Add quality assessment notebooks to characterize PZ Compute input data.
Content suggestion for the notebook:
Local properties - 1 sample file randomy selected from /lustre/t1/cl/lsst/dp0.2 (temporary: /home/julia/photoz/qa-pz-compute/skinny_tables): (as an exercise, using DES DR2 data)
[x] Summary statistics of selected columns (e.g. using Pandas Dataframe method)
[x] Spatial distribution (density)
[x] 6-band magnitude distributions
[x] 6-band magnitude error
[x] 6-band magnitude versus error (scatter or density)
[x] CMDs
[x] color-color diagrams
[x] redshift plots (in case of simulations)
Global properties: (using LSST DP0.2 to test)
(loop over the files, extract info as arrays, combine arrays to make global plots)
[x] Summary statistics of selected columns (e.g. using Pandas Dataframe method)
[x] Spatial distribution (density)
[x] 6-band magnitude distributions
[x] 6-band magnitude error
[x] 6-band magnitude versus error (scatter or density)
The first part of this issue is done (Local Properties). The second part (Global Properties) is still in progress. When I finish the "QA report LSST DP0.2 full #82" issue, this issue will also be finished.
Add quality assessment notebooks to characterize PZ Compute input data.
Content suggestion for the notebook:
Local properties - 1 sample file randomy selected from
/lustre/t1/cl/lsst/dp0.2
(temporary:/home/julia/photoz/qa-pz-compute/skinny_tables
): (as an exercise, using DES DR2 data)Global properties: (using LSST DP0.2 to test)
(loop over the files, extract info as arrays, combine arrays to make global plots)
Region-dependent properties (maps):