Example Suite for "Astronomical Measurements Model", version 1.0:

The following examples are produced by the modeler using a home-grown python 
utility called 'voefg' (Virtual Observatory Example File Generator).

Additional examples generated by an independently developed DSL-based package 
called 'jovial' can be found here: <URL>


Example Suite Summary:
    <ext>   Flavor
    -----  -------------------------------------------------------------
     vot   VOTable-1.3 standard syntax
    avot   VOTable-1.3 annotated with VO-DML/Mapping syntax
     xml   XML - validates using test_meas_v1.0.xsd which adds serializable
                 elements to the base Meas model schema
     xxx   An internal DOC format
            XML/DOM structure representing the instances generated when 
            interpreting the template

  ================================================================================
  cartesian_position.<ext>
     Cartesian position for detector coordinates (detx,dety,detz) with Ellipsoid error.

     o Includes: Position, Error, Ellipsoid

  ecliptic_position.<ext>
     Standard Ecliptic position (elon,elat) with Symmetrical error.

     o Includes: Position, Error, Symmetrical

  equatorial_position.<ext>
     Standard Equatorial position (RA,DEC) in ICRS with Elliptical error.

     o Includes: Position, Error, Ellipse

  galactic_position.<ext>
     Standard Galactic position (l,b) with Symmetrical error.

     o Includes: Position, Error, Symmetrical

  generic_measure.<ext>
     Stellar magnitude with Symmetrical error.
     o Includes: GenericMeasure, Error, Symmetrical

  generic_position1D.<ext>
     For positions not covered by the specialized types, this example illustrates
     Chandra Mirror Spherical Coordinates (MSC) = [r, Theta, Phi] where:
        R     = radial from reference pixel to object (typically excluded: ie. 1)
        Theta = off-axis angle (0.0:30.0 arcmin)
	Phi   = Azimuth (0.0:360.0 deg)
     and includes the [R] coordinate with error and full description of the coordinate space.

     o Includes: Position, Error, Asymmetrical1D


  generic_position2D.<ext>
     For positions not covered by the specialized types, this example illustrates
     Chandra Mirror Spherical Coordinates (MSC) = [r, Theta, Phi] where:
        R     = radial from reference pixel to object (typically excluded: ie. 1)
        Theta = off-axis angle (0.0:30.0 arcmin)
	Phi   = Azimuth (0.0:360.0 deg)
     and includes the [Theta,Phi] coordinates with error and full description of the coordinate space.

     o Includes: Position, Error, Asymmetrical2D


  generic_position3D.<ext>
     For positions not covered by the specialized types, this example illustrates
     Chandra Mirror Spherical Coordinates (MSC) = [r, Theta, Phi] where:
        R     = radial from reference pixel to object (typically excluded: ie. 1)
        Theta = off-axis angle (0.0:30.0 arcmin)
	Phi   = Azimuth (0.0:360.0 deg)
     and includes the [R,Theta,Phi] coordinates with error and full description of the coordinate space.

     o Includes: Position, Error, Asymmetrical3D


  generic_velocity1D.<ext>
  generic_velocity2D.<ext>
  generic_velocity3D.<ext>
     Patterned off the generic position examples, with Velocity measures instead of Position.
     Errors are given as BoundsND.

     o Includes: Velocity, Error, Bounds1D
     o Includes: Velocity, Error, Bounds2D
     o Includes: Velocity, Error, Bounds3D


  polarization.<ext>
    Polarization state - representative value of PolStokes.Q, but could be any of the PolState types.
    There is no Frame or Error associated with this type.

     o Includes: Polarization


  proper_motion.<ext>
    Shows the proper motion of a star in an ICRS coordinate system

    o Includes: ProperMotion


  time.<ext>
    This example illustrates the most complex Time form.  It shows event time as an offset from a reference MJD date with Symmetric error.

    o Includes: Time, Error, Symmetrical