EMSAO Example 1 Report

The output report, which is written to the files specified by the logfiles parameter, may be formatted according to the value of the parameter report_mode to the formats 1, 2, 3, 4, 5, 6, 7, 8, and 9,

Report Mode 1

This mode includes all of the information which is on the graphical summary page. After a heading with the name of the program, the version, the user and machine running emsao, and the local time and date it is being run, there is a multi-line entry for each spectrum for which a velocity is being sought.

The first line includes the full filename of the spectrum, the object name, and the sky position of the object.
The second line has the UT date and time of the observation, the Julian Date of the midtime of the observation, and the solar system barycentric velocity correction.
The third line contains the velocity made by combining the cross-correlation and emission line velocities, its error, and value in z.
The next line contains the emission line velocity, its error and value in z, the number of emission lines used, and the number of lines found.

Following a line containing column headers is an entry for each emission line, giving the name of the line, its rest wavelength in Angstroms, its observed center in Angstroms and pixels, the redshift in z and km/sec, the redshift error in km/sec, the line's equivalent width, and the relative weight that line contributed to the emission line velocity. An X at the end of the line indicates that the line was not used in the composite emission line fit, with the number following it indicating why the line was not used:

Error Number	Meaning
X1	Line width is zero. Bad fit.
X2	Line is narrower than lwmin*meanwidth
X3	Line is wider than lwmax*meanwidth
X4	Equivalent width/error less than lsmin (default is 2.0)
X5	Line is too close to the blue end of the spectrum
X6	Line is too close to the red end of the spectrum
X7	Error of center is zero = bad fit

IRAF rvsao.emsao 2.0b mink@xena Thu 11:43:16 10-Jul-97

1995.1122.0113.311.062165.ms Object: 311.062165  RA: 08:13:29.34 Dec: 29:02:12.0 2000.0
Observed 23-Nov-1995 10:37:37.00 = JD 2450044.9428 :  25.30
Combined vel = 14421.18 +-   17.52 km/sec, z= 0.0481 
Correlation vel = 14441.81 +-   11.66 km/sec, z= 0.0482 R=   52.5 
Emission vel = 14389.87 +-   14.35 km/sec, z= 0.0480 for 9/10 lines

Line  Rest lam  Obs. lam    Pixel     z         vel    dvel    eqw    wt
 OII   3727.30   3905.65   154.56  0.0478  14370.15   81.98   8.44  0.000  
  Hb   4861.33   5094.26   963.18  0.0479  14389.62    8.95   7.50  0.031  
OIII   4958.91   5196.17  1032.51  0.0478  14368.88   87.67   0.53  0.000  
OIII   5006.84   5247.03  1067.11  0.0480  14407.10   36.18   2.38  0.002  
  OI   6300.23   6602.66     0.00  0.0000     25.30    0.00   0.00  0.000 X
  N1   6548.06   6861.83  2165.68  0.0479  14390.61    9.29   6.57  0.029  
  Ha   6562.82   6877.34  2176.23  0.0479  14392.80    1.87  33.77  0.709  
  N2   6583.57   6898.86  2190.87  0.0479  14382.48    3.74  17.35  0.177  
  S1   6717.00   7038.27  2285.71  0.0478  14364.10    8.86   6.03  0.031  
  S2   6731.30   7053.84  2296.31  0.0479  14390.44   11.00   4.63  0.020

Report Mode 2

One line per spectrum, including:: first 32 characters of the spectrum filename,
instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.

1995.1122.0113.311.062165.ms     FAST       311.062165   2450044.94279 14390  14 14442  12  52.5 14421  12 E 10  9 OII(3727.30) Hb(4861.33) OIII(4958.91) OIII(5006.84) N1(6548.06) Ha(6562.82) N2(6583.57) S1(6717.00) S2(6731.30)

Report Mode 3

One line per spectrum, including:: first 32 characters of the spectrum filename,
instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; emission line velocity and error in km/sec,
cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; cross-correlation velocity, error, and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.

1995.1122.0113.311.062165.ms     FAST       311.062165   2450044.94279 14389.87  14.35 14441.81  11.66  52.5 14421.18  17.52 E 10  9     0.00 14370.15 14389.62 14407.10 14368.88     0.00 14392.80 14382.48 14390.61 14364.10 14390.44

Report Mode 4 or 7

One line per spectrum, including:: first 32 characters of the spectrum filename,
instrument name from INSTRUME header keyword,
object name,
right ascension and declination of the observation,
computed altitude and azimuth of the observation,
Julian Date of the observation
emission line velocity and error in km/sec
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value
combined velocity and error
single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); instrument name from INSTRUME header keyword,
object name,
right ascension and declination of the observation,
computed altitude and azimuth of the observation,
Julian Date of the observation
emission line velocity and error in km/sec
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value
combined velocity and error
single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); object name,
right ascension and declination of the observation,
computed altitude and azimuth of the observation,
Julian Date of the observation
emission line velocity and error in km/sec
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value
combined velocity and error
single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); right ascension and declination of the observation,
computed altitude and azimuth of the observation,
Julian Date of the observation
emission line velocity and error in km/sec
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value
combined velocity and error
single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); computed altitude and azimuth of the observation,
Julian Date of the observation
emission line velocity and error in km/sec
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value
combined velocity and error
single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); Julian Date of the observation
emission line velocity and error in km/sec
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value
combined velocity and error
single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); emission line velocity and error in km/sec
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value
combined velocity and error
single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value
combined velocity and error
single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); combined velocity and error
single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); single-character quality flag
number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); number of lines found and number of lines fit
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:
line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7)
On the same line, the following information is given for each reference line in the file specified by the parameter emlines:: line center velocity from Gaussian fit (0 if not found)
line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); line velocity error (0 if not found)
line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); line height from Gaussian fit (0 if not found)
line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); line width from Gaussian fit (0 if not found)
line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); line equivalent width or area (0 if not found)
line equivalent width or area error (0 if not found) (added in report mode 7); line equivalent width or area error (0 if not found) (added in report mode 7)

1995.1122.0113.311.062165.ms     FAST       311.062165 08:13:29.34 29:02:12.0  
35.8  70.8   2450044.94279  600.0 14389.87  14.35 14392.08  14.15  11.0 14421.18
  17.52 10  9     0.00   0.00      0.00  0.00   0.00 14370.15  81.98    141.14
  2.78   8.44 14389.62   8.95    742.94  1.95   7.50 14407.10  36.18    191.61
  2.60   2.38 14368.88  87.67     65.63  1.76   0.53     0.00   0.00      0.00
  0.00   0.00 14392.80   1.87   3954.72  2.39  33.77 14382.48   3.74   1955.90
  2.46  17.35 14390.61   9.29    774.29  2.39   6.57 14364.10   8.86    676.28
  2.42   6.03 14390.44  11.00    535.84  2.35   4.63

Report Mode 5

One line per spectrum, including:: first 32 characters of the spectrum filename,
instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; single-character quality flag
number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.; number of lines found and number of lines fit.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.
On the same line, the lines found are listed using the names in the file specified by the parameter emlines.

1995.1122.0113.311.062165.ms     FAST       311.062165   2450044.94279 14390  14 14441  11  52.5 14421  12 E 10  9 OII(3727.30) Hb(4861.33) OIII(4958.91) OIII(5006.84) N1(6548.06) Ha(6562.82) N2(6583.57) S1(6717.00) S2(6731.30)

Report Mode 6

One line per spectrum, including:: first 32 characters of the spectrum filename,
instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; single-character quality flag
number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; number of lines found and number of lines fit.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.
On the same line, the redshift velocity in km/sec is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.

1995.1122.0113.311.062165.ms     FAST       311.062165   2450044.94279 14389.87  14.35 14441.82  11.65  52.5 14421.18  17.52 E 10  9     0.00 14370.15 14389.62 14407.10 14368.88     0.00 14392.80 14382.48 14390.61 14364.10 14390.44

Report Mode 7 (see Report Mode 4)

Report Mode 8

One line per spectrum, including:: first 32 characters of the spectrum filename,
instrument name,
object name,
right ascension,
declination,
azimuth,
altitude,
Julian Date of the observation,
exposure time in seconds,
number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; instrument name,
object name,
right ascension,
declination,
azimuth,
altitude,
Julian Date of the observation,
exposure time in seconds,
number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; object name,
right ascension,
declination,
azimuth,
altitude,
Julian Date of the observation,
exposure time in seconds,
number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; right ascension,
declination,
azimuth,
altitude,
Julian Date of the observation,
exposure time in seconds,
number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; declination,
azimuth,
altitude,
Julian Date of the observation,
exposure time in seconds,
number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; azimuth,
altitude,
Julian Date of the observation,
exposure time in seconds,
number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; altitude,
Julian Date of the observation,
exposure time in seconds,
number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; Julian Date of the observation,
exposure time in seconds,
number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; exposure time in seconds,
number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; number of lines found
number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; number of lines fit.
On the same line, the following are given for each emission line found:
rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line
On the same line, the following are given for each emission line found:: rest wavelength in Angstroms of line from linelist
shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; shift in wavelength (obs-ref) in Angstroms of line
error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; error in line center in angstroms from Gaussian fit
height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; height of line in counts from Gaussian fit
width of line in Angstroms from Gaussian fit
equivalent width of line; width of line in Angstroms from Gaussian fit
equivalent width of line; equivalent width of line

Report Mode 9

One line per spectrum, including:: first 32 characters of the spectrum filename,
instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; instrument name,
object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; object name,
Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; Julian Date of the observation,
emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; emission line velocity and error in km/sec,
cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; cross-correlation velocity for the template specified by the parameter cortemp with its error and R-value,
combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; combined velocity and error,
single-character quality flag
number of lines found and number of lines fit.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; single-character quality flag
number of lines found and number of lines fit.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.; number of lines found and number of lines fit.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.
On the same line, the wavelength shif in Anstroms is given for each reference line in the file specified by the parameter emlines. It is set to 0 for lines which are not found.

[emsao] [emsao Example 1]