/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 48 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 = 73341 number of fields = 30 RA_SUN column already exists. File will not be modified. Done. Performing analysis on: 4FGL_J1700.0+6830_monthly_bin96 RA = 255.021, Dec = 68.5042 tmin = 485827201, tmax = 488419201 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='149500', job_status='RUN', time_executed='2021-10-29 20:36:20.176370', time_epoch_executed='1635564980.18' WHERE source_name='4FGL J1700.0+6830' and cadence='monthly' and bin_id='96' Database successfully updated. Done. Creating custom output directory: /scratch/kocevski/149500 Creating custom pfile directory: /scratch/kocevski/149500/pfiles/ Retrieving the FT1 file... Issuing command: /afs/slac.stanford.edu/g/glast/ground/bin/datacat find --group FT1 --filter 'nMetStop>=485827201.0 && nMetStart<488419201.0' /Data/Flight/Reprocess/P305 Issuing command: /afs/slac.stanford.edu/g/glast/ground/bin/datacat find --group FT1 --filter 'nMetStart>564945418 && nMetStop>=485827201.0 && nMetStart<488419201.0' /Data/Flight/Level1/LPA Retrieving 459 files... Done. Merging files... Checksum keywords updated successfully. Merged file saved to: /scratch/kocevski/149500/ft1_4FGL_J1700.0+6830_monthly_bin96.fits Retrieving the FT1 file... Issuing command: /afs/slac.stanford.edu/g/glast/ground/bin/datacat find --group FT2 --filter 'nMetStop>=485827201.0 && nMetStart<488419201.0' /Data/Flight/Level1/LPA Retrieving 459 files... Done. Merging files... Merged file saved to: /scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits Selecting the photons: time -p gtselect infile=/scratch/kocevski/149500/ft1_4FGL_J1700.0+6830_monthly_bin96.fits outfile=/scratch/kocevski/149500/ft1_filteredMKT_4FGL_J1700.0+6830_monthly_bin96.fits ra=255.021 dec=68.5042 rad=12.0 tmin=485827201.0 tmax=488419201.0 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 37.99 user 36.27 sys 0.61 Adding sun position to ft2 file: /nfs/farm/g/glast/g/LCRepository/Repository/bin/sunpos /scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits Selecting the good time intervals: time -p gtmktime scfile=/scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.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/149500/ft1_filteredMKT_4FGL_J1700.0+6830_monthly_bin96.fits evtable="EVENTS" outfile="/scratch/kocevski/149500/ft1_filtered_4FGL_J1700.0+6830_monthly_bin96.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 0.83 user 0.65 sys 0.17 Generating the livetime cube: time -p gtltcube evfile="/scratch/kocevski/149500/ft1_filtered_4FGL_J1700.0+6830_monthly_bin96.fits" evtable="EVENTS" scfile=/scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits sctable="SC_DATA" outfile=/scratch/kocevski/149500/ltcube_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.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/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits .....................! real 112.88 user 110.92 sys 0.33 Generating the exposure map: time -p gtexpmap evfile=/scratch/kocevski/149500/ft1_filtered_4FGL_J1700.0+6830_monthly_bin96.fits evtable="EVENTS" scfile=/scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits sctable="SC_DATA" expcube=/scratch/kocevski/149500/ltcube_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.fits outfile=/scratch/kocevski/149500/expmap_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.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/149500/ltcube_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.fits .....................! real 194.06 user 184.47 sys 6.07 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 203 point sources and 0 extended sources Setting source of interest to: 4FGL J1700.0+6830 @ 255.021 68.5042 Creating the counts map: time -p gtbin evfile=/scratch/kocevski/149500/ft1_filtered_4FGL_J1700.0+6830_monthly_bin96.fits scfile=/scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits outfile=/scratch/kocevski/149500/cmap_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.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=255.021 yref=68.5042 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 0.78 user 0.60 sys 0.16 Creating the high resolution counts map: time -p gtbin evfile=/scratch/kocevski/149500/ft1_filtered_4FGL_J1700.0+6830_monthly_bin96.fits scfile=/scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits outfile=/scratch/kocevski/149500/cmap_HighResolution_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.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=255.021 yref=68.5042 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 0.79 user 0.61 sys 0.16 Computing the diffuse response: time -p gtdiffrsp evfile=/scratch/kocevski/149500/ft1_filtered_4FGL_J1700.0+6830_monthly_bin96.fits evtable="EVENTS" scfile=/scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits sctable="SC_DATA" srcmdl=/scratch/kocevski/149500/Model_4FGL_J1700.0+6830_monthly_bin96.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/149500/ft1_filtered_4FGL_J1700.0+6830_monthly_bin96.fits.....................! real 649.41 user 645.46 sys 1.29 Creating the likelihood object... obs = UnbinnedObs('/scratch/kocevski/149500/ft1_filtered_4FGL_J1700.0+6830_monthly_bin96.fits', '/scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits', expMap='/scratch/kocevski/149500/expmap_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.fits', expCube='/scratch/kocevski/149500/ltcube_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.fits', irfs='P8R3_SOURCE_V2') like = UnbinnedAnalysis(obs, '/scratch/kocevski/149500/Model_4FGL_J1700.0+6830_monthly_bin96.xml', optimizer='MINUIT') Using source of interest name: '4FGL J1700.0+6830' 4FGL J1700.0+6830 Spectrum: LogParabola 358 norm: 1.232e+00 0.000e+00 1.000e-04 1.000e+04 ( 1.000e-11) 359 alpha: 2.278e+00 0.000e+00 0.000e+00 5.000e+00 ( 1.000e+00) fixed 360 beta: 1.037e-01 0.000e+00 0.000e+00 1.000e+01 ( 1.000e+00) fixed 361 Eb: 6.263e+02 0.000e+00 3.000e+01 5.000e+05 ( 1.000e+00) fixed Likelihood Fit Parameters: Event file(s): /scratch/kocevski/149500/ft1_filtered_4FGL_J1700.0+6830_monthly_bin96.fits Spacecraft file(s): /scratch/kocevski/149500/ft2_4FGL_J1700.0+6830_monthly_bin96.fits Exposure map: /scratch/kocevski/149500/expmap_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.fits Exposure cube: /scratch/kocevski/149500/ltcube_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.fits IRFs: P8R3_SOURCE_V2 Source model file: /scratch/kocevski/149500/Model_4FGL_J1700.0+6830_monthly_bin96.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) = 80031.6426446 Fit tolerance = 0.0001 Performing likelihood fit... Done. MINUIT Return Code (Fixed Index): 0 logL (Fixed Index) = 80031.602702 Fit tolerance = 1e-08 Performing likelihood fit... ********** ** 14 **SET NOWARN ********** PARAMETER DEFINITIONS: NO. NAME VALUE STEP SIZE LIMITS 1 'Prefactor ' 15.751 1.0000 .10000E-03 10000. 2 'Prefactor ' 5.0682 1.0000 .10000E-03 10000. 3 'Prefactor ' 2.0707 1.0000 .10000E-03 10000. 4 'Prefactor ' 7.4080 1.0000 .10000E-03 10000. 5 'norm ' 6.0662 1.0000 .10000E-03 10000. 6 'Prefactor ' 9.8911 1.0000 .10000E-03 10000. 7 'Prefactor ' 3.6830 1.0000 .10000E-03 10000. 8 'norm ' 9.1629 1.0000 .10000E-03 10000. 9 'Prefactor ' .10007E-03 1.0000 .10000E-03 10000. 10 'Prefactor ' .10000E-03 1.0000 .10000E-03 10000. 11 'Prefactor ' .23936E-03 1.0000 .10000E-03 10000. 12 'norm ' 1.8861 1.0000 .10000E-03 10000. 13 'Prefactor ' .10000E-03 1.0000 .10000E-03 10000. 14 'norm ' .26031 1.0000 .10000E-03 10000. 15 'Prefactor ' .11797E-03 1.0000 .10000E-03 10000. 16 'Prefactor ' 10.576 1.0000 .10000E-03 10000. 17 'Prefactor ' 12.371 1.0000 .10000E-03 10000. 18 'Prefactor ' .94507 1.0000 .10000E-03 10000. 19 'Prefactor ' .10002E-03 1.0000 .10000E-03 10000. 20 'Prefactor ' 2.6694 1.0000 .10000E-03 10000. 21 'Prefactor ' 13.087 1.0000 .10000E-03 10000. 22 'Prefactor ' 3.4595 1.0000 .10000E-03 10000. 23 'norm ' 3.8922 1.0000 .10000E-03 10000. 24 'norm ' 1.0007 1.0000 .10000E-03 10000. 25 'Prefactor ' 4.6664 1.0000 .10000E-03 10000. 26 'norm ' 7.1310 1.0000 .10000E-03 10000. 27 'Prefactor ' .10002E-03 1.0000 .10000E-03 10000. 28 'Prefactor ' .10000E-03 1.0000 .10000E-03 10000. 29 'Prefactor ' 8.9152 1.0000 .10000E-03 10000. 30 'Prefactor ' 2.8568 1.0000 .10000E-03 10000. 31 'Prefactor ' .10000E-03 1.0000 .10000E-03 10000. 32 'Prefactor ' .10000E-03 1.0000 .10000E-03 10000. 33 'norm ' 2.8379 1.0000 .10000E-03 10000. 34 'Normalizat' .99925 1.0000 .10000E-01 10.000 35 'Prefactor ' 1.0355 1.0000 .0000 10.000 ********** ** 15 **SET ERR .5000 ********** ********** ** 16 **SET GRAD 1.000 ********** ********** ** 17 **MINIMIZE .6590E+05 .2000E-04 ********** MIGRAD MINIMIZATION HAS CONVERGED. MIGRAD WILL VERIFY CONVERGENCE AND ERROR MATRIX. MIGRAD MINIMIZATION HAS CONVERGED. FCN= 80031.60 FROM MIGRAD STATUS=CONVERGED 971 CALLS 4373 TOTAL EDM= .78E-09 STRATEGY=1 ERROR MATRIX UNCERTAINTY= 1.2% EXT PARAMETER STEP FIRST NO. NAME VALUE ERROR SIZE DERIVATIVE 1 Prefactor 15.751 6.9556 .22603E-08 -.61811E-06 2 Prefactor 5.0683 5.0610 -.18340E-08 -.32439E-05 3 Prefactor 2.0710 2.6130 -.60225E-07 -.64170E-04 4 Prefactor 7.4080 4.3222 .19743E-07 .97534E-05 5 norm 6.0663 1.0155 .26265E-07 .25362E-04 6 Prefactor 9.8917 18.901 -.18337E-05 .47525E-04 7 Prefactor 3.6831 7.1186 .57380E-07 -.73683E-05 8 norm 9.1629 4.0267 .14622E-07 -.11751E-03 9 Prefactor .10000E-03 12.980 .10990E-05** at limit ** 10 Prefactor .10000E-03 .63277 -.15735E-06** at limit ** 11 Prefactor .10000E-03 9.8486 -.18672E-05** at limit ** 12 norm 1.8859 2.1476 -.74719E-08 -.12332E-03 13 Prefactor .10000E-03 1.2890 .73133E-08** at limit ** 14 norm .26024 .18374 .69666E-07 .12548E-02 15 Prefactor .10000E-03 .37147 .22684E-07** at limit ** 16 Prefactor 10.576 1.1358 -.56299E-09 -.14048E-03 17 Prefactor 12.370 4.3969 -.11312E-06 -.84262E-04 18 Prefactor .94607 1.8052 -.22710E-05 -.22967E-02 19 Prefactor .10000E-03 3.4923 .10235E-06** at limit ** 20 Prefactor 2.6691 1.5390 .28959E-06 -.36602E-02 21 Prefactor 13.081 15.938 .10512E-04 -.94821E-04 22 Prefactor 3.3850 49.087 -.66580E-05 .37749E-04 23 norm 3.8922 .81005 -.15755E-07 -.28193E-04 24 norm 1.0007 .18642 .42567E-09 -.17540E-03 25 Prefactor 4.6665 3.4144 .16934E-06 -.14632E-02 26 norm 7.1310 1.4685 .69001E-08 -.12103E-03 27 Prefactor .10000E-03 3.0208 .34609E-07** at limit ** 28 Prefactor .10000E-03 7.1055 .49622E-05** at limit ** 29 Prefactor 8.9160 2.1226 -.82075E-07 -.11810E-03 30 Prefactor 2.8556 4.8464 .74822E-06 -.11992E-02 31 Prefactor .10000E-03 5.3226 .81285E-06** at limit ** 32 Prefactor .10000E-03 6.5484 -.47155E-05** at limit ** 33 norm 2.8380 .95222 -.37110E-07 -.25176E-03 34 Normalizat .99921 .58356E-01 -.72242E-07 .54534E-03 35 Prefactor 1.0355 .43001E-01 .12416E-07 .47208E-03 ERR DEF= .500 Final values: Prefactor = 15.7512 Prefactor = 5.06829 Prefactor = 2.07101 Prefactor = 7.40803 norm = 6.06627 Prefactor = 9.89167 Prefactor = 3.68306 norm = 9.16293 Prefactor = 0.0001 Prefactor = 0.0001 Prefactor = 0.0001 norm = 1.88594 Prefactor = 0.0001 norm = 0.260241 Prefactor = 0.0001 Prefactor = 10.5759 Prefactor = 12.37 Prefactor = 0.946074 Prefactor = 0.0001 Prefactor = 2.66906 Prefactor = 13.0806 Prefactor = 3.38498 norm = 3.89221 norm = 1.00069 Prefactor = 4.66651 norm = 7.13095 Prefactor = 0.0001 Prefactor = 0.0001 Prefactor = 8.91599 Prefactor = 2.85556 Prefactor = 0.0001 Prefactor = 0.0001 norm = 2.83803 Normalizat = 0.999213 Prefactor = 1.03549 ********** ** 18 **HESSE ********** FCN= 80031.60 FROM HESSE STATUS=OK 790 CALLS 5163 TOTAL EDM= .61E-08 STRATEGY= 1 ERROR MATRIX ACCURATE EXT PARAMETER INTERNAL INTERNAL NO. NAME VALUE ERROR STEP SIZE VALUE 1 Prefactor 15.751 6.9666 .10092E-03 -1.4914 2 Prefactor 5.0683 5.0575 .17860E-03 -1.5258 3 Prefactor 2.0710 2.6029 .28707E-03 -1.5420 4 Prefactor 7.4080 4.3185 .14736E-03 -1.5164 5 norm 6.0663 1.0153 .16301E-04 -1.5215 6 Prefactor 9.8917 18.918 .12741E-03 -1.5079 7 Prefactor 3.6831 7.1124 .21046E-03 -1.5324 8 norm 9.1629 4.0284 .66201E-03 -1.5102 9 Prefactor .10000E-03 13.025 .18142E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 10 Prefactor .10000E-03 .64789 .18142E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 11 Prefactor .10000E-03 10.230 .36285E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 12 norm 1.8859 2.1335 .30304E-03 -1.5433 13 Prefactor .10000E-03 1.2977 .18142E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 14 norm .26024 .15362 .90638E-03 -1.5606 15 Prefactor .10000E-03 2.3975 .31775E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 16 Prefactor 10.576 1.1342 .92827E-04 -1.5057 17 Prefactor 12.370 4.2490 .11389E-03 -1.5004 18 Prefactor .94607 1.8077 .44314E-03 -1.5513 19 Prefactor .10000E-03 3.5642 .18142E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 20 Prefactor 2.6691 2.0004 .12472E-02 -1.5381 21 Prefactor 13.081 16.099 .11073E-03 -1.4984 22 Prefactor 3.3850 49.115 .21743E-03 -1.5340 23 norm 3.8922 .80879 .10952E-03 -1.5313 24 norm 1.0007 .18428 .50769E-04 -1.5508 25 Prefactor 4.6665 3.6712 .93149E-03 -1.5276 26 norm 7.1310 1.4649 .14255E-03 -1.5174 27 Prefactor .10000E-03 3.0634 .18142E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 28 Prefactor .10000E-03 7.0326 .18142E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 29 Prefactor 8.9160 2.1300 .13424E-03 -1.5111 30 Prefactor 2.8556 5.7660 .12026E-02 -1.5370 31 Prefactor .10000E-03 5.3300 .18142E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 32 Prefactor .10000E-03 6.5030 .18142E-02 -1.5708 WARNING - - ABOVE PARAMETER IS AT LIMIT. 33 norm 2.8380 .95491 .14346E-03 -1.5371 34 Normalizat .99921 .65759E-01 .28542E-03 -.93057 35 Prefactor 1.0355 .49136E-01 .21854E-03 -.91556 ERR DEF= .500 Minuit fit quality: 3 estimated distance: 6.08392e-09 Minuit parameter uncertainties: 1 6.96694 2 5.05791 3 2.60299 4 4.31871 5 1.01535 6 18.929 7 7.11401 8 4.02857 9 3.66068e-05 10 2.07546e-06 11 7.27743e-05 12 2.13355 13 2.15963e-06 14 0.153625 15 2.05784e-05 16 1.13425 17 4.24913 18 1.80782 19 1.55092e-06 20 2.00044 21 16.1041 22 25.813 23 0.808794 24 0.184276 25 3.67139 26 1.46487 27 2.0722e-06 28 0.000117089 29 2.13 30 5.76712 31 1.70732e-05 32 0.000112215 33 0.954913 34 0.0657638 35 0.0491384 Done. MINUIT Return Code (Fixed Index): 0 logL (Fixed Index) = 80031.6026865 Extracting fit parameters... 4FGL J1700.0+6830 Spectrum: LogParabola 358 norm: 2.602e-01 1.536e-01 1.000e-04 1.000e+04 ( 1.000e-11) 359 alpha: 2.278e+00 0.000e+00 0.000e+00 5.000e+00 ( 1.000e+00) fixed 360 beta: 1.037e-01 0.000e+00 0.000e+00 1.000e+01 ( 1.000e+00) fixed 361 Eb: 6.263e+02 0.000e+00 3.000e+01 5.000e+05 ( 1.000e+00) fixed GAL_V02 Spectrum: PowerLaw 656 Prefactor: 1.035e+00 4.914e-02 0.000e+00 1.000e+01 ( 1.000e+00) 657 Index: 0.000e+00 0.000e+00 -1.000e+00 1.000e+00 ( 1.000e+00) fixed 658 Scale: 1.000e+02 0.000e+00 5.000e+01 2.000e+02 ( 1.000e+00) fixed EG_v02 Spectrum: FileFunction 655 Normalization: 9.992e-01 6.576e-02 1.000e-02 1.000e+01 ( 1.000e+00) TS (Fixed Index): 6.71 Ra Dec: 255.021 68.504 Photon Index (Fixed Index): 2.28 +/- 0.00 Photon Flux (Fixed Index): 1.12e-08 +/- 6.62e-09 Energy Flux (Fixed Index): 3.97e-06 +/- 2.35e-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) = 80031.2471494 delta logL = 0.355537078227 Fit tolerance = 0.0001 Performing likelihood fit... Done. MINUIT Return Code (Free Index): 0 logL (Free Index) = 80031.214024 delta logL = 0.388662477402 Fit tolerance = 1e-08 Performing likelihood fit... ********** ** 14 **SET NOWARN ********** PARAMETER DEFINITIONS: NO. NAME VALUE STEP SIZE LIMITS 1 'norm ' .23241 1.0000 .10000E-03 10000. 2 'alpha ' 1.8584 1.0000 .0000 5.0000 3 'Normalizat' 1.0037 1.0000 .10000E-01 10.000 4 'Prefactor ' 1.0340 1.0000 .0000 10.000 ********** ** 15 **SET ERR .5000 ********** ********** ** 16 **SET GRAD 1.000 ********** ********** ** 17 **MINIMIZE .6590E+05 .2000E-04 ********** MIGRAD MINIMIZATION HAS CONVERGED. MIGRAD WILL VERIFY CONVERGENCE AND ERROR MATRIX. MACHINE ACCURACY LIMITS FURTHER IMPROVEMENT. MIGRAD MINIMIZATION HAS CONVERGED. MIGRAD WILL VERIFY CONVERGENCE AND ERROR MATRIX. MIGRAD TERMINATED WITHOUT CONVERGENCE. FCN= 80031.21 FROM MIGRAD STATUS=FAILED 98 CALLS 259 TOTAL EDM= .74E-07 STRATEGY= 1 ERR MATRIX APPROXIMATE EXT PARAMETER APPROXIMATE STEP FIRST NO. NAME VALUE ERROR SIZE DERIVATIVE 1 norm .23230 .15883 .95765E-03 .64936E-01 2 alpha 1.8578 .45430 .38889E-01 -.15218E-02 3 Normalizat 1.0038 .61852E-01 .28485E-03 .17242E-04 4 Prefactor 1.0340 .48348E-01 .21869E-03 .15803E-04 ERR DEF= .500 START SIMPLEX MINIMIZATION. CONVERGENCE WHEN EDM .LT. .20E-04 SIMPLEX MINIMIZATION HAS CONVERGED. FCN= 80031.21 FROM SIMPLEX STATUS=UNCHANGED 71 CALLS 330 TOTAL EDM= .12E-04 STRATEGY= 1 ERR MATRIX APPROXIMATE EXT PARAMETER APPROXIMATE INTERNAL INTERNAL NO. NAME VALUE ERROR STEP SIZE VALUE 1 norm .23230 .15883 .70249E-05 -1.5612 2 alpha 1.8578 .45430 .88990E-03 -.25980 3 Normalizat 1.0038 .61852E-01 .95946E-04 -.92902 4 Prefactor 1.0340 .48348E-01 .60328E-04 -.91606 ERR DEF= .500 MIGRAD MINIMIZATION HAS CONVERGED. MIGRAD WILL VERIFY CONVERGENCE AND ERROR MATRIX. FCN= 80031.21 FROM MIGRAD STATUS=CONVERGED 32 CALLS 362 TOTAL EDM= .72E-10 STRATEGY= 1 ERROR MATRIX ACCURATE EXT PARAMETER STEP FIRST NO. NAME VALUE ERROR SIZE DERIVATIVE 1 norm .23230 .16302 .19153E-03 .24277E-02 2 alpha 1.8578 .46686 .77777E-02 .31806E-05 3 Normalizat 1.0038 .61896E-01 .11394E-04 .15965E-04 4 Prefactor 1.0340 .48388E-01 .87477E-05 .12476E-04 ERR DEF= .500 Final values: norm = 0.232299 alpha = 1.85779 Normalizat = 1.00383 Prefactor = 1.03397 ********** ** 18 **HESSE ********** FCN= 80031.21 FROM HESSE STATUS=OK 27 CALLS 389 TOTAL EDM= .10E-11 STRATEGY= 1 ERROR MATRIX ACCURATE EXT PARAMETER INTERNAL INTERNAL NO. NAME VALUE ERROR STEP SIZE VALUE 1 norm .23230 .16417 .38306E-04 -1.5612 2 alpha 1.8578 .47014 .31111E-03 -.25980 3 Normalizat 1.0038 .61846E-01 .22788E-05 -.92902 4 Prefactor 1.0340 .48365E-01 .17495E-05 -.91606 ERR DEF= .500 Minuit fit quality: 3 estimated distance: 1.00504e-12 Minuit parameter uncertainties: 1 0.164168 2 0.473156 3 0.0618504 4 0.048367 shell-init: error retrieving current directory: getcwd: cannot access parent directories: No such file or directory rmdir: failed to remove `/scratch/kocevski/149500': 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) = 80031.2140211 delta logL = 0.388665340841 Extracting fit parameters... 4FGL J1700.0+6830 Spectrum: LogParabola 358 norm: 2.323e-01 1.642e-01 1.000e-04 1.000e+04 ( 1.000e-11) 359 alpha: 1.858e+00 4.732e-01 0.000e+00 5.000e+00 ( 1.000e+00) 360 beta: 1.037e-01 0.000e+00 0.000e+00 1.000e+01 ( 1.000e+00) fixed 361 Eb: 6.263e+02 0.000e+00 3.000e+01 5.000e+05 ( 1.000e+00) fixed GAL_V02 Spectrum: PowerLaw 656 Prefactor: 1.034e+00 4.837e-02 0.000e+00 1.000e+01 ( 1.000e+00) 657 Index: 0.000e+00 0.000e+00 -1.000e+00 1.000e+00 ( 1.000e+00) fixed 658 Scale: 1.000e+02 0.000e+00 5.000e+01 2.000e+02 ( 1.000e+00) fixed EG_v02 Spectrum: FileFunction 655 Normalization: 1.004e+00 6.185e-02 1.000e-02 1.000e+01 ( 1.000e+00) TS (Free Index): 7.49 Ra Dec: 255.021 68.504 Photon Index (Free Index): 1.86 +/- 0.47 Photon Flux (Free Index): 6.95e-09 +/- 6.39e-09 Energy Flux (Free Index): 4.48e-06 +/- 2.84e-06 Creating a high resolution counts map... INFO: Auto-setting vmin to -1.003e-01 [aplpy.core] INFO: Auto-setting vmax to 1.113e+00 [aplpy.core] Saving /scratch/kocevski/149500/cmap_HighResolution_485827201_488419201_4FGL_J1700.0+6830_monthly_bin96.png Cleaning up... ** Nuclear option initiated! ** rmdir /scratch/kocevski/149500 Updating database... UPDATE lightcurve_data_v2 SET comment='SUCCESS', photon_flux='1.12e-08', energy_flux2='4.48e-06', photon_flux_error='6.62e-09', dlogl='3.89e-01', energy_flux='3.97e-06', photon_flux2='6.95e-09', job_status='DONE', time_completed='2021-10-29 22:56:24.542894', photon_index_error2='0.47', photon_index2='1.86', ts='6.71', fit_tolerance='1e-08', GAL='1.04', photon_index_error='0.00', energy_flux_error2='2.84e-06', EG='1.00', time_epoch_completed='1635573384.54', return_code='0', job_id='149500', GAL2='1.03', EG2='1.00', return_code2='0', energy_flux_error='2.35e-06', photon_flux_error2='6.39e-09', ts2='7.49', photon_index='2.28' WHERE bin_id='96' AND source_name='4FGL J1700.0+6830' AND cadence='monthly'; Database successfully updated. Analysis Complete. Fri Oct 29 22:56:24 PDT 2021 ------------------------------------------------------------ Sender: LSF System Subject: Job 149500: <4FGL_J1700.0+6830_monthly_bin96> in cluster Done Job <4FGL_J1700.0+6830_monthly_bin96> was submitted from host by user in cluster at Fri Oct 29 20:35:11 2021 Job was executed on host(s) , in queue , as user in cluster at Fri Oct 29 20:35:23 2021 was used as the home directory. was used as the working directory. Started at Fri Oct 29 20:35:23 2021 Terminated at Fri Oct 29 22:56:25 2021 Results reported at Fri Oct 29 22:56:25 2021 Your job looked like: ------------------------------------------------------------ # LSBATCH: User input /nfs/farm/g/glast/g/LCRepository/Likelihood/Scripts/LikelihoodAnalysis.py 4FGL_J1700.0+6830_monthly_bin96 255.021 68.5042 485827201 488419201 irfs=P8R3_SOURCE_V2 zmax=90 ROI=12 association=4FGL_J1700.0+6830 fixedModel=True performFreeIndexFit=True freeVariableSources=True nuke=True repositoryJob=True verbose=False ------------------------------------------------------------ Successfully completed. Resource usage summary: CPU time : 8283.00 sec. Max Memory : 640 MB Average Memory : 423.76 MB Total Requested Memory : - Delta Memory : - Max Swap : 2946 MB Max Processes : 6 Max Threads : 21 Run time : 8462 sec. Turnaround time : 8474 sec. The output (if any) is above this job summary.