HSTPHOT steps performed
-----------------------------------

MASK <fits image> <DQ image>
set opt_
mask = `grep -E '^@MASK' $DATACARD| awk '{print $2}'` if ( $opt_
mask == 1 ) then

CRMASK <reg_factor> <sigma_tresh> <min_value> <fits base> <scale> <min_scale> <max_scale> <dx> <dy> per image

crmask (performed 0 times): reg_factor=1 sigma_tresh=3 min_value=0 scale=0 min_scale=0 max_scale=0


COADD <input fits files> <fits output>
set opt_
coadd = `grep -E '^@COADD' $DATACARD| awk '{print $2}'` if ( $opt_
coadd == 1 ) then grep
coadd $LOGDIR/prod_$file.dat.log | sed 's/coadd/
coadd/' >> quality_$file.sum.html

GETSKY <fits base>
set opt_
getsky = `grep -E '^@SKY' $DATACARD| awk '{print $2}'` if ( $opt_
getsky == 1 ) then

HOTPIXELS <fits base>
grep
hotpixels $LOGDIR/prod_$file.dat.log | sed 's/hotpixels/
hotpixels/' >> quality_$file.sum.html

HSTPHOT <output> <ind_tresh> <tot_tresh> <chip> <xmin> <xmax> <ymin> <ymax> <options> (<fits base> <dx> <dy> per exposure) <reference image>
If generation of fake stars, 10 additional parameters are necessary: <color1> <color2> <Mmin> <Mmax> <Cmin> <Cmax> <PCwt> <WFC2wt> <WFC3wt> <WFC4wt>

hstphot: ind_tresh=3.5 tot_tresh=5 chip=-1 xmin=0 xmax=0 ymin=0 ymax=0 options=512 color1=V color2=I Mmin=19 Mmax=28 Cmin=-0.5 Cmax=1.3 PCwt=-2 WFC2wt=-2 WFC3wt=-2 WFC4wt=-2