000E-03 10000. 20 'Prefactor ' .15235E-03 1.0000 .10000E-03 10000. 21 'norm ' .10000E-03 1.0000 .10000E-03 10000. 22 'Prefactor ' .10412E-03 1.0000 .10000E-03 10000. 23 'norm ' 2.0847 1.0000 .10000E-03 10000. 24 'Prefactor ' 3.6044 1.0000 .10000E-03 10000. 25 'norm ' .45844 1.0000 .10000E-03 10000. 26 'Prefactor ' .10026E-03 1.0000 .10000E-03 10000. 27 'norm ' .62606E-03 1.0000 .10000E-03 10000. 28 'Prefactor ' .42841 1.0000 .10000E-03 10000. 29 'norm ' 4.0222 1.0000 .10000E-03 10000. 30 'norm ' .73775 1.0000 .10000E-03 10000. 31 'Prefactor ' .10008E-03 1.0000 .10000E-03 10000. 32 'norm ' 3.6033 1.0000 .10000E-03 10000. 33 'norm ' .10000E-03 1.0000 .10000E-03 10000. 34 'Prefactor ' .10001E-03 1.0000 .10000E-03 10000. 35 'norm ' 1.6039 1.0000 .10000E-03 10000. 36 'Prefactor ' 6.8996 1.0000 .10000E-03 10000. 37 'Prefactor ' 11.280 1.0000 .10000E-03 10000. 38 'Normalizat' .85300 1.0000 .10000E-01 10.000 39 'Prefactor ' 1.1824 1.0000 .0000 10.000 ********** ** 15 **SET ERR .5000 ********** ********** ** 16 **SET GRAD 1.000 ********** ********** ** 17 **MINIMIZE .7690E+05 .2000E-04 ********** MIGRAD MINIMIZATION HAS CONVERGED. MIGRAD WILL VERIFY CONVERGENCE AND ERROR MATRIX. MIGRAD MINIMIZATION HAS CONVERGED. MIGRAD WILL VERIFY CONVERGENCE AND ERROR MATRIX. MIGRAD TERMINATED WITHOUT CONVERGENCE. FCN= 14752.06 FROM MIGRAD STATUS=FAILED 2168 CALLS 6331 TOTAL EDM= .34E-07 STRATEGY= 1 ERR MATRIX NOT POS-DEF EXT PARAMETER APPROXIMATE STEP FIRST NO. NAME VALUE ERROR SIZE DERIVATIVE 1 Prefactor 1.6020 54.587 .16745E-02 -.21726E-04 2 norm .25398 2.3272 .19283E-02 .12698E-02 3 Prefactor 1.2052 1.1317 .11571E-03 .46455E-03 4 Prefactor .10000E-03 3.5764 .18142E-02** at limit ** 5 Prefactor .65757 3.9112 .45708E-03 -.22335E-04 6 norm 4.9617 1.9210 .99322E-04 -.43610E-03 7 Prefactor 1.4169 4.8740 .36359E-03 -.41274E-04 8 Prefactor .10000E-03 15.936 .18142E-02** at limit ** 9 Prefactor 7.1779 7.4990 .14972E-03 -.35536E-04 10 Prefactor .10000E-03 12.439 .18142E-02** at limit ** 11 Prefactor 4.9817 6.4536 .90086E-03 -.89500E-04 12 Prefactor .10014E-03 7.1081 .97464E-01** at limit ** 13 norm 1.5305 .60246 .56014E-04 .25979E-04 14 Prefactor 11.267 7.1839 .11936E-03 .81152E-04 15 Prefactor 4.1451 7.7276 .19796E-03 -.10337E-04 16 Prefactor 7.5500 2.7242 .11349E-03 .17710E-03 17 Prefactor 14.594 12.988 .10482E-03 .84816E-04 18 Prefactor .10001E-03 19.154 .48753E-02** at limit ** 19 Prefactor 11.642 5.5168 .11742E-03 -.94306E-04 20 Prefactor .10003E-03 15.066 .34077E-02** at limit ** 21 norm .10000E-03 1.1786 .13025E-02** at limit ** 22 Prefactor .10000E-03 32.318 .18142E-02** at limit ** 23 norm 2.0848 .44068 .35968E-04 .19850E-03 24 Prefactor 3.6023 3.6009 .21283E-03 .13899E-03 25 norm .45848 .36413 .66805E-03 .42588E-03 26 Prefactor .10000E-03 11.320 .18142E-02** at limit ** 27 norm .10001E-03 45.417 .55125E-02** at limit ** 28 Prefactor .44771 8953.5 .55290E-02 -.10693E-03 29 norm 4.0188 30.401 .10175E-03 -.50370E-03 30 norm .73781 1.1334 .24412E-03 -.14400E-03 31 Prefactor .10000E-03 38.353 .18142E-02** at limit ** 32 norm 3.6033 .84991 .51752E-04 .17794E-03 33 norm .10000E-03 .58064 .90421E-03** at limit ** 34 Prefactor .10000E-03 24.278 .18142E-02** at limit ** 35 norm 1.6041 1.2185 .11536E-03 -.57354E-04 36 Prefactor 6.9000 4.1317 .15274E-03 .84108E-04 37 Prefactor 11.280 12.572 .59641E-03 -.23789E-04 38 Normalizat .85289 .25043 .28757E-03 -.35580E-04 39 Prefactor 1.1825 .17044 .24150E-03 -.42839E-04 ERR DEF= .500 START SIMPLEX MINIMIZATION. CONVERGENCE WHEN EDM .LT. .20E-04 SIMPLEX MINIMIZATION HAS CONVERGED. FCN= 14752.06 FROM SIMPLEX STATUS=UNCHANGED 1866 CALLS 8197 TOTAL EDM= .20E-04 STRATEGY= 1 ERR MATRIX NOT POS-DEF EXT PARAMETER APPROXIMATE STEP FIRST NO. NAME VALUE ERROR SIZE DERIVATIVE 1 Prefactor 1.6020 54.587 .72363E-05 -.21726E-04 2 norm .25398 2.3272 .77490E-06 .12698E-02 3 Prefactor 1.2052 1.1317 .32670E-06 .46455E-03 4 Prefactor .10000E-03 3.5764 .32853E-03** at limit ** 5 Prefactor .65757 3.9112 .20723E-06 -.22335E-04 6 norm 4.9617 1.9210 .19595E-06 -.43610E-03 7 Prefactor 1.4169 4.8740 .20153E-06 -.41274E-04 8 Prefactor .10000E-03 15.936 .41613E-03** at limit ** 9 Prefactor 7.1779 7.4990 .19396E-06 -.35536E-04 10 Prefactor .10000E-03 12.439 .45298E-03** at limit ** 11 Prefactor 4.9817 6.4536 .19478E-06 -.89500E-04 12 Prefactor .10014E-03 7.1081 .46184E-05** at limit ** 13 norm 1.5305 .60246 .19660E-06 .25979E-04 14 Prefactor 11.267 7.1839 .19118E-06 .81152E-04 15 Prefactor 4.1451 7.7276 .19445E-06 -.10337E-04 16 Prefactor 7.5500 2.7242 .19269E-06 .17710E-03 17 Prefactor 14.594 12.988 .19007E-06 .84816E-04 18 Prefactor .10001E-03 19.154 .35762E-04** at limit ** 19 Prefactor 11.642 5.5168 .19109E-06 -.94306E-04 20 Prefactor .10003E-03 15.066 .63811E-04** at limit ** 21 norm .10000E-03 1.1786 .21624E-03** at limit ** 22 Prefactor .10000E-03 32.318 .30021E-03** at limit ** 23 norm 2.0848 .44068 .19607E-06 .19850E-03 24 Prefactor 3.6023 3.6009 .19507E-06 .13899E-03 25 norm .45848 .36413 .19805E-06 .42588E-03 26 Prefactor .10000E-03 11.320 .36522E-03** at limit ** 27 norm .10001E-03 45.417 .97113E-04** at limit ** 28 Prefactor .44771 8953.5 .53754E-05 -.10693E-03 29 norm 4.0188 30.401 .19757E-06 -.50370E-03 30 norm .73781 1.1334 .19791E-06 -.14400E-03 31 Prefactor .10000E-03 38.353 .51977E-03** at limit ** 32 norm 3.6033 .84991 .19492E-06 .17794E-03 33 norm .10000E-03 .58064 .10485E-03** at limit ** 34 Prefactor .10000E-03 24.278 .31658E-03** at limit ** 35 norm 1.6041 1.2185 .19639E-06 -.57354E-04 36 Prefactor 6.9000 4.1317 .19292E-06 .84108E-04 37 Prefactor 11.280 12.572 .19089E-06 -.23789E-04 38 Normalizat .85289 .25043 .12476E-06 -.35580E-04 39 Prefactor 1.1825 .17044 .11062E-06 -.42839E-04 ERR DEF= .500 MIGRAD MINIMIZATION HAS CONVERGED. MIGRAD WILL VERIFY CONVERGENCE AND ERROR MATRIX. FCN= 14752.06 FROM MIGRAD STATUS=CONVERGED 923 CALLS 9120 TOTAL EDM= .38E-08 STRATEGY= 1 ERROR MATRIX ACCURATE EXT PARAMETER STEP FIRST NO. NAME VALUE ERROR SIZE DERIVATIVE 1 Prefactor 1.6021 55.773 .66979E-04 -.25121E-04 2 norm .25398 2.3542 .77134E-04 .95862E-03 3 Prefactor 1.2052 1.1334 .46283E-05 .44608E-03 4 Prefactor .10000E-03 3.6613 .36285E-03** at limit ** 5 Prefactor .65758 3.9332 .18283E-04 -.28355E-04 6 norm 4.9617 1.9055 .39729E-05 -.43610E-03 7 Prefactor 1.4169 4.9186 .14544E-04 -.45651E-04 8 Prefactor .10000E-03 16.310 .36285E-03** at limit ** 9 Prefactor 7.1779 7.5095 .59889E-05 -.40244E-04 10 Prefactor .10000E-03 12.731 .36285E-03** at limit ** 11 Prefactor 4.9817 6.4406 .36034E-04 -.10664E-03 12 Prefactor .10014E-03 6.9439 .98823E-01** at limit ** 13 norm 1.5305 .60791 .22406E-05 -.32474E-04 14 Prefactor 11.267 7.2700 .47743E-05 .75246E-04 15 Prefactor 4.1451 7.8159 .79185E-05 -.14931E-04 16 Prefactor 7.5500 2.7064 .45397E-05 .14926E-03 17 Prefactor 14.594 13.121 .41928E-05 .80260E-04 18 Prefactor .10001E-03 19.816 .97506E-03** at limit ** 19 Prefactor 11.642 5.5647 .46967E-05 -.15298E-03 20 Prefactor .10003E-03 15.789 .13631E-03** at limit ** 21 norm .10000E-03 1.2061 .26049E-03** at limit ** 22 Prefactor .10000E-03 33.100 .36285E-03** at limit ** 23 norm 2.0848 .44596 .14387E-05 .27214E-04 24 Prefactor 3.6023 3.5706 .85131E-05 .12660E-03 25 norm .45848 .36838 .26722E-04 -.38290E-04 26 Prefactor .10000E-03 11.585 .36285E-03** at limit ** 27 norm .10001E-03 47.295 .11025E-02** at limit ** 28 Prefactor .44876 300.15 .22116E-03 -.10569E-03 29 norm 4.0186 3.4842 .40699E-05 -.20872E-02 30 norm .73781 1.0381 .97647E-05 -.28688E-03 31 Prefactor .10000E-03 39.248 .36285E-03** at limit ** 32 norm 3.6033 .86003 .20701E-05 .13839E-03 33 norm .10000E-03 .59423 .18084E-03** at limit ** 34 Prefactor .10000E-03 24.844 .36285E-03** at limit ** 35 norm 1.6041 1.2332 .46145E-05 -.10249E-03 36 Prefactor 6.9000 4.1671 .61096E-05 .66244E-04 37 Prefactor 11.280 12.561 .23856E-04 -.52992E-04 38 Normalizat .85289 .13874 .11503E-04 -.21229E-03 39 Prefactor 1.1825 .12703 .96600E-05 -.18877E-03 ERR DEF= .500 Final values: Prefactor = 1.60205 norm = 0.253983 Prefactor = 1.20524 Prefactor = 0.0001 Prefactor = 0.657577 norm = 4.96175 Prefactor = 1.41692 Prefactor = 0.0001 Prefactor = 7.17792 Prefactor = 0.0001 Prefactor = 4.98174 Prefactor = 0.000100137 norm = 1.53048 Prefactor = 11.2671 Prefactor = 4.14509 Prefactor = 7.54997 Prefactor = 14.5939 Prefactor = 0.00010001 Prefactor = 11.6424 Prefactor = 0.000100026 norm = 0.0001 Prefactor = 0.0001 norm = 2.08478 Prefactor = 3.60235 norm = 0.458477 Prefactor = 0.0001 norm = 0.000100013 Prefactor = 0.448764 norm = 4.01861 norm = 0.737808 Prefactor = 0.000100001 norm = 3.60332 norm = 0.0001 Prefactor = 0.0001 norm = 1.60412 Prefactor = 6.89996 Prefactor = 11.2802 Normalizat = 0.85289 Prefactor = 1.18248 ********** ** 18 **HESSE ********** FCN= 14752.06 FROM HESSE STATUS=OK 908 CALLS 10028 TOTAL EDM= .38E-08 STRATEGY= 1 ERROR MATRIX ACCURATE EXT PARAMETER INTERNAL INTERNAL NO. NAME VALUE ERROR STEP SIZE VALUE 1 Prefactor 1.6021 55.857 .26792E-05 -1.5455 2 norm .25398 2.3535 .30854E-05 -1.5607 3 Prefactor 1.2052 1.1332 .92565E-06 -1.5488 4 Prefactor .10000E-03 3.6614 .72569E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 5 Prefactor .65758 3.9339 .36566E-05 -1.5546 6 norm 4.9617 1.9061 .79457E-06 -1.5262 7 Prefactor 1.4169 4.9181 .29087E-05 -1.5470 8 Prefactor .10000E-03 16.311 .72569E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 9 Prefactor 7.1779 7.5099 .11978E-05 -1.5172 10 Prefactor .10000E-03 12.731 .72569E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 11 Prefactor 4.9817 6.4414 .14414E-05 -1.5262 12 Prefactor .10014E-03 6.9666 .98559E-01 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 13 norm 1.5305 .60795 .44812E-06 -1.5461 14 Prefactor 11.267 7.2688 .95487E-06 -1.5037 15 Prefactor 4.1451 7.8186 .15837E-05 -1.5301 16 Prefactor 7.5500 2.7067 .90793E-06 -1.5158 17 Prefactor 14.594 13.121 .83855E-06 -1.4944 18 Prefactor .10001E-03 19.824 .19501E-03 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 19 Prefactor 11.642 5.5658 .93933E-06 -1.5025 20 Prefactor .10003E-03 15.789 .27261E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 21 norm .10000E-03 1.2061 .52098E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 22 Prefactor .10000E-03 33.101 .72569E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 23 norm 2.0848 .44596 .36762E-06 -1.5419 24 Prefactor 3.6023 3.5702 .17026E-05 -1.5328 25 norm .45848 .36840 .10689E-05 -1.5573 26 Prefactor .10000E-03 11.585 .72569E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 27 norm .10001E-03 47.328 .22050E-03 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 28 Prefactor .44876 286.46 .88465E-05 -1.5574 29 norm 4.0186 3.4040 .81398E-06 -1.5307 30 norm .73781 1.0380 .19529E-05 -1.5536 31 Prefactor .10000E-03 39.248 .72569E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 32 norm 3.6033 .86023 .41402E-06 -1.5328 33 norm .10000E-03 .59423 .36168E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 34 Prefactor .10000E-03 24.844 .72569E-04 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 35 norm 1.6041 1.2333 .92291E-06 -1.5455 36 Prefactor 6.9000 4.1673 .12219E-05 -1.5183 37 Prefactor 11.280 12.561 .47713E-05 -1.5036 38 Normalizat .85289 .13872 .23006E-05 -.98136 39 Prefactor 1.1825 .12702 .19320E-05 -.86872 ERR DEF= .500 Minuit fit quality: 3 estimated distance: 3.78233e-09 Minuit parameter uncertainties: 1 18.9379 2 1.54605 3 1.1332 4 3.73952e-06 5 3.21679 6 1.90609 7 4.91953 8 7.55818e-05 9 7.5109 10 6.05121e-05 11 6.4423 12 0.00195604 13 0.607952 14 7.26937 15 7.82052 16 2.70673 17 13.1233 18 0.000884442 19 5.56607 20 0.00128444 21 1.83703e-07 22 7.96122e-05 23 0.445963 24 3.57038 25 0.368407 26 5.40922e-05 27 0.00155784 28 22.7839 29 3.40414 30 1.03798 31 0.000304467 32 0.86023 33 1.07802e-06 34 0.000176176 35 1.23329 36 4.16747 37 12.5642 38 0.138779 39 0.127052 Done. MINUIT Return Code (Fixed Index): 0 logL (Fixed Index) = 14752.0615117 Extracting fit parameters... 4FGL J0943.7+6137 Spectrum: PowerLaw 376 Prefactor: 1.164e+01 5.566e+00 1.000e-04 1.000e+04 ( 1.000e-12) 377 Index: 2.706e+00 0.000e+00 0.000e+00 1.000e+01 (-1.000e+00) fixed 378 Scale: 5.090e+02 0.000e+00 3.000e+01 5.000e+05 ( 1.000e+00) fixed GAL_V02 Spectrum: PowerLaw 766 Prefactor: 1.182e+00 1.271e-01 0.000e+00 1.000e+01 ( 1.000e+00) 767 Index: 0.000e+00 0.000e+00 -1.000e+00 1.000e+00 ( 1.000e+00) fixed 768 Scale: 1.000e+02 0.000e+00 5.000e+01 2.000e+02 ( 1.000e+00) fixed EG_v02 Spectrum: FileFunction 765 Normalization: 8.529e-01 1.388e-01 1.000e-02 1.000e+01 ( 1.000e+00) TS (Fixed Index): 8.20 Ra Dec: 145.926 61.619 Photon Index (Fixed Index): 2.71 +/- 0.00 Photon Flux (Fixed Index): 5.58e-08 +/- 2.67e-08 Energy Flux (Fixed Index): 1.34e-05 +/- 6.39e-06 Performing a free index iterative likelihood fit... Freezing all point sources, except source of interest... Done. Freeing candidate source... Done. Fit tolerance = 1 Performing likelihood fit... Done. MINUIT Return Code (Free Index): 0 logL (Free Index) = 14752.0569806 delta logL = 0.0045311268459 Fit tolerance = 0.0001 Performing likelihood fit... Done. MINUIT Return Code (Free Index): 0 logL (Free Index) = 14752.0554633 delta logL = 0.00604837423452 Fit tolerance = 1e-08 Performing likelihood fit... ********** ** 14 **SET NOWARN ********** PARAMETER DEFINITIONS: NO. NAME VALUE STEP SIZE LIMITS 1 'Prefactor ' 11.951 1.0000 .10000E-03 10000. 2 'Index ' 2.6510 1.0000 .0000 10.000 3 'Normalizat' .85506 1.0000 .10000E-01 10.000 4 'Prefactor ' 1.1812 1.0000 .0000 10.000 ********** ** 15 **SET ERR .5000 ********** ********** ** 16 **SET GRAD 1.000 ********** ********** ** 17 **MINIMIZE .7690E+05 .2000E-04 ********** MIGRAD MINIMIZATION HAS CONVERGED. MIGRAD WILL VERIFY CONVERGENCE AND ERROR MATRIX. MIGRAD MINIMIZATION HAS CONVERGED. MIGRAD WILL VERIFY CONVERGENCE AND ERROR MATRIX. FCN= 14752.06 FROM MIGRAD STATUS=CONVERGED 87 CALLS 246 TOTAL EDM= .41E-09 STRATEGY= 1 ERROR MATRIX ACCURATE EXT PARAMETER STEP FIRST NO. NAME VALUE ERROR SIZE DERIVATIVE 1 Prefactor 11.951 6.3795 .11588E-03 .97383E-03 2 Index 2.6512 .50708 .89657E-02 .16505E-03 3 Normalizat .85503 .12670 .28725E-03 -.14153E-03 4 Prefactor 1.1812 .12168 .24161E-03 -.19123E-03 ERR DEF= .500 Final values: Prefactor = 11.9507 Index = 2.65117 Normalizat = 0.85503 Prefactor = 1.18117 ********** ** 18 **HESSE ********** FCN= 14752.06 FROM HESSE STATUS=OK 25 CALLS 271 TOTAL EDM= .38E-09 STRATEGY= 1 ERROR MATRIX ACCURATE EXT PARAMETER INTERNAL INTERNAL NO. NAME VALUE ERROR STEP SIZE VALUE 1 Prefactor 11.951 6.2271 .46351E-05 -1.5016 2 Index 2.6512 .49465 .35863E-03 -.48903 3 Normalizat .85503 .12674 .11490E-04 -.98059 4 Prefactor 1.1812 .12172 .48322E-04 -.86913 ERR DEF= .500 Minuit fit quality: 3 estimated distance: 3.82102e-10 Minuit parameter uncertainties: 1 6.22747 2 0.495694 3 0.126786 4 0.121745 shell-init: error retrieving current directory: getcwd: cannot access parent directories: No such file or directory rmdir: failed to remove `/scratch/kocevski/8580': No such file or directory shell-init: error retrieving current directory: getcwd: cannot access parent directories: No such file or directory Done. MINUIT Return Code (Free Index): 0 logL (Free Index) = 14752.0554633 delta logL = 0.0060484443984 Extracting fit parameters... 4FGL J0943.7+6137 Spectrum: PowerLaw 376 Prefactor: 1.195e+01 6.227e+00 1.000e-04 1.000e+04 ( 1.000e-12) 377 Index: 2.651e+00 4.957e-01 0.000e+00 1.000e+01 (-1.000e+00) 378 Scale: 5.090e+02 0.000e+00 3.000e+01 5.000e+05 ( 1.000e+00) fixed GAL_V02 Spectrum: PowerLaw 766 Prefactor: 1.181e+00 1.217e-01 0.000e+00 1.000e+01 ( 1.000e+00) 767 Index: 0.000e+00 0.000e+00 -1.000e+00 1.000e+00 ( 1.000e+00) fixed 768 Scale: 1.000e+02 0.000e+00 5.000e+01 2.000e+02 ( 1.000e+00) fixed EG_v02 Spectrum: FileFunction 765 Normalization: 8.550e-01 1.268e-01 1.000e-02 1.000e+01 ( 1.000e+00) TS (Free Index): 8.19 Ra Dec: 145.926 61.619 Photon Index (Free Index): 2.65 +/- 0.50 Photon Flux (Free Index): 5.42e-08 +/- 3.00e-08 Energy Flux (Free Index): 1.36e-05 +/- 6.67e-06 Creating a high resolution counts map... INFO: Auto-setting vmin to -1.000e-01 [aplpy.core] INFO: Auto-setting vmax to 1.110e+00 [aplpy.core] Saving /scratch/kocevski/8580/cmap_HighResolution_448848001_449452801_4FGL_J0943.7+6137_weekly_bin347.png Cleaning up... ** Nuclear option initiated! ** rmdir /scratch/kocevski/8580 Updating database... UPDATE lightcurve_data_v2 SET comment='SUCCESS', photon_flux='5.58e-08', energy_flux2='1.36e-05', photon_flux_error='2.67e-08', dlogl='6.05e-03', energy_flux='1.34e-05', photon_flux2='5.42e-08', job_status='DONE', time_completed='2021-07-16 01:44:59.417477', photon_index_error2='0.50', photon_index2='2.65', ts='8.20', fit_tolerance='1e-08', GAL='1.18', photon_index_error='0.00', energy_flux_error2='6.67e-06', EG='0.85', time_epoch_completed='1626425099.42', return_code='0', job_id='8580', GAL2='1.18', EG2='0.86', return_code2='0', energy_flux_error='6.39e-06', photon_flux_error2='3.00e-08', ts2='8.19', photon_index='2.71' WHERE bin_id='347' AND source_name='4FGL J0943.7+6137' AND cadence='weekly'; Database successfully updated. Analysis Complete. Fri Jul 16 01:44:59 PDT 2021 ------------------------------------------------------------ Sender: LSF System Subject: Job 8580: <4FGL_J0943.7+6137_weekly_bin347> in cluster Done Job <4FGL_J0943.7+6137_weekly_bin347> was submitted from host by user in cluster at Fri Jul 16 00:45:26 2021 Job was executed on host(s) , in queue , as user in cluster at Fri Jul 16 00:46:27 2021 was used as the home directory. was used as the working directory. Started at Fri Jul 16 00:46:27 2021 Terminated at Fri Jul 16 01:45:00 2021 Results reported at Fri Jul 16 01:45:00 2021 Your job looked like: ------------------------------------------------------------ # LSBATCH: User input /nfs/farm/g/glast/g/LCRepository/Likelihood/Scripts/LikelihoodAnalysis.py 4FGL_J0943.7+6137_weekly_bin347 145.926 61.6192 448848001 449452801 irfs=P8R3_SOURCE_V2 zmax=90 ROI=12 association=4FGL_J0943.7+6137 fixedModel=True performFreeIndexFit=True freeVariableSources=True nuke=True repositoryJob=True verbose=False ------------------------------------------------------------ Successfully completed. Resource usage summary: CPU time : 3470.00 sec. Max Memory : 1096 MB Average Memory : 334.78 MB Total Requested Memory : - Delta Memory : - Max Swap : - Max Processes : 5 Max Threads : 21 Run time : 3512 sec. Turnaround time : 3574 sec. The output (if any) is above this job summary.