Attributes {
    timestamp {
        Int32 least_significant_digit 0;
        String long_name "timestamp of LIDAR measurement";
        String standard_name "time";
        String units "seconds since 1970-01-01 00:00:00 0:00";
        String comment "Dates LIDAR measurements are done in epoch (number of seconds that have elapsed since January 1 1970 (midnigth UTC/GMT)";
        Int32 _ChunkSizes 9;
    }
    timestamp_drone {
        Int32 least_significant_digit 0;
        String long_name "timestamp of drone measurements";
        String standard_name "time";
        String units "seconds since 1970-01-01 00:00:00 0:00";
        String comment "Dates drone measurements are done in epoch (number of seconds that have elapsed since January 1 1970 (midnigth UTC/GMT)";
        Int32 _ChunkSizes 1;
    }
    timestamp_dune_valley {
        Int32 least_significant_digit 0;
        String long_name "timestamp of dune valley measurements";
        String standard_name "time";
        String units "seconds since 1970-01-01 00:00:00 0:00";
        String comment "Dates dune valley measurements are done in epoch (number of seconds that have elapsed since January 1 1970 (midnigth UTC/GMT)";
        Int32 _ChunkSizes 3;
    }
    lon {
        Int32 least_significant_digit 2;
        String long_name "x coordinate Rijksdriehoek coordinate system";
        String units "meters in x coordinate in Rijksdriehoek coordinate system";
        String axis "X";
        String comment "array with unique x values";
        String standard_name "projection_x_coordinate";
        Int32 _ChunkSizes 10399;
    }
    lat {
        Int32 least_significant_digit 2;
        String long_name "y coordinate Rijksdriehoek coordinate system";
        String units "meters in y coordinate in Rijksdriehoek coordinate system";
        String axis "Y";
        String comment "array with unique y values";
        String standard_name "projection_y_coordinate";
        Int32 _ChunkSizes 28237;
    }
    profile_type {
        Int32 least_significant_digit 1;
        String standard_name "area number";
        String long_name "number that correspondents to a certain profile type, see comment";
        String units "integer corresponding to certain profile type, see comment";
        String comment "Profile types are indicated with a number. If no profile type is present value is masked. {'Profile type number'='Profile type'}{1=Profieltype 5}{2=Profieltype 2 Zuid}{3=Profieltype 3 Zuid}{4=Profieltype 4}{5=Profieltype 3 Noord}{6=Profieltype 2 Noord}{7=Profieltype 1}";
        Int32 _ChunkSizes 1661, 612;
    }
    xgrid {
        Int32 least_significant_digit 2;
        String long_name "x coordinate Rijksdriehoek coordinate system";
        String units "meters in x coordinate in Rijksdriehoek coordinate system";
        String comment "Grid covering the HD area filled with x coordinates in Rijksdriehoek coordinate system (EPSG:28992) (every row is the same)";
        String standard_name "projection_x_coordinate";
        Int32 _ChunkSizes 1661, 612;
    }
    ygrid {
        Int32 least_significant_digit 2;
        String long_name "y coordinate Rijksdriehoek coordinate system";
        String units "meters in y coordinate in Rijksdriehoek coordinate system";
        String comment "Grid covering the HD area filled with y coordinates in Rijksdriehoek coordinate system (EPSG:28992) (every column is the same)";
        String standard_name "projection_y_coordinate";
    }
    zgrid {
        Int32 least_significant_digit 3;
        String long_name "z coordinate in Rijksdriehoek coordinate system";
        String units "meters in z coordinate in Rijksdriehoek coordinate system";
        String comment "For every lidar timestamp a grid covering the HD area filled with raw LIDAR z coordinates in Rijksdriehoek coordinate system (EPSG:28992). All these values follow from the raw data.";
        String standard_name "projection_z_coordinate";
        Int32 _ChunkSizes 1, 2017, 743;
    }
    zgrid_interpolated {
        Int32 least_significant_digit 3;
        String long_name "interpolated z coordinate in Rijksdriehoek coordinate system";
        String units "meters in z coordinate in Rijksdriehoek coordinate system";
        String comment "All below 0.84 m NAP is masked. For every lidar timestamp a grid covering the HD area filled with interpolated LIDAR z coordinates in Rijksdriehoek coordinate system (EPSG:28992). All these values are obtained by linear interpolation in 2D of the raw LIDAR measurmeents";
        String standard_name "projection_z_coordinate";
        Int32 _ChunkSizes 1, 2017, 743;
    }
    zgrid_drone {
        Int32 least_significant_digit 3;
        String long_name "drone elevation measurements, z coordinate in Rijksdriehoek coordinate system";
        String units "meters in z coordinate in Rijksdriehoek coordinate system";
        String comment "For every drone timestamp a grid covering the HD area filled with drone z coordinates in Rijksdriehoek coordinate system (EPSG:28992).";
        String standard_name "projection_z_coordinate";
        Int32 _ChunkSizes 1, 4034, 1486;
    }
    zgrid_dune_valley {
        Int32 least_significant_digit 3;
        String long_name "dune valley elevations, z coordinate in Rijksdriehoek coordinate system";
        String units "meters in z coordinate in Rijksdriehoek coordinate system";
        String comment "For every dune valley timestamp a grid covering the HD area filled with interpolated dune valley z coordinates in Rijksdriehoek coordinate system (EPSG:28992). Only the first measurement covers the whole dune valley area. The other two cover transects";
        String standard_name "projection_z_coordinate";
        Int32 _ChunkSizes 1, 2824, 1040;
    }
    diff {
        String comment "For every lidar timestamp a grid covering the HD area filled with difference between subsequent raw LIDAR measurements in m Rijksdriehoek coordinate system (EPSG:28992). All these values follow from the raw data.";
        Int32 least_significant_digit 3;
        String long_name "difference in rijksdriehoek z coordinates";
        String standard_name "difference in rijksdriehoek z coordinates";
        String units "meters in z coordinate in Rijksdriehoek coordinate system";
        Int32 _ChunkSizes 1, 2017, 743;
    }
    diff_w_1 {
        String comment "For every lidar timestamp a grid covering the HD area filled with difference between first and other raw LIDAR measurements in m Rijksdriehoek coordinate system (EPSG:28992). All these values follow from the raw data.";
        Int32 least_significant_digit 3;
        String long_name "difference with first measurement in rijksdriehoek z coordinates";
        String standard_name "difference in rijksdriehoek z coordinates";
        String units "meters in z coordinate in Rijksdriehoek coordinate system";
        Int32 _ChunkSizes 1, 2017, 743;
    }
    NC_GLOBAL {
        String Conventions "CF-1.6";
        String Metadata_Conventions "Unidata Dataset Discovery v1.0";
        String featureType "timeSeries";
        String cdm_data_type "timeSeries";
        String standard_name_vocabulary "CF-1.6";
        String uuid "a7e09580-3eff-11e8-8095-28c63f33c5a6";
        String sea_name "North Sea";
        String id "LIDAR data total HPZ 20180413";
        String naming_authority "Witteveen+Bos";
        String time_coverage_start "2015-05-24";
        String time_coverage_end "2018-03-19";
        String time_coverage_resolution "not equally spaced";
        String geospatial_RD_z_min "";
        String geospatial_RD_z_max "";
        String geospatial_RD_z_resolution " ";
        String geospatial_RD_z_positive "up";
        String institution "Witteveen+Bos";
        String creator_url "www.witteveenbos.nl";
        String keywords_vocabulary "http://www.eionet.europa.eu/gemet";
        String keywords "coastal area, intertidal zone, sediment mobilisation, sediment transport, tide";
        String date_created "2018-04-13T09:47:18Z";
        String contributor "EcoShape";
        String subject "Hondsbossche Dunes";
        String title "Hondsbossche Dunes area covering";
        String summary "This nc contains an area covering representation of all the DTM Lidar measurements, drone measurements and GPS measurements of the dune valley part";
        String instruments "Lidar, Drone and GPS";
        String creator_name "Anne Verheijen, Willem Bodde";
        String creator_email "anne.verheijen@witteveenbos.com, willem.bodde@witteveenbos.com";
        String publisher_name "Ecoshape";
        String publisher_email "info@EcoShape.nl";
        String publisher_url "www.ecoshape.org";
        String project "Hondbossche Dunes";
        String processing_level "final";
        String comment "wind, aeolian, nourishment, laser, LIDAR";
        Float32 geospatial_lat_min 52.68923;
        Float32 geospatial_lat_max 52.81657;
        String geospatial_lat_units "degrees";
        String geospatial_lat_resolution "0.5 m RD";
        Float32 geospatial_lon_min 4.6159;
        Float32 geospatial_lon_max 4.69502;
        String geospatial_lon_units "degrees";
        String geospatial_lon_resolution "0.5 m RD";
        String geospatial_RD_z_units "+m NAP";
        String history "Tue Dec  4 15:37:33 2018: ncatted -a comment,diff_w_1,o,c,For every lidar timestamp a grid covering the HD area filled with difference between first and other raw LIDAR measurements in m Rijksdriehoek coordinate system (EPSG:28992). All these values follow from the raw data. HPZ_total_4TU.nc
Tue Dec  4 15:37:33 2018: ncatted -a comment,diff,o,c,For every lidar timestamp a grid covering the HD area filled with difference between subsequent raw LIDAR measurements in m Rijksdriehoek coordinate system (EPSG:28992). All these values follow from the raw data. HPZ_total_4TU.nc
Tue Dec  4 15:37:33 2018: ncatted -a standard_name,zgrid_dune_valley,o,c,projection_z_coordinate HPZ_total_4TU.nc
Tue Dec  4 15:37:33 2018: ncatted -a comment,zgrid_dune_valley,o,c,For every dune valley timestamp a grid covering the HD area filled with interpolated dune valley z coordinates in Rijksdriehoek coordinate system (EPSG:28992). Only the first measurement covers the whole dune valley area. The other two cover transects HPZ_total_4TU.nc
Tue Dec  4 15:37:32 2018: ncatted -a standard_name,zgrid_drone,o,c,projection_z_coordinate HPZ_total_4TU.nc
Tue Dec  4 15:37:32 2018: ncatted -a comment,zgrid_drone,o,c,For every drone timestamp a grid covering the HD area filled with drone z coordinates in Rijksdriehoek coordinate system (EPSG:28992). HPZ_total_4TU.nc
Tue Dec  4 15:37:32 2018: ncatted -a standard_name,zgrid_interpolated,o,c,projection_z_coordinate HPZ_total_4TU.nc
Tue Dec  4 15:37:32 2018: ncatted -a comment,zgrid_interpolated,o,c,All below 0.84 m NAP is masked. For every lidar timestamp a grid covering the HD area filled with interpolated LIDAR z coordinates in Rijksdriehoek coordinate system (EPSG:28992). All these values are obtained by linear interpolation in 2D of the raw LIDAR measurmeents HPZ_total_4TU.nc
Tue Dec  4 15:37:32 2018: ncatted -a standard_name,zgrid,o,c,projection_z_coordinate HPZ_total_4TU.nc
Tue Dec  4 15:37:32 2018: ncatted -a comment,zgrid,o,c,For every lidar timestamp a grid covering the HD area filled with raw LIDAR z coordinates in Rijksdriehoek coordinate system (EPSG:28992). All these values follow from the raw data. HPZ_total_4TU.nc
Tue Dec  4 15:37:32 2018: ncatted -a standard_name,ygrid,o,c,projection_y_coordinate HPZ_total_4TU.nc
Tue Dec  4 15:37:31 2018: ncatted -a comment,ygrid,o,c,Grid covering the HD area filled with y coordinates in Rijksdriehoek coordinate system (EPSG:28992) (every column is the same) HPZ_total_4TU.nc
Tue Dec  4 15:37:31 2018: ncatted -a standard_name,xgrid,o,c,projection_x_coordinate HPZ_total_4TU.nc
Tue Dec  4 15:37:31 2018: ncatted -a comment,xgrid,o,c,Grid covering the HD area filled with x coordinates in Rijksdriehoek coordinate system (EPSG:28992) (every row is the same) HPZ_total_4TU.nc
Tue Dec  4 15:37:31 2018: ncatted -a comment,profile_type,o,c,Profile types are indicated with a number. If no profile type is present value is masked. {'Profile type number'='Profile type'}{1=Profieltype 5}{2=Profieltype 2 Zuid}{3=Profieltype 3 Zuid}{4=Profieltype 4}{5=Profieltype 3 Noord}{6=Profieltype 2 Noord}{7=Profieltype 1} HPZ_total_4TU.nc
Tue Dec  4 15:37:31 2018: ncatted -a units,profile_type,o,c,integer corresponding to certain profile type, see comment HPZ_total_4TU.nc
Tue Dec  4 15:37:31 2018: ncatted -a long_name,profile_type,o,c,number that correspondents to a certain profile type, see comment HPZ_total_4TU.nc
Tue Dec  4 15:37:31 2018: ncatted -a standard_name,lon,o,c,projection_x_coordinate HPZ_total_4TU.nc
Tue Dec  4 15:37:30 2018: ncatted -a comment,lon,o,c,array with unique x values HPZ_total_4TU.nc
Tue Dec  4 15:37:30 2018: ncatted -a standard_name,lat,o,c,projection_y_coordinate HPZ_total_4TU.nc
Tue Dec  4 15:37:30 2018: ncatted -a comment,lat,o,c,array with unique y values HPZ_total_4TU.nc
Tue Dec  4 15:37:30 2018: ncatted -a comment,timestamp_dune_valley,o,c,Dates dune valley measurements are done in epoch (number of seconds that have elapsed since January 1 1970 (midnigth UTC/GMT) HPZ_total_4TU.nc
Tue Dec  4 15:37:30 2018: ncatted -a units,timestamp_dune_valley,o,c,seconds since 1970-01-01 00:00:00 0:00 HPZ_total_4TU.nc
Tue Dec  4 15:37:30 2018: ncatted -a comment,timestamp_drone,o,c,Dates drone measurements are done in epoch (number of seconds that have elapsed since January 1 1970 (midnigth UTC/GMT) HPZ_total_4TU.nc
Tue Dec  4 15:37:29 2018: ncatted -a units,timestamp_drone,o,c,seconds since 1970-01-01 00:00:00 0:00 HPZ_total_4TU.nc
Tue Dec  4 15:37:29 2018: ncatted -a comment,timestamp,o,c,Dates LIDAR measurements are done in epoch (number of seconds that have elapsed since January 1 1970 (midnigth UTC/GMT) HPZ_total_4TU.nc
Tue Dec  4 15:37:29 2018: ncatted -a units,timestamp,o,c,seconds since 1970-01-01 00:00:00 0:00 HPZ_total_4TU.nc
Tue Dec  4 15:37:29 2018: ncatted -a coordinates,,d,, HPZ_total_4TU.nc
Tue Dec  4 15:37:29 2018: ncatted -a geospatial_RD_z_units,global,o,c,+m NAP HPZ_total_4TU.nc
Tue Dec  4 15:37:29 2018: ncatted -a geospatial_lon_resolution,global,o,c,0.5 m RD HPZ_total_4TU.nc
Tue Dec  4 15:37:29 2018: ncatted -a geospatial_lon_units,global,o,c,degrees HPZ_total_4TU.nc
Tue Dec  4 15:37:28 2018: ncatted -a geospatial_lon_max,global,o,f,4.69502 HPZ_total_4TU.nc
Tue Dec  4 15:37:28 2018: ncatted -a geospatial_lon_min,global,o,f,4.61590 HPZ_total_4TU.nc
Tue Dec  4 15:37:28 2018: ncatted -a geospatial_lat_resolution,global,o,c,0.5 m RD HPZ_total_4TU.nc
Tue Dec  4 15:37:28 2018: ncatted -a geospatial_lat_units,global,o,c,degrees HPZ_total_4TU.nc
Tue Dec  4 15:37:28 2018: ncatted -a geospatial_lat_max,global,o,f,52.81657 HPZ_total_4TU.nc
Tue Dec  4 15:37:28 2018: ncatted -a geospatial_lat_min,global,o,f,52.68923 HPZ_total_4TU.nc
Tue Dec  4 15:37:28 2018: ncatted -a comment,global,o,c,wind, aeolian, nourishment, laser, LIDAR HPZ_total_4TU.nc
Tue Dec  4 15:37:28 2018: ncatted -a processing_level,global,o,c,final HPZ_total_4TU.nc
Tue Dec  4 15:37:27 2018: ncatted -a project,global,o,c,Hondbossche Dunes HPZ_total_4TU.nc
Tue Dec  4 15:37:27 2018: ncatted -a publisher_url,global,o,c,www.ecoshape.org HPZ_total_4TU.nc
Tue Dec  4 15:37:27 2018: ncatted -a publisher_email,global,o,c,info@EcoShape.nl HPZ_total_4TU.nc
Tue Dec  4 15:37:27 2018: ncatted -a publisher_name,global,o,c,Ecoshape HPZ_total_4TU.nc
Tue Dec  4 15:37:27 2018: ncatted -a creator_email,global,o,c,anne.verheijen@witteveenbos.com, willem.bodde@witteveenbos.com HPZ_total_4TU.nc
Tue Dec  4 15:37:27 2018: ncatted -a creator_name,global,o,c,Anne Verheijen, Willem Bodde HPZ_total_4TU.nc
Tue Dec  4 15:37:27 2018: ncatted -a instruments,global,o,c,Lidar, Drone and GPS HPZ_total_4TU.nc
Tue Dec  4 15:37:26 2018: ncatted -a summary,global,o,c,This nc contains an area covering representation of all the DTM Lidar measurements, drone measurements and GPS measurements of the dune valley part HPZ_total_4TU.nc
Tue Dec  4 15:37:26 2018: ncatted -a title,global,o,c,Hondsbossche Dunes area covering HPZ_total_4TU.nc
Tue Dec  4 15:37:26 2018: ncatted -a subject,global,o,c,Hondsbossche Dunes HPZ_total_4TU.nc
Tue Dec  4 15:37:26 2018: ncatted -a contributor,global,o,c,EcoShape HPZ_total_4TU.nc";
        String NCO "netCDF Operators version 4.7.8-beta01 (Homepage = http://nco.sf.net, Code = http://github.com/nco/nco)";
    }
}