Parameter |
Value |
Unit |
Description |
&airsea
Air Sea interactions
|
heat_method |
|
(int) |
Method to impose heat flux (positive downward) |
const_qin |
|
(W/m^2) |
Solar flux (penetrating into water) (opt[1]) |
const_qout |
|
(W/m^2) |
Non solar heat flux (Latent+Sensible+Infrared) (opt[1]) |
heat_flux_file |
|
(char) |
Filename for heat flux (opt[2]) |
momentum_method |
|
(int) |
Method to impose wind stress |
const_tx |
|
(N/m^2) |
Wind stress x-component (opt[1]) |
const_ty |
|
(N/m^2) |
Wind stress y-component (opt[1]) |
momentum_flux_file |
|
(char) |
Filename for wind forcing (opt[2]) |
p_e_method |
|
(int) |
Method to impose freshwater flux |
p_e_flux_file |
|
(char) |
Filename for freshwater flux (opt[2]) |
sst_method |
|
(int) |
Method to impose sea surface temperature |
sst_file |
|
(char) |
Filename for surface T (opt[2]) |
sss_method |
|
(int) |
Method to impose sea surface salinity |
sss_file |
|
(char) |
Filename for surface S (opt[2]) |
airt_file |
|
(char) |
Filename for air T |
|
title |
|
(char) |
Title of the simulation |
nlev |
|
(int) |
Number of vertical levels |
dt |
|
(s) |
Time step |
cnpar |
|
(/) [0-1] |
Implictness factor for time-resolution |
buoy_method |
|
(int) |
Method to compute density (Diagnostic/Prognostic) |
&station
Station Information
|
name |
|
(char) |
Name of the oceanic station |
latitude |
|
(deg) |
Latitude S-N |
longitude |
|
(deg) |
Longitude W-E |
depth |
|
(m) |
Local depth |
&time
Time format
|
timefmt |
|
(int) |
Implicitly uses timestep=dt |
MaxN |
|
(int) |
Maximal index for time loop |
start |
|
(char) |
Initial time (yyyy/mm/dd hh:mm:ss) |
stop |
| (char) |
Final time (yyyy/mm/dd hh:mm:ss) |
&output
Model output specifications
|
out_fmt |
|
(int) |
Select output format |
out_dir |
|
(char) |
Path from here to output directory (set permissions) |
out_fn |
|
(char) |
Filename for outputs (extension is appended) |
nsave |
|
(int) |
Frequency of saving |
variances |
.true.
.false.
| (bool) |
Variances are written to output |
diagnostics |
.true.
.false.
|
(bool) |
Diagnostics are written to output? |
mld_method |
|
(int) |
Select Mixed Layer Depth (MLD) definition criterium |
diff_k |
|
(m^2/s^2) |
Critical TKE for MLD definition (opt[1]) |
ri_crit |
|
(/) |
Critical Ri number for MLD definition (opt[2]) |
rad_corr |
.true.
.false.
|
(bool) |
Correct surface buoyancy flux for solar radiation |
&eqstate
Equation of State
|
eq_state_method |
|
(int) |
Select form of equation of state |
T0 |
|
(deg) |
Reference temperature |
S0 |
|
(psu) |
Reference salinity |
p0 |
|
(bar) |
Reference pressure |
dtr0 |
|
(kg/m^3/K) |
Thermal expansion coefficient (opt[4]) |
dsr0 |
|
(kg/m^3/psu) |
Saline expansion coefficient (opt[4]) |
&meanflow
Dynamical parameters
|
h0b |
|
(m) |
Bottom roughness - Note: z0b=0.03*h0b+.. |
h0s |
|
(m) |
Surface roughness - Note: z0b=0.03*h0s+.. |
ddu |
|
(int) |
Upper grid zooming parameter |
ddl |
|
(int) |
Lower grid zooming parameter |
gravity |
|
(m/s^2) |
Gravity acceleration |
rho_0 |
|
(kg/m^3) |
Reference density |
cp |
|
(J/kg/K) |
Specific heat of sea water |
avmolu |
|
(m^2/s) |
Molecular viscosity for momentum |
avmolt |
|
(m^2/s) |
Molecular diffusivity for T |
avmols |
|
(m^2/s) |
Molecular diffusivity for S |
MaxItz0b |
|
(int) |
Max # of iterations for z0b as function of u_taub |
&sprofile
Salinity Profile
|
s_prof_method |
|
(int) |
Select type of S profile |
z_s1 |
|
(m) |
Upper layer thickness (opt[1]) |
s_1 |
|
(psu) |
Upper layer salinity (opt[1]) |
z_s2 |
|
(m) |
Depth of start of lower layer (opt[1]) |
s_2 |
|
(psu) |
Lower layer salinity (opt[1]) |
s_prof_file |
|
(char) |
Filename with S profile (opt[2]) |
SRelaxTauM |
|
(s) |
Maximum Relaxation Time |
&tprofile
Temperature Profile
|
t_prof_method |
|
(int) |
Select the type of T profile |
z_t1 |
|
(m) |
Upper layer thickness (opt[1]) |
t_1 |
|
(psu) |
Upper layer temperature (opt[1]) |
z_t2 |
|
(m) |
Depth of start of lower layer (opt[1]) |
t_2 |
|
(psu) |
Lower layer temperature (opt[1]) |
t_prof_file |
|
(char) |
Filename with T profile (opt[2]) |
TRelaxTauM |
|
(s) |
Maximum Relaxation Time |
&bprofile
Buoyancy Profile
|
b_obs_surf |
|
(m/s^2) |
Prescribed initial buoyancy at the surface |
b_obs_NN |
|
(/s) |
Prescribed initial Brunt-Vaisalla frequency |
b_obs_sbf |
|
(m/s^2) |
Prescribed constant surface buoyancy flux |
&ext_pressure
External Pressure Gradient
|
ext_press_method |
|
(int) |
Select type of barotropic forcing |
PressMethod |
|
(int) |
Select imposition of pressure gradient |
ext_press_file |
|
(char) |
Pressure filename (opt[2]) |
PressConstU |
|
(/) |
Constant x-pressure grad (opt[0]) |
PressConstV |
|
(/) |
Constant y-pressure grad (opt[0]) |
PressHeight |
|
(m) |
Height above bottom of current obs |
PeriodM |
|
(s) |
Period of 1. harmonic of M2 tide (opt[1]) |
AmpMu |
|
(m/s) |
u amp. of 1. harmonic (opt[1]) |
AmpMv |
|
(m/s) |
v amp. of 1. harmonic (opt[1]) |
PhaseMu |
|
(deg|rad) |
u phase of 1. harmonic (opt[1]) |
PhaseMv |
|
(deg|rad) |
v phase of 1. harmonic (opt[1]) |
PeriodS |
|
(s) |
Period of 1. harmonic for S tide (opt[1]) |
AmpSu |
|
(m/s) |
u amp. of 1. harmonic (opt[1]) |
AmpSv |
|
(m/s) |
v amp. of 1. harmonic (opt[1]) |
PhaseSu |
|
(deg|rad) |
u phase of 1. harmonic (opt[1]) |
PhaseSv |
|
(deg|rad) |
v phase of 1. harmonic (opt[1]) |
&int_pressure
Internal Pressure Gradient
|
int_press_method |
|
(int) |
Select type of baroclinic forcing |
int_press_file |
|
(char) |
Filename for Internal Pressure (opt[2]) |
const_dsdx |
|
(psu/m) |
Salinity x-grad (opt[0]) |
const_dsdy |
|
(psu/m) |
Salinity y-grad (opt[0]) |
const_dtdx |
|
(K/m) |
Temperature x-grad (opt[0]) |
const_dtdy |
|
(K/m) |
Temperature y-grad (opt[0]) |
const_idpdx |
|
(m/s^2) |
Salinity x-grad (opt[0]) |
const_idpdy |
|
(m/s^2) |
Salinity y-grad (opt[0]) |
s_adv |
.true.
.false.
|
(bool) |
Advection of S |
t_adv |
.true.
.false.
|
(bool) |
Advection of T |
&zetaspec
Sea surface elevation
|
zeta_method |
|
(int) |
Select type of elevation |
zeta_file |
|
(char) |
Filename Elevation (opt[2]) |
zeta0 |
|
(m) |
Constant sea surface elevation (opt[0]) |
Period1 |
|
(s) |
Period harmonic 1 of M2 (opt[1]) |
Amp1 |
|
(m) |
Amplitude harmonic 1 of M2 (opt[1]) |
Phase1 |
|
(deg|rad) |
Phase harmonic 1 of M2 (opt[1]) |
Period2 |
|
(s) |
Period harmonic 2 of M2 (opt[1]) |
Amp2 |
|
(m) |
Amplitude harmonic 2 (opt[1]) |
Phase2 |
|
(deg|rad) |
Phase harmonic 2 of M2 (opt[1]) |
&extinct
Light Extinction Method
|
zeta_method |
|
(int) |
Select water clearance type |
extinct_file |
|
(char) |
Filename for Extinction data (opt[7]) |
&turbulence
Turbulence Settings
|
turb_method |
|
(int) |
Select turbulence method |
tke_method |
|
(int) |
TKE method |
len_scale_method |
|
(int) |
Length-scale method [Info] |
stab_method |
|
(int) |
Stability function method |
length_lim |
.true.
.false.
|
(bool) |
Apply length limitation |
k_min |
|
(m^2/s^2) |
Minimal TKE |
L_min |
|
(m) |
Minimal Length scale |
eps_min |
|
(>>) |
Minimal Dissipation |
&turb_parameters
Turbulence Parameters
|
kappa |
|
(/) |
Von Karman's constant |
Prandtl0 |
|
(/) |
Turbulent Pradntl number |
cm0 |
|
(/) |
Stabi func for momentum for unstrat equilibrium flow |
cmucst |
|
(/) |
Coefficient in stability function for momentum |
galp |
|
(/) |
Coefficient for length limitation |
&keps
Constants for k-eps model
|
ce1 |
|
(/) |
Empirical coeff in diss eq |
ce2 |
|
(/) |
Empirical coeff in diss eq |
ce3minus |
|
(/) |
ce3 for stable stratification |
ce3plus |
|
(/) |
ce3 for un-stable stratification |
sig_k |
|
(/) |
Schimdt number for TKE eddy diffus |
flux_bdy |
.true.
.false.
|
(bool) |
Flux boundary condition? [Info] |
&my
Constants for k-kL model of MY
|
sl |
|
(/) |
Eddy diffu of k & kL |
e1 |
|
(/) |
Coeff in MY kL equation |
e2 |
|
(/) |
Coeff in MY kL equation |
e3 |
|
(/) |
Coeff in MY kL equation |
MY_method |
|
(int) |
MY method |
&stabfunc
Constants for Stability Function
|
a1 |
|
(/) |
Coeff in Galperin QE SF |
a2 |
|
(/) |
Coeff in Galperin QE SF |
b1 |
|
(/) |
Coeff in Galperin QE SF |
b2 |
|
(/) |
Coeff in Galperin QE SF |
c2 |
|
(/) |
0 for Galperin SF, 0.7 for KC SF |
c3 |
|
(/) |
0 for Galperin SF, 0.2 for KC SF |
qehsmooth |
.true.
.false.
|
(bool) |
Smooth in unstable stratification? |
qehmax |
|
(/) |
Max value of parameter gh in qeSF |
qehmin |
|
(/) |
Min value of parameter gh in qeSF |
qehcrit |
|
(/) |
Critical value of gh to start smoothing |
&iw
Internal waves parameters
|
IW_model |
|
(int) |
IW method |
alpha |
|
(/) |
Coeff for extra shear by N^2 (opt[1]) |
klimiw |
|
(m^2/s^2) |
Critical TKE activating (opt[2]) |
rich_cr |
|
(/) |
Critical value for Richardson number (opt[2]) |
numshear |
|
(m^2/s) |
Background diffusivity for Shear Instability (opt[2]) |
numiw |
|
(m^2/s) |
Background diffusivity for Internal Wave breaking (opt[2]) |
nuhiw |
|
(m^2/s) |
Background viscosity for Internal Wave breaking (opt[2]) |
&sedi
Sediment Module
|
sedi_calc |
.true.
.false.
|
(bool) |
Switch on sediment model? |
sedi_dens |
.true.
.false.
|
(bool) |
Active effect of sediment on density? |
rho_sed |
|
(kg/m^3) |
Density of sediments (opt[1]) |
size |
|
(m) |
Diameter of sediment particle |
init_conc |
|
(/) |
Initial relative sediment concentration |
adv_method |
|
(int) |
Advection scheme |
cnpar |
|
(/) |
Crank-Nicholson parameter |
Bcup |
|
(int) |
Upper boundary specification (not change) |
Bcdw |
|
(int) |
Lower boundary specification (not change) |
Cup |
|
(kg/m^3) |
BC specification (not change) |
CbObsDt |
|
(s) |
Relaxation of bed sediment to analytical sol |
z0bMmethod |
|
(int) |
Method to determine z0 |