| Version 4 (modified by vigilant, 14 years ago) (diff) |
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Available configuration in NEMOTAM
This page contains information on current available configuration for NEMOTAM.
To have an overview on available routines, please see the TAM development progress table. We use the following method: The physical choices are set through cpp keys and namelist parameters. We use below a similar table used for NEMO.
Ocean Components
| Used for | Functionnalities | cpp keys | Associated namelist & logical |
| Horizontal Diffusion/Viscosity? | |||
| Lateral diffusion along isopycnal slopes | key_ldfslp | ||
| Horizontal Tracer diffusion | nam_traldf | ||
| Tracer lateral diffusion eddy induced velocity parameterization | key_traldf_eiv | ||
| Tracer Laplacian operator | ln_traldf_lap | ||
| Iso-neutral application direction for the operator | ln_traldf_iso | ||
| Tracer lateral diffusion 1d=f°(depth) , 2d=f°(lat,lon) or 3d=f°(lat,lon,depth) | key_traldf_c2d | ||
| Horizontal Dynamic viscosity | nam_dynldf | ||
| Dynamic Laplacian operator lateral viscosity | ln_dynldf_lap | ||
| Geopotential application direction for the operator | ln_dynldf_hor | ||
| Dynamic lateral viscosity 1d=f°(depth) , 2d=f°(lat,lon) or 3d=f°(lat,lon,depth) | key_dynldf_c3d | ||
| Vertical viscosity/Diffusivity | |||
| Vertical diffusion based on the TKE closure scheme | *Color( white , orange, key_zdftke )? | namtke | |
| Vertical double diffusion mixing for salinity | key_zdfddm | namddm | |
| Vertical convective processes | |||
| Enhanced vertical diffusion parametrization | ln_zdfevd | ||
| Surface forcing fields | namsbc, key_forced_daily, key_tau_daily | ||
| Initial state & damping | |||
| Internal Newtonian tracers (T & S) damping | key_tradmp | namtdp | |
| Use a 3D monthly salinity data (Levitus) | key_dtasal | ||
| Use a monthly temperature data (Levitus) | key_dtatem | ||
| ??? | key_dtasst | ||
| Sea surface temperature damping | namsbc & namsbc_ssr & ln_ssr | ||
| Sea surface salinity damping | namsbc & namsbc_ssr & ln_ssr | ||
| On-line diagnostics | |||
| Eddy Induced Velocity (Gent & Mc Williams parameterization) | key_diaeiv | ||
| Themocline, 20°C & 28°C isotherm depths | key_diahth | ||
| ??? | key_diaobs | ||
| High Performances Computing | |||
| Enable MPP computing with MPI | key_mpp_mpi | ||
| ??? | key_mpi_isend | ||
| reproductibility | key_mpi_rep | ||
| Vertical coordinates | nam_zgr | ||
| Full steps - Z | ln_zco | ||
| Partial steps - PS | ln_zps | ||
| Pressure gradient treatment | |||
| Filtered free surface algorithm | key_dynspg_flt | ||
| Sea surface salinity damping | namsbc & namsbc_ssr & ln_ssr | ||
| Vorticity schemes | nam_dynvor | ||
| enstrophy conserving | ln_dynvor_ens | ||
| Advection schemes | nam_traadv | ||
| 2nd order Centered | ln_traadv_cen2 | ||
| Configurations | |||
| Idealized Double Gyre configuration with a flat bottom | key_gyre | ||
| Global ORCA configuration at 2° resolution | key_orca_r2 | ||
| Others cpp keys | |||
| Geothermal boundary condition flux | nambbc | ||
| Diffusive Bottom Boundary Layer | key_trabbl_dif | nambbl |
Note: (*) for key_zdftke all options are not yet available. See Hand coding status for more details
