Examples of ucar.nc2.dataset.VerticalCT.addParameter()

ucar.nc2.dataset.VerticalCT.addParameter()
Add a Parameter to a CoordinateTransform. Make sure that the variable exists. If readData is true, read the data and use it as the value of the parameter, otherwise use the variable name as the value of the parameter. @param rs the CoordinateTransform @param paramName the parameter name @param ds dataset @param varNameEscaped escaped variable name @return true if success, false is failed

    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;

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    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;

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    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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    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;

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    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;

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    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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    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;

View Full Code Here

    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;

View Full Code Here




    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;

View Full Code Here

    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;

View Full Code Here

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