Dataset {
    Float32 X[X = 1386];
    Float32 T[T = 16913];
    Float32 Y[Y = 585];
    Float32 X_01[X_01 = 231];
    Float32 Y_01[Y_01 = 97];
    Grid {
     ARRAY:
        Float32 dead_fuel_moisture_1000hr[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } dead_fuel_moisture_1000hr;
    Grid {
     ARRAY:
        Float32 dead_fuel_moisture_100hr[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } dead_fuel_moisture_100hr;
    Grid {
     ARRAY:
        Float32 energy_release_component-g[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } energy_release_component-g;
    Grid {
     ARRAY:
        Float32 maximum_air_temperature[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } maximum_air_temperature;
    Grid {
     ARRAY:
        Float32 maximum_relative_humidity[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } maximum_relative_humidity;
    Grid {
     ARRAY:
        Float32 mean_vapor_pressure_deficit[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } mean_vapor_pressure_deficit;
    Grid {
     ARRAY:
        Float32 minimum_air_temperature[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } minimum_air_temperature;
    Grid {
     ARRAY:
        Float32 minimum_relative_humidity[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } minimum_relative_humidity;
    Grid {
     ARRAY:
        Float32 precipitation_amount[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } precipitation_amount;
    Structure {
        Grid {
         ARRAY:
            Float32 dead_fuel_moisture_1000hr[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } dead_fuel_moisture_1000hr;
        Grid {
         ARRAY:
            Float32 dead_fuel_moisture_100hr[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } dead_fuel_moisture_100hr;
        Grid {
         ARRAY:
            Float32 energy_release_component-g[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } energy_release_component-g;
        Grid {
         ARRAY:
            Float32 maximum_air_temperature[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } maximum_air_temperature;
        Grid {
         ARRAY:
            Float32 maximum_relative_humidity[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } maximum_relative_humidity;
        Grid {
         ARRAY:
            Float32 mean_vapor_pressure_deficit[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } mean_vapor_pressure_deficit;
        Grid {
         ARRAY:
            Float32 minimum_air_temperature[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } minimum_air_temperature;
        Grid {
         ARRAY:
            Float32 minimum_relative_humidity[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } minimum_relative_humidity;
        Grid {
         ARRAY:
            Float32 precipitation_amount[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } precipitation_amount;
        Grid {
         ARRAY:
            Float32 reference_evapotranspiration_alfalfa[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } reference_evapotranspiration_alfalfa;
        Grid {
         ARRAY:
            Float32 reference_evapotranspiration_grass[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } reference_evapotranspiration_grass;
        Grid {
         ARRAY:
            Float32 specific_humidity[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } specific_humidity;
        Grid {
         ARRAY:
            Float32 surface_downwelling_shortwave_flux_in_air[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } surface_downwelling_shortwave_flux_in_air;
        Grid {
         ARRAY:
            Float32 wind_from_direction[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } wind_from_direction;
        Grid {
         ARRAY:
            Float32 wind_speed[T = 16913][Y_01 = 97][X_01 = 231];
         MAPS:
            Float32 T[T = 16913];
            Float32 Y_01[Y_01 = 97];
            Float32 X_01[X_01 = 231];
        } wind_speed;
    } r0p25;
    Grid {
     ARRAY:
        Float32 reference_evapotranspiration_alfalfa[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } reference_evapotranspiration_alfalfa;
    Grid {
     ARRAY:
        Float32 reference_evapotranspiration_grass[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } reference_evapotranspiration_grass;
    Grid {
     ARRAY:
        Float32 specific_humidity[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } specific_humidity;
    Grid {
     ARRAY:
        Float32 surface_downwelling_shortwave_flux_in_air[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } surface_downwelling_shortwave_flux_in_air;
    Grid {
     ARRAY:
        Float32 wind_from_direction[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } wind_from_direction;
    Grid {
     ARRAY:
        Float32 wind_speed[T = 16913][Y = 585][X = 1386];
     MAPS:
        Float32 T[T = 16913];
        Float32 Y[Y = 585];
        Float32 X[X = 1386];
    } wind_speed;
} permanent;