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Entry  Mon Jul 18 04:42:54 2022, Anchal, Update, Calibration, Error propagation to astrophysical parameters from detector calibration uncertainty BNSparamsErrorwrtfdError-merged.pdfBBHparamsErrorwrtfdError-merged.pdfBNSparamsEPSwrtCalError.pdfBBHparamsEPSwrtCalError.pdf
    Reply  Mon Jul 18 15:17:51 2022, Hang, Update, Calibration, Error propagation to astrophysical parameters from detector calibration uncertainty 
       Reply  Tue Jul 19 07:34:46 2022, Anchal, Update, Calibration, Error propagation to astrophysical parameters from detector calibration uncertainty BNSparamsErrorwrtfdError.pdfBBHparamsErrorwrtfdError.pdfBNSparamsEPSwrtCalError.pdfBBHparamsEPSwrtCalError.pdf
          Reply  Sun Jul 24 08:56:01 2022, Hang, Update, Calibration, Error propagation to astrophysical parameters from detector calibration uncertainty 
Message ID: 17029     Entry time: Sun Jul 24 08:56:01 2022     In reply to: 17017
Author: Hang 
Type: Update 
Category: Calibration 
Subject: Error propagation to astrophysical parameters from detector calibration uncertainty 

Sorry I forgot to put tc & phic in the example. 

I modified astroFisherLib.py to include these parameters. Please note that their meaning is that we don't know when the signal happens and at which phase it merges.

It does not mean the time & phase from a reference frequency to the merger. This part is not free to vary because it is fixed by the intrinsic parameters.  

It might be good to have a quick scan through the Cutler & Flanagan 94 paper to better understand their physical meanings.

 

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