How to use ucar.nc2.dt.trajectory

/**
 * _more_
 *
 * @param point _more_
 *
 * @throws IOException _more_
 */
private MyEarthLocation(int point) throws IOException {
  this.latitude  = Trajectory.this.getLatitude(point);
  this.longitude = Trajectory.this.getLongitude(point);
  this.elevation = Trajectory.this.getElevation(point);
}

private MyPointObsDatatype( int point) throws IOException
{
 this.point = point;
 this.time = SingleTrajectory.this.getTimeValue( point);
 this.earthLoc = SingleTrajectory.this.getLocation( point);
}

public COSMICTrajectoryObsDataset( NetcdfDataset ncd ) throws IOException
{
 super( ncd);
 localNCD  = ncd;
 TrajectoryObsDatasetImpl.Config trajConfig = buildConfig( ncd);
 this.setTrajectoryInfo( trajConfig );
}

private MyEarthLocation( int point) throws IOException
{
 this.latitude = SingleTrajectory.this.getLatitude( point);
 this.longitude = SingleTrajectory.this.getLongitude( point);
 this.elevation = SingleTrajectory.this.getElevation( point);
}

private MyEarthLocation( int point) throws IOException
{
 this.latitude = MultiTrajectory.this.getLatitude( point);
 this.longitude = MultiTrajectory.this.getLongitude( point);
 this.elevation = MultiTrajectory.this.getElevation( point);
}

 public ARMTrajectoryObsDataset( NetcdfDataset ncd ) throws IOException
 {
  super( ncd);

  Config trajConfig = buildConfig( ncd);
  this.setTrajectoryInfo( trajConfig );
 }
}

 public ZebraClassTrajectoryObsDataset( NetcdfDataset ncd ) throws IOException
 {
  super( ncd);

  Config trajConfig = buildConfig( ncd);
  this.setTrajectoryInfo( trajConfig );
 }
}

/**
 * _more_
 *
 * @param point _more_
 *
 * @throws IOException _more_
 */
private MyPointObsDatatype(int point) throws IOException {
  this.point    = point;
  this.time     = Trajectory.this.getTimeValue(point);
  this.earthLoc = Trajectory.this.getLocation(point);
}

private MyPointObsDatatype( int point) throws IOException
{
 this.point = point;
 this.time = MultiTrajectory.this.getTimeValue( point);
 this.earthLoc = MultiTrajectory.this.getLocation( point);
}

public TypedDataset open( NetcdfDataset ncd, ucar.nc2.util.CancelTask task, StringBuilder errlog) throws IOException
{
 return new UnidataTrajectoryObsDataset( ncd);
}
public FeatureType getScientificDataType() { return FeatureType.TRAJECTORY; }

/**
 * _more_
 *
 * @param recnum _more_
 * @param sdata _more_
 *
 * @return _more_
 */
protected Object makeDatatypeWithData(int recnum,
    StructureData sdata) {
  return new MyPointObsDatatype(recnum, sdata);
}

private MyEarthLocation( int point) throws IOException
{
 this.latitude = SingleTrajectory.this.getLatitude( point);
 this.longitude = SingleTrajectory.this.getLongitude( point);
 this.elevation = SingleTrajectory.this.getElevation( point);
}

private MyPointObsDatatype( int point) throws IOException
{
 this.point = point;
 this.time = SingleTrajectory.this.getTimeValue( point);
 this.earthLoc = SingleTrajectory.this.getLocation( point);
}

public COSMICTrajectoryObsDataset( NetcdfDataset ncd ) throws IOException
{
 super( ncd);
 localNCD  = ncd;
 TrajectoryObsDatasetImpl.Config trajConfig = buildConfig( ncd);
 this.setTrajectoryInfo( trajConfig );
}

 public ARMTrajectoryObsDataset( NetcdfDataset ncd ) throws IOException
 {
  super( ncd);

  Config trajConfig = buildConfig( ncd);
  this.setTrajectoryInfo( trajConfig );
 }
}

 public ZebraClassTrajectoryObsDataset( NetcdfDataset ncd ) throws IOException
 {
  super( ncd);

  Config trajConfig = buildConfig( ncd);
  this.setTrajectoryInfo( trajConfig );
 }
}

public TypedDataset open( NetcdfDataset ncd, ucar.nc2.util.CancelTask task, StringBuilder errlog) throws IOException
{
 return new UnidataTrajectoryObsDataset( ncd);
}
public FeatureType getScientificDataType() { return FeatureType.TRAJECTORY; }

/**
 * _more_
 *
 * @param recnum _more_
 * @param sdata _more_
 *
 * @return _more_
 */
protected Object makeDatatypeWithData(int recnum,
    StructureData sdata) {
  return new MyPointObsDatatype(recnum, sdata);
}

private MyPointObsDatatype( int point) throws IOException
{
 this.point = point;
 this.time = SingleTrajectory.this.getTimeValue( point);
 this.earthLoc = SingleTrajectory.this.getLocation( point);
}

public TypedDataset open( NetcdfDataset ncd, ucar.nc2.util.CancelTask task, StringBuilder errlog) throws IOException
{
 return new UnidataTrajectoryObsDataset( ncd);
}
public FeatureType getScientificDataType() { return FeatureType.TRAJECTORY; }