XMM-Newton Science Analysis System


ebadpixupdate (ebadpixupdate-1.11) [22.0.0-9173c7d25-20250127]

Examples

• Standard run (get bad pixels from the CCF) over all CCDs:

        ebadpixupdate eventset=P0123700101PNS003PIEVLI0000.FIT
  

• Look for bright pixels in the low energy band and apply them (MOS, sh syntax):

        evselect table=P0123700101M1S001MIEVLI0000.FIT keepfilteroutput=Y \
                 withfilteredset=Y filteredset=events.lowenergy           \
          expression="(PI<500) && (TIME in GTI(P0123700101M1S001FBKGTI0000.FIT))"
        for CCD in 01 02 03 04 05 06 07
        do
           emeventsproj eventset=events.lowenergy mergedeventlist=Y \
                        ccdnr=$CCD evimageset=evmap.in
           fmedian evmap.in medmap.in 5 5 boundary=reflect clobber=Y
           embadpixfind evimageset=evmap.in medianset=medmap.in \
                        badpixset=badpix$CCD.out
        done
        ebadpixupdate eventset=P0123700101M1S001MIEVLI0000.FIT fromccf=N \
           badpixtables='badpix01.out badpix02.out badpix03.out badpix04.out  \
                         badpix05.out badpix06.out badpix07.out'
  

• Take additional bad pixels from another event list and the CCF, for CCDs 2 and 3:

        ebadpixupdate eventset=P0123700101M2S002MIEVLI0000.FIT ccds='2 3' \
           badpixtables='P0111090301M2S002MIEVLI0000.FIT:BADPIX02  \
                         P0111090301M2S002MIEVLI0000.FIT:BADPIX03'