Open larnoldgithub opened 11 months ago
These are completely different.
You can find the sequences here: http://apero.exoplanets.ca/auto/recipe_sequences/spirou/sequences.html
Note that the names (POLAR and POSTALL) depend on the sequence being used in the run.ini files
But I think you are looking at a run.ini will the full_seq
thus you look at this page:
http://apero.exoplanets.ca/auto/recipe_sequences/spirou/sequence_full_seq.html
ORDER | RECIPE | SHORTNAME | RECIPE KIND | REF RECIPE | FIBER | FILTERS | ARGS | KWARGS
35 | apero_pol_spirou.py | POLAR | polar-tcorr | No | AB | KW_DPRTYPE: POLAR_FP, POLAR_DARK | | –exposures=[TELLU_OBJ]
36 | apero_postprocess_spirou.py | POSTALL | post-all | No | – | KW_DPRTYPE: OBJ_FP, OBJ_DARK, POLAR_FP, POLAR_DARK | {files}=[DRS_PP] |
So
apero_pol_spirou.py
recipeapero_postprocessing_spirou.py
recipeI reminder that apero_postprocessing
just produces the CADC outputs from the rest of the reduction (so just the packaging of the e.fits, t.fits, s.fits, v.fits) it does not run any code to run the CCF, extraction, telluric correction etc
Thanks Neil, Indeed I'm using the full_seq
Run the polar recipes
RUN_POLAR = True
Run the postprocessing recipes
RUN_POSTALL = True