------------------------------------------------------------------ | Welcome to ROOT 6.34.02 https://root.cern | | (c) 1995-2024, The ROOT Team; conception: R. Brun, F. Rademakers | | Built for linuxx8664gcc on Jan 31 2025, 23:21:21 | | From tags/6-34-02@6-34-02 | | With g++ (GCC) 11.3.0 | | Try '.help'/'.?', '.demo', '.license', '.credits', '.quit'/'.q' | ------------------------------------------------------------------ --- Welcome to the ROOT general session --- === All NCFS-Pack related packages are loaded by default on this Unix system === *** Start at Wed Oct 1 11:56:24 2025 *** Processing test1.cc... *NcVersion* Version information. NCFS-Pack version : 6.4 corresponding to GIT Branch: master Created at September 29, 2025 15:47 UTC *NcAstrolab2::GetBurstZdist* Called from GenBurstGCNdata() *** Archival observed redshift distribution not found. *** A Landau fit from Swift GRB redshift data will be used to provide missing c.q. random z values. *NcAstrolab2::GetBurstT90dist* Called from GenBurstGCNdata() *** Observational T90 distribution not found. *** A double Gaussian fit from Fermi GRB T90 data will be used to provide missing c.q. random T90 values. *NcAstrolab2::GetBurstSigmaPosdist* Called from GenBurstGCNdata() *** Archival observed GRB position uncertainty distribution not found. *** A Landau fit from observed GRB data will be used to provide missing c.q. random 1-sigma uncertainty values. *NcAstrolab2::GenBurstGCNdata* 500 new generated bursts with name GRB were stored. Total number of stored bursts : 500 *NcAstrolab2::MakeBurstEnergydist* Created a dN/dE=pow(E,-2) signal distribution on [Emin,Emax]=[1000,1e+10] GeV *NcAstrolab2::MakeBurstEnergydist* Created a dN/dE=pow(E,-3.5) background distribution on [Emin,Emax]=[200,1e+07] GeV *NcAstrolab2::MakeBurstDataStats* Statistics of the stacked observed event samples. Integrated on-source exposure time of the 500 stacked time windows : 3.6e+06 sec Integrated off-source exposure time of the 500*2 stacked time windows : 7.2e+06 sec Total accumulated on-source solid angle : 11.9548 sr in 500 stacked patches --> Average per patch : 0.0239095 sr Total accumulated off-source solid angle : 23.9095 sr in 500*2 stacked patches --> Average per patch : 0.0239095 sr Area covered c.q. overlooked by the detector sensors : 1e+06 m^2. *On source* Total number of recorded on-source events : 43 --> Average per patch : 0.086 events. --- Average values per on-source patch --- Steady event rate during the time window : 1.19444e-05 Hz --> 0.000499569 Hz sr^-1 Particle fluence : 8.6e-12 cm^-2 --> 3.5969e-10 cm^-2 sr^-1 Particle flux : 1.19444e-15 cm^-2 s^-1 --> Intensity : 4.99569e-14 cm^-2 s^-1 sr^-1 Cumulated energy : 52.4302 GeV --> 2192.86 GeV sr^-1 Power : 0.00728197 GeV/s --> 0.304564 GeV s^-1 sr^-1 Energy fluence : 5.24302e-09 GeV cm^-2 --> 2.19286e-07 GeV cm^-2 sr^-1 Energy flux : 7.28197e-13 GeV cm^-2 s^-1 --> Intensity : 3.04564e-11 GeV cm^-2 s^-1 sr^-1 *Off source* Total number of recorded off-source (background) events : 91 --> Average per patch : 0.091 events. --- Average values per off-source patch --- Steady event rate during the time window : 1.26389e-05 Hz --> 0.000528614 Hz sr^-1 Particle fluence : 9.1e-12 cm^-2 --> 3.80602e-10 cm^-2 sr^-1 Particle flux : 1.26389e-15 cm^-2 s^-1 --> Intensity : 5.28614e-14 cm^-2 s^-1 sr^-1 Cumulated energy : 28.8416 GeV --> 1206.28 GeV sr^-1 Power : 0.00400578 GeV/s --> 0.167539 GeV s^-1 sr^-1 Energy fluence : 2.88416e-09 GeV cm^-2 --> 1.20628e-07 GeV cm^-2 sr^-1 Energy flux : 4.00578e-13 GeV cm^-2 s^-1 --> Intensity : 1.67539e-11 GeV cm^-2 s^-1 sr^-1 -(Unknown)- Total number of injected on-source signal events : 10 Total number of recorded on-source signal events : 9 --> Average per patch : 0.018 events. Total number of recorded on-source bkg events : 34 --> Average per patch : 0.068 events. --- Average signal values per on-source patch --- Steady event rate during the time window : 2.5e-06 Hz --> 0.000104561 Hz sr^-1 Particle fluence : 1.8e-12 cm^-2 --> 7.52839e-11 cm^-2 sr^-1 Particle flux : 2.5e-16 cm^-2 s^-1 --> Intensity : 1.04561e-14 cm^-2 s^-1 sr^-1 Cumulated energy : 31.6981 GeV --> 1325.75 GeV sr^-1 Power : 0.00440252 GeV/s --> 0.184133 GeV s^-1 sr^-1 Energy fluence : 3.16981e-09 GeV cm^-2 --> 1.32575e-07 GeV cm^-2 sr^-1 Energy flux : 4.40252e-13 GeV cm^-2 s^-1 --> Intensity : 1.84133e-11 GeV cm^-2 s^-1 sr^-1 --- Average background values per on-source patch --- Steady event rate during the time window : 9.44444e-06 Hz --> 0.000395008 Hz sr^-1 Particle fluence : 6.8e-12 cm^-2 --> 2.84406e-10 cm^-2 sr^-1 Particle flux : 9.44444e-16 cm^-2 s^-1 --> Intensity : 3.95008e-14 cm^-2 s^-1 sr^-1 Cumulated energy : 20.7321 GeV --> 867.106 GeV sr^-1 Power : 0.00287945 GeV/s --> 0.120431 GeV s^-1 sr^-1 Energy fluence : 2.07321e-09 GeV cm^-2 --> 8.67106e-08 GeV cm^-2 sr^-1 Energy flux : 2.87945e-13 GeV cm^-2 s^-1 --> Intensity : 1.20431e-11 GeV cm^-2 s^-1 sr^-1 *NcAstrolab2::ListSignals* Name : IceCube Title : The South Pole Neutrino Observatory === The first 10 stored reference signals according to their actual recorded timestamp === Index : 1 Equatorial (J2000) | a : 6h 45m 48.7s 101.5 deg | b : 20d 34' 31.5" 20.6 deg | LAHA : -9h 40m 10.2s -145.0 deg | Random-GRB1# Index : 2 Equatorial (J2000) | a : 1h 02m 29.5s 15.6 deg | b : 64d 52' 11.7" 64.9 deg | LAHA : -3h 56m 56.7s -59.2 deg | Random-GRB2# Index : 3 Equatorial (J2000) | a : 17h 59m 42.4s 269.9 deg | b : 29d 28' 10.1" 29.5 deg | LAHA : 3h 06m 20.9s 46.6 deg | Random-GRB3# Index : 4 Equatorial (J2000) | a : 21h 11m 54.9s 318.0 deg | b : 62d 51' 26.1" 62.9 deg | LAHA : -0h 05m 31.8s -1.4 deg | Random-GRB4# Index : 5 Equatorial (J2000) | a : 1h 12m 14.8s 18.1 deg | b : 73d 21' 34.9" 73.4 deg | LAHA : -4h 06m 54.5s -61.7 deg | Random-GRB5# Index : 6 Equatorial (J2000) | a : 21h 02m 40.1s 315.7 deg | b : 30d 07' 52.2" 30.1 deg | LAHA : 0h 03m 19.0s 0.8 deg | Random-GRB6# Index : 7 Equatorial (J2000) | a : 15h 16m 27.7s 229.1 deg | b : 14d 49' 54.1" 14.8 deg | LAHA : 5h 49m 25.9s 87.4 deg | Random-GRB7# Index : 8 Equatorial (J2000) | a : 8h 03m 07.1s 120.8 deg | b : 65d 01' 47.8" 65.0 deg | LAHA : -10h 58m 07.7s -164.5 deg | Random-GRB8# Index : 9 Equatorial (J2000) | a : 0h 16m 39.3s 4.2 deg | b : 11d 46' 30.0" 11.8 deg | LAHA : -3h 10m 51.5s -47.7 deg | Random-GRB9# Index : 10 Equatorial (J2000) | a : 15h 15m 44.8s 228.9 deg | b : 49d 10' 53.2" 49.2 deg | LAHA : 5h 50m 26.7s 87.6 deg | Random-GRB10# =============== The following 54 histograms have been generated =============== hZpdf : Landau fit for Swift GRB z data hT90pdf : Double Gauss fit for Fermi t90 data hSigmaSourcePDF : Landau fit for burst 1-sigma position uncertainty data hSigEpdf : Source induced signal energy distribution hBkgEpdf : Background energy distribution hSigE : Injected signal energy at the source hSigEzcor : (Redshift corrected) injected signal energy arriving at Earth hSourceZ : Redshifts for the selected source sample hSourceD : Distances for the selected source sample derived from the redshifts hBurstT90 : Burst durations for the selected source sample hSigmaSource : Position uncertainties for the selected source sample hOnSourceZ : On-Source object redshifts with matching event(s) hOffSourceZ : Off-Source object redshifts with matching event(s) hOnSigSourceZ : On-Source object redshifts with matching simulated signal event(s) hOnSigmaSource : On-Source object position uncertainties with matching event(s) hOffSigmaSource : Off-Source object position uncertainties with matching event(s) hOnSigSigmaSource : On-Source object position uncertainties with matching simulated signal event(s) hOnSigmaReco : On-source event reconstruction uncertainties in the final sample hOffSigmaReco : Off-source event reconstruction uncertainties in the final sample hOnSigSigmaReco : On-source simulated signal event reconstruction uncertainties in the final sample hOnSigmaComb : On-source combined object position and event reconstruction uncertainty hOffSigmaComb : Off-source combined object position and event reconstruction uncertainty hOnSigSigmaComb : On-source combined object position and simulated signal event reconstruction uncertainty hOnE : On-source simulated event energy in the final sample hOffE : Off-source simulated event energy in the final sample hOnSigE : On-source simulated signal event energy in the final sample hOna : Reconstructed opening angle of on-source events in time window hOffa : Reconstructed opening angle of off-source events in time window hOnSiga : Reconstructed opening angle of on-source simulated signal events in time window hOnCosa : Reconstructed cos(opening angle) of on-source events in time window hOffCosa : Reconstructed cos(opening angle) of off-source events in time window hOnSigcosa : Reconstructed cos(opening angle) of on-source simulated signal events in time window hOnt : Arrival times of on-source events in time window hOfft : Arrival times of off-source events in time window hOnSigt : Arrival times of on-source simulated signal events in time window hOnta : Arrival time vs. reconstructed opening angle of on-source events in time window hOffta : Arrival time vs. reconstructed opening angle of off-source events in time window hOnSigta : Arrival time vs. reconstructed opening angle of on-source simulated signal events in time window hOnBBt : Bayesian blocks for on-source arrival times hOffBBt : Bayesian blocks for off-source arrival times hOnUBBt : Uniformly binned version of histogram: hOnBBt nbins=2 xmin=-3.57e+03 xmax=3.54e+03 (not scaled w.r.t. bin size) hOffUBBt : Uniformly binned version of histogram: hOffBBt nbins=2 xmin=-3.57e+03 xmax=3.54e+03 (not scaled w.r.t. bin size) hRatUBBt : Resulting histogram of: hOnUBBt/hOffUBBt (not scaled w.r.t. bin size) hOnZt : Redshift corrected arrival times of on-source events in time window hOffZt : Redshift corrected arrival times of off-source events in time window hOnSigZt : Redshift corrected arrival times of on-source simulated signal events in time window hOnZta : Redshift corrected arrival time vs. reconstructed opening angle of on-source events in time window hOffZta : Redshift corrected arrival time vs. reconstructed opening angle of off-source events in time window hOnSigZta : Redshift corrected arrival time vs. reconstructed opening angle of on-source simulated signal events in time window hOnBBzt : Bayesian blocks for redshift corrected on-source arrival times hOffBBzt : Bayesian blocks for redshift corrected off-source arrival times hOnUBBzt : Uniformly binned version of histogram: hOnBBzt nbins=200 xmin=-2.11e+03 xmax=1.91e+03 (not scaled w.r.t. bin size) hOffUBBzt : Uniformly binned version of histogram: hOffBBzt nbins=10 xmin=-2.11e+03 xmax=1.91e+03 (not scaled w.r.t. bin size) hRatUBBzt : Resulting histogram of: hOnUBBzt/hOffUBBzt (not scaled w.r.t. bin size) =============================================================================== --- ROOT session ended --- *** Started at Wed Oct 1 11:56:24 2025 *** *** Stopped at Wed Oct 1 11:57:18 2025 ***