Photometry of artificial satellites with CCD QHY-174M

ccd_stat_phot

Python scripts to process photometry obtained on CCD QHY-174M

Based on:

astropy
photutils
photometry errors are estimated with wfc3_photometry procedures (https://github.com/spacetelescope/wfc3_photometry)
astroquery

You should create a virtual environment and install all requirements. Run scripts from this ENV in the future.

OR (more like Windows option):

Add ccd_phot directory path to system environment, so you can use scripts right from command line if all requirements all satisfied.

Mark satellite on first FITS frame (Add OBJX and OBJY keywords in header)
Prepare config_sat.ini in same directory where FITS files are located
Start sat_phot.py with path to FITS files as parameter (sat_phot.py . OR sat_phot.py c:\test)
Make resulting plots ccd_plot.py path\\to\\result_file.phX
Done :)

Name		Name	Last commit message	Last commit date
Latest commit History 94 Commits
.gitignore		.gitignore
LICENSE		LICENSE
README.md		README.md
background_median.py		background_median.py
ccd_plot.py		ccd_plot.py
config_sat_example.ini		config_sat_example.ini
config_star_flux_example.ini		config_star_flux_example.ini
config_stars_example.ini		config_stars_example.ini
photometry_with_errors.py		photometry_with_errors.py
requirements.txt		requirements.txt
res_jd2time.py		res_jd2time.py
res_time2jd.py		res_time2jd.py
sat_phot.py		sat_phot.py
sp_utils.py		sp_utils.py
star_phot_flux.py		star_phot_flux.py
stars_calc_params.py		stars_calc_params.py
stars_phot.py		stars_phot.py
stars_phot2.py		stars_phot2.py
stars_phot3.py		stars_phot3.py
stars_phot_land.py		stars_phot_land.py
stars_process.py		stars_process.py