Dataset {
    Float32 Y[Y = 180];
    Float32 C[C = 4];
    Float32 X[X = 360];
    Float32 T[T = 24];
    Structure {
        Grid {
         ARRAY:
            Float32 dwpnt_2m_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } dwpnt_2m_max;
        Grid {
         ARRAY:
            Float32 msl_prsr_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } msl_prsr_max;
        Grid {
         ARRAY:
            Float32 sur_ltht_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_ltht_max;
        Grid {
         ARRAY:
            Float32 sur_lwnt_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_lwnt_max;
        Grid {
         ARRAY:
            Float32 sur_prsr_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_prsr_max;
        Grid {
         ARRAY:
            Float32 sur_sbht_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_sbht_max;
        Grid {
         ARRAY:
            Float32 sur_swnt_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_swnt_max;
        Grid {
         ARRAY:
            Float32 sur_temp_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_temp_max;
        Grid {
         ARRAY:
            Float32 temp_2m_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temp_2m_max;
        Grid {
         ARRAY:
            Float32 toa_lwnt_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } toa_lwnt_max;
        Grid {
         ARRAY:
            Float32 toa_swnt_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } toa_swnt_max;
        Grid {
         ARRAY:
            Float32 uwnd_10m_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } uwnd_10m_max;
        Grid {
         ARRAY:
            Float32 uwnd_str_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } uwnd_str_max;
        Grid {
         ARRAY:
            Float32 vwnd_10m_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } vwnd_10m_max;
        Grid {
         ARRAY:
            Float32 vwnd_str_max[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } vwnd_str_max;
    } Maximum;
    Structure {
        Grid {
         ARRAY:
            Float32 dwpnt_2m_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } dwpnt_2m_mean;
        Grid {
         ARRAY:
            Float32 msl_prsr_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } msl_prsr_mean;
        Grid {
         ARRAY:
            Float32 sur_ltht_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_ltht_mean;
        Grid {
         ARRAY:
            Float32 sur_lwnt_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_lwnt_mean;
        Grid {
         ARRAY:
            Float32 sur_prsr_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_prsr_mean;
        Grid {
         ARRAY:
            Float32 sur_sbht_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_sbht_mean;
        Grid {
         ARRAY:
            Float32 sur_swnt_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_swnt_mean;
        Grid {
         ARRAY:
            Float32 sur_temp_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_temp_mean;
        Grid {
         ARRAY:
            Float32 temp_2m_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temp_2m_mean;
        Grid {
         ARRAY:
            Float32 toa_lwnt_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } toa_lwnt_mean;
        Grid {
         ARRAY:
            Float32 toa_swnt_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } toa_swnt_mean;
        Grid {
         ARRAY:
            Float32 uwnd_10m_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } uwnd_10m_mean;
        Grid {
         ARRAY:
            Float32 uwnd_str_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } uwnd_str_mean;
        Grid {
         ARRAY:
            Float32 vwnd_10m_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } vwnd_10m_mean;
        Grid {
         ARRAY:
            Float32 vwnd_str_mean[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } vwnd_str_mean;
    } Mean;
    Structure {
        Grid {
         ARRAY:
            Float32 dwpnt_2m_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } dwpnt_2m_min;
        Grid {
         ARRAY:
            Float32 msl_prsr_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } msl_prsr_min;
        Grid {
         ARRAY:
            Float32 sur_ltht_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_ltht_min;
        Grid {
         ARRAY:
            Float32 sur_lwnt_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_lwnt_min;
        Grid {
         ARRAY:
            Float32 sur_prsr_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_prsr_min;
        Grid {
         ARRAY:
            Float32 sur_sbht_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_sbht_min;
        Grid {
         ARRAY:
            Float32 sur_swnt_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_swnt_min;
        Grid {
         ARRAY:
            Float32 sur_temp_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_temp_min;
        Grid {
         ARRAY:
            Float32 temp_2m_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temp_2m_min;
        Grid {
         ARRAY:
            Float32 toa_lwnt_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } toa_lwnt_min;
        Grid {
         ARRAY:
            Float32 toa_swnt_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } toa_swnt_min;
        Grid {
         ARRAY:
            Float32 uwnd_10m_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } uwnd_10m_min;
        Grid {
         ARRAY:
            Float32 uwnd_str_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } uwnd_str_min;
        Grid {
         ARRAY:
            Float32 vwnd_10m_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } vwnd_10m_min;
        Grid {
         ARRAY:
            Float32 vwnd_str_min[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } vwnd_str_min;
    } Minimum;
    Structure {
        Grid {
         ARRAY:
            Float32 dwpnt_2m_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } dwpnt_2m_sd;
        Grid {
         ARRAY:
            Float32 msl_prsr_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } msl_prsr_sd;
        Grid {
         ARRAY:
            Float32 sur_ltht_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_ltht_sd;
        Grid {
         ARRAY:
            Float32 sur_lwnt_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_lwnt_sd;
        Grid {
         ARRAY:
            Float32 sur_prsr_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_prsr_sd;
        Grid {
         ARRAY:
            Float32 sur_sbht_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_sbht_sd;
        Grid {
         ARRAY:
            Float32 sur_swnt_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_swnt_sd;
        Grid {
         ARRAY:
            Float32 sur_temp_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } sur_temp_sd;
        Grid {
         ARRAY:
            Float32 temp_2m_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temp_2m_sd;
        Grid {
         ARRAY:
            Float32 toa_lwnt_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } toa_lwnt_sd;
        Grid {
         ARRAY:
            Float32 toa_swnt_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } toa_swnt_sd;
        Grid {
         ARRAY:
            Float32 uwnd_10m_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } uwnd_10m_sd;
        Grid {
         ARRAY:
            Float32 uwnd_str_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } uwnd_str_sd;
        Grid {
         ARRAY:
            Float32 vwnd_10m_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } vwnd_10m_sd;
        Grid {
         ARRAY:
            Float32 vwnd_str_sd[T = 24][C = 4][Y = 180][X = 360];
         MAPS:
            Float32 T[T = 24];
            Float32 C[C = 4];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } vwnd_str_sd;
    } Standard_Deviation;
} Monthly_6-Hourly;