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When working with simulations only I compute the peak counts on maps expressed in signal to noise S/N as I assume to know the noise (since I generate it to apply it to the mock maps).
For real data, as the provided map already contains the noise I have run the likelihood analysis computing peak counts on the noisy filtered convergence map without considering its ratio over the noise.
List of tasks to do within this issue:
discuss this point during the telecon to understand how to estimate the noise from real data
define the final quantity to use for the analysis (if only the noisy smoothed convergence or the S/N)
The text was updated successfully, but these errors were encountered:
Description of the issue
When working with simulations only I compute the peak counts on maps expressed in signal to noise S/N as I assume to know the noise (since I generate it to apply it to the mock maps).
For real data, as the provided map already contains the noise I have run the likelihood analysis computing peak counts on the noisy filtered convergence map without considering its ratio over the noise.
List of tasks to do within this issue:
The text was updated successfully, but these errors were encountered: