Editing GRB220302A

Go back to [[Transient Working Group]].


== Alert Information ==

* '''Name/type of the alert''': Name
* '''GCN notice''': ''link''
* '''Triggered by''': ''e.g., Swift, Fermi/LAT...''
* '''Alert coordinates''':
** ''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''
* '''Alert arrival time''': ''UTC''
* '''Other relevant information''':
** Redshift (z):

==Multi-wavelength Observations==

{|class="wikitable"
|+ Timeline
!T0+
!Instrument
!Outcome
!Outcome specific value (flux/UL/...)
!Comment
!Link
|-
| -
|
|style="color:#0000FF" | Initial detection
|
|
|
|-
|
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|style="color:#FF0000" | UL
|
|
|
|-
|
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|style="color:#00BA00" | Detection
|
|
|
|}


== LST Observations ==

* '''Dates of data-taking''': 
** Date (time of observation h)
*** Zenith range (deg):
*** Transmission9km:
*** Observation condition: ''dark, moonlight, twilight, mixed, calima, ...''
*** Observation mode: ''e.g., ON, std or custom wobbles''
*** Runs: 
*** Joint observations with MAGIC? : ''Yes/No''
*** ELOG link:
*** Important comments: ''delay, ...''

== Analysis by Name (Institute - email) ==

=== Data-taking information ===

* Overall selected observation time:
* Selected runs:
* Position analyzed: ''RA, Dec''

=== Monte Carlo information ===

* Link to MC files used:
** Particle types:

=== DL1 data ===

Please include your settings to produce your DL1a and DL1b files.  This includes whether you use LSTOSA, specific versions of lstchain, dllab scripts, cleaning levels, and calibration information.

'''Example''' : 

Reprocessed using DL1a files produced by LSTOSA (lstchain v0.7.3) and dl1ab script (v0.7.5)

* original DL1a files

 /fefs/aswg/data/real/DL1/20210808/v0.7.3/tailcut84/dl1_LST-1.Run0XXXX.XXXX.h5
 /fefs/aswg/data/mc/DL1/20200629_prod5_trans_80/XXX/zenith_20deg/south_pointing/20210416_v0.7.3_prod5_trans_80_local_taicut_8_4/

* real data: tailcut8-4 (with cleaning based on pedestal RMS), dynamic cleaning

  /fefs/aswg/workspace/seiya.nozaki/data/BLLac/v0.7.3/tailcut84_dynamic_v075/DL1_raw/lstchain_standard_config.json

* MC: tailcut8-4 (with cleaning based on pedestal RMS), dynamic cleaning, PSF+NSB tuning
  "image_modifier": {
    "increase_nsb": true,
    "extra_noise_in_dim_pixels": 0.74,
    "extra_bias_in_dim_pixels": 0.38,
    "transition_charge": 8,
    "extra_noise_in_bright_pixels": 0.052,
    "increase_psf": true,
    "smeared_light_fraction": 0.125
  },

  /fefs/aswg/workspace/seiya.nozaki/data/MC/v0.7.5/tailcut84_dynamic_bllac/DL1_raw/lstchain_dl1ab_tune_MC_to_BLLac_config.json

* Produced DL1b files

 /fefs/aswg/workspace/seiya.nozaki/data/MC/v0.7.5/tailcut84_dynamic_bllac/DL1_raw/data/
 /fefs/aswg/workspace/seiya.nozaki/data/BLLac/v0.7.3/tailcut84_dynamic_v075/DL1_raw/Run0XXXX

=== Random forest ===

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

'''Example'''

* lstchain-0.7.6.dev242+g2086cb9

* source-indep (diffuse gamma, src_r<3deg, disp_norm)
 /fefs/aswg/workspace/seiya.nozaki/data/MC/v0.7.5/tailcut84_dynamic_bllac/srcindep/RF/lstchain_standard_config.json

* source-dep
 /fefs/aswg/workspace/seiya.nozaki/data/MC/v0.7.5/tailcut84_dynamic_bllac/srcdep/RF/lstchain_src_dep_config.json

=== DL2 data ===

Information about your DL2 data and settings such as: specifc versions of lstchain, specfic .json version used.

'''Example''':

* lstchain-0.7.6.dev242+g2086cb9

* 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

* source-dep
 /fefs/aswg/workspace/seiya.nozaki/data/MC/v0.7.5/tailcut84_dynamic_bllac/srcdep/DL2/data/ 
 /fefs/aswg/workspace/seiya.nozaki/data/BLLac/v0.7.3/tailcut84_dynamic_v075/srcdep/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
**fixed_gh_cut: 0.3
**fixed_theta_cut: 0.2

* source-dep
**fixed_gh_cut: 0.7
**fixed_alpha_cut: 10

=== High-level analysis ===

Please put any information about the production of higher level analysis here.

'''Example'''

* Science Tool: gammapy 0.18.2
* Point-like IRF, 1D analysis

== Analysis Results ==

Please place higher-level analysis results (Spectra, SkyMaps, Lightcurves, etc) here.
If the alert was observed for several nights please add plots for each night separately and all data together.

=== Theta2 plot ===

=== Significance map ===

=== Excess map ===

=== Spectral results ===