No description
| data | ||
| paper | ||
| .gitignore | ||
| 01-queryESOarchive.py | ||
| 02-download-science-data.py | ||
| 03-download-calib-data.py | ||
| 04-QC-and-prepare-calib.py | ||
| 05-reduce-calibs-parallel.sh | ||
| 05-reduce-calibs.sh | ||
| 06-prepare-calibs-for-two-beams-reduction.py | ||
| 07-reduce-calibs2-parallel.sh | ||
| 07-reduce-calibs2.sh | ||
| 08-copy-calib-files-to-science.py | ||
| 09-reduce-science-parallel.sh | ||
| 10-demod-parallel.sh | ||
| 11-combine-parallel.sh | ||
| 11_combineRedBluedemod_results.py | ||
| calib-nights.pickle | ||
| harpspol_demodulate.py | ||
| harpspol_demodulate2.py | ||
| README.md | ||
HARPSpol x pyReduce
Reducing all the polarimetry HARPS data in the ESO archive using pyReduce. The goal is to obtain a polarimetry-focussed and consistent reduction for all public data, before publishing the reduced data online on PolarBase.
I am publishing the full workflow here for transparency, in case you want to run such a reduction yourself. Things are tricky, and I try to document things, but I get it if something seems obscure to you. You are welcome to contact me but I don't garantee an answer (heck, I might be out of academia already by the time you get in touch :D).
Warning
Missing in the pipeline:
Run the following command in data/science after you have run
for a in *fits ; do set=$(dfits $a | fitsort -d TPL.START | cut -f2 ); mkdir -p $set; mv $a $set; done