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--- phenomhm_pe_studies:initial_code_reviews [2017/08/09 09:36] – created chinmay.kalaghatgi@LIGO.ORG
+++ phenomhm_pe_studies:initial_code_reviews [2017/08/09 09:48] (current) – chinmay.kalaghatgi@LIGO.ORG
@@ Line 2: / Line 2: @@
 ==== PhenomHM PE Steps ====
+For PE studies of PhenomHM model, the plan is to inject a bunch of different NR waveforms with varying intrinsic parameters (mass-ratio/spin) in zero-noise and to recover with IMRPhenomHM. The steps involved in setting up a run are:
+  - Create h5 file with the NR raw Psi4 data.
+  - Create gravitational wave frame files for the above h5 file with a given set of sky-position/ channel and frame-names.
+  - Set up the PE run with appropriate pipeline file.
+As the first step, we need to review the h5 creation code and frame file creation code.
+The code for creating h5 file is here:
+@MINION:/home/spx8sk/projects/lvcnrpy/new-h5/phenHM-210517/nrutils-make-nrh5-NEW-May2017-q8s0-BAM.py
+And the frame creation code is here:
+@ARCCA:/home/c1549390/work/PhenomHM_pe/src/make-zero-noise-frame-aLIGOZeroDet-BAM.sh OR make-zero-noise-frame-aLIGOZeroDet-CO2-BAM.sh
+The difference between the two frame creation codes is that the first one uses the O1 channel/frame names whereas the second one uses O2.
+Things to finalise before staring PE runs:
+  - Fix the sky-position to use in all the runs
+  - Should we use aLIGOZeroDetHighPower PSD, or something more realistic? If so, how do we go about getting the PSDs to use?
+  - Effect of changing channel/frame names on the recovery of sky-position - which means we need to fix which channels and frames to use consistently.