| 1 |
|
| 2 |
\begin{table}[!ht] |
| 3 |
\caption{Run-time parameters and default values |
| 4 |
\label{tab:pkg:seaice:runtimeparms}} |
| 5 |
{\tiny |
| 6 |
%\hspace*{-1.5in} |
| 7 |
\begin{tabular}{|llp{5cm}c|} |
| 8 |
\hline |
| 9 |
& & & \\ |
| 10 |
\textbf{Name} & \textbf{Default value} |
| 11 |
& \textbf{Description} & \textbf{Reference} \\ |
| 12 |
& & & \\ |
| 13 |
\hline \hline |
| 14 |
SEAICEwriteState & T |
| 15 |
& write sea ice state to file |
| 16 |
& %---ref--- |
| 17 |
\\ |
| 18 |
SEAICEuseDYNAMICS & T |
| 19 |
& use dynamics |
| 20 |
& %---ref--- |
| 21 |
\\ |
| 22 |
SEAICEuseJFNK & F |
| 23 |
& use the JFNK-solver |
| 24 |
& %---ref--- |
| 25 |
\\ |
| 26 |
SEAICEuseTEM & F |
| 27 |
& use truncated ellipse method |
| 28 |
& %---ref--- |
| 29 |
\\ |
| 30 |
SEAICEuseMetricTerms & T |
| 31 |
& use metric terms in dynamics |
| 32 |
& %---ref--- |
| 33 |
\\ |
| 34 |
SEAICEuseEVPpickup & T |
| 35 |
& use EVP pickups |
| 36 |
& %---ref--- |
| 37 |
\\ |
| 38 |
SEAICEuseFluxForm & F |
| 39 |
& use flux form for 2nd central difference advection scheme |
| 40 |
& %---ref--- |
| 41 |
\\ |
| 42 |
SEAICErestoreUnderIce & F |
| 43 |
& enable restoring to climatology under ice |
| 44 |
& %---ref--- |
| 45 |
\\ |
| 46 |
useHB87stressCoupling & F |
| 47 |
& turn on ice-ocean stress coupling following \citet{hibler87} |
| 48 |
& %---ref--- |
| 49 |
\\ |
| 50 |
usePW79thermodynamics & T |
| 51 |
& flag to turn off zero-layer-thermodynamics for testing |
| 52 |
& %---ref--- |
| 53 |
\\ |
| 54 |
SEAICEadvHeff/Area/Snow/Salt & T |
| 55 |
& flag to turn off advection of scalar state variables |
| 56 |
& %---ref--- |
| 57 |
\\ |
| 58 |
SEAICEuseFlooding & T |
| 59 |
& use flood-freeze algorithm |
| 60 |
& %---ref--- |
| 61 |
\\ |
| 62 |
SEAICE\_no\_slip & F |
| 63 |
& switch between free-slip and no-slip boundary conditions |
| 64 |
& %---ref--- |
| 65 |
\\ |
| 66 |
SEAICE\_deltaTtherm & dTracerLev(1) |
| 67 |
& thermodynamic timestep |
| 68 |
& %---ref--- |
| 69 |
\\ |
| 70 |
SEAICE\_deltaTdyn & dTracerLev(1) |
| 71 |
& dynamic timestep |
| 72 |
& %---ref--- |
| 73 |
\\ |
| 74 |
SEAICE\_deltaTevp & 0 |
| 75 |
& EVP sub-cycling time step, values $>$ 0 turn on EVP |
| 76 |
& |
| 77 |
\\ |
| 78 |
SEAICEuseEVPstar & F & use modified EVP* instead of EVP & %---ref--- |
| 79 |
\\ |
| 80 |
SEAICEuseEVPrev & F & use yet another variation on EVP* & %---ref--- |
| 81 |
\\ |
| 82 |
SEAICEnEVPstarSteps & UNSET & number of modified EVP* iteration & %---ref--- |
| 83 |
\\ |
| 84 |
SEAICE\_evpAlpha & UNSET & EVP* parameter & %---ref--- |
| 85 |
\\ |
| 86 |
SEAICE\_evpBeta & UNSET & EVP* parameter & %---ref--- |
| 87 |
\\ |
| 88 |
SEAICE\_elasticParm & $\frac{1}{3}$ |
| 89 |
& EVP paramter $E_0$ & \\ |
| 90 |
SEAICE\_evpTauRelax & $\Delta{t}_{EVP}E_0$ |
| 91 |
& relaxation time scale $T$ for EVP waves & \\ |
| 92 |
% SEAICE_evpDampC & & & \\ |
| 93 |
SEAICEnewtonIterMax & 10 |
| 94 |
& maximum number of JFNK-Newton iterations |
| 95 |
& %---ref--- |
| 96 |
\\ |
| 97 |
SEAICEkrylovIterMax & 10 |
| 98 |
& maximum number of JFNK-Krylov iterations |
| 99 |
& %---ref--- |
| 100 |
\\ |
| 101 |
SEAICE\_JFNK\_lsIter & (off) |
| 102 |
& start line search after ``lsIter'' Newton iterations |
| 103 |
& %---ref--- |
| 104 |
\\ |
| 105 |
% SEAICE\_JFNK\_tolIter & 100 |
| 106 |
% & number of Newton iterations after which the |
| 107 |
% the tolerance is relaxed again |
| 108 |
% & %---ref--- |
| 109 |
% \\ |
| 110 |
JFNKgamma\_nonlin & 1.0E-05 |
| 111 |
& non-linear tolerance parameter for JFNK solver |
| 112 |
& %---ref--- |
| 113 |
\\ |
| 114 |
JFNKgamma\_lin\_min/max & 0.10/0.99 |
| 115 |
& tolerance parameters for linear JFNK solver |
| 116 |
& %---ref--- |
| 117 |
\\ |
| 118 |
JFNKres\_tFac & UNSET |
| 119 |
& tolerance parameter for FGMRES residual |
| 120 |
& %---ref--- |
| 121 |
\\ |
| 122 |
SEAICE\_JFNKepsilon & 1.0E-06 |
| 123 |
& step size for the FD-Jacobian-times-vector |
| 124 |
& %---ref--- |
| 125 |
\\ |
| 126 |
SEAICE\_dumpFreq & dumpFreq |
| 127 |
& dump frequency |
| 128 |
& %---ref--- |
| 129 |
\\ |
| 130 |
SEAICE\_taveFreq & taveFreq |
| 131 |
& time-averaging frequency |
| 132 |
& %---ref--- |
| 133 |
\\ |
| 134 |
SEAICE\_dump\_mdsio & T |
| 135 |
& write snap-shot using MDSIO |
| 136 |
& %---ref--- |
| 137 |
\\ |
| 138 |
SEAICE\_tave\_mdsio & T |
| 139 |
& write TimeAverage using MDSIO |
| 140 |
& %---ref--- |
| 141 |
\\ |
| 142 |
SEAICE\_dump\_mnc & F |
| 143 |
& write snap-shot using MNC |
| 144 |
& %---ref--- |
| 145 |
\\ |
| 146 |
SEAICE\_tave\_mnc & F |
| 147 |
& write TimeAverage using MNC |
| 148 |
& %---ref--- |
| 149 |
\\ |
| 150 |
SEAICE\_initialHEFF & 0.00000E+00 |
| 151 |
& initial sea-ice thickness |
| 152 |
& %---ref--- |
| 153 |
\\ |
| 154 |
SEAICE\_drag & 2.00000E-03 |
| 155 |
& air-ice drag coefficient |
| 156 |
& %---ref--- |
| 157 |
\\ |
| 158 |
OCEAN\_drag & 1.00000E-03 |
| 159 |
& air-ocean drag coefficient |
| 160 |
& %---ref--- |
| 161 |
\\ |
| 162 |
SEAICE\_waterDrag & 5.50000E+00 |
| 163 |
& water-ice drag |
| 164 |
& %---ref--- |
| 165 |
\\ |
| 166 |
SEAICE\_dryIceAlb & 7.50000E-01 |
| 167 |
& winter albedo |
| 168 |
& %---ref--- |
| 169 |
\\ |
| 170 |
SEAICE\_wetIceAlb & 6.60000E-01 |
| 171 |
& summer albedo |
| 172 |
& %---ref--- |
| 173 |
\\ |
| 174 |
SEAICE\_drySnowAlb & 8.40000E-01 |
| 175 |
& dry snow albedo |
| 176 |
& %---ref--- |
| 177 |
\\ |
| 178 |
SEAICE\_wetSnowAlb & 7.00000E-01 |
| 179 |
& wet snow albedo |
| 180 |
& %---ref--- |
| 181 |
\\ |
| 182 |
SEAICE\_waterAlbedo & 1.00000E-01 |
| 183 |
& water albedo |
| 184 |
& %---ref--- |
| 185 |
\\ |
| 186 |
SEAICE\_strength & 2.75000E+04 |
| 187 |
& sea-ice strength Pstar |
| 188 |
& %---ref--- |
| 189 |
\\ |
| 190 |
SEAICE\_rhoAir & 1.3 (or \code{exf} value) |
| 191 |
& density of air (kg/m$^3$) |
| 192 |
& %---ref--- |
| 193 |
\\ |
| 194 |
SEAICE\_cpAir & 1004 (or \code{exf} value) |
| 195 |
& specific heat of air (J/kg/K) |
| 196 |
& %---ref--- |
| 197 |
\\ |
| 198 |
SEAICE\_lhEvap & 2,500,000 (or \code{exf} value) |
| 199 |
& latent heat of evaporation % for water (J/kg) |
| 200 |
& %---ref--- |
| 201 |
\\ |
| 202 |
SEAICE\_lhFusion & 334,000 (or \code{exf} value) |
| 203 |
& latent heat of fusion %for ice and snow (J/kg) |
| 204 |
& %---ref--- |
| 205 |
\\ |
| 206 |
SEAICE\_lhSublim & 2,834,000 |
| 207 |
& latent heat of sublimation %for ice and snow (J/kg) |
| 208 |
& %---ref--- |
| 209 |
\\ |
| 210 |
SEAICE\_dalton & 1.75E-03 |
| 211 |
& sensible heat transfer coefficient |
| 212 |
& %---ref--- |
| 213 |
\\ |
| 214 |
SEAICE\_iceConduct & 2.16560E+00 |
| 215 |
& sea-ice conductivity |
| 216 |
& %---ref--- |
| 217 |
\\ |
| 218 |
SEAICE\_snowConduct & 3.10000E-01 |
| 219 |
& snow conductivity |
| 220 |
& %---ref--- |
| 221 |
\\ |
| 222 |
SEAICE\_emissivity & 5.50000E-08 |
| 223 |
& Stefan-Boltzman |
| 224 |
& %---ref--- |
| 225 |
\\ |
| 226 |
SEAICE\_snowThick & 1.50000E-01 |
| 227 |
& cutoff snow thickness |
| 228 |
& %---ref--- |
| 229 |
\\ |
| 230 |
SEAICE\_shortwave & 3.00000E-01 |
| 231 |
& penetration shortwave radiation |
| 232 |
& %---ref--- |
| 233 |
\\ |
| 234 |
SEAICE\_freeze & -1.96000E+00 |
| 235 |
& freezing temp. of sea water |
| 236 |
& %---ref--- |
| 237 |
\\ |
| 238 |
SEAICE\_saltFrac & 0.0 |
| 239 |
& salinity newly formed ice (fraction of ocean surface salinity) |
| 240 |
& %---ref--- |
| 241 |
\\ |
| 242 |
% SEAICE\_gamma\_t & UNSET |
| 243 |
% & restoring time scale for basal freezing and melting |
| 244 |
% & %---ref--- |
| 245 |
% \\ |
| 246 |
% SEAICE\_gamma\_t\_frz & UNSET |
| 247 |
% & restoring time scale for basal freezing |
| 248 |
% & %---ref--- |
| 249 |
% \\ |
| 250 |
% SEAICE\_mcPheePiston & UNSET |
| 251 |
% & ocean-ice turbulent flux "piston velocity" (m/s) that sets melt |
| 252 |
% efficiency. |
| 253 |
% & %---ref--- |
| 254 |
% \\ |
| 255 |
% SEAICE\_mcPheeTaper & UNSET |
| 256 |
% & tapering down of turbulent flux term with ice concentration. |
| 257 |
% & %---ref--- |
| 258 |
% \\ |
| 259 |
SEAICE\_frazilFrac & 0.0 |
| 260 |
& Fraction of surface level negative heat content anomalies |
| 261 |
(relative to the local freezing point) |
| 262 |
& %---ref--- |
| 263 |
\\ |
| 264 |
SEAICEstressFactor & 1.00000E+00 |
| 265 |
& scaling factor for ice-ocean stress |
| 266 |
& %---ref--- |
| 267 |
\\ |
| 268 |
Heff/Area/HsnowFile/Hsalt & UNSET |
| 269 |
& initial fields for variables HEFF/AREA/HSNOW/HSALT |
| 270 |
& %---ref--- |
| 271 |
\\ |
| 272 |
LSR\_ERROR & 1.00000E-04 |
| 273 |
& sets accuracy of LSR solver |
| 274 |
& %---ref--- |
| 275 |
\\ |
| 276 |
DIFF1 & 0.0 |
| 277 |
& parameter used in advect.F |
| 278 |
& %---ref--- |
| 279 |
\\ |
| 280 |
HO & 5.00000E-01 |
| 281 |
& demarcation ice thickness (AKA lead closing paramter $h_0$) |
| 282 |
& %---ref--- |
| 283 |
\\ |
| 284 |
MAX\_HEFF & 1.00000E+01 |
| 285 |
& maximum ice thickness |
| 286 |
& %---ref--- |
| 287 |
\\ |
| 288 |
MIN\_ATEMP & -5.00000E+01 |
| 289 |
& minimum air temperature |
| 290 |
& %---ref--- |
| 291 |
\\ |
| 292 |
MIN\_LWDOWN & 6.00000E+01 |
| 293 |
& minimum downward longwave |
| 294 |
& %---ref--- |
| 295 |
\\ |
| 296 |
MAX\_TICE & 3.00000E+01 |
| 297 |
& maximum ice temperature |
| 298 |
& %---ref--- |
| 299 |
\\ |
| 300 |
MIN\_TICE & -5.00000E+01 |
| 301 |
& minimum ice temperature |
| 302 |
& %---ref--- |
| 303 |
\\ |
| 304 |
IMAX\_TICE & 10 |
| 305 |
& iterations for ice heat budget |
| 306 |
& %---ref--- |
| 307 |
\\ |
| 308 |
SEAICE\_EPS & 1.00000E-10 |
| 309 |
& reduce derivative singularities |
| 310 |
& %---ref--- |
| 311 |
\\ |
| 312 |
SEAICE\_area\_reg & 1.00000E-5 |
| 313 |
& minimum concentration to regularize ice thickness |
| 314 |
& %---ref--- |
| 315 |
\\ |
| 316 |
SEAICE\_hice\_reg & 0.05 m |
| 317 |
& minimum ice thickness for regularization |
| 318 |
& %---ref--- |
| 319 |
\\ |
| 320 |
\hline |
| 321 |
\end{tabular} |
| 322 |
} |
| 323 |
\end{table} |
| 324 |
|
| 325 |
%%% Local Variables: |
| 326 |
%%% mode: latex |
| 327 |
%%% TeX-master: "../../manual" |
| 328 |
%%% End: |
Parent Directory
| 
Revision Log
| 
Revision Graph