! LIMITS NAMELIST ! ! CONTENTS: ! ! NDAY1 : First day of integration (i) ! NDAY2 : Last day of integration (i) ! IDATE : Model date in YYYYMMDD (i) ! IDATE0 : Initial experiment date in YYYYMMDD (i) ! RUNID : Experiment name (a) ! EXPCNF : Experiment configuration (a) ! RUNTYP : CESM run type (a) ! GRFILE : Name of file containing grid specification (a) ! ICFILE : Name of file containing initial conditions, that is either ! a valid restart file or 'inicon.nc' if climatological based ! initial conditions are desired (a) ! BACLIN : Baroclinic time step (sec) (f) ! BATROP : Barotropic time step (sec) (f) ! MDV2HI : Laplacian diffusion velocity for momentum dissipation (cm/s) (f) ! MDV2LO : Laplacian diffusion velocity for momentum dissipation (cm/s) (f) ! MDV4HI : Biharmonic diffusion velocity for momentum dissipation (cm/s) (f) ! MDV4LO : Biharmonic diffusion velocity for momentum dissipation (cm/s) (f) ! MDC2HI : Laplacian diffusivity for momentum dissipation (cm**2/s) (f) ! MDC2LO : Laplacian diffusivity for momentum dissipation (cm**2/s) (f) ! VSC2HI : Parameter in deformation-dependent Laplacian viscosity (f) ! VSC2LO : Parameter in deformation-dependent Laplacian viscosity (f) ! VSC4HI : Parameter in deformation-dependent Biharmonic viscosity (f) ! VSC4LO : Parameter in deformation-dependent Biharmonic viscosity (f) ! CBAR : rms flow speed for linear bottom friction law (cm/s) (f) ! CB : Nondiemnsional coefficient of quadratic bottom friction (f) ! CWBDTS : Coastal wave breaking damping resiprocal time scale (1/s) (f) ! CWBDLS : Coastal wave breaking damping length scale (m) (f) ! MOMMTH : Momentum equation discretization method. Valid methods: ! 'enscon' (Sadourny (1975) enstrophy conserving), 'enecon' ! (Sadourny (1975) energy conserving), 'enedis' (Sadourny ! (1975) energy conserving with some dissipation) (a) ! EITMTH : Eddy-induced transport parameterization method. Valid ! methods: 'intdif', 'gm' (a) ! EDRITP : Type of Richardson number used in eddy diffusivity ! computation. Valid types: 'shear', 'large scale' (a) ! BMCMTH : Baroclinic mass flux correction method. Valid methods: ! 'uc' (upstream column), 'dluc' (depth limited upstream ! column) (a) ! RMPMTH : Method of applying eddy-induced transport in the remap ! transport algorithm. Valid methods: 'eitvel', 'eitflx' (a) ! EDWMTH : Method to estimate eddy diffusivity weight as a function of ! the ration of Rossby radius of deformation to the ! horizontal grid spacing. Valid methods: 'smooth', 'step' (a) ! MLRTTP : Type of mixed layer restratification time scale. Valid ! types: 'variable', 'constant', 'limited' (a) ! EDSPRS : Apply eddy mixing suppression away from steering level (l) ! EGC : Parameter c in Eden and Greatbatch (2008) parameterization (f) ! EGGAM : Parameter gamma in E. & G. (2008) param. (f) ! EGLSMN : Minimum eddy length scale in E. & G. (2008) param. (cm) (f) ! EGMNDF : Minimum diffusivity in E. & G. (2008) param. (cm**2/s) (f) ! EGMXDF : Maximum diffusivity in E. & G. (2008) param. (cm**2/s) (f) ! EGIDFQ : Factor relating the isopycnal diffusivity to the layer ! interface diffusivity in the Eden and Greatbatch (2008) ! parameterization. egidfq=difint/difiso () (f) ! RI0 : Critical gradient richardson number for shear driven ! vertical mixing () (f) ! RM0 : Efficiency factor of wind TKE generation in the Oberhuber ! (1993) TKE closure () (f) ! RM5 : Efficiency factor of TKE generation by momentum ! entrainment in the Oberhuber (1993) TKE closure () (f) ! CE : Efficiency factor for the restratification by mixed layer ! eddies (Fox-Kemper et al., 2008) () (f) ! BDMTYP : Type of background diapycnal mixing. If bdmtyp=1 the ! background diffusivity is a constant divided by the ! Brunt-Vaisala frequency, if bdmtyp=2 the background ! diffusivity is constant () (i) ! BDMC1 : Background diapycnal diffusivity times buoyancy frequency ! frequency (cm**2/s**2) (f) ! BDMC2 : Background diapycnal diffusivity (cm**2/s) (f) ! TDFILE : Name of file containing tidal wave energy dissipation ! divided by by bottom buoyancy frequency (a) ! TKEPF : Fraction of surface TKE that penetrates beneath mixed layer ! () (f) ! NIWGF : Global factor applied to the energy input by near-intertial ! motions () (f) ! NIWBF : Fraction of near-inertial energy dissipated in the boundary ! layer () (f) ! NIWLF : Fraction of near-inertial energy dissipated locally beneath ! the boundary layer () (f) ! SWAMTH : Shortwave radiation absorption method. Valid methods: ! 'top-layer', 'jerlov', 'chlorophyll' (a) ! JWTYPE : Number indicating the Jerlov (1968) water type (i) ! CHLOPT : Chlorophyll concentration option. Valid options: ! 'climatology' (a) ! CCFILE : Name of file containing chlorophyll concentration climatology (a) ! TRXDAY : e-folding time scale (days) for SST relax., if 0 no relax. (f) ! SRXDAY : e-folding time scale (days) for SSS relax., if 0 no relax. (f) ! TRXDPT : Maximum mixed layer depth for e-folding SST relaxation (m) (f) ! SRXDPT : Maximum mixed layer depth for e-folding SSS relaxation (m) (f) ! TRXLIM : Max. absolute value of SST difference in relaxation (degC) (f) ! SRXLIM : Max. absolute value of SSS difference in relaxation (psu) (f) ! APTFLX : Apply diagnosed heat flux flag (l) ! APSFLX : Apply diagnosed freshwater flux flag (l) ! DITFLX : Diagnose heat flux flag (l) ! DISFLX : Diagnose freshwater flux flag (l) ! SRXBAL : Balance the SSS relaxation (l) ! SCFILE : Name of file containing SSS climatology used for relaxation (a) ! SMTFRC : Smooth CESM forcing (l) ! SPRFAC : Send precipitation/runoff factor to CESM coupler (l) ! ATM_PATH : Path to forcing fields in case of EXPCNF 'ben02clim' or ! 'ben02syn' (a) ! RSTFRQ : Restart frequency in days (30=1month,365=1year) (i) ! RSTFMT : Format of restart file (valid arguments are 0 for classic, ! 1 for 64-bit offset and 2 for netcdf4/hdf5 format) (i) ! RSTCMP : Compression flag for restart file (i) ! IOTYPE : 0 = netcdf, 1 = pnetcdf &LIMITS NDAY1 = 360 NDAY2 = 5400 IDATE = 20210101 IDATE0 = 20200101 RUNID = 'BLOM_channel_new01_mix1' EXPCNF = 'channel' RUNTYP = 'xxxx' GRFILE = '' ICFILE = 'inicon.nc' BACLIN = 120. BATROP = 6. MDV2HI = 0.025 MDV2LO = .01 MDV4HI = 0. MDV4LO = 0. MDC2HI = 12.5e4 MDC2LO = 0.75e4 VSC2HI = .125 VSC2LO = .125 VSC4HI = 0. VSC4LO = 0. CBAR = 5. CB = .002 CWBDTS = 1.e-6 CWBDLS = 1. MOMMTH = 'enscon' EITMTH = 'gm' EDRITP = 'large scale' BMCMTH = 'uc' RMPMTH = 'eitvel' EDWMTH = 'smooth' MLRTTP = 'constant' EDSPRS = .true. EGC = 0.85 EGGAM = 200. EGLSMN = 100.e2 EGMNDF = 0.0 EGMXDF = 0.0 EGIDFQ = 1. RI0 = 1.2 RM0 = 1.2 RM5 = 0. CE = 1.0 BDMTYP = 2 BDMC1 = 5.e-4 BDMC2 = .1 TDFILE = '' TKEPF = 0.0 NIWGF = 0.0 NIWBF = 0.0 NIWLF = 0.0 SWAMTH = 'top-layer' JWTYPE = 3 CHLOPT = 'climatology' CCFILE = '' TRXDAY = 0. SRXDAY = 0. TRXDPT = 1. SRXDPT = 1. TRXLIM = 5.0 SRXLIM = .5 APTFLX = .false. APSFLX = .false. DITFLX = .false. DISFLX = .false. SRXBAL = .false. SCFILE = '' SMTFRC = .false. SPRFAC = .true. ATM_PATH = '' RSTFRQ = 360 RSTFMT = 1 RSTCMP = 1 IOTYPE = 1 / ! NAMELIST FOR CHANNEL WIDTH MODIFICATIONS ! ! CONTENTS: ! ! CWMTAG : Array of geographical names of channels to be modified (a) ! CWMEDG : Array of C grid cell edges to be modified. Valid options: ! 'u' or 'v' (a) ! CWMI : Array of grid cell i-indices (i) ! CWMJ : Array of grid cell j-indices (i) ! CWMWTH : Array of modified grid cell widths (m) (f) ! &CWMOD CWMTAG = 'Gibraltar','Gibraltar' CWMEDG = 'u', 'u' CWMI = 105, 106 CWMJ = 273, 273 CWMWTH = 30.e3, 30.e3 / ! NAMELIST FOR MERIDIONAL OVERTURNING AND FLUX DIAGNOSTICS ! ! CONTENTS: ! ! MER_ORFILE : Name of file containing ocean region specification (a) ! MER_MIFILE : Name of file containing zonal section specification for ! meridional transport computation (a) ! MER_REGNAM : Array of region names for meridional overturning and flux ! diagnostics (a) ! MER_REGFLG : Array of mask flags in ocean regions file to be included ! for each region (i) ! MER_MINLAT : Minimum latitude to be considered for each region (f) ! MER_MAXLAT : Maximum latitude to be considered for each region (f) ! &MERDIA MER_ORFILE = 'ocean_regions.nc' MER_MIFILE = 'mertra_index.dat' MER_REGNAM = 'global', 'south', 'north' MER_REGFLG(1,:) = 1 MER_REGFLG(2,:) = 2 MER_REGFLG(3,:) = 1, 2 MER_MINLAT = 2., 2., 2. MER_MAXLAT = 511., 511., 511. / ! NAMELIST FOR SECTION TRANSPORT DIAGNOSTICS ! ! CONTENTS: ! ! SEC_SIFILE : Name of file containing section specification for section ! transport computation (a) ! &SECDIA SEC_SIFILE = 'section_index.dat' / ! ! NAMELISTS FOR THE IDEALIZED CHANNEL SETUP ! ! This is a configuration for a re-entrant (in x) channel with ! identical shelf and slopes at both ends. It is possible to configure ! the domain i) on a f-plane or a beta-plane ii) with or without ! corrugations. ! ! Note the differences in the units!! ! ! FIGURE OUT A REASONABLE WAY TO SET THE VERTICAL COORDINATE AND ! INITIAL CONDITIONS SEPARATELY ! ! CONTENTS: ! ! INITIAL CONDITIONS: ! S0 : sea surface salinity [g/kg] (f) ! SIG0 : sigma_2 at the sea surface [kg m-3] (f) ! SIG0DZ : minimum sigma_2 increment in depth [kg m-3] (f) ! SIGDZ : sigma_2 increments in depth that scale the tanh profile [kg m-3] (f) ! SIGSCL : sigma_2 scaling factor, larger number will make the ! stratification more surface intensified (f) ! DZMAX : max layer thickness in [m] (f) ! DZSCL : Layer thickness scaling factor in [m] (f) ! ! Note that settings of DZMAX and DZSCL should match with the basin configuration ! so that the cumulative sum of the dz array will be larger than the maximum depth ! of the basin, i.e. each layer gets a value. ! ! BASIN CONFIGURATION: ! SLDEPTH : slope mean depth in [m] (f) ! SFDEPTH : shelf mean depth in [m] (f) ! RDEPTH : amplitude of the random noice added to the bottom depth [m] (f) ! ACORRU : amplitude of corrugations on the slopes given as displacement ! of the slope midpoint - set to 0 for no corrugations [m] (f) ! WLCORRU : Along channel wave-length of corrugations on the slopes [cm] (f) ! CWIDTH : width of the slope region in [cm] (f) ! SWIDTH : slope mid-point distance from the domain N/S edge in [cm] (f) ! SCXY : grid cell (will be rectangular) dimensions in [cm] (f) ! CORIO0 : coriolis parameter in [1/s] (f) ! BETA0 : beta (d(CORIO)/dy) [1/scm] (f) ! ! FORCING: ! ZTX0 : Accross channel (y) wind stress (f) ! MTY0 : Along channel (x) wind stress (f) ! &IDLINI S0 = 35. SIG0 = 33.2133 SIG0DZ = 5.e-4 SIGDZ = 0.4 SIGSCL = 1.5 DZTOP = 10. DZMAX = 50. DZSCL = 1.5 / ! &IDLGEO SLDEPTH = 2.E3 SFDEPTH = 250. RDEPTH = 10. ACORRU = 0. WLCORRU = 100.E5 CWIDTH = 75.E5 SWIDTH = 150.E5 SCXY = 2.E5 CORIO0 = 1.E-4 BETA0 = 0. / ! &IDLFOR ZTX0 = -5.E-2 MTY0 = 0. / ! ! IO-NAMELIST FOR DIAGNOSTIC OUTPUT ! ! Description: ! BLOM supports multiple output groups for its diagnostic output. ! Each output group is represented by one column in the namlist and may ! have its own output format, averaging period, and file frequency. ! The maximum number of output groups is currently limited to 10 but ! can be changed easily in mod_dia.F. ! ! The output precision can be choosen on a per-variable basis. ! ! Multiple time-slices can be written to the same output file ! provided that no variable is written in packed data format ! (i.e. as int2 with scale factor and offset). ! ! Compression of the output (i.e. storage of only wet points) ! and the file format can be choosen on a per-file basis. ! ! All time periods are specified in number of days for positive ! integer values and fraction of day for negative integer values. ! The length of the actual calendar month is used if 30 is written. ! The length of the actual calendar year is used if 365 is written. ! A variable is not written when 0 is specified. ! ! Namelist acronyms: ! GLB_ - global parameters i.e. valid for entire output group ! H2D_ - 2d fields with the horizontal dimensions ! LYR_ - 3d fields with sigma layers as vertical coordinate ! LVL_ - 3d fields with levitus leves as vertical coordinate ! MSC_ - miscellanous, non-gridded fields ! ! Global parameters: ! FNAMETAG - tag used in file name (c10) ! AVEPERIO - average period in days (i) ! FILEFREQ - how often to start a new file in days (i) ! COMPFLAG - switch for compressed/uncompressed output (i) ! NCFORMAT - netcdf format (valid arguments are 0 for classic, ! 1 for 64-bit offset and 2 for netcdf4/hdf5 format) ! ! Arguments for diagnostic variables: ! 0 - variable is not written ! 2 - variable is written as int2 with scale factor and offset ! 4 - variable is written as real4 ! 8 - variable is written as real8 ! ! Output variables: ! ABSWND - absolute wind speed [m s-1] ! ALB - surface albedo [] ! BTMSTR - Barotropic mass streamfunction [kg s-1] ! BRNFLX - brine flux [kg m-2 s-1] ! BRNPD - brine plume depth [m] ! DFL - non-solar heat flux derivative [W m-2 K-1] ! EVA - evaporation [kg m-2 s-1] ! FICE - ice concentration [%] ! FMLTFZ - fresh water flux due to melting/freezing [kg m-2 s-1] ! HICE - ice thickness [m] ! HMLTFZ - heat flux due to melting/freezing [W m-2] ! HSNW - snow depth [m] ! IAGE - ice age [d] ! IDKEDT - mixed layer inertial kinetic energy tendency [kg s-3] ! LIP - liquid precipitation [kg m-2 s-1] ! MAXMLD - maximum mixed layer depth [m] ! MLD - mixed layer depth [m] ! MLDU - mixed layer depth at u-point [m] ! MLDV - mixed layer depth at v-point [m] ! MLTS - mixed layer thickness using "sigma-t" criterion [m] ! MLTSMN - minimum mixed layer thickness using "sigma-t" criterion [m] ! MLTSMX - maximum mixed layer thickness using "sigma-t" criterion [m] ! MLTSSQ - mixed layer thickness squared using "sigma-t" criterion [m2] ! MTKEUS - mixed layer TKE tendency related to friction velocity [kg s-3] ! MTKENI - mixed layer TKE tendency related to near inertial mot. [kg s-3] ! MTKEBF - mixed layer TKE tendency related to buoyancy forcing [kg s-3] ! MTKERS - mixed layer TKE tendency related to eddy restrat. [kg s-3] ! MTKEPE - mixed layer TKE tendency related to pot. energy change [kg s-3] ! MTKEKE - mixed layer TKE tendency related to kin. energy change [kg s-3] ! MTY - wind stress y-component [N m-2] ! MXLU - mixed layer velocity x-component [m s-1] ! MXLV - mixed layer velocity y-component [m s-1] ! NSF - non-solar heat flux [W m-2] ! PBOT - bottom pressure [Pa] ! PSRF - surface pressure [Pa] ! RFIFLX - frozen runoff [kg m-2 s-1] ! RNFFLX - liquid runoff [kg m-2 s-1] ! SALFLX - salt flux received by ocean [kg m-2 s-1] ! SALRLX - restoring salt flux received by ocean [kg m-2 s-1] ! SBOT - bottom salinity [g kg-1] ! SEALV - sea level [m] ! SLVSQ - sea level squared [m2] ! SFL - salt flux [kg m-2 s-1] ! SOP - solid precipitation [kg m-2 s-1] ! SIGMX - mixed layer density [kg m-3] ! SSS - ocean surface salinity [g kg-1] ! SSSSQ - ocean surface salinity squared [g2 kg-2] ! SST - ocean surface temperature [degC] ! SSTSQ - ocean surface temperature squared [degC2] ! SURFLX - heat flux received by ocean [W m-2] ! SURRLX - restoring heat flux received by ocean [W m-2] ! SWA - short-wave heat flux [W m-2] ! T20D - 20C isoterm depth [m] ! TAUX - momentum flux received by ocean x-component [N m-2] ! TAUY - momentum flux received by ocean y-component [N m-2] ! TBOT - bottom temperature [degC] ! TICE - ice temperature [degC] ! TSRF - surface temperature [degC] ! UB - barotropic velocity x-component [m s-1] ! UICE - ice velocity x-component [m s-1] ! USTAR - friction velocity [m s-1] ! USTAR3 - friction velocity cubed [m3 s-3] ! VB - barotropic velocity y-component [m s-1] ! VICE - ice velocity y-component [m s-1] ! ZTX - wind stress x-component [N m-2] ! BFSQ - buoyancy frequency squared [s-1] ! DIFDIA - diapycnal diffusivity [log10(m2 s-1)] ! DIFINT - layer interface diffusivity [log10(m2 s-1)] ! DIFISO - isopycnal diffusivity [log10(m2 s-1)] ! DP - layer pressure thickness [Pa] ! DZ - layer thickness [m] ! SALN - salinity [g kg-1] ! TEMP - temperature [degC] ! TRC - tracer [] ! UFLX - mass flux in x-direction [kg s-1] ! UTFLX - heat flux in x-direction [W] ! USFLX - salt flux in x-direction [kg s-1] ! UMFLTD - mass flux due to thickness diffusion in x-direction [kg s-1] ! UTFLTD - heat flux due to thickness diffusion in x-direction [W] ! UTFLLD - heat flux due to lateral diffusion in x-direction [W] ! USFLTD - salt flux due to thickness diffusion in x-direction [kg s-1] ! USFLLD - salt flux due to lateral diffusion in x-direction [kg s-1] ! UVEL - velocity x-component [m s-1] ! VFLX - mass flux in y-direction [kg s-1] ! VTFLX - heat flux in y-direction [W] ! VSFLX - salt flux in y-direction [kg s-1] ! VMFLTD - mass flux due to thickness diffusion in y-direction [kg s-1] ! VTFLTD - heat flux due to thickness diffusion in y-direction [W] ! VTFLLD - heat flux due to lateral diffusion in y-direction [W] ! VSFLTD - salt flux due to thickness diffusion in y-direction [kg s-1] ! VSFLLD - salt flux due to lateral diffusion in y-direction [kg s-1] ! VVEL - velocity x-component [m s-1] ! WFLX - vertical mass flux [kg s-1] ! WFLX2 - vertical mass flux squared [kg2 s-2] ! PV - potential vorticity [m-1 s-1] ! TKE - turbulent kinetic energy [m2 s-2] ! GLS_PSI - generic length scale [m2 s-3] ! IDLAGE - ideal age [year] ! MMFLXL - meridional overturning circ. (MOC) on isopycnic layers [kg s-1] ! MMFLXD - MOC on z-levels [kg s-1] ! MMFTDL - MOC due to thickness diffusion on isopycnic layers [kg s-1] ! MMFTDD - MOC due to thickness diffusion on z-levels [kg s-1] ! MHFLX - meridional heat flux [W] ! MHFTD - meridional heat flux due to thickness diffusion [W] ! MHFLD - meridional heat flux due to lateral diffusion [W] ! MSFLX - meridional salt flux [kg s-1] ! MSFTD - meridional salt flux due to thickness diffusion [kg s-1] ! MSFLD - meridional salt flux due to lateral diffusion [kg s-1] ! VOLTR - section transports [kg s-1] ! MASSGS - global sum of mass [kg] ! VOLGS - global sum of volume [m3] ! SALNGA - global average temperature [degC] ! TEMPGA - global average temperature [degC] ! SSSGA - global average sea surface salinity [g kg-1] ! SSTGA - global average sea surface temperature [degC] ! &DIAPHY GLB_FNAMETAG = 'hd','hm','hy' GLB_AVEPERIO = 1, 30, 360 GLB_FILEFREQ = 30, 30, 360 GLB_COMPFLAG = 0, 0, 0 GLB_NCFORMAT = 1, 1, 1 H2D_ABSWND = 0, 0, 0 H2D_ALB = 0, 0, 0 H2D_BTMSTR = 4, 0, 4 H2D_BRNFLX = 0, 0, 0 H2D_BRNPD = 0, 0, 0 H2D_DFL = 0, 0, 0 H2D_EVA = 0, 0, 0 H2D_FICE = 0, 0, 0 H2D_FMLTFZ = 0, 0, 0 H2D_HICE = 0, 0, 0 H2D_HMLTFZ = 0, 0, 0 H2D_HSNW = 0, 0, 0 H2D_IAGE = 0, 0, 0 H2D_IDKEDT = 0, 0, 0 H2D_LIP = 0, 0, 0 H2D_MAXMLD = 0, 0, 0 H2D_MLD = 0, 0, 0 H2D_MLDU = 0, 0, 0 H2D_MLDV = 0, 0, 0 H2D_MLTS = 0, 0, 0 H2D_MLTSMN = 0, 0, 0 H2D_MLTSMX = 0, 0, 0 H2D_MLTSSQ = 0, 0, 0 H2D_MTKEUS = 0, 0, 4 H2D_MTKENI = 0, 0, 4 H2D_MTKEBF = 0, 0, 4 H2D_MTKERS = 0, 0, 4 H2D_MTKEPE = 0, 0, 4 H2D_MTKEKE = 0, 0, 4 H2D_MTY = 0, 0, 0 H2D_MXLU = 4, 0, 4 H2D_MXLV = 4, 0, 4 H2D_NSF = 0, 0, 0 H2D_PBOT = 4, 0, 4 H2D_PSRF = 0, 0, 0 H2D_RFIFLX = 0, 0, 0 H2D_RNFFLX = 0, 0, 0 H2D_SALFLX = 0, 0, 0 H2D_SALRLX = 0, 0, 0 H2D_SBOT = 0, 0, 0 H2D_SEALV = 4, 0, 4 H2D_SLVSQ = 0, 0, 0 H2D_SFL = 0, 0, 0 H2D_SOP = 0, 0, 0 H2D_SIGMX = 4, 0, 4 H2D_SSS = 0, 0, 0 H2D_SSSSQ = 0, 0, 0 H2D_SST = 4, 0, 4 H2D_SSTSQ = 0, 0, 0 H2D_SURFLX = 0, 0, 0 H2D_SURRLX = 0, 0, 0 H2D_SWA = 0, 0, 0 H2D_T20D = 0, 0, 0 H2D_TAUX = 0, 0, 0 H2D_TAUY = 0, 0, 0 H2D_TBOT = 0, 0, 0 H2D_TICE = 0, 0, 0 H2D_TSRF = 0, 0, 0 H2D_UB = 4, 0, 4 H2D_UICE = 0, 0, 0 H2D_USTAR = 0, 0, 0 H2D_USTAR3 = 0, 0, 0 H2D_VB = 4, 0, 4 H2D_VICE = 0, 0, 0 H2D_ZTX = 0, 0, 0 LYR_BFSQ = 4, 0, 4 LYR_DIFDIA = 0, 0, 4 LYR_DIFINT = 0, 0, 4 LYR_DIFISO = 0, 0, 4 LYR_DP = 4, 0, 4 LYR_DZ = 4, 0, 4 LYR_SALN = 0, 0, 0 LYR_TEMP = 4, 0, 4 LYR_TRC = 0, 0, 0 LYR_UFLX = 4, 0, 4 LYR_UTFLX = 4, 0, 4 LYR_USFLX = 0, 0, 0 LYR_UMFLTD = 0, 0, 0 LYR_UTFLTD = 0, 0, 0 LYR_UTFLLD = 0, 0, 0 LYR_USFLTD = 0, 0, 0 LYR_USFLLD = 0, 0, 0 LYR_UVEL = 4, 0, 4 LYR_VFLX = 4, 0, 4 LYR_VTFLX = 4, 0, 4 LYR_VSFLX = 0, 0, 0 LYR_VMFLTD = 0, 0, 0 LYR_VTFLTD = 0, 0, 0 LYR_VTFLLD = 0, 0, 0 LYR_VSFLTD = 0, 0, 0 LYR_VSFLLD = 0, 0, 0 LYR_VVEL = 4, 0, 4 LYR_WFLX = 4, 0, 4 LYR_WFLX2 = 0, 0, 0 LYR_PV = 4, 0, 4 LYR_TKE = 0, 0, 0 LYR_GLS_PSI = 0, 0, 0 LYR_IDLAGE = 0, 0, 0 LVL_BFSQ = 4, 0, 4 LVL_DIFDIA = 0, 0, 4 LVL_DIFINT = 0, 0, 4 LVL_DIFISO = 0, 0, 4 LVL_DZ = 4, 0, 4 LVL_SALN = 0, 0, 0 LVL_TEMP = 4, 0, 4 LVL_TRC = 0, 0, 0 LVL_UFLX = 4, 0, 4 LVL_UTFLX = 4, 0, 4 LVL_USFLX = 0, 0, 0 LVL_UMFLTD = 0, 0, 0 LVL_UTFLTD = 0, 0, 0 LVL_UTFLLD = 0, 0, 0 LVL_USFLTD = 0, 0, 0 LVL_USFLLD = 0, 0, 0 LVL_UVEL = 4, 0, 4 LVL_VFLX = 4, 0, 4 LVL_VTFLX = 4, 0, 4 LVL_VSFLX = 0, 0, 0 LVL_VMFLTD = 0, 0, 0 LVL_VTFLTD = 0, 0, 0 LVL_VTFLLD = 0, 0, 0 LVL_VSFLTD = 0, 0, 0 LVL_VSFLLD = 0, 0, 0 LVL_VVEL = 4, 0, 4 LVL_WFLX = 4, 0, 4 LVL_WFLX2 = 0, 0, 0 LVL_PV = 4, 0, 4 LVL_TKE = 0, 0, 0 LVL_GLS_PSI = 0, 0, 0 LVL_IDLAGE = 0, 0, 0 MSC_MMFLXL = 4, 0, 4 MSC_MMFLXD = 4, 0, 4 MSC_MMFTDL = 0, 0, 0 MSC_MMFTDD = 0, 0, 0 MSC_MHFLX = 4, 0, 4 MSC_MHFTD = 0, 0, 0 MSC_MHFLD = 0, 0, 0 MSC_MSFLX = 0, 0, 0 MSC_MSFTD = 0, 0, 0 MSC_MSFLD = 0, 0, 0 MSC_VOLTR = 4, 0, 4 MSC_MASSGS = 0, 0, 0 MSC_VOLGS = 0, 0, 0 MSC_SALNGA = 0, 0, 0 MSC_TEMPGA = 0, 0, 0 MSC_SSSGA = 0, 0, 0 MSC_SSTGA = 0, 0, 0 /