Attributes {
    NC_GLOBAL {
        String comment "File created using pycdf0.6-3 and numpy numpy";
        String project_url "http://nccoos.unc.edu";
        String creation_date "2008-09-06 23:55:08";
        String references "http://nccoos.unc.edu";
        String format_category_code "fixed-profiler";
        String modification_date "2008-09-06 23:55:08";
        String title "Wind profile data at Duke Forest, Chapel Hill, NC";
        String institution_dods_url "http://nccoos.unc.edu";
        String source "fixed-profiler (acoustic doppler) observation";
        String start_date "2007-06-30 04:00:00";
        String process_level "level1";
        String institution_code "nccoos";
        String end_date "2007-07-10 19:15:00";
        String metadata_url "http://nccoos.unc.edu";
        String package_code "sodar";
        String institution "Unversity of North Carolina at Chapel Hill (UNC-CH)";
        String platform_code "dukeforest";
        String institution_url "http://nccoos.unc.edu";
        Float64 _FillValue -99999;
        String release_date "2008-09-06 23:55:08";
        String Conventions "CF-1.0; SEACOOS-CDL-v2.0";
        String project "North Carolina Coastal Ocean Observing System (NCCOOS)";
        String contact "cbc (cbc@unc.edu)";
        String history "raw2proc using proc_remtech_rawdata_pa0";
    }
    time {
        String axis "T";
        String long_name "Time";
        String short_name "time";
        String standard_name "time";
        String units "seconds since 1970-1-1 00:00:00 -0";
    }
    lat {
        String axis "Y";
        String long_name "Latitude";
        String reference "geographic coordinates";
        String short_name "lat";
        String standard_name "latitude";
        String units "degrees_north";
        Float64 valid_range -90, 90;
    }
    lon {
        String axis "Y";
        String long_name "Longtitude";
        String reference "geographic coordinates";
        String short_name "lon";
        String standard_name "longtitude";
        String units "degrees_east";
        Float64 valid_range -180, 180;
    }
    z {
        String axis "Z";
        String long_name "Height";
        String positive "up";
        String reference "zero at sea-surface";
        String short_name "z";
        String standard_name "height";
        String units "m";
    }
    u {
        String long_name "East/West Component of Wind";
        String short_name "u";
        String standard_name "eastward_wind";
        String units "cm s-1";
    }
    v {
        String long_name "North/South Component of Wind";
        String short_name "v";
        String standard_name "northward_wind";
        String units "cm s-1";
    }
    w {
        String long_name "Vertical Component of Wind";
        String short_name "w";
        String standard_name "upward_wind";
        String units "cm s-1";
    }
    echo {
        String long_name "Echo Stength";
        String short_name "echo";
        String standard_name "echo_strenth";
    }
    block {
        String long_name "Block Number";
        String short_name "block";
        String standard_name "block_number";
    }
    val1 {
        String long_name "Number of Beam Validations 1";
        String short_name "val1";
        String standard_name "validations_1";
    }
    val2 {
        String long_name "Number of Beam Validations 2";
        String short_name "val2";
        String standard_name "validations_2";
    }
    val3 {
        String long_name "Number of Beam Validations 3";
        String short_name "val3";
        String standard_name "validations_3";
    }
    val4 {
        String long_name "Number of Beam Validations 4";
        String short_name "val4";
        String standard_name "validations_4";
    }
    spu1 {
        String long_name "Normalized Probability of False Signal 1";
        String short_name "spu1";
        String standard_name "probability_1";
    }
    spu2 {
        String long_name "Normalized Probability of False Signal 1";
        String short_name "spu2";
        String standard_name "probability_2";
    }
    spu3 {
        String long_name "Normalized Probability of False Signal 3";
        String short_name "spu3";
        String standard_name "probability_3";
    }
    spu4 {
        String long_name "Normalized Probability of False Signal 4";
        String short_name "spu4";
        String standard_name "probability_4";
    }
    nois1 {
        String long_name "Environmental Noise 1";
        String short_name "nois1";
        String standard_name "ambient_1";
        String units "dB";
    }
    nois2 {
        String long_name "Environmental Noise 2";
        String short_name "nois2";
        String standard_name "ambient_2";
        String units "dB";
    }
    nois3 {
        String long_name "Environmental Noise 3";
        String short_name "nois3";
        String standard_name "ambient_3";
        String units "dB";
    }
    nois4 {
        String long_name "Environmental Noise 4";
        String short_name "nois4";
        String standard_name "ambient_4";
        String units "dB";
    }
    femax {
        String long_name "Maximum Ground Clutter";
        String short_name "femax";
        String standard_name "max_clutter";
    }
    softw {
        String long_name "Software Version";
        String short_name "softw";
        String standard_name "software";
    }
    fe11 {
        String long_name "Number of Frequencies Emitted 11";
        String short_name "fe11";
        String standard_name "frequencies_11";
    }
    fe12 {
        String long_name "Number of Frequencies Emitted 12";
        String short_name "fe12";
        String standard_name "frequencies_12";
    }
    fe21 {
        String long_name "Number of Frequencies Emitted 21";
        String short_name "fe21";
        String standard_name "frequencies_21";
    }
    fe22 {
        String long_name "Number of Frequencies Emitted 22";
        String short_name "fe22";
        String standard_name "frequencies_22";
    }
    snr1 {
        String long_name "Average Signal To Noise Ratio 1";
        String short_name "snr1";
        String standard_name "signal_to_noise_1";
        String units "dB";
    }
    snr2 {
        String long_name "Average Signal To Noise Ratio 2";
        String short_name "snr2";
        String standard_name "signal_to_noise_2";
        String units "dB";
    }
    snr3 {
        String long_name "Average Signal To Noise Ratio 3";
        String short_name "snr3";
        String standard_name "signal_to_noise_3";
        String units "dB";
    }
    snr4 {
        String long_name "Average Signal To Noise Ratio 4";
        String short_name "snr4";
        String standard_name "signal_to_noise_4";
        String units "dB";
    }
    ntime {
    }
    nlat {
    }
    nlon {
    }
    nz {
    }
}