Index

Index

CPP keys

key_ agrif: ORCA pre-defined resolution
key_ asminc: Apply assimilation increments (ASM)
key_ bdy: no title
key_ c1d: no title | Water column model: 1D
key_ cice: Handling of ice-covered area | Interface to CICE (sbcice_cice)
key_ coupled: Coupled formulation (sbccpl)
key_ cpl_carbon_cycle: Coupled formulation (sbccpl)
key_ diaar5: no title | Other Diagnostics (key_ diahth, | Diagnosing the Steric effect
key_ diadct: no title | Transports across sections (key_
key_ diaharm: no title | Harmonic analysis of tidal
key_ diahth: no title | Other Diagnostics (key_ diahth,
key_ diainstant: Old Model Output (default
key_ diaobs: Observation and model comparison | Running the observation operator
key_ dimgout: no title | Old Model Output (default | Old Model Output (default
key_ dynldf_c1d: Lateral Mixing Coefficient (ldftra, | no title
key_ dynldf_c2d: Lateral Mixing Coefficient (ldftra, | no title
key_ dynldf_c3d: Lateral Mixing Coefficient (ldftra, | no title | no title
key_ dynldf_smag: no title | Smagorinsky viscosity (key_ dynldf_c3d
key_ dynspg_exp: no title | Explicit free surface (key_ | Bottom Friction with split-explicit
key_ dynspg_flt: no title | Bottom Friction with split-explicit
key_ dynspg_ts: no title | Split-Explicit free surface (key_ | Bottom Friction with split-explicit
key_ esopa: Model Optimisation, Control Print
key_ floats: no title
key_ IOM: Tracer/Dynamics Trends (TRD)
key_ iomput: Old Model Output (default | Old Model Output (default | Old Model Output (default | Old Model Output (default | NetCDF4 Support (key_ netcdf4) | Output data | Output data
key_ ldfslp: Choice of namtra_ldf namelist
key_ lim2: Handling of ice-covered area
key_ lim3: Coupled formulation (sbccpl) | Handling of ice-covered area
key_ mpp_mpi: Domain Size | Handling of icebergs (ICB) | Exchange with neighbouring processors | Standard model Output (IOM) | MPP scalability
key_ mpp_rep: MPP reproducibility
key_ nemocice_decomp: Interface to CICE (sbcice_cice)
key_ netcdf4: no title | NetCDF4 Support (key_ netcdf4) | NetCDF4 Support (key_ netcdf4) | NetCDF4 Support (key_ netcdf4) | NetCDF4 Support (key_ netcdf4)
key_ nosignedzero: no title | Issues with intrinsinc SIGN
key_ noslip_accurate: Boundary Condition at the
key_ oasis3: Coupled formulation (sbccpl)
key_ pisces: Coupled formulation (sbccpl)
key_ tide: External Forcings | Tidal Potential (sbctide)
key_ top: Coupled formulation (sbccpl)
key_ trabbl: no title | no title | Diffusive Bottom Boundary layer | Vertical Mixing | Treatment of the triads
key_ traldf_c1d: Lateral Mixing Coefficient (ldftra, | no title
key_ traldf_c2d: Lateral Mixing Coefficient (ldftra, | no title | Space and Time Varying | Choice of namtra_ldf namelist | Choice of namtra_ldf namelist | Choice of namtra_ldf namelist
key_ traldf_c3d: Lateral Mixing Coefficient (ldftra, | no title | Smagorinsky viscosity (key_ dynldf_c3d
key_ traldf_cNd: Choice of namtra_ldf namelist
key_ traldf_eiv: Space and Time Varying | Smagorinsky viscosity (key_ dynldf_c3d | Eddy Induced Velocity (traadv_eiv, | Choice of namtra_ldf namelist | Choice of namtra_ldf namelist | Choice of namtra_ldf namelist | The continuous skew flux
key_ traldf_smag: Smagorinsky viscosity (key_ dynldf_c3d
key_ trddyn: Ocean Dynamics (DYN)
key_ trdmld_trc: Tracer/Dynamics Trends (TRD)
key_ trdtrc: Tracer/Dynamics Trends (TRD)
key_ trdvor: Ocean Dynamics (DYN)
key_ vectopt_loop: Model Optimisation, Control Print
key_ vvl: Domain: Vertical Grid (domzgr) | Domain: Vertical Grid (domzgr) | Domain: Vertical Grid (domzgr) | Domain: Vertical Grid (domzgr) | Domain: Vertical Grid (domzgr) | no title | Tracer Advection (traadv) | Surface boundary condition (trasbc) | Surface boundary condition (trasbc) | Sea surface height evolution | -coordinate with full step | - and --coordinates | - and --coordinates | Surface pressure gradient (dynspg) | Explicit free surface (key_ | Filtered free surface (key_ | Time evolution term (dynnxt) | Time evolution term (dynnxt) | Time evolution term (dynnxt) | River runoffs (sbcrnf) | TKE discretization considerations (key_ | Tracer/Dynamics Trends (TRD) | Diagnosing the Steric effect | Elliptic solvers (SOL)
key_ zdfcst: no title | Constant (key_ zdfcst)
key_ zdfddm: Tracer Vertical Diffusion (trazdf) | no title | no title | Double Diffusion Mixing (key_
key_ zdfgls: no title | GLS Generic Length Scale | GLS Generic Length Scale | no title
key_ zdfkpp: no title
key_ zdfric: no title | Richardson Number Dependent (key_
key_ zdftke: no title | no title | no title | Turbulent Closure Scheme (key_ | Turbulent Closure Scheme (key_
key_ zdftmx: no title
key_ zdftmx_new: no title

h90 file

domzgr_substitute: Domain: Vertical Grid (domzgr)
ldfdyn_substitute: Lateral Mixing Coefficient (ldftra,
ldftra_substitute: Lateral Mixing Coefficient (ldftra,
traldf_c1d: Vertically varying Mixing Coefficients

Input NetCDF files

bathy_level.nc: Domain: Vertical Grid (domzgr)
bathy_meter.nc: Domain: Vertical Grid (domzgr) | Domain: Vertical Grid (domzgr) | Meter Bathymetry
bfr_coef.nc: Linear Bottom Friction (nn_botfr
coordinates.nc: Choice of horizontal grid
geothermal_heating.nc: Bottom Boundary Condition (trabbc)
isfdraft_meter.nc: Meter Bathymetry
mask_itf.nc: Indonesian area specific treatment
subbasins.nc: Other Diagnostics (key_ diahth,

Model parameters

jpi: Exchange with neighbouring processors | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom)
jpiglo: Model Optimisation, Control Print
jpj: Exchange with neighbouring processors | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom)
jpjglo: Model Optimisation, Control Print
jpk: Domain: Vertical Grid (domzgr) | -coordinate (ln_zco | -coordinate (ln_zco | -coordinate (ln_zco | -coordinate (ln_zco | -coordinate (ln_zco | -coordinate (ln_zco | -coordinate (ln_zco | -coordinate with partial step | -coordinate with partial step | Exchange with neighbouring processors | Exchange with neighbouring processors | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | GYRE family: double gyre
jpkdta: Sub-Domain Functionality (jpizoom, jpjzoom)
jpni: Exchange with neighbouring processors | Exchange with neighbouring processors | Exchange with neighbouring processors
jpnij: Exchange with neighbouring processors | Exchange with neighbouring processors
jpnj: Exchange with neighbouring processors | Exchange with neighbouring processors | Exchange with neighbouring processors
jpreci: Exchange with neighbouring processors
lk_vvl: Tracer time evolution (tranxt)

Modules

closea: no title
daymod: Standalone Surface Boundary Condition
diaar5: Other Diagnostics (key_ diahth, | Diagnosing the Steric effect
diahth: Other Diagnostics (key_ diahth, | Other Diagnostics (key_ diahth, | Other Diagnostics (key_ diahth, | Other Diagnostics (key_ diahth,
diaptr: Other Diagnostics (key_ diahth,
diawri: Standalone Surface Boundary Condition | Old Model Output (default
divcur: no title | River runoffs (sbcrnf) | Ice shelf melting (sbcisf) | Boundary Condition at the
domask: Boundary Condition at the
domhgr: no title | Coordinates and scale factors | Coordinates and scale factors | Choice of horizontal grid | Hand made geometry changes
dommsk: Hand made geometry changes
domzgr: Coordinates and scale factors | no title | -coordinate (ln_zco | level bathymetry and mask
dtatsd: no title | Domain: Initial State (istate
dynadv: no title
dynadv_ubs: Upstream Biased Scheme (UBS) | Upstream Biased Scheme (UBS)
dynbfr: Bottom and Top Friction | Non-Linear Bottom Friction (nn_botfr | Bottom Friction stability considerations | Bottom Friction with split-explicit | Bottom Friction with split-explicit | Bottom Friction with split-explicit | Bottom Friction with split-explicit
dyncor_c1d: Water column model: 1D
dynhpg: Horizontal Derivative in zps-coordinate | no title
dynkeg: no title
dynldf: Ocean Dynamics (DYN) | no title
dynnept: no title
dynnxt: Time stepping environment | Surface pressure gradient (dynspg) | Surface pressure gradient (dynspg) | no title | Time evolution term (dynnxt)
dynsp_flt: Time evolution term (dynnxt)
dynspg: no title | Atmospheric pressure (sbcapr)
dynspg_exp: Explicit free surface (key_
dynspg_flt: Surface pressure gradient (dynspg) | Surface pressure gradient (dynspg) | Elliptic solvers (SOL)
dynspg_ts: Implicit Bottom Friction (ln_bfrimpT) | Implicit Bottom Friction (ln_bfrimpT)
dynvor: no title | Vorticity term (dynvor) | no title
dynzad: no title
dynzdf: Ocean Dynamics (DYN) | no title | no title | Surface boundary condition for | Vertical Mixing
dynzdf_imp: Implicit Bottom Friction (ln_bfrimpT) | Implicit Bottom Friction (ln_bfrimpT)
eosbn2: Ocean Tracers (TRA) | no title | Brunt-Väisälä Frequency (nn_eos = | Freezing Point of Seawater | Double Diffusion Mixing (key_
fldread: Changes between releases | Tracer damping (tradmp) | no title
geo2ocean: Rotation of vector pairs
iom: Standalone Surface Boundary Condition | Water column model: 1D
istate: no title | Domain: Initial State (istate
lbclnk: Closed, cyclic, south symmetric | no title | Exchange with neighbouring processors
lbcnfd: North-fold (jperio = 3
ldfdyn: no title | Lateral Mixing Coefficient (ldftra,
ldfdyn_c2d: Horizontally Varying Mixing Coefficients
ldfeiv: no title | Choice of namtra_ldf namelist
ldfslp: Tracer Lateral Diffusion (traldf) | no title
ldftra: Tracer Lateral Diffusion (traldf) | no title | Lateral Mixing Coefficient (ldftra,
lib_fortran: no title | Issues with intrinsinc SIGN | MPP reproducibility
lib_mpp: no title | Exchange with neighbouring processors
nemogcm: Standalone Surface Boundary Condition
nemogcm.F90: Observation and model comparison
par_oce: Exchange with neighbouring processors
phycst: Coordinates and scale factors | Ocean Tracers (TRA) | Equation Of Seawater (nn_eos
sbc_ana_gyre: Analytical formulation (sbcana)
sbcana: no title | Analytical formulation (sbcana)
sbcapr: no title
sbcblk_clio: no title | no title
sbcblk_core: no title | no title
sbcblk_mfs: no title | no title
sbccpl: no title
sbcdcy: no title | Diurnal cycle (sbcdcy)
sbcflx: no title
sbcfwb: no title
sbcice_if: Handling of ice-covered area
sbcice_cice: no title
sbcisf: no title
sbcmod: Surface boundary condition (trasbc) | Surface boundary condition for | Standalone Surface Boundary Condition
sbcrnf: no title
sbcsas: Standalone Surface Boundary Condition
sbcssr: Atmospheric pressure (sbcapr) | no title
sbctide: no title
sbcwave: no title | Neutral drag coefficient from
solpcg: no title
solsor: no title
sshwzv: no title
step: Standalone Surface Boundary Condition
step.F90: Observation and model comparison
step_c1d: Water column model: 1D
stpctl: Standalone Surface Boundary Condition
traadv: no title
traadv_cen2: $2^{nd}$ order centred scheme
traadv_eiv: no title | Eddy Induced Velocity (traadv_eiv,
traadv_lap: Iso-level laplacian operator (lap)
traadv_qck: QUICKEST scheme (QCK) (ln_traadv_qck)
traadv_tvd: Total Variance Dissipation scheme | MUSCL scheme (ln_traadv_muscl)
traadv_tvd2: MUSCL scheme (ln_traadv_muscl)
traadv_ubs: Upstream-Biased Scheme (UBS) (ln_traadv_ubs)
trabbc: no title
trabbl: no title | no title
tracla: no title
tradmp: no title
traldf: Introduction | no title | Horizontal Derivative in zps-coordinate
traldf_bilap: Iso-level bilaplacian operator (bilap)
traldf_bilapg: Rotated bilaplacian operator (bilapg)
traldf_iso: Rotated laplacian operator (iso)
traldf_lap: Iso-level laplacian operator (lap)
tranpc: Ocean Tracers (TRA)
tranxt: Time stepping environment | no title | Tracer time evolution (tranxt)
traqsr: no title | Solar Radiation Penetration (traqsr) | Surface boundary condition for
trasbc: no title | Surface boundary condition (trasbc) | Surface boundary condition for
trazdf: Rotated laplacian operator (iso) | no title | Tracer time evolution (tranxt) | Vertical Mixing
trc_oce: Solar Radiation Penetration (traqsr)
trddyn: Tracer/Dynamics Trends (TRD)
trdtra: Tracer/Dynamics Trends (TRD)
zdfbfr: no title | Bottom and Top Friction | Linear Bottom Friction (nn_botfr | Non-Linear Bottom Friction (nn_botfr | Bottom Friction stability considerations | Bottom Friction with split-explicit
zdfddm: Double Diffusion Mixing (key_
zdfgls: Vertical Mixing
zdfini: Vertical Mixing
zdfkpp: Vertical Mixing | Turbulent Closure Scheme (key_
zdfric: Vertical Mixing
zdftke: Vertical Mixing
zpsdhe: -coordinate with partial step
zpshde: Iso-level laplacian operator (lap) | no title | Horizontal Derivative in zps-coordinate

Namelist

Namelist Group Name

namnc4: NetCDF4 Support (key_ netcdf4)
nam_asminc: Apply assimilation increments (ASM)
nam_dynldf: Lateral Ocean Physics (LDF)
nam_tide: Tidal Potential (sbctide)
nam_traadv: Tracer Advection (traadv)
nam_traldf: Lateral Ocean Physics (LDF)
namasm: Implementation details
nambbl: Bottom Boundary Layer (trabbl.F90
nambdy: Unstructured Open Boundary Conditions
nambdy_dta: Unstructured Open Boundary Conditions
nambdy_dta2: Unstructured Open Boundary Conditions
nambdy_index: Unstructured Open Boundary Conditions
nambdy_tide: Tidal harmonic forcing
namberg: Handling of icebergs (ICB)
nambfr: Bottom and Top Friction
namcfg: Domain Size | Domain Size | Choice of horizontal grid | Choice of horizontal grid | -coordinate (ln_zco | -coordinate (ln_zco | -coordinate (ln_zco | Closed, cyclic, south symmetric | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | Simple subsetting of input | Introduction | Water column model: 1D | ORCA pre-defined resolution
namcla: Cross Land Advection (tracla.F90)
namctl: Model Optimisation, Control Print
namdct: Transports across sections (key_
namdia_harm: Harmonic analysis of tidal
namdom: Output Grid files | Domain: Vertical Grid (domzgr) | Meter Bathymetry | -coordinate with partial step | Tracer time evolution (tranxt) | Time evolution term (dynnxt) | Accelerating the Convergence (nn_acc
namdyn_adv: Coriolis and Advection: vector | Coriolis and Advection: flux
namdyn_hpg: Hydrostatic pressure gradient (dynhpg)
namdyn_ldf: Lateral diffusion term (dynldf)
namdyn_spg: Surface pressure gradient (dynspg)
namdyn_vor: Vorticity term (dynvor)
nameos: Equation Of Seawater (nn_eos
namflo: On-line Floats trajectories (FLO)
namlbc: Boundary Condition at the
nammpp: Exchange with neighbouring processors | Exchange with neighbouring processors
namobs: Running the observation operator | Technical details
namptr: Other Diagnostics (key_ diahth,
namrun: Start/Restart strategy | CF metadata standard compliance
namsbc: Surface Boundary Condition (SBC, | Atmospheric pressure (sbcapr) | Ice shelf melting (sbcisf) | Diurnal cycle (sbcdcy) | Handling of ice-covered area | Neutral drag coefficient from
namsbc_ana: Analytical formulation (sbcana)
namsbc_flx: Flux formulation (sbcflx)
namsbc_cpl: Coupled formulation (sbccpl)
namsbc_clio: CLIO Bulk formulea (ln_clio=true)
namsbc_core: CORE Bulk formulea (ln_core=true)
namsbc_mfs: MFS Bulk formulea (ln_mfs=true)
namsbc_rnf: River runoffs (sbcrnf)
namsbc_sas: Standalone Surface Boundary Condition
namsbc_ssr: Surface restoring to observed
namsbc_wave: Neutral drag coefficient from
namsol: Elliptic solvers (SOL)
namtra_bbc: Bottom Boundary Condition (trabbc)
namtra_dmp: Tracer damping (tradmp)
namtra_ldf: Tracer Lateral Diffusion (traldf) | no title
namtra_qsr: Solar Radiation Penetration (traqsr)
namtrd: no title | Tracer/Dynamics Trends (TRD) | Tracer/Dynamics Trends (TRD)
namtsd: Domain: Initial State (istate
namzdf: Tracer Vertical Diffusion (trazdf) | Vertical diffusion term (dynzdf.F90) | Constant (key_ zdfcst) | Non-Penetrative Convective Adjustment (ln_tranpc) | Enhanced Vertical Diffusion (ln_zdfevd)
namzdf_ddm: Double Diffusion Mixing (key_
namzdf_gls: GLS Generic Length Scale | GLS Generic Length Scale
namzdf_kpp: K Profile Parametrisation (KPP)
namzdf_ric: Richardson Number Dependent (key_
namzdf_tmx: Bottom intensified tidal mixing
namzdf_tmx_new: Internal wave-driven mixing (key_
namzdfy_tke: TKE Turbulent Closure Scheme
namzgr: Domain: Vertical Grid (domzgr) | Domain: Vertical Grid (domzgr)
namzgr_sco: -coordinate (ln_sco)

Namelist variables

botmix_grif: Treatment of the triads | Treatment of the triads | Treatment of the triads | Treatment of the triads
clname: Tidal Potential (sbctide)
cn_dir: Input Data generic interface | CORE Bulk formulea (ln_core=true)
cn_mask_file: Boundary geometry
cn_resto: Tracer damping (tradmp)
cp_cfg: DMP_TOOLS | ORCA pre-defined resolution | ORCA pre-defined resolution
cp_cpz: DMP_TOOLS
enactfiles: Running the observation operator | Running the observation operator
endailyavtypes: Observation and model comparison
init_float_ariane: Input data: initial coordinates
iom_get: Simple subsetting of input
iom_put: NetCDF4 Support (key_ netcdf4)
jp_cfg: DMP_TOOLS | ORCA pre-defined resolution | GYRE family: double gyre | GYRE family: double gyre | GYRE family: double gyre
jperio: Choice of horizontal grid | Meter Bathymetry | DMP_TOOLS | no title | no title | Closed, cyclic, south symmetric
jphgr_mesh: Choice of horizontal grid | Choice of horizontal grid | Choice of horizontal grid | Choice of horizontal grid | Choice of horizontal grid | Choice of horizontal grid | Choice of horizontal grid | Choice of horizontal grid | Choice of horizontal grid | Choice of horizontal grid
jpidta: Domain Size | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom)
jpiglo: Domain Size | Domain Size | Exchange with neighbouring processors | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | ORCA pre-defined resolution | GYRE family: double gyre
jpindt: Boundary geometry
jpinft: Boundary geometry
jpizoom: no title | Sub-Domain Functionality (jpizoom, jpjzoom) | Water column model: 1D
jpjdta: Domain Size | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | Simple subsetting of input
jpjglo: Domain Size | Domain Size | Exchange with neighbouring processors | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | Sub-Domain Functionality (jpizoom, jpjzoom) | Simple subsetting of input | ORCA pre-defined resolution | GYRE family: double gyre
jpjnob: Boundary geometry
jpjzoom: no title | Sub-Domain Functionality (jpizoom, jpjzoom) | Water column model: 1D
jpkdta: Domain Size | Sub-Domain Functionality (jpizoom, jpjzoom)
jpkglo: Sub-Domain Functionality (jpizoom, jpjzoom)
jpnfl: Input data: initial coordinates
jpnflnewflo: Input data: initial coordinates
jpni: MPP scalability
ln_ana: Surface Boundary Condition (SBC,
ln_apr_dyn: External Forcings | Surface Boundary Condition (SBC, | Atmospheric pressure (sbcapr)
ln_apr_obc: Atmospheric pressure (sbcapr)
ln_ariane: Input data: initial coordinates
ln_asmdin: Direct initialization
ln_asmiau: Incremental Analysis Updates
ln_bfr2d: Linear Bottom Friction (nn_botfr | Non-Linear Bottom Friction (nn_botfr
ln_bfrimp: no title | Implicit Bottom Friction (ln_bfrimpT) | no title | Bottom Friction with split-explicit
ln_blk_clio: Surface Boundary Condition (SBC,
ln_blk_core: Surface Boundary Condition (SBC, | Diurnal cycle (sbcdcy)
ln_blk_mfs: Surface Boundary Condition (SBC,
ln_botmix_grif: Treatment of the triads | Treatment of the triads | Treatment of the triads | Treatment of the triads | Treatment of the triads
ln_bt_av: Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_
ln_bt_fw: Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Split-Explicit free surface (key_
ln_bt_nn_auto: Split-Explicit free surface (key_
ln_cdgw: Surface Boundary Condition (SBC, | Neutral drag coefficient from
ln_cfmeta: CF metadata standard compliance
ln_clio: Bulk formulation (sbcblk_core, sbcblk_clio | no title | no title | Rotation of vector pairs
ln_coast: DMP_TOOLS
ln_conserve: Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf)
ln_coords_file: The namelists | The namelists
ln_core: Bulk formulation (sbcblk_core, sbcblk_clio | no title | no title | Rotation of vector pairs
ln_cpl: Surface Boundary Condition (SBC, | Coupled formulation (sbccpl)
ln_crban: GLS Generic Length Scale
ln_ctl: Handling of icebergs (ICB) | Model Optimisation, Control Print | Model Optimisation, Control Print
ln_custom: DMP_TOOLS
ln_diaptr: Other Diagnostics (key_ diahth,
ln_divisf: Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf)
ln_dm2dc: Surface Boundary Condition (SBC, | Diurnal cycle (sbcdcy)
ln_dyn_mxl: Tracer/Dynamics Trends (TRD) | Tracer/Dynamics Trends (TRD)
ln_dyn_trd: Tracer/Dynamics Trends (TRD)
ln_dynadv_cen2: Flux form Advection term | no title
ln_dynadv_ubs: Flux form Advection term | no title | Smagorinsky viscosity (key_ dynldf_c3d
ln_dynhpg_djc: - and --coordinates
ln_dynhpg_imp: no title | no title | Time-scheme (ln_dynhpg_imp) | Time-scheme (ln_dynhpg_imp) | Time-scheme (ln_dynhpg_imp)
ln_dynhpg_isf: Ice shelf cavity
ln_dynhpg_prj: - and --coordinates | - and --coordinates
ln_dynhpg_sco: - and --coordinates | - and --coordinates
ln_dynhpg_vec: Coriolis and Advection: vector | Coriolis and Advection: vector | Time evolution term (dynnxt) | Time evolution term (dynnxt)
ln_dynhpg_zco: no title | no title
ln_dynhpg_zps: no title | no title
ln_dynldf_bilap: Upstream Biased Scheme (UBS) | no title | no title | Smagorinsky viscosity (key_ dynldf_c3d
ln_dynldf_hor: Rotated laplacian operator (ln_dynldf_iso) | Rotated laplacian operator (ln_dynldf_iso) | Direction of Lateral Mixing | slopes for tracer geopotential
ln_dynldf_iso: no title | no title | Rotated laplacian operator (ln_dynldf_iso) | Rotated laplacian operator (ln_dynldf_iso)
ln_dynldf_lap: Upstream Biased Scheme (UBS) | no title | no title | Smagorinsky viscosity (key_ dynldf_c3d
ln_dynvor_een: no title | no title | no title
ln_dynvor_een_old: Energy and enstrophy conserving | Energy and enstrophy conserving
ln_dynvor_ene: no title | no title
ln_dynvor_ens: no title | no title
ln_dynvor_mix: no title
ln_dynzad_zts: Total Variance Dissipation scheme | Vertical advection term (dynzad)
ln_ena: Running the observation operator
ln_flo_ascii: Output data | Output data
ln_flork4: On-line Floats trajectories (FLO)
ln_flx: Surface Boundary Condition (SBC, | Flux formulation (sbcflx) | Diurnal cycle (sbcdcy) | Rotation of vector pairs | Surface restoring to observed
ln_flxqsr: Solar Radiation Penetration (traqsr) | Solar Radiation Penetration (traqsr)
ln_full_field: DMP_TOOLS | DMP_TOOLS
ln_glo_trd: Tracer/Dynamics Trends (TRD)
ln_grid_global: Running the observation operator
ln_grid_search_lookup: Running the observation operator
ln_icebergs: Handling of icebergs (ICB)
ln_isfcav: Domain: Vertical Grid (domzgr) | Meter Bathymetry | -coordinate (ln_zco | level bathymetry and mask | Horizontal Derivative in zps-coordinate | Horizontal Derivative in zps-coordinate | Ice shelf cavity | Surface Boundary Condition (SBC, | Surface Boundary Condition (SBC, | Log-layer Bottom Friction enhancement
ln_isfcav = .false.: Simple subsetting of input
ln_KE_trd: Tracer/Dynamics Trends (TRD)
ln_lc: Langmuir cells
ln_length_lim: GLS Generic Length Scale
ln_loglayer: no title | Log-layer Bottom Friction enhancement
ln_med_red_seas: DMP_TOOLS
ln_mevar: Internal wave-driven mixing (key_
ln_mfs: Bulk formulation (sbcblk_core, sbcblk_clio | no title | no title
ln_mixcpl: Surface Boundary Condition (SBC, | Standalone Surface Boundary Condition
ln_mldw: Richardson Number Dependent (key_
ln_mxl0: Surface wave breaking parameterization
ln_nc4zip: NetCDF4 Support (key_ netcdf4) | NetCDF4 Support (key_ netcdf4)
ln_neptramp: Neptune effect (dynnept)
ln_neptsimp: Neptune effect (dynnept)
ln_nnogather: MPP scalability
ln_old_31_lev_code: DMP_TOOLS
ln_qsr_2bd: Solar Radiation Penetration (traqsr)
ln_qsr_bio: Solar Radiation Penetration (traqsr)
ln_qsr_rgb: Solar Radiation Penetration (traqsr)
ln_ref_apr: Atmospheric pressure (sbcapr)
ln_rnf: Surface Boundary Condition (SBC,
ln_rnf_depth: River runoffs (sbcrnf)
ln_rnf_depth_ini: River runoffs (sbcrnf)
ln_rnf_sal: River runoffs (sbcrnf)
ln_rnf_temp: River runoffs (sbcrnf)
ln_rstflo: Input data: initial coordinates
ln_s3d: Running the observation operator
ln_sco: Domain: Vertical Grid (domzgr) | no title | no title | -coordinate (ln_sco) | slopes for tracer geopotential
ln_sco_SF12: -coordinate (ln_sco) | -coordinate (ln_sco)
ln_sco_SH94: -coordinate (ln_sco) | -coordinate (ln_sco)
ln_sigcrit: -coordinate (ln_sco)
ln_smooth_neptvel: Neptune effect (dynnept)
ln_ssr: Surface Boundary Condition (SBC,
ln_subbas: Other Diagnostics (key_ diahth,
ln_t3d: Running the observation operator
ln_taudif: CORE Bulk formulea (ln_core=true)
ln_tide_pot: External Forcings | Tidal Potential (sbctide)
ln_tmx_itf: Indonesian area specific treatment | Indonesian area specific treatment
ln_tra_mxl: Ocean Tracers (TRA) | Tracer/Dynamics Trends (TRD) | Tracer/Dynamics Trends (TRD)
ln_tra_trd: Ocean Tracers (TRA) | Tracer/Dynamics Trends (TRD)
ln_traadv_cen2: no title | no title
ln_traadv_muscl: no title | no title | MUSCL scheme (ln_traadv_muscl) | MUSCL scheme (ln_traadv_muscl)
ln_traadv_muscl2: MUSCL scheme (ln_traadv_muscl)
ln_traadv_qck: no title | no title
ln_traadv_tvd: no title | no title
ln_traadv_tvd_zts: Total Variance Dissipation scheme | Vertical advection term (dynzad)
ln_traadv_ubs: no title | no title | Upstream-Biased Scheme (UBS) (ln_traadv_ubs)
ln_trabbc: Bottom Boundary Condition (trabbc)
ln_tradmp: Tracer damping (tradmp) | DMP_TOOLS
ln_traldf_bilap: no title | no title | Iso-level bilaplacian operator (bilap) | no title | no title | Rotated bilaplacian operator (bilapg)
ln_traldf_botmix: Choice of namtra_ldf namelist
ln_traldf_gdia: Choice of namtra_ldf namelist | Streamfunction diagnostics
ln_traldf_grif: Rotated laplacian operator (iso) | Rotated laplacian operator (iso) | Choice of namtra_ldf namelist | The continuous skew flux | The continuous skew flux
ln_traldf_hor: Iso-level laplacian operator (lap) | Rotated laplacian operator (iso) | Iso-level bilaplacian operator (bilap) | Rotated bilaplacian operator (bilapg) | Direction of Lateral Mixing | slopes for tracer geopotential
ln_traldf_iso: Rotated laplacian operator (iso) | Rotated bilaplacian operator (bilapg) | Choice of namtra_ldf namelist | Choice of namtra_ldf namelist
ln_traldf_lap: no title | no title | Iso-level laplacian operator (lap) | no title | no title | Rotated laplacian operator (iso)
ln_traldf_level: Iso-level laplacian operator (lap) | Iso-level bilaplacian operator (bilap)
ln_tranpc: no title | no title
ln_traqsr: Surface boundary condition for
ln_triad_iso: Linear slope tapering within | Additional truncation of skew | Tapering within the surface
ln_tsd_ini: Domain: Initial State (istate
ln_tsd_init: Tracer damping (tradmp)
ln_tsd_tradmp: Tracer damping (tradmp)
ln_tsdiff: Internal wave-driven mixing (key_
ln_useCT: Equation Of Seawater (nn_eos
ln_vor_trd: Tracer/Dynamics Trends (TRD) | Tracer/Dynamics Trends (TRD)
ln_zco: Domain: Vertical Grid (domzgr) | no title | no title | Iso-level laplacian operator (lap) | Rotated laplacian operator (iso) | Iso-level bilaplacian operator (bilap) | Rotated bilaplacian operator (bilapg)
ln_zdfevd: no title | no title | Enhanced Vertical Diffusion (ln_zdfevd) | Turbulent Closure Scheme (key_
ln_zdfexp: Diffusive Part | Diffusive Part | Tracer Vertical Diffusion (trazdf) | Tracer Vertical Diffusion (trazdf) | Tracer Vertical Diffusion (trazdf) | Vertical diffusion term (dynzdf.F90) | Vertical diffusion term (dynzdf.F90) | Vertical diffusion term (dynzdf.F90) | Vertical Mixing | Vertical Mixing | Enhanced Vertical Diffusion (ln_zdfevd) | Implicit Bottom Friction (ln_bfrimpT)
ln_zdfnpc: Non-Penetrative Convective Adjustment (ln_tranpc) | Turbulent Closure Scheme (key_
ln_zdftmx_itf: no title
ln_zero_top_layer: DMP_TOOLS
ln_zps: Domain: Vertical Grid (domzgr) | Domain: Vertical Grid (domzgr) | no title | no title | Iso-level laplacian operator (lap) | Rotated laplacian operator (iso) | Horizontal Derivative in zps-coordinate | Horizontal Derivative in zps-coordinate | Horizontal Derivative in zps-coordinate
lzoom_e: DMP_TOOLS
lzoom_n: DMP_TOOLS
lzoom_s: DMP_TOOLS
lzoom_w: DMP_TOOLS
namelist_cfg: Simple subsetting of input
nb_ana: Harmonic analysis of tidal
nb_bdy: The namelists
nb_harmo: Tidal Potential (sbctide)
nbdysegn: Boundary geometry
nit000: Harmonic analysis of tidal
nit000_han: Harmonic analysis of tidal | Harmonic analysis of tidal
nitend: Harmonic analysis of tidal
nitend_han: Harmonic analysis of tidal | Harmonic analysis of tidal
nn_acc: no title | Accelerating the Convergence (nn_acc
nn_atfp: Time evolution term (dynnxt) | Time evolution term (dynnxt)
nn_baro: Split-Explicit free surface (key_ | Split-Explicit free surface (key_ | Bottom Friction with split-explicit
nn_bathy: Meter Bathymetry | Meter Bathymetry | Meter Bathymetry | Meter Bathymetry
nn_bbl_adv: no title | Advective Bottom Boundary Layer | Advective Bottom Boundary Layer | Advective Bottom Boundary Layer
nn_bbl_ldf: no title | Diffusive Bottom Boundary layer | Treatment of the triads
nn_bench: Model Optimisation, Control Print
nn_bit_cmp: Model Optimisation, Control Print
nn_botfr: no title | Linear Bottom Friction (nn_botfr | Linear Bottom Friction (nn_botfr | no title | no title
nn_chdta: Solar Radiation Penetration (traqsr) | Solar Radiation Penetration (traqsr) | Solar Radiation Penetration (traqsr)
nn_clo: GLS Generic Length Scale | GLS Generic Length Scale
nn_clos: GLS Generic Length Scale | GLS Generic Length Scale
nn_dct: Transports across sections (key_
nn_dctwri: Transports across sections (key_
nn_debug: Transports across sections (key_
nn_divdmp: Divergence damping initialisation
nn_dttrc: Other controls of the | Other controls of the
nn_dynhpg_rst: Hydrostatic Pressure Gradient | Start/Restart strategy | Time-scheme (ln_dynhpg_imp)
nn_ediff: TKE Turbulent Closure Scheme
nn_ediss: TKE Turbulent Closure Scheme
nn_eos: no title | Equation Of Seawater (nn_eos | Equation Of Seawater (nn_eos | Equation Of Seawater (nn_eos | Equation Of Seawater (nn_eos | no title | Slopes for tracer iso-neutral
nn_etau: Mixing just below the | Mixing just below the | Mixing just below the | Mixing just below the
nn_evdm: Enhanced Vertical Diffusion (ln_zdfevd) | Enhanced Vertical Diffusion (ln_zdfevd) | Enhanced Vertical Diffusion (ln_zdfevd)
nn_fsbc: Surface Boundary Condition (SBC, | Surface boundary condition for | Surface boundary condition for | Input Data specification (fldread.F90) | Input Data specification (fldread.F90) | Input Data specification (fldread.F90) | Interface to CICE (sbcice_cice) | Other controls of the
nn_fwb: Surface Boundary Condition (SBC, | Freshwater budget control (sbcfwb) | Freshwater budget control (sbcfwb) | Freshwater budget control (sbcfwb)
nn_gammablk = 0: Ice shelf melting (sbcisf)
nn_gammablk = 1: Ice shelf melting (sbcisf)
nn_gammablk = 2: Ice shelf melting (sbcisf)
nn_geoflx: Bottom Boundary Condition (trabbc) | Bottom Boundary Condition (trabbc)
nn_geoflx_cst: Bottom Boundary Condition (trabbc)
nn_hdmp: DMP_TOOLS
nn_ice: Surface Boundary Condition (SBC, | Handling of ice-covered area
nn_ice_embd: External Forcings
nn_isf: Surface Boundary Condition (SBC, | Surface Boundary Condition (SBC, | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf)
nn_isfblk: Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf)
nn_max: Successive Over Relaxation (nn_solv=2, | Preconditioned Conjugate Gradient (nn_solv=1, | Preconditioned Conjugate Gradient (nn_solv=1,
nn_msh: DMP_TOOLS | Exchange with neighbouring processors
nn_mxl: Turbulent length scale | Turbulent length scale | Turbulent length scale | Turbulent length scale | Turbulent length scale | Turbulent length scale
nn_nit000: Handling of icebergs (ICB)
nn_npc: Non-Penetrative Convective Adjustment (ln_tranpc)
nn_pdl: TKE Turbulent Closure Scheme
nn_ric: Richardson Number Dependent (key_
nn_rimwidth: The Flow Relaxation Scheme
nn_rnf_depth_file: River runoffs (sbcrnf)
nn_sample_rate: Handling of icebergs (ICB)
nn_solv: Elliptic solvers (SOL) | no title | no title
nn_stab_func: GLS Generic Length Scale
nn_stockfl: Output data
nn_tau000: Analytical formulation (sbcana)
nn_test_box: Handling of icebergs (ICB)
nn_test_icebergs: Handling of icebergs (ICB) | Handling of icebergs (ICB) | Handling of icebergs (ICB) | Handling of icebergs (ICB) | Handling of icebergs (ICB)
nn_tkebc_bot: GLS Generic Length Scale
nn_tkebc_surf: GLS Generic Length Scale
nn_tra: The namelists
nn_tra_dta: The namelists | The namelists | The namelists
nn_trd: Tracer/Dynamics Trends (TRD)
nn_verbose_level: Handling of icebergs (ICB)
nn_verbose_write: Handling of icebergs (ICB)
nn_volctl: Volume correction | Volume correction | Volume correction | Volume correction
nn_writefl: Output data
nn_zdfexp: Diffusive Part | Tracer Vertical Diffusion (trazdf) | Tracer Vertical Diffusion (trazdf) | Vertical diffusion term (dynzdf.F90) | Vertical diffusion term (dynzdf.F90)
nn_zdmp: Tracer damping (tradmp)
nn_zpyc: Internal wave-driven mixing (key_
nstep_han: Harmonic analysis of tidal
nz_rnf: River runoffs (sbcrnf)
open_ocean_jstart: Simple subsetting of input | Simple subsetting of input | Simple subsetting of input | Simple subsetting of input
ppa0: -coordinate (ln_zco | -coordinate (ln_zco
ppa1: -coordinate (ln_zco | -coordinate (ln_zco
ppacr: -coordinate (ln_zco | -coordinate (ln_zco | -coordinate (ln_zco
ppacr=0: -coordinate (ln_zco
ppdzmin: -coordinate (ln_zco | -coordinate (ln_zco
ppe1_deg: Choice of horizontal grid | Choice of horizontal grid
ppe1_m: Choice of horizontal grid
ppe2_deg: Choice of horizontal grid
ppe2_m: Choice of horizontal grid
ppglam0: Choice of horizontal grid
ppglamt0: Choice of horizontal grid
ppgphi0: Choice of horizontal grid | Choice of horizontal grid | Choice of horizontal grid
pphmax: -coordinate (ln_zco | -coordinate (ln_zco | -coordinate (ln_zco | -coordinate with partial step | -coordinate with partial step
ppkth: -coordinate (ln_zco | -coordinate (ln_zco | -coordinate (ln_zco
ppsur: -coordinate (ln_zco | -coordinate (ln_zco
rn_a0: Equation Of Seawater (nn_eos
rn_abs: Solar Radiation Penetration (traqsr)
rn_aeih_0: Choice of namtra_ldf namelist
rn_aeiv: Eddy Induced Velocity (traadv_eiv,
rn_aeiv_0: Choice of namtra_ldf namelist | Choice of namtra_ldf namelist
rn_ahm_0_lap: Constant Mixing Coefficients (default | Vertically varying Mixing Coefficients | Horizontally Varying Mixing Coefficients | Horizontally Varying Mixing Coefficients
rn_ahm_m_lap: Smagorinsky viscosity (key_ dynldf_c3d
rn_ahmb_0: Smagorinsky viscosity (key_ dynldf_c3d
rn_aht_0: Constant Mixing Coefficients (default | Vertically varying Mixing Coefficients | Horizontally Varying Mixing Coefficients | Horizontally Varying Mixing Coefficients
rn_aht_m: Smagorinsky viscosity (key_ dynldf_c3d
rn_ahtb_0: Smagorinsky viscosity (key_ dynldf_c3d
rn_ahtbbl: Diffusive Bottom Boundary layer
rn_alp: Richardson Number Dependent (key_
rn_alpha: -coordinate (ln_sco)
rn_atfp: Non-Diffusive Part | Non-Diffusive Part | Tracer time evolution (tranxt) | Tracer time evolution (tranxt)
rn_avevd: Enhanced Vertical Diffusion (ln_zdfevd)
rn_avm0: Constant (key_ zdfcst) | TKE Turbulent Closure Scheme
rn_avmri: Richardson Number Dependent (key_
rn_avt0: Constant (key_ zdfcst) | TKE Turbulent Closure Scheme
rn_b0: Equation Of Seawater (nn_eos
rn_bb: -coordinate (ln_sco)
rn_bfeb2: Non-Linear Bottom Friction (nn_botfr | Non-Linear Bottom Friction (nn_botfr | Non-Linear Bottom Friction (nn_botfr
rn_bfri1: Linear Bottom Friction (nn_botfr | Linear Bottom Friction (nn_botfr | Linear Bottom Friction (nn_botfr
rn_bfri2: Non-Linear Bottom Friction (nn_botfr | Non-Linear Bottom Friction (nn_botfr | Non-Linear Bottom Friction (nn_botfr | Log-layer Bottom Friction enhancement
rn_bfri2_max: Log-layer Bottom Friction enhancement
rn_bfrien: Linear Bottom Friction (nn_botfr | Non-Linear Bottom Friction (nn_botfr
rn_bfrz0: Log-layer Bottom Friction enhancement
rn_bits_erosion_fraction: Handling of icebergs (ICB)
rn_bot: DMP_TOOLS
rn_bt_cmax: Split-Explicit free surface (key_
rn_charn: GLS Generic Length Scale
rn_chsmag: Smagorinsky viscosity (key_ dynldf_c3d
rn_clim_galp: GLS Generic Length Scale
rn_cmsh: Smagorinsky viscosity (key_ dynldf_c3d | Smagorinsky viscosity (key_ dynldf_c3d
rn_cmsmag_1: Smagorinsky viscosity (key_ dynldf_c3d | Smagorinsky viscosity (key_ dynldf_c3d
rn_cmsmag_2: Smagorinsky viscosity (key_ dynldf_c3d
rn_crban: GLS Generic Length Scale
rn_dep: DMP_TOOLS
rn_dep_max: River runoffs (sbcrnf)
rn_e3zps_min: -coordinate with partial step
rn_ebb: TKE Turbulent Closure Scheme | Surface wave breaking parameterization | Surface wave breaking parameterization
rn_efac: CORE Bulk formulea (ln_core=true)
rn_efr: Mixing just below the
rn_emin: TKE Turbulent Closure Scheme
rn_emin0: Surface wave breaking parameterization
rn_emp0: Analytical formulation (sbcana)
rn_eps: Successive Over Relaxation (nn_solv=2, | Preconditioned Conjugate Gradient (nn_solv=1,
rn_gambbl: Advective Bottom Boundary Layer
rn_gammas0: Ice shelf melting (sbcisf)
rn_gammat0: Ice shelf melting (sbcisf)
rn_hc: -coordinate (ln_sco)
rn_hisf_tbl: Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf)
rn_htmx: Bottom intensified tidal mixing
rn_htrmax: Neptune effect (dynnept)
rn_htrmin: Neptune effect (dynnept)
rn_initial_mass: Handling of icebergs (ICB)
rn_initial_thickness: Handling of icebergs (ICB)
rn_lambda1: Equation Of Seawater (nn_eos
rn_lambda2: Equation Of Seawater (nn_eos
rn_lc: Langmuir cells
rn_mass_scaling: Handling of icebergs (ICB)
rn_me: Bottom intensified tidal mixing
rn_mldmax: Richardson Number Dependent (key_
rn_mldmin: Richardson Number Dependent (key_
rn_mu1: Equation Of Seawater (nn_eos
rn_mu2: Equation Of Seawater (nn_eos
rn_mxl0: Turbulent length scale | Turbulent length scale
rn_n2min: Bottom intensified tidal mixing
rn_nu: Equation Of Seawater (nn_eos
rn_pfac: CORE Bulk formulea (ln_core=true)
rn_qns0: Analytical formulation (sbcana)
rn_qsr0: Analytical formulation (sbcana)
rn_rdt: Bottom Friction with split-explicit | Bottom Friction with split-explicit | Other controls of the | Other controls of the | Other controls of the | Other controls of the | Accelerating the Convergence (nn_acc
rn_rdth: Accelerating the Convergence (nn_acc
rn_rdtmax: Accelerating the Convergence (nn_acc | Accelerating the Convergence (nn_acc
rn_rdtmin: Accelerating the Convergence (nn_acc | Accelerating the Convergence (nn_acc
rn_rmax: -coordinate (ln_sco)
rn_rnf_max: River runoffs (sbcrnf)
rn_sbot_max: -coordinate (ln_sco)
rn_sbot_min: -coordinate (ln_sco)
rn_shlat: no title | Boundary Condition at the | Boundary Condition at the | Boundary Condition at the | Boundary Condition at the | Boundary Condition at the
rn_si0: Solar Radiation Penetration (traqsr) | Solar Radiation Penetration (traqsr)
rn_smsh: Smagorinsky viscosity (key_ dynldf_c3d
rn_sor: Successive Over Relaxation (nn_solv=2,
rn_surf: DMP_TOOLS
rn_tfe: Bottom intensified tidal mixing
rn_tfe_itf: Indonesian area specific treatment
rn_tfri2: Log-layer Bottom Friction enhancement
rn_tfri2_max: Log-layer Bottom Friction enhancement
rn_tfrz0: Log-layer Bottom Friction enhancement
rn_theta: -coordinate (ln_sco)
rn_tslse: Neptune effect (dynnept)
rn_tslsp: Neptune effect (dynnept)
rn_utau0: Analytical formulation (sbcana)
rn_vfac: CORE Bulk formulea (ln_core=true)
rn_vtau0: Analytical formulation (sbcana)
rn_wtmix: Richardson Number Dependent (key_
rn_wvmix: Richardson Number Dependent (key_
rn_zb_a: -coordinate (ln_sco)
rn_zb_b: -coordinate (ln_sco)
rn_zqt: CORE Bulk formulea (ln_core=true)
rn_zs: -coordinate (ln_sco)
rn_zu: CORE Bulk formulea (ln_core=true)
sbc_wave: Neutral drag coefficient from
sn_apr: Atmospheric pressure (sbcapr)
sn_clc: MFS Bulk formulea (ln_mfs=true)
sn_depmax_isf: Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf)
sn_depmin_isf: Ice shelf melting (sbcisf) | Ice shelf melting (sbcisf)
sn_fwfisf: Ice shelf melting (sbcisf)
sn_humi: CORE Bulk formulea (ln_core=true)
sn_icb: Handling of icebergs (ICB)
sn_Leff_isf: Ice shelf melting (sbcisf)
sn_msl: MFS Bulk formulea (ln_mfs=true)
sn_prec: CORE Bulk formulea (ln_core=true) | MFS Bulk formulea (ln_mfs=true)
sn_qlw: CORE Bulk formulea (ln_core=true)
sn_qsr: CORE Bulk formulea (ln_core=true) | Diurnal cycle (sbcdcy)
sn_rhm: MFS Bulk formulea (ln_mfs=true)
sn_rnfisf: Ice shelf melting (sbcisf)
sn_sal: Domain: Initial State (istate | Tracer damping (tradmp)
sn_snow: CORE Bulk formulea (ln_core=true)
sn_tair: CORE Bulk formulea (ln_core=true) | MFS Bulk formulea (ln_mfs=true)
sn_tdif: CORE Bulk formulea (ln_core=true)
sn_tem: Domain: Initial State (istate | Tracer damping (tradmp)
sn_windi: MFS Bulk formulea (ln_mfs=true)
sn_windj: MFS Bulk formulea (ln_mfs=true)
sn_wndi: CORE Bulk formulea (ln_core=true)
sn_wndj: CORE Bulk formulea (ln_core=true)
tname: Harmonic analysis of tidal
traldf_grif: Lateral Ocean Physics (LDF) | Slopes for tracer iso-neutral
traldf_grif_iso: Slopes for tracer iso-neutral
xmlio_server.def: NetCDF4 Support (key_ netcdf4)

Routines

dom_msk_nsa: Boundary Condition at the
dyn_spg_ts: Bottom Friction with split-explicit
fld_read: Input Data generic interface | Implementation
hgr_read: Choice of horizontal grid
inimpp2: Exchange with neighbouring processors
istate_t_s: Domain: Initial State (istate
lbc_lnk: Exchange with neighbouring processors | Water column model: 1D | Water column model: 1D
ldf_dyn_c2d_orca: Horizontally Varying Mixing Coefficients
ldfslp_init: slopes for tracer geopotential
sbc_blk_init: Input Data generic interface
sbc_isf_div: Ice shelf melting (sbcisf)
sbc_rnf_div: River runoffs (sbcrnf)
stp: Water column model: 1D
stp_c1d: Water column model: 1D
stp_ctl: Standalone Surface Boundary Condition
tra_dmp_init: Tracer damping (tradmp)
trc_oce_rgb: Solar Radiation Penetration (traqsr)
zdf_bfr: Bottom Friction with split-explicit

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Gurvan Madec and the NEMO Team
NEMO European Consortium2016-11-22