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revision 1.5 by heimbach, Mon Aug 1 22:31:36 2005 UTC revision 1.13 by jmc, Mon Aug 30 23:09:21 2010 UTC
# Line 22  forcing fields an arbitrary grid onto th Line 22  forcing fields an arbitrary grid onto th
22  CPP options enable or disable different aspects of the package  CPP options enable or disable different aspects of the package
23  (Section \ref{sec:pkg:exf:config}).  (Section \ref{sec:pkg:exf:config}).
24  Runtime options, flags, filenames and field-related dates/times are  Runtime options, flags, filenames and field-related dates/times are
25  set in \texttt{data.exf} and \texttt{data.exf\_clim}  set in \texttt{data.exf}
26  (Section \ref{sec:pkg:exf:runtime}).  (Section \ref{sec:pkg:exf:runtime}).
27  A description of key subroutines is given in Section  A description of key subroutines is given in Section
28  \ref{sec:pkg:exf:subroutines}.  \ref{sec:pkg:exf:subroutines}.
29  Input fields, units and sign conventions are summarized in  Input fields, units and sign conventions are summarized in
30  Section \ref{sec:pkg:exf:fields_units}, and available diagnostics  Section \ref{sec:pkg:exf:fields_units}, and available diagnostics
31  output is listed in Section \ref{sec:pkg:exf:fields_diagnostics}.  output is listed in Section \ref{sec:pkg:exf:diagnostics}.
32    
33  %----------------------------------------------------------------------  %----------------------------------------------------------------------
34    
# Line 49  using the \texttt{packages.conf} file by Line 49  using the \texttt{packages.conf} file by
49  or using \texttt{genmake2} adding  or using \texttt{genmake2} adding
50  \texttt{-enable=exf} or \texttt{-disable=exf} switches  \texttt{-enable=exf} or \texttt{-disable=exf} switches
51  %  %
52    \item
53    \textit{required packages and CPP options}: \\
54    EXF requires the calendar package \texttt{cal} to be enabled;
55    no additional CPP options are required.
56    %
57  \end{itemize}  \end{itemize}
58  (see Section \ref{sect:buildingCode}).  (see Section \ref{sec:buildingCode}).
59    
60  Parts of the EXF code can be enabled or disabled at compile time  Parts of the EXF code can be enabled or disabled at compile time
61  via CPP preprocessor flags. These options are set in either  via CPP preprocessor flags. These options are set in either
# Line 58  via CPP preprocessor flags. These option Line 63  via CPP preprocessor flags. These option
63  Table \ref{tab:pkg:exf:cpp} summarizes these options.  Table \ref{tab:pkg:exf:cpp} summarizes these options.
64    
65  \begin{table}[b!]  \begin{table}[b!]
66    \label{tab:pkg:exf:cpp}    \centering
67    {\footnotesize    {\footnotesize
68      \begin{tabular}{|l|l|}      \begin{tabular}{|l|l|}
69        \hline        \hline
# Line 80  Table \ref{tab:pkg:exf:cpp} summarizes t Line 85  Table \ref{tab:pkg:exf:cpp} summarizes t
85        \hline        \hline
86           \multicolumn{2}{|c|}{\textit{used in conjunction with relaxation to prescribed (climatological) fields}} \\           \multicolumn{2}{|c|}{\textit{used in conjunction with relaxation to prescribed (climatological) fields}} \\
87           \hline           \hline
         \texttt{ALLOW\_CLIMTEMP\_RELAXATION} &  
           relaxation to 3-D temperature climatology \\  
         \texttt{ALLOW\_CLIMSALT\_RELAXATION} &  
           relaxation to 3-D salinity climatology \\  
88          \texttt{ALLOW\_CLIMSST\_RELAXATION} &          \texttt{ALLOW\_CLIMSST\_RELAXATION} &
89            relaxation to 2-D SST climatology \\            relaxation to 2-D SST climatology \\
90          \texttt{ALLOW\_CLIMSSS\_RELAXATION} &          \texttt{ALLOW\_CLIMSSS\_RELAXATION} &
# Line 97  Table \ref{tab:pkg:exf:cpp} summarizes t Line 98  Table \ref{tab:pkg:exf:cpp} summarizes t
98      \end{tabular}      \end{tabular}
99    }    }
100    \caption{~}    \caption{~}
101      \label{tab:pkg:exf:cpp}
102  \end{table}  \end{table}
103    
104    
# Line 117  Run-time parameters may be broken into 3 Line 119  Run-time parameters may be broken into 3
119  \paragraph{Enabling the package}  \paragraph{Enabling the package}
120  ~ \\  ~ \\
121  %  %
122  A package is usually switched on/off at runtime by setting  A package is switched on/off at runtime by setting
123  (e.g. for EXF) \texttt{useEXF = .TRUE.} in \texttt{data.pkg}.  (e.g. for EXF) \texttt{useEXF = .TRUE.} in \texttt{data.pkg}.
 For EXF this flag is omitted, i.e. EXF is always ON if it is compiled.  
124    
125  \paragraph{General flags and parameters}  \paragraph{General flags and parameters}
126  ~ \\  ~ \\
127  %  %
128  \begin{table}[h!]  \begin{table}[!ht]
129    \label{tab:pkg:exf:runtime_flags}    \centering
130    {\footnotesize    {\footnotesize
131      \begin{tabular}{|l|c|l|}      \begin{tabular}{|l|c|l|}
132        \hline        \hline
# Line 146  For EXF this flag is omitted, i.e. EXF i Line 147  For EXF this flag is omitted, i.e. EXF i
147             max. allowed wind stress $N/m^2$ \\             max. allowed wind stress $N/m^2$ \\
148          exf\_albedo & \texttt{0.1} &          exf\_albedo & \texttt{0.1} &
149            surface albedo used to compute downward vs. net radiative fluxes \\            surface albedo used to compute downward vs. net radiative fluxes \\
150            climtempfreeze & \texttt{-1.9} &
151              ??? \\
152            ocean\_emissivity & \texttt{} &
153              longwave ocean-surface emissivity \\
154            ice\_emissivity & \texttt{} &
155              longwave seaice emissivity \\
156            snow\_emissivity & \texttt{} &
157              longwave  snow  emissivity \\
158            exf\_iceCd & \texttt{1.63E-3} &
159              drag coefficient over sea-ice \\
160            exf\_iceCe & \texttt{1.63E-3} &
161              evaporation transfer coeff. over sea-ice \\
162            exf\_iceCh & \texttt{1.63E-3} &
163              sensible heat transfer coeff. over sea-ice \\
164            exf\_scal\_BulkCdn & \texttt{1.} &
165              overall scaling of neutral drag coeff. \\
166            useStabilityFct\_overIce  & \texttt{.FALSE.} &
167              compute turbulent transfer coeff. over sea-ice \\
168            readStressOnAgrid & \texttt{.FALSE.} &
169              read wind-streess located on model-grid, A-grid point \\
170            readStressOnCgrid & \texttt{.FALSE.} &
171              read wind-streess located on model-grid, C-grid point \\
172            useRelativeWind & \texttt{.FALSE.} &
173              subtract [U/V]VEL or [U/VICE from U/V]WIND before \\
174            ~ & ~ &  computing [U/V]STRESS \\
175            zref & \texttt{10.} &
176              reference height \\
177            hu & \texttt{10.} &
178              height of mean wind \\
179            ht & \texttt{2.} &
180              height of mean temperature and rel. humidity \\
181            umin & \texttt{0.5} &
182              minimum absolute wind speed for computing Cd \\
183            atmrho & \texttt{1.2} &
184              mean atmospheric density [kg/m\^3] \\
185            atmcp & \texttt{1005.} &
186              mean atmospheric specific heat [J/kg/K] \\
187            cdrag\_[n] & \texttt{???} &
188              n = 1,2,3; parameters for drag coeff. function \\
189            cstanton\_[n] & \texttt{???} &
190              n = 1,2; parameters for Stanton number function \\
191            cdalton & \texttt{???} &
192              parameter for Dalton number function \\
193            flamb & \texttt{2500000.} &
194              latent heat of evaporation [J/kg] \\
195            flami & \texttt{334000.} &
196              latent heat of melting of pure ice [J/kg] \\
197            zolmin & \texttt{-100.} &
198              minimum stability parameter \\
199            cvapor\_fac & \texttt{640380.} &
200              ~ \\
201            cvapor\_exp & \texttt{5107.4} &
202              ~ \\
203            cvapor\_fac\_ice & \texttt{11637800.} &
204              ~ \\
205            cvapor\_fac\_ice & \texttt{5897.8} &
206              ~ \\
207            humid\_fac & \texttt{0.606} &
208              parameter for virtual temperature calculation \\
209            gamma\_blk & \texttt{0.010} &
210              adiabatic lapse rate \\
211            saltsat & \texttt{0.980} &
212              reduction of saturation vapor pressure over salt-water \\          
213            psim\_fac & \texttt{5.} &
214              ~ \\          
215            exf\_monFreq & \texttt{monitorFreq} &
216              output frequency [s] \\
217          exf\_iprec  & \texttt{32} &          exf\_iprec  & \texttt{32} &
218            precision of input fields (32-bit or 64-bit) \\            precision of input fields (32-bit or 64-bit) \\
219          exf\_yftype & \texttt{'RL'} &          exf\_yftype & \texttt{'RL'} &
# Line 154  For EXF this flag is omitted, i.e. EXF i Line 222  For EXF this flag is omitted, i.e. EXF i
222      \end{tabular}      \end{tabular}
223    }    }
224    \caption{~}    \caption{~}
225      \label{tab:pkg:exf:runtime_flags}
226  \end{table}  \end{table}
227    
228    
# Line 176  prepend the field name to the listed att Line 245  prepend the field name to the listed att
245  \end{eqnarray*}  \end{eqnarray*}
246  %  %
247    
248  \begin{table}[h!]  \begin{table}[!ht]
249    \label{tab:pkg:exf:runtime_attributes}    \centering
250    {\footnotesize    {\footnotesize
251      \begin{tabular}{|l|c|l|}      \begin{tabular}{|l|c|l|}
252        \hline        \hline
# Line 203  prepend the field name to the listed att Line 272  prepend the field name to the listed att
272           \multicolumn{3}{|c|}{\textit{used in conjunction with}           \multicolumn{3}{|c|}{\textit{used in conjunction with}
273                                \texttt{EXF\_USE\_INTERPOLATION}} \\                                \texttt{EXF\_USE\_INTERPOLATION}} \\
274           \hline           \hline
275           \textit{field}\texttt{\_lon0} & $thetaMin+delX/2$  &           \textit{field}\texttt{\_lon0} & $xgOrigin+delX/2$  &
276             starting longitude of input \\             starting longitude of input \\
277           \textit{field}\texttt{\_lon\_inc} & $delX$ &           \textit{field}\texttt{\_lon\_inc} & $delX$ &
278             increment in longitude of input \\             increment in longitude of input \\
279           \textit{field}\texttt{\_lat0} &  $phiMin+delY/2$ &           \textit{field}\texttt{\_lat0} &  $ygOrigin+delY/2$ &
280             starting latitude of input \\             starting latitude of input \\
281           \textit{field}\texttt{\_lat\_inc} & $delY$ &           \textit{field}\texttt{\_lat\_inc} & $delY$ &
282             increment in latitude of input \\             increment in latitude of input \\
# Line 218  prepend the field name to the listed att Line 287  prepend the field name to the listed att
287        \hline        \hline
288      \end{tabular}      \end{tabular}
289     }     }
290     \caption{\newline    \caption{\newline
291              Note one exception for the default of             Note one exception for the default of
292              \texttt{atempconst} = celsius2K = 273.16}             \texttt{atempconst} = celsius2K = 273.16}
293      \label{tab:pkg:exf:runtime_attributes}
294  \end{table}  \end{table}
295    
296  \paragraph{Example configuration} ~ \\  \paragraph{Example configuration} ~ \\
# Line 252  supplied as well. Line 322  supplied as well.
322    
323  %----------------------------------------------------------------------  %----------------------------------------------------------------------
324    
325    \subsubsection{EXF bulk formulae
326    \label{sec:pkg:exf:bulk_formulae}}
327    
328    T.B.D. (cross-ref. to parameter list table)
329    
330    %----------------------------------------------------------------------
331    
332  \subsubsection{EXF input fields and units  \subsubsection{EXF input fields and units
333  \label{sec:pkg:exf:fields_units}}  \label{sec:pkg:exf:fields_units}}
334    
# Line 284  c               |  Typical range: -0.5 < Line 361  c               |  Typical range: -0.5 <
361  c               |  Southwest C-grid V point  c               |  Southwest C-grid V point
362  c               |  Input field  c               |  Input field
363  c----------------------------------------------------------------------  c----------------------------------------------------------------------
364    c     hs        :: sensible heat flux into ocean in W/m^2
365    c               |  > 0 for increase in theta (ocean warming)
366    c----------------------------------------------------------------------
367    c     hl        :: latent   heat flux into ocean in W/m^2
368    c               |  > 0 for increase in theta (ocean warming)
369    c----------------------------------------------------------------------
370  c     hflux     :: Net upward surface heat flux in W/m^2  c     hflux     :: Net upward surface heat flux in W/m^2
371  c               |  excluding shortwave (on input)  c               |  excluding shortwave (on input)
372  c               |  hflux = latent + sensible + lwflux  c               |  hflux = latent + sensible + lwflux
# Line 320  c               |  Typical range: -10 < Line 403  c               |  Typical range: -10 <
403  c               |  Southwest C-grid V point  c               |  Southwest C-grid V point
404  c               |  Input or input/output field  c               |  Input or input/output field
405  c----------------------------------------------------------------------  c----------------------------------------------------------------------
406    c     wspeed    :: Surface (10-m) wind speed in m/s
407    c               |  >= 0 sqrt(u^2+v^2)
408    c               |  Typical range: 0 < wspeed < 10
409    c               |  Input or input/output field
410    c----------------------------------------------------------------------
411  c     atemp     :: Surface (2-m) air temperature in deg K  c     atemp     :: Surface (2-m) air temperature in deg K
412  c               |  Typical range: 200 < atemp < 300  c               |  Typical range: 200 < atemp < 300
413  c               |  Southwest C-grid tracer point  c               |  Southwest C-grid tracer point
# Line 349  c               |  Typical range: 0 < pr Line 437  c               |  Typical range: 0 < pr
437  c               |  Southwest C-grid tracer point  c               |  Southwest C-grid tracer point
438  c               |  Input or input/output field  c               |  Input or input/output field
439  c----------------------------------------------------------------------  c----------------------------------------------------------------------
440    c    snowprecip :: snow in m/s
441    c               |  > 0 for decrease in salt (ocean salinity)
442    c               |  Typical range: 0 < precip < 5e-7
443    c               |  Input or input/output field
444    c----------------------------------------------------------------------
445  c     runoff    :: River and glacier runoff in m/s  c     runoff    :: River and glacier runoff in m/s
446  c               |  > 0 for decrease in salt (ocean salinity)  c               |  > 0 for decrease in salt (ocean salinity)
447  c               |  Typical range: 0 < runoff < ????  c               |  Typical range: 0 < runoff < ????
# Line 394  c ... Line 487  c ...
487  c  exf_getforcing (TOP LEVEL ROUTINE)  c  exf_getforcing (TOP LEVEL ROUTINE)
488  c  |  c  |
489  c  |-- exf_getclim (get climatological fields used e.g. for relax.)  c  |-- exf_getclim (get climatological fields used e.g. for relax.)
 c  |   |--- exf_set_climtemp (relax. to 3-D temperature field)  
 c  |   |--- exf_set_climsalt (relax. to 3-D salinity field)  
490  c  |   |--- exf_set_climsst  (relax. to 2-D SST field)  c  |   |--- exf_set_climsst  (relax. to 2-D SST field)
491  c  |   |--- exf_set_climsss  (relax. to 2-D SSS field)  c  |   |--- exf_set_climsss  (relax. to 2-D SSS field)
492  c  |   o  c  |   o
# Line 406  c  |   |      depending on CPP options ( Line 497  c  |   |      depending on CPP options (
497  c  |   |      consecutive in time are read in and interpolated onto  c  |   |      consecutive in time are read in and interpolated onto
498  c  |   |      current time step).  c  |   |      current time step).
499  c  |   |   2. If forcing is atmos. state and control is atmos. state,  c  |   |   2. If forcing is atmos. state and control is atmos. state,
500  c  |   |      then the control variable anomalies are read here  c  |   |      then the control variable anomalies are read here via ctrl_get_gen
501  c  |   |          * ctrl_getatemp  c  |   |      (atemp, aqh, precip, swflux, swdown, uwind, vwind).
 c  |   |          * ctrl_getaqh  
 c  |   |          * ctrl_getuwind  
 c  |   |          * ctrl_getvwind  
502  c  |   |      If forcing and control are fluxes, then  c  |   |      If forcing and control are fluxes, then
503  c  |   |      controls are added later.  c  |   |      controls are added later.
504  c  |   o  c  |   o
505  c  |  c  |
506  c  |-- exf_check_range  c  |-- exf_radiation
507  c  |   |   1. Check whether read fields are within assumed range  c  |   |    Compute net or downwelling radiative fluxes via
508  c  |   |      (may capture mismatches in units)  c  |   |    Stefan-Boltzmann law in case only one is known.
509    c  |   o
510    c  |-- exf_wind
511    c  |   |   Computes wind speed and stresses, if required.
512  c  |   o  c  |   o
513  c  |  c  |
514  c  |-- exf_bulkformulae  c  |-- exf_bulkformulae
515  c  |   |   1. Compute net or downwelling radiative fluxes via  c  |   |   Compute air-sea buoyancy fluxes from
516  c  |   |      Stefan-Boltzmann law in case only one is known.  c  |   |   atmospheric state following Large and Pond, JPO, 1981/82
 c  |   |   2. Compute air-sea momentum and buoyancy fluxes from  
 c  |   |      atmospheric state following Large and Pond, JPO, 1981/82  
517  c  |   o  c  |   o
518  c  |  c  |
519  c  |-- < add time-mean river runoff here, if available >  c  |-- < hflux is sum of sensible, latent, longwave rad. >
520    c  |-- < sflux is sum of evap. minus precip. minus runoff  >
521    c  |
522    c  |-- exf_getsurfacefluxes
523    c  |   If forcing and control is flux, then the
524    c  |   control vector anomalies are read here via ctrl_get_gen
525    c  |   (hflux, sflux, ustress, vstress)
526  c  |  c  |
527  c  |-- < update tile edges here >  c  |-- < update tile edges here >
528  c  |  c  |
529  c  |-- exf_getsurfacefluxes  c  |-- exf_check_range
530  c  |   |   1. If forcing and control are fluxes, then  c  |   |   Check whether read fields are within assumed range
531  c  |   |      controls are added here.  c  |   |   (may capture mismatches in units)
532  c  |   o  c  |   o
533  c  |  c  |
534  c  |-- < treatment of hflux w.r.t. swflux >  c  |-- < add shortwave to hflux for diagnostics >
535  c  |  c  |
536  c  |-- exf_diagnostics_fill  c  |-- exf_diagnostics_fill
537  c  |   |   1. Do EXF-related diagnostics output here.  c  |   |   Do EXF-related diagnostics output here.
538  c  |   o  c  |   o
539  c  |  c  |
540  c  |-- exf_mapfields  c  |-- exf_mapfields
541  c  |   |   1. Map the EXF variables onto the core MITgcm  c  |   |   Forcing fields from exf package are mapped onto
542  c  |   |      forcing fields.  c  |   |   mitgcm forcing arrays.
543    c  |   |   Mapping enables a runtime rescaling of fields
544  c  |   o  c  |   o
545  c  |  C  o
 c  |-- exf_bulkformulae  
 c  |   If ALLOW_BULKFORMULAE, compute fluxes via bulkformulae  
 c  |  
 c  |-- exf_getsurfacefluxes  
 c  |   If forcing and control is flux, then the  
 c  |   control vector anomalies are read here  
 c  |      * ctrl_getheatflux  
 c  |      * ctrl_getsaltflux  
 c  |      * ctrl_getzonstress  
 c  |      * call ctrl_getmerstress  
 c  |  
 c  |-- exf_mapfields  
 c  |   Forcing fields from exf package are mapped onto  
 c  |   mitgcm forcing arrays.  
 c  |   Mapping enables a runtime rescaling of fields  
   
546  \end{verbatim}  \end{verbatim}
547  }  }
548    
549  Bulk formula routine: \texttt{exf\_bulkformulae.F}  Radiation calculation: \texttt{exf\_radiation.F}
550    
551    Wind speed and stress calculation: \texttt{exf\_wind.F}
552    
553    Bulk formula: \texttt{exf\_bulkformulae.F}
554    
555  Generic I/O routine: \texttt{exf\_set\_gen.F}  Generic I/O: \texttt{exf\_set\_gen.F}
556    
557  Interpolation routine: \texttt{exf\_interp.F}  Interpolation: \texttt{exf\_interp.F}
558    
559  Header routines  Header routines
560    
# Line 484  Diagnostics output is available via the Line 568  Diagnostics output is available via the
568  Available output fields are summarized in  Available output fields are summarized in
569  Table \ref{tab:pkg:exf:diagnostics}.  Table \ref{tab:pkg:exf:diagnostics}.
570    
571  \begin{table}[h!]  \begin{table}[!ht]
572  \label{tab:pkg:exf:diagnostics}  \centering
573  {\footnotesize  {\footnotesize
574  \begin{verbatim}  \begin{verbatim}
575  ------------------------------------------------------  ---------+----+----+----------------+-----------------
576   <-Name->|Levs|grid|<--  Units   -->|<- Tile (max=80c)   <-Name->|Levs|grid|<--  Units   -->|<- Tile (max=80c)
577  ------------------------------------------------------  ---------+----+----+----------------+-----------------
578     EXFhs   |  1 | SM | W/m^2          | Sensible heat flux into ocean, >0 increases theta
579     EXFhl   |  1 | SM | W/m^2          | Latent heat flux into ocean, >0 increases theta
580     EXFlwnet|  1 | SM | W/m^2          | Net upward longwave radiation, >0 decreases theta
581     EXFswnet|  1 | SM | W/m^2          | Net upward shortwave radiation, >0 decreases theta
582   EXFlwdn |  1 | SM | W/m^2          | Downward longwave radiation, >0 increases theta   EXFlwdn |  1 | SM | W/m^2          | Downward longwave radiation, >0 increases theta
583   EXFswdn |  1 | SM | W/m^2          | Downward shortwave radiation, >0 increases theta   EXFswdn |  1 | SM | W/m^2          | Downward shortwave radiation, >0 increases theta
584   EXFqnet |  1 | SM | W/m^2          | Net upward heat flux (turb+rad), >0 decreases theta   EXFqnet |  1 | SM | W/m^2          | Net upward heat flux (turb+rad), >0 decreases theta
# Line 498  Table \ref{tab:pkg:exf:diagnostics}. Line 586  Table \ref{tab:pkg:exf:diagnostics}.
586   EXFtauy |  1 | SV | N/m^2          | meridional surface wind stress, >0 increases vVel   EXFtauy |  1 | SV | N/m^2          | meridional surface wind stress, >0 increases vVel
587   EXFuwind|  1 | SM | m/s            | zonal 10-m wind speed, >0 increases uVel   EXFuwind|  1 | SM | m/s            | zonal 10-m wind speed, >0 increases uVel
588   EXFvwind|  1 | SM | m/s            | meridional 10-m wind speed, >0 increases uVel   EXFvwind|  1 | SM | m/s            | meridional 10-m wind speed, >0 increases uVel
589     EXFwspee|  1 | SM | m/s            | 10-m wind speed modulus ( >= 0 )
590   EXFatemp|  1 | SM | degK           | surface (2-m) air temperature   EXFatemp|  1 | SM | degK           | surface (2-m) air temperature
591   EXFaqh  |  1 | SM | kg/kg          | surface (2-m) specific humidity   EXFaqh  |  1 | SM | kg/kg          | surface (2-m) specific humidity
592   EXFevap |  1 | SM | m/s            | evaporation, > 0 increases salinity   EXFevap |  1 | SM | m/s            | evaporation, > 0 increases salinity
593   EXFpreci|  1 | SM | m/s            | evaporation, > 0 decreases salinity   EXFpreci|  1 | SM | m/s            | evaporation, > 0 decreases salinity
594     EXFsnow |  1 | SM | m/s            | snow precipitation, > 0 decreases salinity
595   EXFempmr|  1 | SM | m/s            | net upward freshwater flux, > 0 increases salinity   EXFempmr|  1 | SM | m/s            | net upward freshwater flux, > 0 increases salinity
596   EXFpress|  1 | SM | N/m^2          | atmospheric pressure field   EXFpress|  1 | SM | N/m^2          | atmospheric pressure field
597  \end{verbatim}  \end{verbatim}
598  }  }
599  \caption{~}  \caption{~}
600    \label{tab:pkg:exf:diagnostics}
601  \end{table}  \end{table}
602    
603  %----------------------------------------------------------------------  %----------------------------------------------------------------------
604    
605  \subsubsection{Reference experiments}  \subsubsection{Experiments and tutorials that use exf}
606    \label{sec:pkg:exf:experiments}
 global\_with\_exf:  
607    
608  lab\_sea:  \begin{itemize}
609    \item{Global Ocean experiment, in global\_with\_exf verification directory }
610    \item{Labrador Sea experiment, in lab\_sea verification directory }
611    \end{itemize}
612    
613  %----------------------------------------------------------------------  %----------------------------------------------------------------------
614    
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