== 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 ||
||  ||Dynamic biLaplacian operator lateral viscosity   || ||ln_dynldf_bilap ||
||  || 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 ||
||  || energy and enstrophy conserving  ||  ||ln_dynvor_een ||
||'''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