Difference between revisions of "RS Oph"

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=== Analysis November 2021 ===
 
=== Analysis November 2021 ===
 
* [[Analysis A. Aguasca-Cabot November 2021]]
 
* [[Analysis A. Aguasca-Cabot November 2021]]
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Source-dependent analysis
 
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===== Monte Carlo information =====
 
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* Link to MC files used:
 
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** Particle types: gamma, proton
 
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** ZD (deg): 40
 
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** AZ (deg): 180
 
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===== DL1 data =====
 
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====== Real data ======
 
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* Original DL1a files
 
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/fefs/aswg/data/real/DL1/{20210809,20210810,20210812}/v0.7.3/tailcut84/dl1_LST-1.Run0XXXX.XXXX.h5
 
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Added dynamic cleaning using srcipt `lstchain_dl1ab.py` by LSTCHAIN v0.7.5.
 
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  "dynamic_cleaning": {
 
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    "apply": true,
 
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    "threshold": 267,
 
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    "fraction_cleaning_intensity": 0.03
 
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  },
 
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* Produced DL1b files
 
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====== MC data ======
 
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* Original DL1a files
 
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/fefs/aswg/data/mc/DL1/20200629_prod5_trans_80/{particle}/{zenith}/{azimuth}/20210506_v0.7.3_prod5_trans_80_zen40deg_local_tailcut_8_4
 
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Added source dependent analysis using script `lstchain_add_source_dependent_parameters.py` and dynamic cleaning using srcipt `lstchain_dl1ab.py` by LSTCHAIN v0.7.5.
 
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  "dynamic_cleaning": {
 
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    "apply": true,
 
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    "threshold": 267,
 
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    "fraction_cleaning_intensity": 0.03
 
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  },
 
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* Produced DL1b files
 
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===== Random forest =====
 
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* LSTCHAIN v0.7.5
 
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* source-dependent, dispnorm
 
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/fefs/aswg/workspace/arnau.aguasca/scripts/_configs/XXXXXXXXX
 
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===== DL2 data =====
 
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===== DL3 data =====
 
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Performed the Dl2 to dl3 stage and IRF production with Seiya's fork of LSTCHAIN. Repository used: https://github.com/aaguasca/cta-lstchain
 
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*IRF: point-like, single-offset
 
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/fefs/aswg/workspace/arnau.aguasca/scripts/_configs/RSOph/LSTGeneralMeeting/lstchain_dl3_config.json
 
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*Quality cuts
 
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  "EventSelector": {
 
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    "filters": {
 
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      "intensity": [100, Infinity],
 
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      "width": [0, Infinity],
 
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      "length": [0, Infinity],
 
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      "r": [0, 1],
 
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      "wl": [0.1, 1],
 
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      "leakage_intensity_width_2": [0, 0.2]
 
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    }
 
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  },
 
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  "DL3FixedCuts": {
 
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    "fixed_gh_cut": 0.6,
 
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    "fixed_alpha_cut": 20,
 
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    "allowed_tels": [1]
 
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  }
 
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===== High-level analysis =====
 
  
 
=== Analysis February 2022 ===
 
=== Analysis February 2022 ===
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* [[Analysis A. Aguasca-Cabot February 2022]]
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==== Analysis A. Aguasca-Cabot ====
 

Revision as of 11:03, 10 February 2022

General information

  • Name of the source: RS Ophiuchi
  • Brief description of the source:
    • Object type : Nova
    • Distance (kpc) : 1.2 - 2
    • Other relevant information: Outburst in August 8 2021 (ATel #14834)
    • RA: 17 50 13.16 (hh mm ss), Dec: -06 42 28.48 (dd mm ss)
    • RA, Dec in deg (ICRS): 267.55, -6.71

Data-taking information

  • Dates of data-taking: 20210809, 20210810, 20210812, 20210813, 20210814, 20210815, 20210829, 20210830, 20210901, 20210902.
    • Date (time of observation h): 20210809 (1.23)
      • ZD range (deg): [36,42]
      • AZ range (deg): [181, 226]
      • Transmission9km: XXX
      • Runs: 5580-5584
      • Joint observations with MAGIC? : Yes/No
    • Date (time of observation h): 20210910 (2.55)
      • ZD range (deg): [36, 58]
      • AZ range (deg): [181, 240]
      • Transmission9km: XXX
      • Runs: 5630-5639
      • Joint observations with MAGIC? : Yes/No
      • Comments: Spikes in camera rate.
    • Date (time of observation h): 20210912 (2.10)
      • ZD range (deg): [36,54]
      • AZ range (deg): [184, 235]
      • Transmission9km: XXX
      • Runs: 5696-5704
      • Joint observations with MAGIC? : Yes/No
      • Comments: Spikes in camera rate.
    • Date (time of observation h): 20210913 ()
      • ZD range (deg): Zenith Range
      • AZ range (deg): Azimuth Range
      • Transmission9km: XXX
      • Runs: XXXX-XXXX
      • Joint observations with MAGIC? : Yes/No

RS Oph data analysis

Analysis November 2021

Analysis February 2022

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