Compute radial brightness profiles wit profiles.sh.

 
%  profiles.sh --help  

*** Lokk for a good image 
% fitsfind_markII /home/sco/ACM_work_Oct2019/red_20191022/local_red/PHOT2 
% mv fitsfind.out list.1 
% bigds9 list.1 1 30 
% cat ds9_list_load.mark 
/home/sco/ACM_work_Oct2019/red_20191022/local_red/PHOT2/20191022T032114.9_acm_sci.fits

% ds9_imstats /home/sco/ACM_work_Oct2019/red_20191022/local_red/PHOT2/20191022T032114.9_acm_sci.fits N  

We get the local files: 
20191022T032114.9_acm_sci.fits 
20191022T032114.9_acm_sci.info
20191022T032114.9_acm_sci.reg

% profiles_prep 20191022T032114.9_acm_sci.fits 
This makes:   20191022T032114.9_acm_sci.profpars

% profiles.sh 20191022T032114.9_acm_sci.fits  

% Generic_Points N 
% xyplotter_auto profiles q q 10 N    

Some good test images usually available (in $critfils):

 
   $critfils/tdat/Rsco2039.fits
      PFC (so undersampled) N3379 field. 

   $critfils/tdat/acm_processed/20191022T032114.9_acm_sci.fits
      processed acm with lots of in-focus stars 

   $critfils/tdat/acm_processed/20191018T084633.3_acm_sci.fits
      processed acm with a few badly focused stars