BCVCORR Example 3 Parameters

rv> lpar bcvcorr
      spectra = ""              List of input spectra
     (specnum = "0")            Spectrum aperture range if multispec or 2-D fil
     (specdir = "")             Directory for input spectra
       (keyra = "RA")           Right ascension header keyword
      (keydec = "DEC")          Declination header keyword
     (keyeqnx = "EQUINOX")      Coordinate equinox header keyword
          (ra = 4.6993444444444) Right ascension of observation
         (dec = 5.6095277777778) Declination of observation
     (equinox = "2000")         Coordinate equinox header keyword
      (keyhjd = "HJDN")         Header keyword for heliocentric Julian date at 
       (keyjd = "GJDN")         Header keyword for Julian date at middle of obs
     (keydate = "DATE-OBS")     Header keyword for date of observation (dd/mm/y
    (keystart = "UT")           Header keyword for UT at start of observation
      (keymid = " ")            Header keyword for UT in middle of observation
      (keyend = " ")            Header keyword for UT at end of observation
      (keyexp = "EXPOSURE")     Header keyword for duration of observation in s
         (hjd = 0.)             Heliocentric Julian Date of observation
         (gjd = 2450678.6448)   Julian Date of observation
        (year = INDEF)          UT year of observation
       (month = INDEF)          UT month of observation
         (day = INDEF)          UT day of month of observation
          (ut = INDEF)          Universal Time of observation
     (obsname = "test")         Observatory name--file to read from image heade
      (keyobs = "SITENAME")     Observatory name header keyword
      (keylat = "SITELAT")      Observatory latitude header keyword
     (keylong = "SITELONG")     Observatory longitude header keyword
      (keyalt = "SITEALT")      Observatory altitude header keyword
     (obslong = 155.46666666667) Observatory longitude 
      (obslat = 19.816666666667) Observatory latitude
      (obsalt = 41000.)         Observatory altitude in meters
     (savebcv = no)             Save result in IRAF data file header (yes or no
     (verbose = yes)            Displays heliocentric and barycentric correctio
       (debug = yes)            Displays intermediate results
        (mode = "ql")

[rvsao] [bcvcorr]