Difference between revisions of "NGC1068 LST1 analysis Cycle I DanielMorcuende"

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==Monte Carlo information==
 
==Monte Carlo information==
* Link to MC files used:
+
 
** Particle types:
+
Closest declination line towards La Palma latitude (28.8 deg)
** ZD (deg): Zenith Range
+
 
** AZ (deg): Azimuth Range
+
20240131_allsky_v0.10.5_all_dec_base/dec_931
  
 
==DL1 data==
 
==DL1 data==

Revision as of 14:05, 24 July 2024

Analysis of LST-1 NGC 1068 data from observation cycle I

General information

  • Name of the source: NGC 1068
  • Brief description of the source:
    • Object type : AGN, Seyfert II galaxy
    • Redshift (z) : 0.0037
    • Other relevant information
    • RA: XX XX XX.XX (hh mm ss), Dec: +/-YY YY YY.YY (dd mm ss)
    • RA, Dec in deg (ICRS): XX.XX, YY.YY
  • Analysis by Name (Institute - email)
    • Daniel Morcuende (IAA-CSIC, dmorcuende@iaa.es)
    • José Manuel Gavilán (IAA-CSIC)

Data-taking information

  • Dates of data-taking:
    • Date (time of observation h)
      • ZD range (deg): Zenith Range
      • AZ range (deg): Azimuth Range
      • Runs:


Monte Carlo information

Closest declination line towards La Palma latitude (28.8 deg)

20240131_allsky_v0.10.5_all_dec_base/dec_931

DL1 data

Standard DL1b files produced by LSTOSA (lstchain v0.10, tailcut 8-4 with cleaning based on pedestal RMS, dynamic cleaning)

/fefs/aswg/data/real/DL1/YYYYMMDD/v0.10/tailcut84/dl1_LST-1.Run?????.h5

Random forest

Please include your specific .json files used in producing your RFs and for which source analysis (source dependent or independent), and variables used in the RF.


DL2 data

  • lstchain-v0.10
  • source-indep
/fefs/aswg/workspace/seiya.nozaki/data/MC/v0.7.5/tailcut84_dynamic_bllac/srcindep/DL2/data/
/fefs/aswg/workspace/seiya.nozaki/data/BLLac/v0.7.3/tailcut84_dynamic_v075/srcindep/DL2/data/dl2_LST-1.Run0XXXX_merged.h5

DL3 data selection

Information about your DL3 data selection.

Example

  • intensity > 50
  • r: [0, 1 ]
  • wl: [0.1, 1 ]
  • leakage_intensity_width_2: [0, 0.2 ]
  • source-indep


High-level analysis

  • lstchain to generate source-dep IRF, DL3
  • Science Tool: Gammapy 1.1
  • point-like IRF, 1D analysis

Analysis Results

Please place higher-level analysis results (Spectra, SkyMaps, Lightcurves, etc) here.

Theta2 plot

Significance map

Excess map

Spectral results