AGO Teleskop

Najprej nastavim parametre za ccdproc

ecl> imred
imred> ccdred
ccdred> unlearn ccdred
ccdred> unlearn ccdproc
ccdred> setinstrument ap16e directory="" site="" review=no
ccdred> ccdproc.fixpix=no
ccdred> ccdproc.overscan=no
ccdred> ccdproc.trim=no
ccdred> ccdproc.zerocor=yes
ccdred> ccdproc.darkcor=yes
ccdred> ccdproc.flatcor=yes
ccdred> ccdproc.zero="Zero-2"
ccdred> ccdproc.dark="Dark-2"
ccdred> ccdproc.flat="Flat-2*"

Zdal lahko preverim nastavitve:

ccdred> lpar ccdproc                                      
       images = ""              List of CCD images to correct
      (output = "")             List of output CCD images
     (ccdtype = "object")       CCD image type to correct
   (max_cache = 0)              Maximum image caching memory (in Mbytes)
      (noproc = no)             List processing steps only?\n
      (fixpix = yes)            Fix bad CCD lines and columns?
    (overscan = yes)            Apply overscan strip correction?
        (trim = yes)            Trim the image?
     (zerocor = yes)            Apply zero level correction?
     (darkcor = yes)            Apply dark count correction?
     (flatcor = yes)            Apply flat field correction?
    (illumcor = no)             Apply illumination correction?
   (fringecor = no)             Apply fringe correction?
     (readcor = no)             Convert zero level image to readout correction?
     (scancor = no)             Convert flat field image to scan correction?\n
    (readaxis = "line")         Read out axis (column|line)
     (fixfile = "")             File describing the bad lines and columns
     (biassec = "")             Overscan strip image section
     (trimsec = "")             Trim data section
        (zero = "")             Zero level calibration image
        (dark = "")             Dark count calibration image
        (flat = "")             Flat field images
       (illum = "")             Illumination correction images
      (fringe = "")             Fringe correction images
  (minreplace = 1.)             Minimum flat field value
    (scantype = "shortscan")    Scan type (shortscan|longscan)
       (nscan = 1)              Number of short scan lines\n
 (interactive = no)             Fit overscan interactively?
    (function = "legendre")     Fitting function
       (order = 1)              Number of polynomial terms or spline pieces
      (sample = "*")            Sample points to fit
    (naverage = 1)              Number of sample points to combine
    (niterate = 1)              Number of rejection iterations
  (low_reject = 3.)             Low sigma rejection factor
 (high_reject = 3.)             High sigma rejection factor
        (grow = 0.)             Rejection growing radius
        (mode = "ql")