Package ucar.nc2.dataset

Examples of ucar.nc2.dataset.VerticalCT$Type

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  private static void mergeOverwriteDataType( ThreddsMetadataBuilder first,
                                              ThreddsMetadataBuilder second,
                                              ThreddsMetadataBuilder mergedThreddsMetadata )
  {
    FeatureType dataType = second.getDataType() != null ? second.getDataType() : first.getDataType();
    if ( dataType != null )
      mergedThreddsMetadata.setDataType( dataType );
  }
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    SimpleDateFormat format = new SimpleDateFormat("ddMMMyyyyHHmm");
    format.setTimeZone(java.util.TimeZone.getTimeZone("GMT"));
    try {
      Date d = format.parse(dateS+timeS);
      VariableDS time = new VariableDS(ds, vhrr, null, "time", DataType.LONG, "",
          "seconds since 1970-01-01 00:00", "time generated from PRODUCT_METADATA/PRODUCT_DETAILS");

      time.addAttribute( new Attribute(_Coordinate.AxisType, AxisType.Time.toString())); // // LOOK : cant handle scalar coordinates yet ??
      time.addAttribute( new Attribute("IsoDate", new DateFormatter().toDateTimeStringISO(d)));
      ds.addVariable(vhrr, time);
      ArrayLong.D0 timeData = new ArrayLong.D0();
      timeData.set(d.getTime() / 1000);
      time.setCachedData(timeData, true);

    } catch (ParseException e) {
      e.printStackTrace();
      throw new IOException(e.getMessage());
    }
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    eta = values[2];
    depth = values[3];
    depth_c = values[4];


    CoordinateTransform rs = new VerticalCT("OceanSG2_Transform_" + ctv.getFullName(), getTransformName(), VerticalCT.Type.OceanSG2, this);
    rs.addParameter(new Parameter("standard_name", getTransformName()));
    rs.addParameter(new Parameter("formula_terms", formula_terms));
    rs.addParameter((new Parameter("height_formula", "height(x,y,z) = eta(x,y) + (eta(x,y) + depth([n],x,y)) * ((depth_c*s(z) + depth([n],x,y)*C(z))/(depth_c+depth([n],x,y)))")));
    if (!addParameter(rs, OceanSG2.ETA, ds, eta)) return null;
    if (!addParameter(rs, OceanSG2.S, ds, s)) return null;
    if (!addParameter(rs, OceanSG2.DEPTH, ds, depth)) return null;
    if (!addParameter(rs, OceanSG2.DEPTH_C, ds, depth_c)) return null;
    if (!addParameter(rs, OceanSG2.C, ds, c)) return null;
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    if (values == null) return null;

    p0 = values[0];
    lev = values[1];

    CoordinateTransform rs = new VerticalCT("AtmSigma_Transform_"+ctv.getShortName(), getTransformName(), VerticalCT.Type.Sigma, this);
    rs.addParameter(new Parameter("standard_name", getTransformName()));
    rs.addParameter(new Parameter("formula_terms", formula_terms));
    rs.addParameter(new Parameter("formula", "pressure(z) = p0 * exp(-lev(k))"));

    if (!addParameter( rs, AtmosLnPressure.P0, ds, p0)) return null;
    if (!addParameter( rs, AtmosLnPressure.LEV, ds, lev)) return null;

    return rs;
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    eta = values[2];
    depth = values[3];
    depth_c = values[4];


    CoordinateTransform rs = new VerticalCT("OceanSG1_Transform_" + ctv.getFullName(), getTransformName(), VerticalCT.Type.OceanSG1, this);
    rs.addParameter(new Parameter("standard_name", getTransformName()));
    rs.addParameter(new Parameter("formula_terms", formula_terms));
    rs.addParameter((new Parameter("height_formula", "height(x,y,z) =  depth_c*s(z) + (depth([n],x,y)-depth_c)*C(z) + eta(x,y)*(1+(depth_c*s(z) + (depth([n],x,y)-depth_c)*C(z))/depth([n],x,y))")));
    if (!addParameter(rs, OceanSG1.ETA, ds, eta)) return null;
    if (!addParameter(rs, OceanSG1.S, ds, s)) return null;
    if (!addParameter(rs, OceanSG1.DEPTH, ds, depth)) return null;
    if (!addParameter(rs, OceanSG1.DEPTH_C, ds, depth_c)) return null;
    if (!addParameter(rs, OceanSG1.C, ds, c)) return null;
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    assert grid != null;

    GridCoordSystem gcs = grid.getCoordinateSystem();
    assert gcs != null;

    VerticalCT vct = gcs.getVerticalCT();
    assert vct != null;
    assert vct.getVerticalTransformType() == VerticalCT.Type.OceanS;

    VerticalTransform vt = gcs.getVerticalTransform();
    assert vt != null;

    ArrayDouble.D3 ca = vt.getCoordinateArray(0);
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    assert grid != null;

    GridCoordSystem gcs = grid.getCoordinateSystem();
    assert gcs != null;

    VerticalCT vct = gcs.getVerticalCT();
    assert vct != null;
    assert vct.getVerticalTransformType() == VerticalCT.Type.OceanSigma;

    VerticalTransform vt = gcs.getVerticalTransform();
    assert vt != null;

    ArrayDouble.D3 ca = vt.getCoordinateArray(0);
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    assert grid != null;

    GridCoordSystem gcs = grid.getCoordinateSystem();
    assert gcs != null;

    VerticalCT vct = gcs.getVerticalCT();
    assert vct != null;
    assert vct.getVerticalTransformType() == VerticalCT.Type.Sigma;

    VerticalTransform vt = gcs.getVerticalTransform();
    assert vt != null;

    ArrayDouble.D3 ca = vt.getCoordinateArray(0);
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    assert grid != null;

    GridCoordSystem gcs = grid.getCoordinateSystem();
    assert gcs != null;

    VerticalCT vct = gcs.getVerticalCT();
    assert vct != null;
    assert vct.getVerticalTransformType() == VerticalCT.Type.HybridSigmaPressure : vct.getVerticalTransformType();

    VerticalTransform vt = gcs.getVerticalTransform();
    assert vt != null;

    ArrayDouble.D3 ca = vt.getCoordinateArray(0);
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    assert grid != null;

    GridCoordSystem gcs = grid.getCoordinateSystem();
    assert gcs != null;

    VerticalCT vct = gcs.getVerticalCT();
    assert vct != null;
    assert vct.getVerticalTransformType() == VerticalCT.Type.WRFEta : vct.getVerticalTransformType();

    VerticalTransform vt = gcs.getVerticalTransform();
    assert vt != null;

    ArrayDouble.D3 ca = vt.getCoordinateArray(0);
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