用MATLAB讀取NCL文件
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有一個NCL格式的文件meow.ncl
首先先查看meow.ncl裏有甚麼數據
ncdisp('meow.ncl')matlab會返回
>> ncdisp('wrfout_d01_2015-10-21_06_00_00')Source: C:\Users\kong\KHIMatlab\NCL\data\11\wrfout_d01_2015-10-21_06_00_00Format: 64bitGlobal Attributes: TITLE = ' OUTPUT FROM WRF V3.7.1 MODEL' START_DATE = '2015-10-21_06:00:00' SIMULATION_START_DATE = '2015-10-21_06:00:00' WEST-EAST_GRID_DIMENSION = 90 SOUTH-NORTH_GRID_DIMENSION = 70 BOTTOM-TOP_GRID_DIMENSION = 30 DX = 27000 DY = 27000 SKEBS_ON = 0 SPEC_BDY_FINAL_MU = 0 USE_Q_DIABATIC = 0 GRIDTYPE = 'C' DIFF_OPT = 1 KM_OPT = 4 DAMP_OPT = 0 DAMPCOEF = 0.2 KHDIF = 0 KVDIF = 0 MP_PHYSICS = 1 RA_LW_PHYSICS = 1 RA_SW_PHYSICS = 1 SF_SFCLAY_PHYSICS = 1 SF_SURFACE_PHYSICS = 1 BL_PBL_PHYSICS = 1 CU_PHYSICS = 1 SF_LAKE_PHYSICS = 0 SURFACE_INPUT_SOURCE = 1 SST_UPDATE = 0 GRID_FDDA = 0 GFDDA_INTERVAL_M = 0 GFDDA_END_H = 0 GRID_SFDDA = 0 SGFDDA_INTERVAL_M = 0 SGFDDA_END_H = 0 HYPSOMETRIC_OPT = 2 USE_THETA_M = 0 SF_URBAN_PHYSICS = 0 SHCU_PHYSICS = 0 MFSHCONV = 0 FEEDBACK = 1 SMOOTH_OPTION = 0 SWRAD_SCAT = 1 W_DAMPING = 0 DT = 120 RADT = 27 BLDT = 0 CUDT = 0 AER_OPT = 0 SWINT_OPT = 0 AER_TYPE = 1 AER_AOD550_OPT = 1 AER_ANGEXP_OPT = 1 AER_SSA_OPT = 1 AER_ASY_OPT = 1 AER_AOD550_VAL = 0.12 AER_ANGEXP_VAL = 1.3 AER_SSA_VAL = 1.4013e-45 AER_ASY_VAL = 1.4013e-45 MOIST_ADV_OPT = 1 SCALAR_ADV_OPT = 1 TKE_ADV_OPT = 1 DIFF_6TH_OPT = 0 DIFF_6TH_FACTOR = 0.12 OBS_NUDGE_OPT = 0 BUCKET_MM = -1 BUCKET_J = -1 PREC_ACC_DT = 0 SF_OCEAN_PHYSICS = 0 ISFTCFLX = 0 ISHALLOW = 0 ISFFLX = 1 ICLOUD = 1 ICLOUD_CU = 0 TRACER_PBLMIX = 1 SCALAR_PBLMIX = 0 YSU_TOPDOWN_PBLMIX = 0 GRAV_SETTLING = 0 DFI_OPT = 0 SIMULATION_INITIALIZATION_TYPE = 'REAL-DATA CASE' WEST-EAST_PATCH_START_UNSTAG = 1 WEST-EAST_PATCH_END_UNSTAG = 89 WEST-EAST_PATCH_START_STAG = 1 WEST-EAST_PATCH_END_STAG = 90 SOUTH-NORTH_PATCH_START_UNSTAG = 1 SOUTH-NORTH_PATCH_END_UNSTAG = 69 SOUTH-NORTH_PATCH_START_STAG = 1 SOUTH-NORTH_PATCH_END_STAG = 70 BOTTOM-TOP_PATCH_START_UNSTAG = 1 BOTTOM-TOP_PATCH_END_UNSTAG = 29 BOTTOM-TOP_PATCH_START_STAG = 1 BOTTOM-TOP_PATCH_END_STAG = 30 GRID_ID = 1 PARENT_ID = 0 I_PARENT_START = 1 J_PARENT_START = 1 PARENT_GRID_RATIO = 1 CEN_LAT = 40 CEN_LON = 112 TRUELAT1 = 30 TRUELAT2 = 60 MOAD_CEN_LAT = 40 STAND_LON = 110 POLE_LAT = 90 POLE_LON = 0 GMT = 6 JULYR = 2015 JULDAY = 294 MAP_PROJ = 1 MAP_PROJ_CHAR = 'Lambert Conformal' MMINLU = 'USGS' NUM_LAND_CAT = 24 ISWATER = 16 ISLAKE = -1 ISICE = 24 ISURBAN = 1 ISOILWATER = 14Dimensions: Time = 49 (UNLIMITED) DateStrLen = 19 west_east = 89 south_north = 69 bottom_top = 29 bottom_top_stag = 30 soil_layers_stag = 5 west_east_stag = 90 south_north_stag = 70Variables: Times Size: 19x49 Dimensions: DateStrLen,Time Datatype: char XLAT Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LATITUDE, SOUTH IS NEGATIVE' units = 'degree_north' stagger = '' coordinates = 'XLONG XLAT' XLONG Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LONGITUDE, WEST IS NEGATIVE' units = 'degree_east' stagger = '' coordinates = 'XLONG XLAT' LU_INDEX Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LAND USE CATEGORY' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' ZNU Size: 29x49 Dimensions: bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'eta values on half (mass) levels' units = '' stagger = '' ZNW Size: 30x49 Dimensions: bottom_top_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'eta values on full (w) levels' units = '' stagger = 'Z' ZS Size: 5x49 Dimensions: soil_layers_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'DEPTHS OF CENTERS OF SOIL LAYERS' units = 'm' stagger = 'Z' DZS Size: 5x49 Dimensions: soil_layers_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'THICKNESSES OF SOIL LAYERS' units = 'm' stagger = 'Z' VAR_SSO Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'variance of subgrid-scale orography' units = 'm2' stagger = '' coordinates = 'XLONG XLAT XTIME' LAP_HGT Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Laplacian of orography' units = 'm' stagger = '' coordinates = 'XLONG XLAT XTIME' U Size: 90x69x29x49 Dimensions: west_east_stag,south_north,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'x-wind component' units = 'm s-1' stagger = 'X' coordinates = 'XLONG_U XLAT_U XTIME' V Size: 89x70x29x49 Dimensions: west_east,south_north_stag,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'y-wind component' units = 'm s-1' stagger = 'Y' coordinates = 'XLONG_V XLAT_V XTIME' W Size: 89x69x30x49 Dimensions: west_east,south_north,bottom_top_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'z-wind component' units = 'm s-1' stagger = 'Z' coordinates = 'XLONG XLAT XTIME' PH Size: 89x69x30x49 Dimensions: west_east,south_north,bottom_top_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'perturbation geopotential' units = 'm2 s-2' stagger = 'Z' coordinates = 'XLONG XLAT XTIME' PHB Size: 89x69x30x49 Dimensions: west_east,south_north,bottom_top_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'base-state geopotential' units = 'm2 s-2' stagger = 'Z' coordinates = 'XLONG XLAT XTIME' T Size: 89x69x29x49 Dimensions: west_east,south_north,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'perturbation potential temperature (theta-t0)' units = 'K' stagger = '' coordinates = 'XLONG XLAT XTIME' HFX_FORCE Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'SCM ideal surface sensible heat flux' units = 'W m-2' stagger = '' LH_FORCE Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'SCM ideal surface latent heat flux' units = 'W m-2' stagger = '' TSK_FORCE Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'SCM ideal surface skin temperature' units = 'W m-2' stagger = '' HFX_FORCE_TEND Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'SCM ideal surface sensible heat flux tendency' units = 'W m-2 s-1' stagger = '' LH_FORCE_TEND Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'SCM ideal surface latent heat flux tendency' units = 'W m-2 s-1' stagger = '' TSK_FORCE_TEND Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'SCM ideal surface skin temperature tendency' units = 'W m-2 s-1' stagger = '' MU Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'perturbation dry air mass in column' units = 'Pa' stagger = '' coordinates = 'XLONG XLAT XTIME' MUB Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'base state dry air mass in column' units = 'Pa' stagger = '' coordinates = 'XLONG XLAT XTIME' NEST_POS Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = '-' units = '-' stagger = '' coordinates = 'XLONG XLAT XTIME' P Size: 89x69x29x49 Dimensions: west_east,south_north,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'perturbation pressure' units = 'Pa' stagger = '' coordinates = 'XLONG XLAT XTIME' PB Size: 89x69x29x49 Dimensions: west_east,south_north,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'BASE STATE PRESSURE' units = 'Pa' stagger = '' coordinates = 'XLONG XLAT XTIME' FNM Size: 29x49 Dimensions: bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'upper weight for vertical stretching' units = '' stagger = '' FNP Size: 29x49 Dimensions: bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'lower weight for vertical stretching' units = '' stagger = '' RDNW Size: 29x49 Dimensions: bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'inverse d(eta) values between full (w) levels' units = '' stagger = '' RDN Size: 29x49 Dimensions: bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'inverse d(eta) values between half (mass) levels' units = '' stagger = '' DNW Size: 29x49 Dimensions: bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'd(eta) values between full (w) levels' units = '' stagger = '' DN Size: 29x49 Dimensions: bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'Z ' description = 'd(eta) values between half (mass) levels' units = '' stagger = '' CFN Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'extrapolation constant' units = '' stagger = '' CFN1 Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'extrapolation constant' units = '' stagger = '' THIS_IS_AN_IDEAL_RUN Size: 49x1 Dimensions: Time Datatype: int32 Attributes: FieldType = 106 MemoryOrder = '0 ' description = 'T/F flag: this is an ARW ideal simulation' units = '-' stagger = '' P_HYD Size: 89x69x29x49 Dimensions: west_east,south_north,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'hydrostatic pressure' units = 'Pa' stagger = '' coordinates = 'XLONG XLAT XTIME' Q2 Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'QV at 2 M' units = 'kg kg-1' stagger = '' coordinates = 'XLONG XLAT XTIME' T2 Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'TEMP at 2 M' units = 'K' stagger = '' coordinates = 'XLONG XLAT XTIME' TH2 Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'POT TEMP at 2 M' units = 'K' stagger = '' coordinates = 'XLONG XLAT XTIME' PSFC Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SFC PRESSURE' units = 'Pa' stagger = '' coordinates = 'XLONG XLAT XTIME' U10 Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'U at 10 M' units = 'm s-1' stagger = '' coordinates = 'XLONG XLAT XTIME' V10 Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'V at 10 M' units = 'm s-1' stagger = '' coordinates = 'XLONG XLAT XTIME' RDX Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'INVERSE X GRID LENGTH' units = '' stagger = '' RDY Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'INVERSE Y GRID LENGTH' units = '' stagger = '' RESM Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'TIME WEIGHT CONSTANT FOR SMALL STEPS' units = '' stagger = '' ZETATOP Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'ZETA AT MODEL TOP' units = '' stagger = '' CF1 Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = '2nd order extrapolation constant' units = '' stagger = '' CF2 Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = '2nd order extrapolation constant' units = '' stagger = '' CF3 Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = '2nd order extrapolation constant' units = '' stagger = '' ITIMESTEP Size: 49x1 Dimensions: Time Datatype: int32 Attributes: FieldType = 106 MemoryOrder = '0 ' description = '' units = '' stagger = '' XTIME Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'minutes since 2015-10-21 06:00:00' units = 'minutes since 2015-10-21 06:00:00' stagger = '' QVAPOR Size: 89x69x29x49 Dimensions: west_east,south_north,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'Water vapor mixing ratio' units = 'kg kg-1' stagger = '' coordinates = 'XLONG XLAT XTIME' QCLOUD Size: 89x69x29x49 Dimensions: west_east,south_north,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'Cloud water mixing ratio' units = 'kg kg-1' stagger = '' coordinates = 'XLONG XLAT XTIME' QRAIN Size: 89x69x29x49 Dimensions: west_east,south_north,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'Rain water mixing ratio' units = 'kg kg-1' stagger = '' coordinates = 'XLONG XLAT XTIME' SHDMAX Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ANNUAL MAX VEG FRACTION' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' SHDMIN Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ANNUAL MIN VEG FRACTION' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' SNOALB Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ANNUAL MAX SNOW ALBEDO IN FRACTION' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' TSLB Size: 89x69x5x49 Dimensions: west_east,south_north,soil_layers_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'SOIL TEMPERATURE' units = 'K' stagger = 'Z' coordinates = 'XLONG XLAT XTIME' SMOIS Size: 89x69x5x49 Dimensions: west_east,south_north,soil_layers_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'SOIL MOISTURE' units = 'm3 m-3' stagger = 'Z' coordinates = 'XLONG XLAT XTIME' SH2O Size: 89x69x5x49 Dimensions: west_east,south_north,soil_layers_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'SOIL LIQUID WATER' units = 'm3 m-3' stagger = 'Z' coordinates = 'XLONG XLAT XTIME' SEAICE Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SEA ICE FLAG' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' XICEM Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SEA ICE FLAG (PREVIOUS STEP)' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' SFROFF Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SURFACE RUNOFF' units = 'mm' stagger = '' coordinates = 'XLONG XLAT XTIME' UDROFF Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'UNDERGROUND RUNOFF' units = 'mm' stagger = '' coordinates = 'XLONG XLAT XTIME' IVGTYP Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: int32 Attributes: FieldType = 106 MemoryOrder = 'XY ' description = 'DOMINANT VEGETATION CATEGORY' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' ISLTYP Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: int32 Attributes: FieldType = 106 MemoryOrder = 'XY ' description = 'DOMINANT SOIL CATEGORY' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' VEGFRA Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'VEGETATION FRACTION' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' GRDFLX Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'GROUND HEAT FLUX' units = 'W m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' ACGRDFLX Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED GROUND HEAT FLUX' units = 'J m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' ACSNOM Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED MELTED SNOW' units = 'kg m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' SNOW Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SNOW WATER EQUIVALENT' units = 'kg m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' SNOWH Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'PHYSICAL SNOW DEPTH' units = 'm' stagger = '' coordinates = 'XLONG XLAT XTIME' CANWAT Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'CANOPY WATER' units = 'kg m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' SSTSK Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SKIN SEA SURFACE TEMPERATURE' units = 'K' stagger = '' coordinates = 'XLONG XLAT XTIME' COSZEN Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'COS of SOLAR ZENITH ANGLE' units = 'dimensionless' stagger = '' coordinates = 'XLONG XLAT XTIME' LAI Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LEAF AREA INDEX' units = 'm-2/m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' VAR Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'OROGRAPHIC VARIANCE' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' MAPFAC_M Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Map scale factor on mass grid' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' MAPFAC_U Size: 90x69x49 Dimensions: west_east_stag,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Map scale factor on u-grid' units = '' stagger = 'X' coordinates = 'XLONG_U XLAT_U XTIME' MAPFAC_V Size: 89x70x49 Dimensions: west_east,south_north_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Map scale factor on v-grid' units = '' stagger = 'Y' coordinates = 'XLONG_V XLAT_V XTIME' MAPFAC_MX Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Map scale factor on mass grid, x direction' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' MAPFAC_MY Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Map scale factor on mass grid, y direction' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' MAPFAC_UX Size: 90x69x49 Dimensions: west_east_stag,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Map scale factor on u-grid, x direction' units = '' stagger = 'X' coordinates = 'XLONG_U XLAT_U XTIME' MAPFAC_UY Size: 90x69x49 Dimensions: west_east_stag,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Map scale factor on u-grid, y direction' units = '' stagger = 'X' coordinates = 'XLONG_U XLAT_U XTIME' MAPFAC_VX Size: 89x70x49 Dimensions: west_east,south_north_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Map scale factor on v-grid, x direction' units = '' stagger = 'Y' coordinates = 'XLONG_V XLAT_V XTIME' MF_VX_INV Size: 89x70x49 Dimensions: west_east,south_north_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Inverse map scale factor on v-grid, x direction' units = '' stagger = 'Y' coordinates = 'XLONG_V XLAT_V XTIME' MAPFAC_VY Size: 89x70x49 Dimensions: west_east,south_north_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Map scale factor on v-grid, y direction' units = '' stagger = 'Y' coordinates = 'XLONG_V XLAT_V XTIME' F Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Coriolis sine latitude term' units = 's-1' stagger = '' coordinates = 'XLONG XLAT XTIME' E Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Coriolis cosine latitude term' units = 's-1' stagger = '' coordinates = 'XLONG XLAT XTIME' SINALPHA Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Local sine of map rotation' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' COSALPHA Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Local cosine of map rotation' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' HGT Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'Terrain Height' units = 'm' stagger = '' coordinates = 'XLONG XLAT XTIME' TSK Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SURFACE SKIN TEMPERATURE' units = 'K' stagger = '' coordinates = 'XLONG XLAT XTIME' P_TOP Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'PRESSURE TOP OF THE MODEL' units = 'Pa' stagger = '' T00 Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'BASE STATE TEMPERATURE' units = 'K' stagger = '' P00 Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'BASE STATE PRESURE' units = 'Pa' stagger = '' TLP Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'BASE STATE LAPSE RATE' units = '' stagger = '' TISO Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'TEMP AT WHICH THE BASE T TURNS CONST' units = 'K' stagger = '' TLP_STRAT Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'BASE STATE LAPSE RATE (DT/D(LN(P)) IN STRATOSPHERE' units = 'K' stagger = '' P_STRAT Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'BASE STATE PRESSURE AT BOTTOM OF STRATOSPHERE' units = 'Pa' stagger = '' MAX_MSTFX Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'Max map factor in domain' units = '' stagger = '' MAX_MSTFY Size: 49x1 Dimensions: Time Datatype: single Attributes: FieldType = 104 MemoryOrder = '0 ' description = 'Max map factor in domain' units = '' stagger = '' RAINC Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED TOTAL CUMULUS PRECIPITATION' units = 'mm' stagger = '' coordinates = 'XLONG XLAT XTIME' RAINSH Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED SHALLOW CUMULUS PRECIPITATION' units = 'mm' stagger = '' coordinates = 'XLONG XLAT XTIME' RAINNC Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED TOTAL GRID SCALE PRECIPITATION' units = 'mm' stagger = '' coordinates = 'XLONG XLAT XTIME' SNOWNC Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED TOTAL GRID SCALE SNOW AND ICE' units = 'mm' stagger = '' coordinates = 'XLONG XLAT XTIME' GRAUPELNC Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED TOTAL GRID SCALE GRAUPEL' units = 'mm' stagger = '' coordinates = 'XLONG XLAT XTIME' HAILNC Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED TOTAL GRID SCALE HAIL' units = 'mm' stagger = '' coordinates = 'XLONG XLAT XTIME' CLDFRA Size: 89x69x29x49 Dimensions: west_east,south_north,bottom_top,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XYZ' description = 'CLOUD FRACTION' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' SWDOWN Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'DOWNWARD SHORT WAVE FLUX AT GROUND SURFACE' units = 'W m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' GLW Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'DOWNWARD LONG WAVE FLUX AT GROUND SURFACE' units = 'W m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' SWNORM Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'NORMAL SHORT WAVE FLUX AT GROUND SURFACE (SLOPE-DEPENDENT)' units = 'W m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' OLR Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'TOA OUTGOING LONG WAVE' units = 'W m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' XLAT_U Size: 90x69x49 Dimensions: west_east_stag,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LATITUDE, SOUTH IS NEGATIVE' units = 'degree_north' stagger = 'X' coordinates = 'XLONG_U XLAT_U' XLONG_U Size: 90x69x49 Dimensions: west_east_stag,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LONGITUDE, WEST IS NEGATIVE' units = 'degree_east' stagger = 'X' coordinates = 'XLONG_U XLAT_U' XLAT_V Size: 89x70x49 Dimensions: west_east,south_north_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LATITUDE, SOUTH IS NEGATIVE' units = 'degree_north' stagger = 'Y' coordinates = 'XLONG_V XLAT_V' XLONG_V Size: 89x70x49 Dimensions: west_east,south_north_stag,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LONGITUDE, WEST IS NEGATIVE' units = 'degree_east' stagger = 'Y' coordinates = 'XLONG_V XLAT_V' ALBEDO Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ALBEDO' units = '-' stagger = '' coordinates = 'XLONG XLAT XTIME' CLAT Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'COMPUTATIONAL GRID LATITUDE, SOUTH IS NEGATIVE' units = 'degree_north' stagger = '' coordinates = 'XLONG XLAT XTIME' ALBBCK Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'BACKGROUND ALBEDO' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' EMISS Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SURFACE EMISSIVITY' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' NOAHRES Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'RESIDUAL OF THE NOAH SURFACE ENERGY BUDGET' units = 'W m{-2}' stagger = '' coordinates = 'XLONG XLAT XTIME' TMN Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SOIL TEMPERATURE AT LOWER BOUNDARY' units = 'K' stagger = '' coordinates = 'XLONG XLAT XTIME' XLAND Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LAND MASK (1 FOR LAND, 2 FOR WATER)' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' UST Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'U* IN SIMILARITY THEORY' units = 'm s-1' stagger = '' coordinates = 'XLONG XLAT XTIME' PBLH Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'PBL HEIGHT' units = 'm' stagger = '' coordinates = 'XLONG XLAT XTIME' HFX Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'UPWARD HEAT FLUX AT THE SURFACE' units = 'W m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' QFX Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'UPWARD MOISTURE FLUX AT THE SURFACE' units = 'kg m-2 s-1' stagger = '' coordinates = 'XLONG XLAT XTIME' LH Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LATENT HEAT FLUX AT THE SURFACE' units = 'W m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' ACHFX Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED UPWARD HEAT FLUX AT THE SURFACE' units = 'J m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' ACLHF Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'ACCUMULATED UPWARD LATENT HEAT FLUX AT THE SURFACE' units = 'J m-2' stagger = '' coordinates = 'XLONG XLAT XTIME' SNOWC Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'FLAG INDICATING SNOW COVERAGE (1 FOR SNOW COVER)' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' SR Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'fraction of frozen precipitation' units = '-' stagger = '' coordinates = 'XLONG XLAT XTIME' SAVE_TOPO_FROM_REAL Size: 49x1 Dimensions: Time Datatype: int32 Attributes: FieldType = 106 MemoryOrder = '0 ' description = '1=original topo from real/0=topo modified by WRF' units = 'flag' stagger = '' ISEEDARR_RAND_PERTURB Size: 29x49 Dimensions: bottom_top,Time Datatype: int32 Attributes: FieldType = 106 MemoryOrder = 'Z ' description = 'Array to hold seed for restart, RAND_PERT' units = '' stagger = '' ISEEDARR_SPPT Size: 29x49 Dimensions: bottom_top,Time Datatype: int32 Attributes: FieldType = 106 MemoryOrder = 'Z ' description = 'Array to hold seed for restart, SPPT' units = '' stagger = '' ISEEDARR_SKEBS Size: 29x49 Dimensions: bottom_top,Time Datatype: int32 Attributes: FieldType = 106 MemoryOrder = 'Z ' description = 'Array to hold seed for restart, SKEBS' units = '' stagger = '' LANDMASK Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LAND MASK (1 FOR LAND, 0 FOR WATER)' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' LAKEMASK Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'LAKE MASK (1 FOR LAKE, 0 FOR NON-LAKE)' units = '' stagger = '' coordinates = 'XLONG XLAT XTIME' SST Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SEA SURFACE TEMPERATURE' units = 'K' stagger = '' coordinates = 'XLONG XLAT XTIME' SST_INPUT Size: 89x69x49 Dimensions: west_east,south_north,Time Datatype: single Attributes: FieldType = 104 MemoryOrder = 'XY ' description = 'SEA SURFACE TEMPERATURE FROM WRFLOWINPUT FILE' units = 'K' stagger = '' coordinates = 'XLONG XLAT XTIME'>> 然後比如你想提取XLAT，可以輸入以下命令lat=ncread('meow.ncl','XLAT');這樣XLAT的數據就在lat中了是不是很簡單呢MEOW^_^
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