grib/src/main/java/ucar/nc2/grib/grib2/table/NcepLocalTables.java
private Map<String, String> initCodes() {
    codeMap.put("3.1.204", "Curvilinear_Orthogonal");

    codeMap.put("4.3.192", "Forecast Confidence Indicator");
    codeMap.put("4.3.193", "Bias Corrected Ensemble Forecast");

    codeMap.put("4.5.200", "Entire atmosphere layer");
    codeMap.put("4.5.201", "Entire ocean layer");
    codeMap.put("4.5.204", "Highest tropospheric freezing level");
    codeMap.put("4.5.206", "Grid scale cloud bottom level");
    codeMap.put("4.5.207", "Grid scale cloud top level");
    codeMap.put("4.5.209", "Boundary layer cloud bottom level");
    codeMap.put("4.5.210", "Boundary layer cloud top level");
    codeMap.put("4.5.211", "Boundary layer cloud layer");
    codeMap.put("4.5.212", "Low cloud bottom level");
    codeMap.put("4.5.213", "Low cloud top level");
    codeMap.put("4.5.214", "Low cloud layer");
    codeMap.put("4.5.215", "Cloud ceiling");
    codeMap.put("4.5.220", "Planetary Boundary Layer");
    codeMap.put("4.5.221", "Layer Between Two Hybrid Levels");
    codeMap.put("4.5.222", "Middle cloud bottom level");
    codeMap.put("4.5.223", "Middle cloud top level");
    codeMap.put("4.5.224", "Middle cloud layer");
    codeMap.put("4.5.232", "High cloud bottom level");
    codeMap.put("4.5.233", "High cloud top level");
    codeMap.put("4.5.234", "High cloud layer");
    codeMap.put("4.5.235", "Ocean isotherm level");
    codeMap.put("4.5.236", "Layer between two depths below ocean surface");
    codeMap.put("4.5.237", "Bottom of ocean mixed layer");
    codeMap.put("4.5.238", "Bottom of ocean isothermal layer");
    codeMap.put("4.5.239", "Layer Ocean Surface and 26C Ocean Isothermal Level");
    codeMap.put("4.5.240", "Ocean Mixed Layer");
    codeMap.put("4.5.241", "Ordered Sequence of Data");
    codeMap.put("4.5.242", "Convective cloud bottom level");
    codeMap.put("4.5.243", "Convective cloud top level");
    codeMap.put("4.5.244", "Convective cloud layer");
    codeMap.put("4.5.245", "Lowest level of the wet bulb zero");
    codeMap.put("4.5.246", "Maximum equivalent potential temperature level");
    codeMap.put("4.5.247", "Equilibrium level");
    codeMap.put("4.5.248", "Shallow convective cloud bottom level");
    codeMap.put("4.5.249", "Shallow convective cloud top level");
    codeMap.put("4.5.251", "Deep convective cloud bottom level");
    codeMap.put("4.5.252", "Deep convective cloud top level");
    codeMap.put("4.5.253", "Lowest bottom level of supercooled liquid water layer");
    codeMap.put("4.5.254", "Highest top level of supercooled liquid water layer");

    codeMap.put("4.6.192", "Perturbed Ensemble Member");

    codeMap.put("4.7.192", "Unweighted Mode of All Members");
    codeMap.put("4.7.193", "Percentile value (10%) of All Members");
    codeMap.put("4.7.194", "Percentile value (50%) of All Members");
    codeMap.put("4.7.195", "Percentile value (90%) of All Members");

    codeMap.put("4.10.192", "Climatological Mean Value");
    codeMap.put("4.10.193", "Average of N forecasts");
    codeMap.put("4.10.194", "Average of N uninitialized analyses");
    codeMap.put("4.10.195", "Average of forecast accumulations");
    codeMap.put("4.10.196", "Average of successive forecast accumulations");
    codeMap.put("4.10.197", "Average of forecast averages");
    codeMap.put("4.10.198", "Average of successive forecast averages");
    codeMap.put("4.10.199", "Climatological Average of N analyses, each a year apart");
    codeMap.put("4.10.200", "Climatological Average of N forecasts, each a year apart");
    codeMap.put("4.10.201", "Climatological Root Mean Square difference between N forecasts and their verifying analyses, each a year apart");
    codeMap.put("4.10.202", "Climatological Standard Deviation of N forecasts from the mean of the same N forecasts, for forecasts one year apart");
    codeMap.put("4.10.203", "Climatological Standard Deviation of N analyses from the mean of the same N analyses, for analyses one year apart");
    codeMap.put("4.10.204", "Average of forecast accumulations");
    codeMap.put("4.10.205", "Average of forecast averages");
    codeMap.put("4.10.206", "Average of forecast accumulations");
    codeMap.put("4.10.207", "Average of forecast averages");

    return codeMap;
  }
private Map<String, String> initCodes() {
    codeMap.put("3.1.204", "Curvilinear_Orthogonal");

    codeMap.put("4.3.192", "Forecast Confidence Indicator");
    codeMap.put("4.3.193", "Bias Corrected Ensemble Forecast");

    codeMap.put("4.5.200", "Entire atmosphere layer");
    codeMap.put("4.5.201", "Entire ocean layer");
    codeMap.put("4.5.204", "Highest tropospheric freezing level");
    codeMap.put("4.5.206", "Grid scale cloud bottom level");
    codeMap.put("4.5.207", "Grid scale cloud top level");
    codeMap.put("4.5.209", "Boundary layer cloud bottom level");
    codeMap.put("4.5.210", "Boundary layer cloud top level");
    codeMap.put("4.5.211", "Boundary layer cloud layer");
    codeMap.put("4.5.212", "Low cloud bottom level");
    codeMap.put("4.5.213", "Low cloud top level");
    codeMap.put("4.5.214", "Low cloud layer");
    codeMap.put("4.5.215", "Cloud ceiling");
    codeMap.put("4.5.220", "Planetary Boundary Layer");
    codeMap.put("4.5.221", "Layer Between Two Hybrid Levels");
    codeMap.put("4.5.222", "Middle cloud bottom level");
    codeMap.put("4.5.223", "Middle cloud top level");
    codeMap.put("4.5.224", "Middle cloud layer");
    codeMap.put("4.5.232", "High cloud bottom level");
    codeMap.put("4.5.233", "High cloud top level");
    codeMap.put("4.5.234", "High cloud layer");
    codeMap.put("4.5.235", "Ocean isotherm level");
    codeMap.put("4.5.236", "Layer between two depths below ocean surface");
    codeMap.put("4.5.237", "Bottom of ocean mixed layer");
    codeMap.put("4.5.238", "Bottom of ocean isothermal layer");
    codeMap.put("4.5.239", "Layer Ocean Surface and 26C Ocean Isothermal Level");
    codeMap.put("4.5.240", "Ocean Mixed Layer");
    codeMap.put("4.5.241", "Ordered Sequence of Data");
    codeMap.put("4.5.242", "Convective cloud bottom level");
    codeMap.put("4.5.243", "Convective cloud top level");
    codeMap.put("4.5.244", "Convective cloud layer");
    codeMap.put("4.5.245", "Lowest level of the wet bulb zero");
    codeMap.put("4.5.246", "Maximum equivalent potential temperature level");
    codeMap.put("4.5.247", "Equilibrium level");
    codeMap.put("4.5.248", "Shallow convective cloud bottom level");
    codeMap.put("4.5.249", "Shallow convective cloud top level");
    codeMap.put("4.5.251", "Deep convective cloud bottom level");
    codeMap.put("4.5.252", "Deep convective cloud top level");
    codeMap.put("4.5.253", "Lowest bottom level of supercooled liquid water layer");
    codeMap.put("4.5.254", "Highest top level of supercooled liquid water layer");

    codeMap.put("4.6.192", "Perturbed Ensemble Member");

    codeMap.put("4.7.192", "Unweighted Mode of All Members");
    codeMap.put("4.7.193", "Percentile value (10%) of All Members");
    codeMap.put("4.7.194", "Percentile value (50%) of All Members");
    codeMap.put("4.7.195", "Percentile value (90%) of All Members");

    codeMap.put("4.10.192", "Climatological Mean Value");
    codeMap.put("4.10.193", "Average of N forecasts");
    codeMap.put("4.10.194", "Average of N uninitialized analyses");
    codeMap.put("4.10.195", "Average of forecast accumulations");
    codeMap.put("4.10.196", "Average of successive forecast accumulations");
    codeMap.put("4.10.197", "Average of forecast averages");
    codeMap.put("4.10.198", "Average of successive forecast averages");
    codeMap.put("4.10.199", "Climatological Average of N analyses, each a year apart");
    codeMap.put("4.10.200", "Climatological Average of N forecasts, each a year apart");
    codeMap.put("4.10.201", "Climatological Root Mean Square difference between N forecasts and their verifying analyses, each a year apart");
    codeMap.put("4.10.202", "Climatological Standard Deviation of N forecasts from the mean of the same N forecasts, for forecasts one year apart");
    codeMap.put("4.10.203", "Climatological Standard Deviation of N analyses from the mean of the same N analyses, for analyses one year apart");
    codeMap.put("4.10.204", "Average of forecast accumulations");
    codeMap.put("4.10.205", "Average of forecast averages");
    codeMap.put("4.10.206", "Average of forecast accumulations");
    codeMap.put("4.10.207", "Average of forecast averages");

    return codeMap;
  }
see http://www.nco.ncep.noaa.gov/pmb/docs/grib2/grib2_doc.shtml