Dataset {
    Float32 T[T = 12];
    Float32 Y[Y = 180];
    Float32 X[X = 360];
    Grid {
     ARRAY:
        Int16 airdens[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } airdens;
    Grid {
     ARRAY:
        Int16 cloud[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } cloud;
    Grid {
     ARRAY:
        Int16 evaprate[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } evaprate;
    Grid {
     ARRAY:
        Int16 fvcubed[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } fvcubed;
    Grid {
     ARRAY:
        Int16 latent3[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } latent3;
    Grid {
     ARRAY:
        Int16 longrad[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } longrad;
    Grid {
     ARRAY:
        Int16 netheat[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } netheat;
    Grid {
     ARRAY:
        Int16 precip6[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } precip6;
    Grid {
     ARRAY:
        Int16 precip7[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } precip7;
    Grid {
     ARRAY:
        Int16 qair[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } qair;
    Grid {
     ARRAY:
        Int16 qs-qa[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } qs-qa;
    Grid {
     ARRAY:
        Int16 qsea[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } qsea;
    Grid {
     ARRAY:
        Int16 rh[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } rh;
    Grid {
     ARRAY:
        Int16 sat[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } sat;
    Grid {
     ARRAY:
        Int16 sensib3[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } sensib3;
    Grid {
     ARRAY:
        Int16 shortrad[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } shortrad;
    Grid {
     ARRAY:
        Int16 slp[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } slp;
    Grid {
     ARRAY:
        Int16 sst[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } sst;
    Grid {
     ARRAY:
        Int16 sst-sat[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } sst-sat;
    Grid {
     ARRAY:
        Int16 taux3[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } taux3;
    Grid {
     ARRAY:
        Int16 tauy3[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } tauy3;
    Grid {
     ARRAY:
        Int16 u3[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } u3;
    Grid {
     ARRAY:
        Int16 ua[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } ua;
    Grid {
     ARRAY:
        Int16 uq[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } uq;
    Grid {
     ARRAY:
        Int16 v3[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } v3;
    Grid {
     ARRAY:
        Int16 va[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } va;
    Grid {
     ARRAY:
        Int16 vq[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } vq;
    Grid {
     ARRAY:
        Int16 w3[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } w3;
    Grid {
     ARRAY:
        Int16 zdl[T = 12][Y = 180][X = 360];
     MAPS:
        Float32 T[T = 12];
        Float32 Y[Y = 180];
        Float32 X[X = 360];
    } zdl;
} climatology;