Symbol Description Uses
U coefficients used to evaluate Stanton number (for 12
u Fields with boundary conditions, 74
u ocean u/v/w velocities, temperature/salinity 0
U relaxation time scale (in seconds) on the boundary 0
u Files with boundary conditions, 0
u ocean u/v/w velocities, temperature/salinity 0
u u and v-components which OBC applies to. 0
U coefficients at C, U, and V points 0
u local copies of the current ice velocity 0
u local copies of the current ice velocity 0
u LHS of momentum equations 0
u local copies of the current ice velocity 0
u residual of sea-ice momentum equations 0
u left hand side of momentum equations 0
u righ hand side of momentum equations 0
u RHS of momentum equations 0
u local copies of the current ice velocity 0
u initial residual of this Newton iterate 0
u residual computed with u/vtp 0
u residual of sea-ice momentum equations 0
u ice velocity increment to be added to u/vIce (updated) 0
u residual of sea-ice momentum equations (output) 0
u work arrays 0
u left hand side of momentum equation (A*x) 0
u right hand side of momentum equation (b) 0
u local copies of the current ice velocity 0
u0sq 3
u1 17
U1 16
u10 3
u11 7
u12 3
U2 3
u2 10
u21 3
u22 3
U2FAC 8
u2fac 3
u2fstr 3
u2zonDir cosine of grid orientation angle at U point location 8
u3 14
u3d wind speed, 1rst component (X-dir) [m/s] 8
u3d wind speed, 1rst component (X-dir) [m/s] 0
u4 9
U4scl 8
u_bdry_values_SI 23
u_bdry_values_SI_base 5
u_dummy 2
U_dummy 1
U_F1 2
u_flux_bdry_pert 4
u_flux_bdry_SI 9
u_flux_bdry_SI_0 4
u_flux_bdry_SI_1 7
u_interp_method 8
u_new_si 2
u_new_SI 6
U_new_si 2
U_obs 2
u_old_SI 6
u_shear 7
U_state 8
U_streamice 42
u_streamice 9
u_streamice_ad 2
u_streamice_diag 2
U_streamice_diag 1
U_streamice_dvals 2
u_surf 3
u_surf_diag 3
uAbs 4
UADV 3
uave 7
ub 4
ubar Zonal velocity on a tracer point (m/s) 33
uBarC 8
ubarfile 13
Ubaro Barotropic velocity (m/s) 8
uBarXY 16
uBarYm 11
uBarYp 11
ubd_SI 13
ubef 5
uBnd zonal velocity extended to boundaries 11
uc current ice velocity on C-grid 16
uC 5
UCASE 6
Ucell 3
uCf 37
uCFL Courant-Friedrich-Levy number 46
uCFL Courant-Friedrich-Levy number 0
uCFL CFL number. 0
uCFL CFL number. 0
uCfl CFL number, zonal direction 7
uCheckLev1 27
uCheckLev2 24
uCheckLev3 18
uCheckLev4 12
ucLoc 8
uCoriolisTerm Coriolis term 25
uCoriolisTerm Coriolis term 0
uCoriolisTerm Coriolis term 0
ucu 6
UCU 3
uD2 5
uD4 7
udiag physical units of the diagnostic field 34
udiag physical units of the diagnostic field 0
udiff 4
uDissip 17
uDragTerms drag term 35
uDragTerms drag term 0
uDragTerms drag term 0
udriftdat 2
udrifterrfile 6
udriftfile 6
udt3d 5
uDudxFac 3
uDvdxFac 3
udynbef 4
udyntemp 19
UE geographic (east,north) ocean velocities at cell centers (m/s) 5
UE_STORE_1 8
UE_STORE_2 9
UE_STORE_3 8
UE_STORE_4 7
UEice geographic (east,north) seaice velocities at cell centers (m/s) 6
UERR 14
uEulerMean The Eulerian mean Zonal velocity (residual less bolus velocity) 15
uEulerMean The Eulerian mean Zonal velocity (residual less bolus velocity) 0
uEulerMean The Eulerian mean Zonal velocity (residual less bolus velocity) 0
uf 6
ufac vel.-flux in x-direction. 17
ufac vel.-flux in x-direction. 0
ufac vel.-flux in x-direction. 0
ufac vel.-flux in x-direction. 0
uface 17
uFld u-component of vector field array with empty corners to fill 689
uFld u-component, at C-grid West point location 0
uFld u-component, at C-grid West point location 0
uFld 3-D local copy of horizontal velocity, zonal component 0
uFld zonal velocity 0
uFld Zonal velocity ( m/s ) 0
uFld Zonal and meridional flow 0
uFld Local copy of horizontal velocity field 0
uFld X = solution of: A_u * X = rhsU 0
uFld Local copy of horizontal velocity field 0
uFld Local copy of velocity field (3 components) 0
uFld u component of 2D vector 0
uFld Advection velocity field, zonal component 0
uFld Local copy of velocity field (3 components) 0
uFld zonal flow / CFL number 0
uFld zonal flow / CFL number 0
uFld zonal flow / CFL number 0
uFld Advection velocity field, zonal component 0
uFld zonal velocity (updated) 0
uFld Local copy of velocity field (3 components) 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld horizontal flow, u component 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal velocity 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal velocity 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal flow 0
uFld zonal velocity 0
uFld horizontal velocity field, 1rst component (zonal) 0
uFld horizontal velocity field, 1rst component (zonal) 0
uFld horizontal velocity field, 1rst component (zonal) 0
uFld Local copy of velocity field (3 components) 0
uFld velocity, zonal component 0
uFld ice velocity, u-component 0
uFld velocity field (U component) on which filter applies 0
uFld velocity field (U component) on which filter applies 0
uFld velocity field (U component) on which filter applies 0
uFld velocity field (U component) on which filter applies 0
uFld velocity field (U component) on which filter applies 0
uFld velocity field (U component) on which filter applies 0
uFld zonal flow 0
uFld zonal flow 0
uFldE 10
uFldOut copy of input field, 1rst component 6
uFldRL input AD-vector field, 1rst component 3
uFldRS input AD-vector field, 1rst component 3
uFldX 31
uFlow 8
uflux 5
uFluxtave zonal surface wind stress (N/m^2, 7
ufrac 6
UG thermal wind of atmosphere 21
UG atmospheric wind speed (m/s) 0
ugather 5
UH U integrated over layer (m^2/s) 9
uhat NULL limited poly. coeff. 18
uhat NULL limited poly. coeff. 0
uhat NULL limited poly. coeff. 0
uhat NULL limited poly. coeff. 0
uhat NULL limited poly. coeff. 0
uhat NULL limited poly. coeff. 0
uHeffExportCell 7
UHT 6
uht 1
UI ice velocity components 5
uice Files with boundary conditions, 5
uice sea ice u/v drift velocities 0
UICE zonal ice velocity in m/s at South-West B-grid 50
UICE ice velocity 0
uIce zonal ice velocity (input) 143
uIce ice velocity on C-grid [m/s] 0
uIce current ice velocity on C-grid [m/s] 0
uIce ice velocity on C-grid [m/s] 0
uice_cntr 6
uice_fd 7
uIce_fd 7
uIceC average of UICE between last two time steps 56
UICEC 16
uicec 4
uIceFile File containing initial sea-ice U comp. velocity 8
uIceLHS 23
uIceLin 7
uIceLoc 44
uIceNm1 21
UICENM1 2
uIcePm1 8
uIceRes 16
uIceResP 3
uIceRHS 14
UICEtave 9
Uinflow 6
uInt column integral of u velocity (sum u*dz) 5
uKdqdyInt column integral of u*K*dqdy (sum u*K*dqdy*dz) 5
UL 5
ul 4
uLoc volume transported (per time step) 21
uLoc current ice velocity on C-grid [m/s] 0
UM 9
um1 4
umask 3
umax 6
umc ubar-c (m/s) 4
uMer vertically averaged velocity at open boundary 0
uMer velocity anomalies applied to the open boundaries 0
uMerBar 32
uMerPri 9
uMetricTerms metric term 10
uMetricTerms metric term 0
uMetricTerms metric term 0
umid 21
umin minimum wind speed used in bulk-formulae [m/s] 23
umin minimum absolute wind speed used to evaluate 0
uMin 1
UN_STORE_1 8
UN_STORE_2 9
UN_STORE_3 8
UN_STORE_4 7
unconf_stress 14
undef 81
undef Undefined value 0
UNDEF 7
undef_32 4
undefRL 24
undefRL undefined _RL type value 0
uniformFreeSurfLev TRUE if free-surface level-index is uniform (=1) 12
uniformLin_PhiSurf Set to true to use a uniform Bo_surf in the 7
uniq_fnum 4
uniq_tnum 21
unit Unit number to write to 0
units 38
unlim_sz 4
unlimid 6
uNM1 12
Unm1 2
uNorm 7
unorm 8
UNSET_FLOAT4 3
UNSET_FLOAT8 3
UNSET_I 95
UNSET_RL 465
UNSET_RS 10
UNSET_xxx Used to indicate variables that have not been given a value 0
UOI 13
uoi 1
uotmp 2
up1 5
Upd loop range to update tracer field 0
Upd loop range to update tracer field 0
Upd loop range to update tracer field 0
Upd loop range to update tracer field 0
Upd loop range to update tracer field 0
Upd loop range to update tracer field 0
Upd loop range to update sea-ice field 0
Upd loop range to update sea-ice field 0
Upd loop range to update sea-ice field 0
Upd loop range to update sea-ice field 0
UPDATE_CG2D Update 2D conjugate grad. for Free-Surf. 4
UPDATE_CG2D Update 2D conjugate grad. for Free-Surf. 0
UPDATE_CG2D Update 2D conjugate grad. for Free-Surf. 0
UPDATE_CG2D Update 2D conjugate grad. for Free-Surf. 0
UPDATE_CG2D Update 2d conjugate grad. for Free-Surf. 0
UPDATE_CHEMISTRY_EXPORTS ( see pkg/fizhi ) 2
UPDATE_CHEMISTRY_EXPORTS ( see pkg/fizhi ) 0
UPDATE_EARTH_EXPORTS ( see pkg/fizhi ) 2
UPDATE_EARTH_EXPORTS ( see pkg/fizhi ) 0
UPDATE_ETAH Update Surface height/pressure 2
UPDATE_ETAH Update Surface height/pressure 0
UPDATE_ETAWS 3
UPDATE_MASKS_ETC 2
update_modes Whether to update the eigenmodes 6
UPDATE_OCEAN_EXPORTS ( see pkg/fizhi ) 4
UPDATE_OCEAN_EXPORTS ( see pkg/fizhi ) 0
UPDATE_R_STAR Update the level thickness fraction (r* coord). 4
UPDATE_R_STAR Reset r-star factor variables (Adjoint) 0
UPDATE_R_STAR Update the level thickness fraction (r* coord). 0
UPDATE_R_STAR Update the level thickness fraction. 0
UPDATE_R_STAR Update the level thickness fraction (r* coord). 0
UPDATE_R_STAR Reset r-star factor variables (Adjoint) 0
UPDATE_R_STAR Update the level thickness fraction (r* coord). 0
UPDATE_R_STAR Update the level thickness fraction. 0
UPDATE_R_STAR Update the level thickness fraction. 0
UPDATE_SIGMA Update the level thickness fraction (sigma-coord). 3
UPDATE_SIGMA Update the level thickness fraction (sigma-coord). 0
UPDATE_SIGMA Update the level thickness fraction (sigma-coord). 0
UPDATE_SIGMA Update the level thickness fraction (sigma-coord). 0
UPDATE_SURF_DR Update the surface-level thickness fraction. 4
UPDATE_SURF_DR Reset NLFS surface thickness vars (Adjoint) 0
UPDATE_SURF_DR Update the surface-level thickness fraction. 0
UPDATE_SURF_DR Update the surface-level thickness fraction. 0
UPDATE_SURF_DR Reset NLFS surface thickness vars (Adjoint) 0
UPDATE_SURF_DR Update the surface-level thickness fraction. 0
UPDATE_SURF_DR Update the surface-level thickness fraction. 0
updateAdvFlx 8
updateCorners flag, do update corner halo region if true 13
updateCorners flag, do update corner halo region if true 0
Updated sea-ice volume 0
Updated sea-ice field 0
updatelcluc 1
UPDATELCLUC 2
updateMinSize 5
updatePreCond 5
uPhase estimate of phase velocity for radiation condition 13
uPhase estimate of phase velocity for radiation condition 0
uphy 34
uphytemp 7
UPPER 16
upperBnd 5
uPseudo 6
UPSWG 8
upward 7
upwindFac upwind factor 14
upwindShear use 1rst order upwind interp. (V.I., vertical advection) 9
upwindVort3 10
upwindVorticity bias interpolation of vorticity in the Coriolis term 23
uq 27
uRef 17
uRel1 4
uRel2 4
urelax 13
Urelaxobcsbound 12
Urelaxobcsinner 12
uRelWind relative wind speed, u-component [m/s] 16
uRelWind relative wind speed, u-component [m/s], (C-grid) 0
uRes 9
uret 30
urms the rms eddy velocity (m/s) 18
URT 40
uRt1 34
URT1 2
uRt2 34
URT2 2
us 13
US_STORE_1 8
US_STORE_2 9
US_STORE_3 8
US_STORE_4 7
Uscl 8
use 30
use3dCoriolis Turns the 3-D coriolis terms (in Omega.cos Phi) on - off 13
use3Dsolver set to true to use 3-D pressure solver 23
USE_ALT_RLOW 34
USE_BACKWARD_COMPATIBLE_GRID 2
USE_BLING_DVM 3
USE_C90_THREADING 1
USE_ERROR_STOP 1
USE_EXEMPLAR_THREADING 1
USE_EXF_ATMPRES 4
USE_EXF_INTERPOLATION 129
USE_EXFCO2 22
USE_EXFQSW 1
USE_FACTORIZED_EOS 15
USE_FACTORIZED_POLY 3
USE_FLIPS 3
USE_FLT_ALT_NOISE 6
USE_FORTRAN_SCRATCH_FILES 2
USE_GSL_IEEE 2
use_hFac 5
USE_IRIX_THREADING 1
USE_KAP_THREADING 2
USE_LIBHPM 6
USE_MASK_AND_NO_IF 2
USE_MPI_WTIME 2
USE_NATURAL_BCS 1
USE_NO_INTERP_RUNOFF 1
USE_OLD_EXTERNAL_FORCING 22
USE_OLD_MACROS_R4R8toRSRL 4
USE_OLD_SHAPIRO_FILTERS 6
USE_OMP_THREADING 18
USE_PAPI 13
USE_PAPI_FLOPS 6
USE_PAPI_FLOPS_SFP 2
USE_PCL 16
USE_PCL_FLOPS 13
USE_PCL_FLOPS_SFP 8
USE_PDAF 9
USE_PLOAD 1
USE_POINTER 5
USE_QSW 8
USE_QSW_UNDERICE 2
use_sgs_sed 1
USE_SHAP_CALC_VORTICITY 1
USE_SMOOTH_MIN 8
USE_SOLARIS_THREADING 1
USE_SPH_PROJECTION 3
useAbsVorticity work with f+zeta in Coriolis terms 12
useAdaptiveEVP 8
useAIM 36
useAltDeriv 5
useAnisotropicViscAgridMax Changed to be default behavior. Can 4
useAreaViscLength Set to true to use old scaling for viscous lengths, 7
useATM2d 2
useATM2D 5
useAtm2d 2
useAtm_Phys 29
useAtmWind use wind vector (uwind/vwind) to compute 63
useAUTODIFF 12
useAvgFldsForITD 4
useBBL 22
useBetaPlaneF Coriolis coeff = f0 + beta.y (replaced by selectCoriMap=1) 4
useBiharmonicVisc biharmonic horizontal viscosity is used 18
useBLING flag to turn on/off BLING pkg 14
useBlkFlx use some bulk-formulae to compute fluxes over sea-ice (otherwise, fluxes are passed as argument from AIM) 8
useBOLUS 4
useBulkForce use surf. fluxes from bulk-forcing external S/R 20
useBulkforce 2
useCAL 41
useCDscheme use CD-scheme to calculate Coriolis terms. 27
useCentralDiff 6
useCFC flag to turn on/off CFC pkg 11
useCheapAML 18
useCheapTracer use passive tracer option (off by default) 21
useCheaptracer 1
useClouds use clouds option (off by default) 13
useConstantF Coriolis coeff set to f0 (replaced by selectCoriMap=0) 4
useCoriolis Flag which turns the coriolis terms on and off. 12
useCoriolisFac 4
useCoupler use Coupler for a multi-components set-up. 40
useCTRL 30
useCubedSphereExchange use Cubed-Sphere topology domain. 90
useCurrentDir always read from the current directory 480
useCurrentDir always read from the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always read from the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always write to the current directory 0
useCurrentDir always search for file in the current directory 0
useCurrentDir always read from the current directory (even if 0
useCurrentDir always read from the current directory (even if 0
useCurrentDir always read from the current directory (even if 0
useCurrentDir always read from the current directory (even if 0
useCurrentDir always write to the current directory (even if 0
useCurrentDir always write to the current directory (even if 0
useCurrentDir always write to the current directory (even if 0
useCurrentDir always write to the current directory (even if 0
used 1
useDARWIN flag to turn on/off darwin pkg 18
useDiagnostics 226
usediagnostics 3
useDIAGNOSTICS 2
useDiagPhiRlow 3
useDIC flag to turn on/off DIC pkg 21
useDLongWave use imported downward longwave (off by default) 14
useDOWN_SLOPE 20
useEBM 9
useECCO 17
useEMBED_FILES 7
useEmPch 5
useEnergyConservingCoriolis 7
useEtaMean 6
useExch2GlobLayOut 4
useExch2ioLayOut 12
useExch2LayOut 12
useEXF use surf. fluxes from exf external S/R 44
useExfCheckRange check range of input/output field values 6
useExfYearlyFields when set, automatically add extension 67
useExfZenAlbedo ocean albedo (direct part) may vary 8
useExfZenIncoming compute incoming solar radiation along with zenith angle 10
useFixedCEast 9
useFixedCWest 9
useFizhi 9
useFIZHI 34
usefizhi 3
usefldyearlyfields when set, use yearly forcing files 3
useFLT 12
useFluxFormula_AIM set to T when using AIM flux formula rather 10
useFluxLimit use flux limiting advection (off by default) 13
useFluxLimit 0
useFract flag to increment (or not) with fraction-weighted inpFld 45
useFract if True, use fraction-weight 0
useFract if True, use fraction-weight 0
useFract flag to increment (or not) with fraction-weigted inpFld 0
useFract if True, process fraction-weight 0
useFract if True, use fraction-weight 0
useFract if True, use fraction-weight 0
useFract if True, use fraction-weight 0
useFRAZIL 12
useFreshWaterFlux option to include evap+precip (on by default) 19
useFullLeith Set to true to use full Leith viscosity(may be unstable 8
useFVgradPhi 4
useGAD 8
useGCHEM 19
useGCMwVel 5
useGGL90 27
useGGL90inAdMode 8
useGGL90inFwdMode 4
useGlobalBuff 5
useGMRedi 51
useGMredi 4
useGmredi 3
useGMRediInAdMode 8
useGMRediInFwdMode 4
useGrdchk 8
useGrdChk 3
useGridAlt 6
useGRIDALT 3
useGridArea use grid-cell Area (instead of iceVol field) 14
useHarmonicVisc harmonic horizontal viscosity is used 13
useHB87stressCoupling use an intergral over ice and ocean surface 5
useHB87StressCoupling 2
useHibler79IceStrength if true original ice strength parameterization 8
useICEFRONT 17
useIDEMIX 18
useImportCO2 True => use the Imported atmos. CO2 from coupler 7
useImportCO2 True => use the Imported atmos. CO2 from coupler 0
useImportFice True => use the Imported Seaice fraction (DIC-only) 8
useImportFice True => use the Imported Seaice fraction (DIC-only) 0
useImportFlxCO2 True => use the Imported air-sea CO2 flux from coupler 7
useImportFlxCO2 True => use the Imported air-sea CO2 flux from coupler 0
useImportFW True => use the Imported Fresh Water flux fr cpl 10
useImportFW True => use the Imported Fresh Water flux fr cpl 0
useImportHFlx True => use the Imported HeatFlux from couler 8
useImportHFlx True => use the Imported HeatFlux from couler 0
useImportMxlD True => use Imported Mix.Layer Detph from coupler 6
useImportMxlD True => use Imported Mix.Layer Detph from coupler 0
useImportRunOff True => use the Imported RunOff flux from coupler 6
useImportRunOff True => use the Imported RunOff flux from coupler 0
useImportSIce True => use the Imported Sea-Ice mass as ice-loading 13
useImportSIce True => use the Imported Sea-Ice loading from coupler 0
useImportSLP True => use the Imported Sea-level Pressure 13
useImportSLP True => use the Imported Sea-level Atmos. Pressure 0
useImportSltPlm True => use the Imported Salt-Plume flux from coupler 7
useImportSltPlm True => use the Imported Salt-Plume flux from coupler 0
useImportSSS True => use the Imported SSS from coupler 6
useImportSSS True => use the Imported SSS from coupler 0
useImportSST True => use the Imported SST from coupler 8
useImportSST True => use the Imported SST from coupler 0
useImportTau True => use the Imported Wind-Stress from couler 7
useImportTau True => use the Imported Wind-Stress from couler 0
useImportThSIce True => use the Imported thSIce state var from coupler 17
useImportThSIce True => use the Imported thSIce state vars from coupler 0
useImportThSIce True => use the Imported thSIce state var from coupler 0
useImportThSIce True => use the Imported thSIce state vars from coupler 0
useImportVsq True => use the Imported Surf. velocity^2 6
useImportVsq True => use the Imported Surf. velocity^2 0
useImportWSpd True => use the Imported surf. Wind speed from coupler 7
useImportWSpd True => use the Imported surf. Wind speed from coupler 0
useISOMIPTD use simple ISOMIP thermodynamics, def: F 9
useJamartMomAdv Use wet-point method for V.I. non-linear term 17
useJamartWetPoints Use wet-point method for Coriolis (Jamart & Ozer 1986) 9
useKL10 17
useKPP 51
useKPPinAdMode 8
useKPPinFwdMode 4
useLand 18
useLAND 2
useLatest if true use rStarFacC, else use rStarFacNm1C 6
useLatest if true use hFac_surfC, else use hFac_surfNm1C 0
useLayers 33
useLinearSponge use linear instead of exponential sponge (def=false) 20
useMATRIX 14
useMatrix 1
useMaykutSatVapPoly use Maykut Polynomial for saturation vapor pressure 8
useMin4hFacEdges set hFacW,hFacS as minimum of adjacent hFacC factor 7
useMissingValue put MissingValue where mask = 0 (NetCDF output only) 8
useMisValForThisDiag 4
useMNC 146
useMomBndConserve 3
useMultiDimAdvec True if multi-dim advection is used at least once 15
useMY82 20
useMYPACKAGE 25
useNEST_CHILD use Child Nesting interface (pkg/nest_child) 16
useNEST_PARENT use Parent Nesting interface (pkg/nest_parent) 11
useNHMTerms If TRUE use non-hydrostatic metric terms. 12
useOASIS use OASIS-coupler for a multi-components set-up. 12
useOBCS 68
useOBCs 1
useOBCSbalance balance the volume flux through boundary 10
useOBCSprescribe read boundary conditions from a file 10
useOBCSsponge turns on sponge layer along boundaries (def=false) 11
useOBCStides modify OB normal flow to add tidal forcing 6
useOBCSYearlyFields when reading Open-Boundary values, assume yearly 21
useOBeta 12
useObsEmP 5
useObsRunoff 5
useOffLine 23
useOFFLINE 1
useOldFreezing use the old version (before checkpoint52a_pre, 2003-11-12) 4
useOPPS 11
useOrlanskiEast 15
useOrlanskiNorth 15
useOrlanskiSouth 15
useOrlanskiWest 15
usePickupBeforeC35 to restart from old-pickup files (generated with code 4
usePickupBeforeC54 start from old-pickup files, generated with code from 10
usePKG package On/Off flag 5
usePkgDiag logical flag, true if using Diagnostics PKG 5
usePP81 21
usePrecip use imported precipitation (off by default) 10
usePROFILES 18
usePTRACERS 55
usePTracers 2
usePW79thermodynamics use 0-layer thermodynamics as described in 10
useQnetch 5
useRBCptracers 3
useRBCpTrNum 7
useRBCptrnum 2
useRBCS 24
useRBCsalt 8
useRBCtemp 8
useRBCuVel 15
useRBCvVel 15
usercost_datafile 6
usercost_errfile 6
useRealFreshWaterFlux if True (=Natural BCS), treats P+R-E flux 61
useReg how to use region-mask: =0 : not used ; 15
useReg how to use region-mask: =0 : not used ; 0
useReg how to use region-mask: =0 : not used ; 0
useREGRID 10
useRelativeHumidity 2
useRelativeWind use relative wind (off by default) 15
useRelativeWind Subtract U/VVEL or U/VICE from U/VWIND before 0
userTime User time returned 13
useRunClock 10
useSALT_PLUME 38
useSALT_PLUMEinAdMode 8
useSALT_PLUMEInFwdMode 2
useSALT_PLUMEinFwdMode 2
useSBO 10
useSEAICE 70
useSeaice 8
useSEAICEinAdMode 10
useSEAICEinFwdMode 5
useSeaiceSponge turns on seaice sponge layer along boundary (def=false) 11
useSETRLSTK 6
useSHAP_FILT 11
useShelfIce 36
useSHELFICE 3
useShelfice 1
useSIGREG 8
useSingleCpuInput When useSingleCpuInput is set, EXF_INTERP_READ 7
useSingleCpuIO When useSingleCpuIO is set, MDS_WRITE_FIELD outputs from 28
useSingleCpuIO moved to EEPARAMS.h 0
useSingleCPUIO 4
useSingleCPUio 6
useSmag3D Use isotropic 3-D Smagorinsky 14
useSMOOTH 29
useSmoothCorrel2DinAdMode 9
useSmoothCorrel2DinFwdMode 4
useSphereF Coriolis = 2.omega.sin(phi) (replaced by selectCoriMap=2) 4
useSPOIL flag to turn on/off SPOIL pkg 6
useSRCGSolver Set to true to use conjugate gradient 7
useStabilityFct_overIce over sea-ice, compute turbulent transfert 6
useStevensAdvection 5
useStevensEast 16
useStevensNorth 16
useStevensPhaseVel 5
useStevensSouth 16
useStevensWest 16
useStrainTensionVisc Set to true to use Strain-Tension viscous terms 8
useStreamIce 16
useStreamiceFlowlineButtr 4
usestreamiceflowlineButtr 1
useStressOption use stress option (off by default) 18
useThSIce 62
useThSice 4
useTimeVarBLH use time varying BL height option (off by default) 8
useVariableK T when vertical diffusion is not constant 7
useVariableK T when vertical diffusion is not constant 0
useVariableK T when vertical diffusion is not constant 0
useVariableVisc variable (in space or time) viscosity is used 20
useVariableViscosity 10
useWeight use weight factor arrhFac 25
useWHTapeIO 10
useYearlyFields select if using EXF Yearly-fields or not 59
useYearlyFields select if using EXF Yearly-fields or not 0
useYearlyFields select if using EXF Yearly-fields or not 0
useZONAL_FILT 15
useZonal_Filt 1
uShearTerm 4
using 1
using_cost_altim 15
using_cost_bp 10
using_cost_local 9
using_cost_scat 10
using_cost_seaice 9
using_cost_sst 15
using_cost_transp 7
using_ers 11
using_gencost 46
using_gfo 11
using_mdt 7
USING_THREADS 7
using_topex 4
using_tpj 13
usingCartesianGrid If TRUE grid generation will be in a cartesian 28
usingCurvilinearGrid If TRUE, use a curvilinear grid (to be provided) 42
usingCylindricalGrid If TRUE grid generation will be Cylindrical 22
usingGregorianCalendar 8
usingJulianCalendar 5
usingModelCalendar 7
usingMPI 52
usingNoLeapYearCal 6
usingPCoords Set to indicate that we are working in a pressure 122
usingSphericalPolarGrid If TRUE grid generation will be in a 41
usingSyncMessages 3
usingZCoords Set to indicate that we are working in a height 57
usm 29
usn 11
uSq 39
usr 27
uss 6
usSq 5
ust 10
usta 8
ustar The eddy induced velocity in the x direction 99
USTAR 4
USTAR_BASE 3
uStarDiag 4
USTARIN 2
ustarSq 4
uStarSquare square of friction velocity 3
ustarX 6
ustarY 6
UStave uVel * salt (* hFacW) 7
USTH0S 9
usth0s 1
USTMX1 3
USTMX2 3
USTMX3 6
ustofu11 3
uStr_tmp 14
ustress wind stress 67
ustress zonal wind stress component at grid-cell center (A-grid) [N/m2] 0
ustress wind stress [N/m2], u-component (on A-grid) 0
ustress Zonal surface wind stress in N/m^2 0
ustress0 12
ustress1 12
ustress_exfremo_intercept 5
ustress_exfremo_slope 5
ustress_interpMethod 13
ustress_lat0 8
ustress_lat_inc 8
ustress_lon0 8
ustress_lon_inc 9
ustress_nlat 10
ustress_nlon 9
ustressconst 5
UStressFile 8
ustressfile 19
ustressmask 7
ustressperiod 11
ustressRepCycle 7
ustressstartdate1 5
ustressstartdate2 5
ustressStartTime 9
USTRtave u-stress [Pa] 7
USTRTave 1
USTZ0S 6
ustz0s 1
usubcl 5
uT zonal advective flux 57
uT zonal advective flux 0
uT zonal advective flux 0
uT zonal advective flux 0
uT zonal advective flux 0
uT zonal advective flux 0
uT zonal advective flux 0
uT zonal advective flux 0
uT zonal advective flux 0
Utemp 3
UtempSt 3
utility 3
uTmp 28
UTMP 4
utmp 2
uTmp1 4
uTmp2 4
utnew 13
utold 12
utp 3
uTrans Zonal volume transport through cell face 216
uTrans Volume transports ( uVel.xA ) 0
uTrans Temps. for volume transports 0
uTrans Zonal volume transport through cell face 0
uTrans Zonal volume transport through cell face 0
uTrans 2-D arrays of volume transports at U,V points 0
uTrans horizontal transport, u-component 0
uTrans horizontal transport, u-component 0
uTrans 2-D arrays of volume transports at U,V points 0
uTrans zonal volume transport 0
uTrans zonal volume transport 0
uTrans 2-D arrays of volume transports at U,V points 0
uTrans zonal volume transport 0
uTrans zonal volume transport 0
uTrans zonal volume transport 0
uTrans zonal volume transport 0
uTrans 2-D arrays of volume transports at U,V points 0
uTrans zonal volume transport 0
uTrans zonal transport 0
uTrans zonal transport 0
uTrans horizontal transport to balance [m^3/s] 0
uTrans zonal transport in level k 0
uTrans volume transport, x direction 0
uTrans volume transports at U,V points 0
uTrans Loop counters sea-ice area transport, x direction 0
uTrans sea-ice area transport, x direction 0
uTrans volume transports at U,V points 0
utrans 14
uTrIce sea-ice volume transport, x direction 8
UTtave uVel * theta (* hFacW) 7
uu 23
UUtave uVel * uVel (used to compute the averaged KE) 7
uuu 5
UV (total) power of the filter for T,S, Velocity 0
uVec 6
uVec0 5
uVec1 13
uVec_inScale 7
uVec_lat0 7
uVec_lat_inc 7
uVec_lon0 7
uVec_lon_inc 7
uVec_nlat 7
uVec_nlon 7
uVec_remove_intercept 3
uVec_remove_slope 3
uVecFile 10
uVecFile0 8
uVecFile1 8
uVecMask 5
uVecName 8
uVecPeriod 9
uVecRepeatCycle 4
uVecStartTime 4
uVel zonal velocity (m/s, i=1 held at western face) 493
uVel 2 components of the velcity field (2-D array) horizontal diffusion coefficient 0
uvel zonal velocity 47
uvel vel.-comp in x-direction. 0
uvel vel.-comp in x-direction. 0
uvel vel.-comp in x-direction. 0
uvel vel.-comp in x-direction. 0
uVel zonal velocity component 0
uVel zonal velocity (m/s, i=1 held at western face) 0
uvel Temp. for u 0
uvel0 6
uvel0errfile 8
uvel1 6
uVel_bar 5
uvel_cntr 4
uVelD D grid zonal velocity 14
uVeld 1
UvelFile 5
Uvelfile 6
uvelid 8
uVelInitFile 15
uVelLoc 2
uVeltave zonal velocity (m/s, i=1 held at western face) 7
uvIceApplyFac 10
uvInterp 5
uvInterp_climstr interpolate clim stress u & v components together 12
uvInterp_stress interpolate wind-stress u & v components together 13
uvInterp_wind interpolate wind u & v components together 13
UVM 50
UVtave uVel * vVel (at vorticity point, i.e. grid-corner) 7
Uw average U over layer (m/s) 6
uw 14
UW_STORE_1 8
UW_STORE_2 9
UW_STORE_3 8
UW_STORE_4 7
uwind zonal wind speed (m/s), at cell center (A-grid) 40
uwind Temp. for zonal wind speed 0
uwind mean wind speed (m/s) at height hu (m) 0
uWind zonal wind component at grid-cell Western edge (uVel location) 57
uWind wind speed [m/s], u-component (on C-grid) 0
uwind Surface (10-m) zonal wind velocity in m/s 0
UWIND 8
uwind0 12
uWind0 6
uwind1 12
uWind1 6
uwind_errfile 8
uwind_exfremo_intercept 5
uwind_exfremo_slope 5
uwind_interpMethod 11
uwind_lat0 8
uwind_lat_inc 8
uwind_lon0 8
uwind_lon_inc 9
uwind_nlat 10
uwind_nlon 9
uwindconst 5
UWindFile 15
UwindFile 1
uwindfile 15
uwindmask 6
uwindperiod 11
uwindRepCycle 7
uwindstartdate1 5
uwindstartdate2 5
uwindStartTime 9
uWork 9
ux 23
uXiyInt column integral of u*Xiy (sum u*Xiy*dz) 5
UXM 12
UXX 12
uy 23
UYM 14
UYY 14
uz 19
uZetatave uVel*Relativ_Vorticity_3 (computed at v point) 7
uZm 5
uZp 5