Dataset {
    Float32 X[X = 192];
    String Z1[Z1 = 1];
    Float32 T[T = 905];
    Float32 Y[Y = 94];
    String Z1_01[Z1_01 = 1];
    Int32 Z[Z = 1];
    Int32 Z_01[Z_01 = 1];
    Float32 T_01[T_01 = 327];
    Int32 Z_02[Z_02 = 1];
    Float32 T_02[T_02 = 1];
    Float32 X_01[X_01 = 144];
    Float32 Y_01[Y_01 = 73];
    Int32 P[P = 17];
    Int32 P_01[P_01 = 8];
    Int32 P_02[P_02 = 12];
    Structure {
        Structure {
            Structure {
                Grid {
                 ARRAY:
                    Float32 moisture[T = 905][Z1 = 1][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    String Z1[Z1 = 1];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } moisture;
            } soil;
            Grid {
             ARRAY:
                Float32 temp[T = 905][Z1 = 1][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                String Z1[Z1 = 1];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } temp;
        } 0-10_cm_down;
        Structure {
            Structure {
                Grid {
                 ARRAY:
                    Float32 moisture[T = 905][Z1_01 = 1][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    String Z1_01[Z1_01 = 1];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } moisture;
            } soil;
            Grid {
             ARRAY:
                Float32 temp[T = 905][Z1_01 = 1][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                String Z1_01[Z1_01 = 1];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } temp;
        } 10-200_cm_down;
        Structure {
            Structure {
                Grid {
                 ARRAY:
                    Float32 temp[T = 905][Z = 1][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Int32 Z[Z = 1];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } temp;
            } maximum;
            Structure {
                Grid {
                 ARRAY:
                    Float32 temp[T = 905][Z = 1][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Int32 Z[Z = 1];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } temp;
            } minimum;
            Grid {
             ARRAY:
                Float32 qa[T = 905][Z = 1][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Int32 Z[Z = 1];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } qa;
            Grid {
             ARRAY:
                Float32 temp[T = 905][Z = 1][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Int32 Z[Z = 1];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } temp;
            Grid {
             ARRAY:
                Float32 u[T = 905][Z_01 = 1][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Int32 Z_01[Z_01 = 1];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } u;
            Grid {
             ARRAY:
                Float32 v[T = 905][Z_01 = 1][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Int32 Z_01[Z_01 = 1];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } v;
        } above_ground;
        Structure {
            Grid {
             ARRAY:
                Float32 CDCON[T_01 = 327][Y = 94][X = 192];
             MAPS:
                Float32 T_01[T_01 = 327];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } CDCON;
            Grid {
             ARRAY:
                Float32 cld[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } cld;
            Grid {
             ARRAY:
                Float32 RHCLD[T_01 = 327][Y = 94][X = 192];
             MAPS:
                Float32 T_01[T_01 = 327];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } RHCLD;
            Structure {
                Grid {
                 ARRAY:
                    Float32 temp[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } temp;
            } top;
        } high-cloud;
        Structure {
            Grid {
             ARRAY:
                Float32 CDCON[T_01 = 327][Y = 94][X = 192];
             MAPS:
                Float32 T_01[T_01 = 327];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } CDCON;
            Grid {
             ARRAY:
                Float32 cld[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } cld;
            Grid {
             ARRAY:
                Float32 RHCLD[T_01 = 327][Y = 94][X = 192];
             MAPS:
                Float32 T_01[T_01 = 327];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } RHCLD;
            Structure {
                Grid {
                 ARRAY:
                    Float32 temp[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } temp;
            } top;
        } low-cloud;
        Structure {
            Grid {
             ARRAY:
                Float32 CDCON[T_01 = 327][Y = 94][X = 192];
             MAPS:
                Float32 T_01[T_01 = 327];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } CDCON;
            Grid {
             ARRAY:
                Float32 cld[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } cld;
            Grid {
             ARRAY:
                Float32 RHCLD[T_01 = 327][Y = 94][X = 192];
             MAPS:
                Float32 T_01[T_01 = 327];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } RHCLD;
            Structure {
                Grid {
                 ARRAY:
                    Float32 temp[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } temp;
            } top;
        } middle-cloud;
        Structure {
            Grid {
             ARRAY:
                Float32 temp[T = 905][Z_02 = 1][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Int32 Z_02[Z_02 = 1];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } temp;
        } soil;
        Structure {
            Structure {
                Structure {
                    Grid {
                     ARRAY:
                        Float32 lwflx[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } lwflx;
                    Grid {
                     ARRAY:
                        Float32 solr[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } solr;
                } downward;
                Structure {
                    Grid {
                     ARRAY:
                        Float32 solr[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } solr;
                } upward;
            } clear_sky;
            Structure {
                Structure {
                    Grid {
                     ARRAY:
                        Float32 lwflx[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } lwflx;
                    Grid {
                     ARRAY:
                        Float32 solr[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } solr;
                } net;
            } cloud_forcing;
            Structure {
                Grid {
                 ARRAY:
                    Float32 cprate[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } cprate;
            } convective;
            Structure {
                Grid {
                 ARRAY:
                    Float32 lwflx[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } lwflx;
                Grid {
                 ARRAY:
                    Float32 solr[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } solr;
            } downward;
            Structure {
                Grid {
                 ARRAY:
                    Float32 heat_flux[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } heat_flux;
            } ground;
            Grid {
             ARRAY:
                Float32 ICEC[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } ICEC;
            Grid {
             ARRAY:
                Float32 LAND[T_02 = 1][Y = 94][X = 192];
             MAPS:
                Float32 T_02[T_02 = 1];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } LAND;
            Structure {
                Grid {
                 ARRAY:
                    Float32 heat_flux[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } heat_flux;
            } latent;
            Structure {
                Grid {
                 ARRAY:
                    Float32 lwflx[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } lwflx;
                Grid {
                 ARRAY:
                    Float32 solr[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } solr;
            } net;
            Structure {
                Grid {
                 ARRAY:
                    Float32 evap[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } evap;
            } potential;
            Grid {
             ARRAY:
                Float32 prate[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } prate;
            Grid {
             ARRAY:
                Float32 pressure[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } pressure;
            Grid {
             ARRAY:
                Float32 runoff[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } runoff;
            Structure {
                Grid {
                 ARRAY:
                    Float32 heat_flux[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } heat_flux;
            } sensible;
            Structure {
                Grid {
                 ARRAY:
                    Float32 depth[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } depth;
                Structure {
                    Grid {
                     ARRAY:
                        Float32 hflx[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } hflx;
                } melt;
                Grid {
                 ARRAY:
                    Float32 rate[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } rate;
                Structure {
                    Grid {
                     ARRAY:
                        Float32 hflx[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } hflx;
                } sublimation;
            } snow;
            Grid {
             ARRAY:
                Float32 taux[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } taux;
            Grid {
             ARRAY:
                Float32 tauy[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } tauy;
            Grid {
             ARRAY:
                Float32 temp[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } temp;
            Grid {
             ARRAY:
                Float32 U-GWD[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } U-GWD;
            Structure {
                Grid {
                 ARRAY:
                    Float32 lwflx[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } lwflx;
                Grid {
                 ARRAY:
                    Float32 solr[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } solr;
            } upward;
            Grid {
             ARRAY:
                Float32 V-GWD[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } V-GWD;
        } surface;
        Structure {
            Structure {
                Structure {
                    Grid {
                     ARRAY:
                        Float32 lwflx[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } lwflx;
                    Grid {
                     ARRAY:
                        Float32 solr[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } solr;
                } upward;
            } clear_sky;
            Structure {
                Structure {
                    Grid {
                     ARRAY:
                        Float32 lwflx[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } lwflx;
                    Grid {
                     ARRAY:
                        Float32 solr[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } solr;
                } net;
            } cloud_forcing;
            Structure {
                Grid {
                 ARRAY:
                    Float32 solr[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } solr;
            } downward;
            Structure {
                Grid {
                 ARRAY:
                    Float32 lwflx[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } lwflx;
                Grid {
                 ARRAY:
                    Float32 solr[T = 905][Y = 94][X = 192];
                 MAPS:
                    Float32 T[T = 905];
                    Float32 Y[Y = 94];
                    Float32 X[X = 192];
                } solr;
            } upward;
        } top;
        Structure {
            Grid {
             ARRAY:
                Float32 cld[T = 905][Y = 94][X = 192];
             MAPS:
                Float32 T[T = 905];
                Float32 Y[Y = 94];
                Float32 X[X = 192];
            } cld;
            Structure {
                Structure {
                    Grid {
                     ARRAY:
                        Float32 lwflx[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } lwflx;
                    Grid {
                     ARRAY:
                        Float32 solr[T = 905][Y = 94][X = 192];
                     MAPS:
                        Float32 T[T = 905];
                        Float32 Y[Y = 94];
                        Float32 X[X = 192];
                    } solr;
                } net;
            } cloud_forcing;
        } total_air_column;
    } Diagnostic;
    Structure {
        Structure {
            Grid {
             ARRAY:
                Float32 pressure[T = 905][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } pressure;
        } MSL;
        Structure {
            Grid {
             ARRAY:
                Float32 CBMZW[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } CBMZW;
            Grid {
             ARRAY:
                Float32 CBQW[T = 905][P_01 = 8][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_01[P_01 = 8];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } CBQW;
            Grid {
             ARRAY:
                Float32 CBTMW[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } CBTMW;
            Grid {
             ARRAY:
                Float32 CBTW[T = 905][P_02 = 12][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_02[P_02 = 12];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } CBTW;
            Grid {
             ARRAY:
                Float32 CBTZW[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } CBTZW;
            Grid {
             ARRAY:
                Float32 CBUQ[T = 905][P_01 = 8][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_01[P_01 = 8];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } CBUQ;
            Grid {
             ARRAY:
                Float32 CBUW[T = 905][P_02 = 12][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_02[P_02 = 12];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } CBUW;
            Grid {
             ARRAY:
                Float32 CBVQ[T = 905][P_01 = 8][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_01[P_01 = 8];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } CBVQ;
            Grid {
             ARRAY:
                Float32 CBVW[T = 905][P_02 = 12][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_02[P_02 = 12];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } CBVW;
            Grid {
             ARRAY:
                Float32 phi[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } phi;
            Grid {
             ARRAY:
                Float32 psi[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } psi;
            Grid {
             ARRAY:
                Float32 qa[T = 905][P_01 = 8][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_01[P_01 = 8];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } qa;
            Grid {
             ARRAY:
                Float32 reld[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } reld;
            Grid {
             ARRAY:
                Float32 relv[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } relv;
            Grid {
             ARRAY:
                Float32 rhum[T = 905][P_01 = 8][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_01[P_01 = 8];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } rhum;
            Grid {
             ARRAY:
                Float32 temp[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } temp;
            Grid {
             ARRAY:
                Float32 u[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } u;
            Grid {
             ARRAY:
                Float32 v[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } v;
            Grid {
             ARRAY:
                Float32 vpot[T = 905][P = 17][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P[P = 17];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } vpot;
            Grid {
             ARRAY:
                Float32 vtemp[T = 905][P_01 = 8][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_01[P_01 = 8];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } vtemp;
            Grid {
             ARRAY:
                Float32 vvel[T = 905][P_02 = 12][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Int32 P_02[P_02 = 12];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } vvel;
        } PressureLevel;
        Structure {
            Grid {
             ARRAY:
                Float32 pressure[T = 905][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } pressure;
        } surface;
        Structure {
            Grid {
             ARRAY:
                Float32 PWAT[T = 905][Y_01 = 73][X_01 = 144];
             MAPS:
                Float32 T[T = 905];
                Float32 Y_01[Y_01 = 73];
                Float32 X_01[X_01 = 144];
            } PWAT;
        } total_air_column;
    } Intrinsic;
} MONTHLY;