Dataset {
    String trajectory_id;
    Float64 Time[Time = 81];
    Grid {
      Array:
        Float64 latitude[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } latitude;
    Grid {
      Array:
        Float64 longitude[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } longitude;
    Grid {
      Array:
        Float32 fix_residual_percent_distance_traveled[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } fix_residual_percent_distance_traveled;
    Grid {
      Array:
        Int32 CANONSampler.sample_number[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } CANONSampler.sample_number;
    Grid {
      Array:
        Float32 CTD_NeilBrown.bin_mean_sea_water_temperature[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } CTD_NeilBrown.bin_mean_sea_water_temperature;
    Grid {
      Array:
        Float32 WetLabsBB2FL.bin_mean_mass_concentration_of_chlorophyll_in_sea_water[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } WetLabsBB2FL.bin_mean_mass_concentration_of_chlorophyll_in_sea_water;
    Grid {
      Array:
        Float32 platform_battery_charge[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } platform_battery_charge;
    Grid {
      Array:
        Float32 platform_battery_voltage[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } platform_battery_voltage;
    Grid {
      Array:
        Float64 spiral_cast.Science.PeakChl[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } spiral_cast.Science.PeakChl;
    Grid {
      Array:
        Float64 spiral_cast.Science.PeakChlDepth[Time = 81];
      Maps:
        Float64 Time[Time = 81];
    } spiral_cast.Science.PeakChlDepth;
} shore.nc;