diff --git a/Aforc_ERA5/era5_crocotools_param.py b/Aforc_ERA5/era5_crocotools_param.py
index ddc5c9fe7dfff7ba0fbfbd6e277df34b6803ea03..fd3630ea0b6b8ec8467fba1565aee1f29ba3d4aa 100644
--- a/Aforc_ERA5/era5_crocotools_param.py
+++ b/Aforc_ERA5/era5_crocotools_param.py
@@ -8,7 +8,6 @@
#
# General path
#
-##config_dir = '../croco/Run_TEST/' # must be the same than crocotools_param
config_dir = 'path_to_my_run_dir/' # must be the same than crocotools_param
config_name = 'Benguela_LR'
#
diff --git a/Aforc_ERA5/make_bry_wkb_ERA5.m b/Aforc_ERA5/make_bry_wkb_ERA5.m
new file mode 100644
index 0000000000000000000000000000000000000000..b9c163c899e4dd9d93833f5b656b65e5be4b51d6
--- /dev/null
+++ b/Aforc_ERA5/make_bry_wkb_ERA5.m
@@ -0,0 +1,190 @@
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%
+% Build a CROCO boundary file
+%
+% Extrapole and interpole temperature and salinity from a
+% climatology to get boundary conditions for
+% CROCO (boundary netcdf file) .
+% Get the velocities and sea surface elevation via a
+% geostrophic computation.
+%
+% Data input format (netcdf):
+% temperature(T, Z, Y, X)
+% T : time [Months]
+% Z : Depth [m]
+% Y : Latitude [degree north]
+% X : Longitude [degree east]
+%
+% Data source : IRI/LDEO climate Data Library (World Ocean Atlas 1998)
+% http://ingrid.ldgo.columbia.edu/
+% http://iridl.ldeo.columbia.edu/SOURCES/.NOAA/.NODC/.WOA98/
+%
+% Further Information:
+% http://www.croco-ocean.org
+%
+% This file is part of CROCOTOOLS
+%
+% CROCOTOOLS is free software; you can redistribute it and/or modify
+% it under the terms of the GNU General Public License as published
+% by the Free Software Foundation; either version 2 of the License,
+% or (at your option) any later version.
+%
+% CROCOTOOLS is distributed in the hope that it will be useful, but
+% WITHOUT ANY WARRANTY; without even the implied warranty of
+% MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+% GNU General Public License for more details.
+%
+% You should have received a copy of the GNU General Public License
+% along with this program; if not, write to the Free Software
+% Foundation, Inc., 59 Temple Place, Suite 330, Boston,
+% MA 02111-1307 USA
+%
+% Copyright (c) 2005-2006 by Pierrick Penven
+% e-mail:Pierrick.Penven@ird.fr
+%
+% Updated 2016 by Patrick Marchesiello & Rachid Benshila
+% for wave forcing
+%
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+clear all
+close all
+%%%%%%%%%%%%%%%%%%%%% USERS DEFINED VARIABLES %%%%%%%%%%%%%%%%%%%%%%%%
+%
+% Common parameters
+%
+crocotools_param
+%
+%%%%%%%%%%%%%%%%%%% END USERS DEFINED VARIABLES %%%%%%%%%%%%%%%%%%%%%%%
+disp(' ')
+disp([' Title: ',CROCO_title])
+%
+% Read in the grid
+%
+disp(' ')
+disp(' Read in the grid...')
+nc=netcdf(grdname);
+h=nc{'h'}(:);
+lon=nc{'lon_rho'}(:);
+lat=nc{'lat_rho'}(:);
+angle=nc{'angle'}(:);
+mask=nc{'mask_rho'}(:);
+Lp=length(nc('xi_rho'));
+Mp=length(nc('eta_rho'));
+hmax=max(max(nc{'h'}(:)));
+result=close(nc);
+grid_angle=mean(mean(angle(mask==1)));
+[M L]=size(h);
+%
+% Loop over monthly files
+%
+for Y=Ymin:Ymax
+ if Y==Ymin
+ mo_min=Mmin;
+ else
+ mo_min=1;
+ end
+ if Y==Ymax
+ mo_max=Mmax;
+ else
+ mo_max=12;
+ end
+ for M=mo_min:mo_max
+%
+% Forcing file name
+%
+ frc_prefix=[frc_prefix,'_ERA5_'];
+ if level==0
+ nc_suffix='.nc';
+ else
+ nc_suffix=['.nc.',num2str(level)];
+ end
+ frcname=[frc_prefix,'Y',num2str(Y),...
+ 'M',num2str(M),nc_suffix];
+%
+% WKB file name
+%
+ wkb_prefix=[wkb_prefix,'_ERA5_'];
+ brywkbname=[wkb_prefix,'Y',num2str(Y),...
+ 'M',num2str(M),nc_suffix];
+ disp(' ')
+ disp([' Making file: ',brywkbname])
+ disp([' from: ',frcname])
+%
+% Read wave fields data
+%
+ nc=netcdf(frcname);
+ Awave=nc{'Awave'}(:);
+ Dwave=nc{'Dwave'}(:);
+ Pwave=nc{'Pwave'}(:);
+ time =nc{'wwv_time'}(:);
+ close(nc)
+
+ wkb_time=time;
+ wkb_cycle=wkb_time(end);
+%
+% Create the boundary file
+%
+ create_bryfile_wkb(brywkbname,grdname,CROCO_title,wkb_obc,...
+ wkb_time,wkb_cycle,'clobber');
+ disp(' ')
+%
+%
+% Extract boundary data: loop on time and boundaries
+% note: in ERA5, meteo convention for wave direction:
+% --> zero means "coming from north" and 90 "coming from east"
+%
+ disp(' Extracting and writing file ...')
+ nc=netcdf(brywkbname,'write');
+ g=9.81;
+ for l=1:length(time)
+ for obcndx=1:4
+ if obcndx==1
+ suffix='_south'; % SOUTH
+ Dstp=squeeze(h(1,:));
+ hrm=2*squeeze(Awave(l,1,:));
+ cdir=3*pi/2-deg2rad(squeeze(Dwave(l,1,:)))-grid_angle;
+ cfrq=2*pi./squeeze(Pwave(l,1,:));
+ elseif obcndx==2
+ suffix='_east'; % EAST
+ Dstp=squeeze(h(:,L));
+ hrm=2*squeeze(Awave(l,:,L));
+ cdir=3*pi/2-deg2rad(squeeze(Dwave(l,:,L)))-grid_angle;
+ cfrq=2*pi./squeeze(Pwave(l,:,L));
+ elseif obcndx==3
+ suffix='_north'; % NORTH
+ Dstp=squeeze(h(M,:));
+ hrm=2*squeeze(Awave(l,M,:));
+ cdir=3*pi/2-deg2rad(squeeze(Dwave(l,M,:)))-grid_angle;
+ cfrq=2*pi./squeeze(Pwave(l,M,:));
+ elseif obcndx==4
+ suffix='_west'; % WEST
+ Dstp=squeeze(h(:,1));
+ hrm=2*squeeze(Awave(l,:,1));
+ cdir=3*pi/2-deg2rad(squeeze(Dwave(l,:,1)))-grid_angle;
+ cfrq=2*pi./squeeze(Pwave(l,:,1));
+ end
+ dd = Dstp'; %+Tide(l)
+ khd = dd.*cfrq.*cfrq./g;
+ kh = sqrt( khd.*khd + khd./(1.0 + khd.*(0.6666666666 ...
+ +khd.*(0.3555555555 + khd.*(0.1608465608 ...
+ +khd.*(0.0632098765 + khd.*(0.0217540484 ...
+ +khd.*0.0065407983)))))) );
+ kw=kh./dd;
+ cosw=cos(cdir);
+ sinw=sin(cdir);
+ wac=0.125*g*(hrm.^2)./cfrq;
+ wkx=kw.*cosw;
+ wke=kw.*sinw;
+ nc{['wac' suffix]}(l,:)=wac;
+ nc{['wkx' suffix]}(l,:)=wkx;
+ nc{['wke' suffix]}(l,:)=wke;
+ end
+ end
+ close(nc);
+
+ end % M
+end % Y
+%
+% End
+%
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
diff --git a/Coupling_tools/CROCO/prepro_soda.m b/Coupling_tools/CROCO/prepro_soda.m
index 3ba9797bd55287e75ffa411903ae60496b3cf6e5..2bd90cae5a0179c9165783b3897079ed8cffaa67 100644
--- a/Coupling_tools/CROCO/prepro_soda.m
+++ b/Coupling_tools/CROCO/prepro_soda.m
@@ -1,4 +1,4 @@
clear all
close all
start ;
-make_OGCM ;
+make_OGCM_SODA ;
diff --git a/Forecast_tools/download_ECCO_frcst.m b/Forecast_tools/download_ECCO_frcst.m
index 64653c233bad651bf8f3ff98ec828f823cab2db6..c0f3703ce4c978316ab46bf1ab8a2c052b7c2eae 100644
--- a/Forecast_tools/download_ECCO_frcst.m
+++ b/Forecast_tools/download_ECCO_frcst.m
@@ -161,13 +161,13 @@ if ~exist(ecco_name)
%
% Extract ECCO
%
- extract_ECCO_frcst(FRCST_dir,FRCST_prefix,prefix,suffix,tindex,missval,...
+ extract_ECCO_frcst(FRCST_dir,FRCST_prefix,prefix,suffix,tindex,missval,...
lon,lon_u,lat,lat_v,depth,...
krange,jrange,jrange_v,...
i1min,i1max,i2min,i2max,i3min,i3max,...
i1min_u,i1max_u,i2min_u,i2max_u,i3min_u,i3max_u,...
time,Yorig)
else
- disp(' ECCO file allready exist')
+ disp(' ECCO file already exists')
end
return
diff --git a/Forecast_tools/download_GFS.m b/Forecast_tools/download_GFS.m
index 6060cd28ac5acc6a170772898030546b54407f75..ec74fdc261a3279fe19b8b6eedc1d695544fa6ca 100644
--- a/Forecast_tools/download_GFS.m
+++ b/Forecast_tools/download_GFS.m
@@ -193,7 +193,8 @@ for ihind=1:4*hdays % loop on files until time=yesterday 12Z
radlw(n,:,:),radlw_in(n,:,:),radsw(n,:,:)]=...
get_GFS(fname,mask,tndxdap,jrange,i1min,i1max,i2min,i2max, ...
i3min,i3max,missvalue);
- end
+ end
+ %pause(20)
end % ihind (nb of hindcast record)
%
%==================================================================
@@ -255,6 +256,7 @@ for tndx=t1+1:it:tend
radlw(n,:,:),radlw_in(n,:,:),radsw(n,:,:)]=...
get_GFS(fname,mask,tndxdap,jrange,i1min,i1max,i2min,i2max, ...
i3min,i3max,missvalue);
+ %pause(20)
end
%
%==================================================================
diff --git a/Forecast_tools/download_mercator_frcst_python.m b/Forecast_tools/download_mercator_frcst_python.m
index 9545df18c7a093e0cfff28faad98ba78916d6145..aa11005df5d5076375c7b3f4b10953ed796a949a 100644
--- a/Forecast_tools/download_mercator_frcst_python.m
+++ b/Forecast_tools/download_mercator_frcst_python.m
@@ -65,20 +65,18 @@ end
rundate_str=date;
date_run=datenum(rundate_str);
rundate=date_run-datenum(Yorig,1,1);
-%
-% We consider for hdays=2 (hindcast NRT analysis + hindcast simulation P0)
for i=1:lh+1
- time1(i)=date_run-(lh-i+1);
+ time1(i)=datenum(rundate_str)-(lh+2-i);
end
-time2=date_run;
-for j=1:lf
- time3(j)=date_run+j-1; % because P1 is date_run
+time2=datenum(rundate_str);
+for j=1:lf+1
+ time3(j)=datenum(rundate_str)+j;
end
time=cat(2,time1,time2,time3);
tiempo_inicial = time1(1);
+tiempo_final = time3(end);
tiempo_p0 = time1(lh);
tiempo_p1 = date_run;
-tiempo_final = time3(end);
%
if (lonmin > 180)
lonmin = lonmin - 360;
@@ -97,12 +95,12 @@ disp([' '])
if download_raw_data
%
disp(['--> Extraction Forecasts from operational date run (now) : ', datestr(tiempo_p1,'yyyy-mm-dd')])
- if lh ~= 1
+ if lh ~= 0
for i=1:lh-1
- disp(['Get Hindcasts NRT ana.: ',datestr(time1(i),'yyyy-mm-dd')])
+ disp(['Get Hindcasts NRT ana.: ',datestr(time1(i),'yyyy-mm-dd')])
end
- end
- disp(['Get Hindcasts P0 : ',datestr(tiempo_p0,'yyyy-mm-dd')])
+ disp(['Get Hindcasts P0 : ',datestr(tiempo_p0,'yyyy-mm-dd')])
+ end
disp(['Get ',num2str(lf),' Forecasts : from ',datestr(tiempo_p1,'yyyy-mm-dd'),' to ',datestr(tiempo_final, 'yyyy-mm-dd')])
%
%
diff --git a/Forecast_tools/get_GFS.m b/Forecast_tools/get_GFS.m
index 667463e388d902d05f92cffe7288e8e268568684..628590b64df5a2624f5778557d2a3fa05c480a23 100644
--- a/Forecast_tools/get_GFS.m
+++ b/Forecast_tools/get_GFS.m
@@ -47,29 +47,32 @@ t=readdap(fname,'time',trange);
disp(['TRANGE=',num2str(trange)])
disp(['GFS raw time=',sprintf('%5.3f',t)])
t=t+365; % put it in "matlab" time
-disp(['GFS: ',datestr(t)])
+disp(['GFS: ',datestr(datenum(t),'yyyy-mm-dd HH:MM:SS')])
disp('====================================================')
%disp('u...')
u=mask.*getdap('',fname,'ugrd10m',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
u(abs(u)>=missvalue)=NaN;
+pause(1)
%disp('v...')
v=mask.*getdap('',fname,'vgrd10m',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
v(abs(v)>=missvalue)=NaN;
+pause(1)
%disp('ty...')
ty=mask.*getdap('',fname,'vflxsfc',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
ty(abs(ty)>=missvalue)=NaN;
+pause(1)
%disp('tx...')
tx=mask.*getdap('',fname,'uflxsfc',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
tx(abs(tx)>=missvalue)=NaN;
-
+pause(1)
%disp('skt...')
%skt=mask.*getdap('',fname,'tmpsfc',trange,'',jrange,...
@@ -80,36 +83,43 @@ tx(abs(tx)>=missvalue)=NaN;
tair=mask.*getdap('',fname,'tmp2m',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
tair(abs(tair)>=missvalue)=NaN;
+pause(1)
%disp('rhum...')
rhum=mask.*getdap('',fname,'rh2m',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
rhum(abs(rhum)>=missvalue)=NaN;
+pause(1)
%disp('prate...')
prate=mask.*getdap('',fname,'pratesfc',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
prate(abs(prate)>=missvalue)=NaN;
+pause(1)
%disp('down radlw...')
dradlw=mask.*getdap('',fname,'dlwrfsfc',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
dradlw(abs(dradlw)>=missvalue)=NaN;
+pause(1)
%disp('up radlw...')
uradlw=mask.*getdap('',fname,'ulwrfsfc',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
uradlw(abs(uradlw)>=missvalue)=NaN;
+pause(1)
%disp('down radsw...')
dradsw=mask.*getdap('',fname,'dswrfsfc',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
dradsw(abs(dradsw)>=missvalue)=NaN;
+pause(1)
%disp('up radsw...')
uradsw=mask.*getdap('',fname,'uswrfsfc',trange,'',jrange,...
i1min,i1max,i2min,i2max,i3min,i3max);
uradsw(abs(uradsw)>=missvalue)=NaN;
+pause(1)
%
% Transform the variables
%
diff --git a/Forecast_tools/make_GFS.m b/Forecast_tools/make_GFS.m
index 967a7048d566a03c968f475e2b44939ce90ab740..4d956884a3aac3b646640d69c9340023ecc3c159 100644
--- a/Forecast_tools/make_GFS.m
+++ b/Forecast_tools/make_GFS.m
@@ -95,6 +95,10 @@ if Download_data==1
% Download data with DODS (the download matlab routine depends on the OGCM)
%
disp('Download data...')
+ disp('--> NB: if you receive this message during download : ')
+ disp(' " syntax error, unexpected WORD_WORD, expecting SCAN_ATTR or SCAN_DATASET or SCAN_ERROR ..."')
+ disp(' " you maybe reach the rate limit authorized, there is a ban on your IP due to an “Over Rate Limit†violation, try to wait more than 10 minutes before to do it again')
+ disp('')
download_GFS(today,lonmin,lonmax,latmin,latmax,FRCST_dir,Yorig,it)
%
end
diff --git a/Forecast_tools/make_OGCM_frcst.m b/Forecast_tools/make_OGCM_frcst.m
index fabf675623355fbf006bd075b041808f50e363a9..e6400335944aaba6f57ec73ea7735eab4b17176a 100644
--- a/Forecast_tools/make_OGCM_frcst.m
+++ b/Forecast_tools/make_OGCM_frcst.m
@@ -56,37 +56,27 @@ if strcmp(OGCM,'mercator')
for i=1:hdays+1
time1(i)=date_run-(hdays+1-i);
end
- rundate=datestr(time1(1+hdays),'yyyy-mm-ddT00:00:00Z');
+ date_deb=datestr(time1(1+hdays),'yyyy-mm-ddT00:00:00Z');
if hdays ~= 0
- % date_deb = rundate - hindcast days : example 2024-02-28T00:00:00Z-PT2D
- % for a validity date 2 days before run 20240228 00hUTC ...
+ % date_deb = rundate - hindcast days : example 2024-02-28T00:00:00Z-PT1D
+ % for a validity date 1 day before run 20240228 00hUTC ...
date_deb=strcat(datestr(time1(1+hdays),'yyyy-mm-ddT00:00:00') ,['-PT',num2str(hdays),'D']);
- else
- date_deb=rundate;
end
end
%
% Set generic OGCM file name
%
FRCST_prefix=[OGCM,'_'];
-OGCM_name=[FRCST_dir,FRCST_prefix,num2str(rundate),'.cdf'];
+OGCM_name=[FRCST_dir,FRCST_prefix,num2str(date_deb),'.cdf'];
%
-if strcmp(OGCM,'ECCO')
- %
- % ECCO DODS URL
- %
- % Kalman filter
- %
- url = 'http://ecco.jpl.nasa.gov/thredds/dodsC/las/kf080/kf080_';
- %
-elseif strcmp(OGCM,'mercator')
+if strcmp(OGCM,'mercator')
%
% MERCATOR : see get_file_python_mercator.m
%
- raw_mercator_name=[FRCST_dir,'raw_mercator_',num2str(rundate),'.nc'];
- mercator_name=[FRCST_dir,FRCST_prefix,num2str(rundate),'.cdf'];
+ raw_mercator_name=[FRCST_dir,'raw_mercator_',num2str(date_deb),'.nc'];
+ mercator_name=[FRCST_dir,FRCST_prefix,num2str(date_deb),'.cdf'];
else
- error(['Unknown OGCM: ',OGCM])
+ error(['Unknown OGCM for forecast: ',OGCM])
end
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@@ -125,13 +115,7 @@ if Download_data
%
% Download data (matlab routine for download depends on OGCM)
%
- if strcmp(OGCM,'ECCO')
- disp('Download data...')
- eval(['OGCM_name=download_', ...
- OGCM,'_frcst(lonmin,lonmax,latmin,latmax,',...
- 'FRCST_dir,FRCST_prefix,url,Yorig);'])
-
- elseif strcmp(OGCM,'mercator')
+ if strcmp(OGCM,'mercator')
%
% Use of Copernicusmarine client (python)
% -> script download_mercator_frcst_python.m
@@ -143,9 +127,11 @@ if Download_data
'hdays,fdays,', ...
'lonmin,lonmax,latmin,latmax,hmax,', ...
'FRCST_dir,FRCST_prefix,mercator_name,Yorig);'])
+
+ else
+ error(['Unknown OGCM for forecast: ',OGCM])
end
end
-
%---------------------------------------------------------------
% Get OGCM grid
%---------------------------------------------------------------
@@ -160,15 +146,10 @@ Z=-nc{'depth'}(:);
NZ=length(Z);
NZ=NZ-rmdepth;
Z=Z(1:NZ);
-
%---------------------------------------------------------------
% Get time array
%---------------------------------------------------------------
-if strcmp(OGCM,'ECCO')
- time=[90 270];
- time_cycle=360;
- trange=[1 1];
-elseif strcmp(OGCM,'mercator')
+if strcmp(OGCM,'mercator')
OGCM_time=nc{'time'}(:);
time_cycle=0;
delta=1; % >1 if subsampling
@@ -177,15 +158,16 @@ elseif strcmp(OGCM,'mercator')
for i=1:length(trange)
time(i)=OGCM_time(trange(i));
end
+else
+ error(['Unknown OGCM for forecast: ',OGCM])
end
close(nc)
-
%---------------------------------------------------------------
% Initial file
%---------------------------------------------------------------
if makeini==1
%
- ininame=[ini_prefix,num2str(date_deb),nc_suffix];
+ ininame=[ini_prefix,num2str(rundate),nc_suffix];
disp(['-> Create an initial file for date ',num2str(date_deb);])
create_inifile(ininame,grdname,CROCO_title,...
theta_s,theta_b,hc,N,...
@@ -199,19 +181,18 @@ if makeini==1
close(nc_ini)
if hdays ~= 0
if (isoctave == 0)
- eval(['!cp ',ininame,' ',ini_prefix,'hct_',num2str(date_deb),nc_suffix])
+ eval(['!cp ',ininame,' ',ini_prefix,'hct_',num2str(rundate),nc_suffix])
else
- eval(['cp ',ininame,' ',ini_prefix,'hct_',num2str(date_deb),nc_suffix])
+ eval(['cp ',ininame,' ',ini_prefix,'hct_',num2str(rundate),nc_suffix])
end
end
end
-
%---------------------------------------------------------------
% Clim and Bry files
%---------------------------------------------------------------
if makeclim==1 | makebry==1
if makebry==1
- bryname=[bry_prefix,num2str(date_deb),nc_suffix];
+ bryname=[bry_prefix,num2str(rundate),nc_suffix];
disp([' '])
disp(['-> Create bry files from ',num2str(date_deb);])
create_bryfile(bryname,grdname,CROCO_title,[1 1 1 1],...
@@ -222,7 +203,7 @@ if makeclim==1 | makebry==1
nc_bry=[];
end
if makeclim==1
- clmname=[clm_prefix,num2str(date_deb),nc_suffix];
+ clmname=[clm_prefix,num2str(rundate),nc_suffix];
disp(['-> Create clim files from ',num2str(date_deb);])
create_climfile(clmname,grdname,CROCO_title,...
theta_s,theta_b,hc,N,...
@@ -231,7 +212,6 @@ if makeclim==1 | makebry==1
else
nc_clm=[];
end
-
%---------------------------------------------------------------
% Perform interpolations for all selected records
%---------------------------------------------------------------
@@ -242,7 +222,6 @@ for tndx=1:length(time)
nc_clm,nc_bry,lon,lat,angle,h,pm,pn,rmask, ...
tndx,vtransform,obc)
end
-
%
% Close CROCO files
%
@@ -261,21 +240,21 @@ if makeplot==1
disp(' ')
disp(' Make a few plots...')
if makeini==1
- ininame=[ini_prefix,num2str(date_deb),nc_suffix];
+ ininame=[ini_prefix,num2str(rundate),nc_suffix];
figure
test_clim(ininame,grdname,'temp',1,coastfileplot)
figure
test_clim(ininame,grdname,'salt',1,coastfileplot)
end
if makeclim==1
- clmname=[clm_prefix,num2str(date_deb),nc_suffix];
+ clmname=[clm_prefix,num2str(rundate),nc_suffix];
figure
test_clim(clmname,grdname,'temp',1,coastfileplot)
figure
test_clim(clmname,grdname,'salt',1,coastfileplot)
end
if makebry==1
- bryname=[bry_prefix,num2str(date_deb),nc_suffix];
+ bryname=[bry_prefix,num2str(rundate),nc_suffix];
figure
test_bry(bryname,grdname,'temp',1,obc)
figure
diff --git a/Forecast_tools/plot_forecast_croco.m b/Forecast_tools/plot_forecast_croco.m
index 82375860ceed13c236559114fe34acbdbb54aeb9..ffaad1614135c6257ace056ed17202d6f332c1ec 100644
--- a/Forecast_tools/plot_forecast_croco.m
+++ b/Forecast_tools/plot_forecast_croco.m
@@ -16,6 +16,7 @@ dirout = './Figs/';
eval(['!mkdir ',dirout])
grdname = [dirin,'SCRATCH/croco_grd.nc'];
frcname = [dirin,'SCRATCH/croco_frc_GFS_0.nc'];
+hisname = [dirin,'SCRATCH/croco_his.nc'];
avgname = [dirin,'SCRATCH/croco_avg.nc'];
coastfile = [dirin,'coastline_l.mat'];
@@ -26,7 +27,7 @@ skip_cur = 2;
zoom = 0;
fsize = 14; % Font size
nx = 3; % number of days
-titlemark = ['IRD: ',datestr(now)];
+titlemark = ['CROCO: ',datestr(now)];
mean_currents = 0; % 1: plot 0-500 mean currents
% 0: surface currents
@@ -36,6 +37,8 @@ plot_fig_2 = 0; % surface currents
plot_fig_3 = 1; % SST + surface currents
plot_fig_4 = 1; % SSH
plot_fig_5 = 0; % HBL
+plot_fig_6 = 0; % max SSH (his file)
+
% offset to convert UTC model time
% into local matlab time (days]
@@ -43,7 +46,7 @@ days_off = timezone/24+datenum(Yorig,1,1);
%
%************ End of users's defined parameter ************
%
-% time (in matlab time)
+/bin/bash: q : commande introuvable
%
today=floor(now);
%
@@ -75,7 +78,6 @@ dzv=zv(2:end,:,:)-zv(1:end-1,:,:);
% coastline
%bounds=[lonmin lonmax latmin latmax]; res='l';
%coastfile=make_coast2(bounds,res)
-
%
barwidth=0.5;
barheight=0.04;
@@ -437,3 +439,55 @@ for tndx=hdays+1:nx+hdays
end
end
end % plot_fig_5
+
+if plot_fig_6,
+%
+% 6: Sea Surface Height max
+%
+ disp('Plot SSH max...')
+ itime=0;
+ cmin=0; cint=0.5; cmax=7;
+
+ outname=['MaxSSH'];
+ figure('position',[5 5 1000 600]);
+ subplot('position',[0 0.2 1 .75]);
+
+ nc=netcdf(hisname);
+ N=length(nc('s_rho'));
+ time=nc{'scrum_time'}(:)/86400+days_off;
+ t1=datestr(time(1),1);
+ t2=datestr(time(end),1);
+ ssh=squeeze(max(nc{'zeta'}(:)));
+ mask=nc{'mask_rho'}(:);
+ ssh=ssh.*mask./mask;
+ close(nc)
+ ssh=get_missing_val(lon,lat,ssh);
+
+ m_proj('mercator','lon',[lonmin lonmax],'lat',[latmin latmax]);
+ [C0,h0]=m_contourf(lon,lat,ssh,[cmin:cint:cmax]);
+ clabel(C0,h0,'fontsize',14,'LabelSpacing',100)
+ caxis([cmin cmax])
+ m_usercoast(coastfile,'patch',[.0 .0 .0]);
+ m_grid('box','fancy','tickdir','in','FontSize',fsize-2);
+ set(findobj('tag','m_grid_color'),'facecolor','white')
+ title(['Max Elevation [',t1,' - ',t2,']'],'FontSize',fsize+3)
+ ht=m_text(lonmax-0.05,latmax-.05,titlemark);
+ set(ht,'horizontalalignment','right','fontsize',fsize-3,'Color','w');
+ set(gca,'Layer','top');
+
+ subplot('Position',[0.5-0.5*barwidth vmargin barwidth barheight])
+ x=[0:1];
+ y=[cmin:cint:cmax];
+ [X,Y]=meshgrid(x,y);
+ caxis([cmin cmax])
+ contourf(Y,X,Y,y)
+ set(gca,'XTick',[cmin:cint:cmax],'YTickLabel',[' '])
+ set(gca,'FontSize',fsize)
+ set(gca,'Layer','top');
+ xlabel('SSH [m]','FontSize',fsize)
+ set(gcf, 'PaperPositionMode', 'auto');
+
+ export_fig -transparent file.pdf
+ eval(['! mv -f file.pdf ',dirout,outname,'.pdf']);
+end % plot_fig_6
+
diff --git a/Oforc_OGCM/Copernicus_Marine_Toolbox_installation.md b/Oforc_OGCM/Copernicus_Marine_Toolbox_installation.md
index 2820c4b2140b7ce19abd6ee8ce52aa6fa51e9f41..685502c405c9f7aa6dc7c9bceec8a1fe3e1c1076 100644
--- a/Oforc_OGCM/Copernicus_Marine_Toolbox_installation.md
+++ b/Oforc_OGCM/Copernicus_Marine_Toolbox_installation.md
@@ -16,13 +16,21 @@ Prerequisites:
Note that you can use micromamba instead of mamba to install the python environment
you can download also the file copernicusmarine_env.yml (See Instructions on 2)
-
-To use it, you need to activate the cmt_1.0 :
+Firstly, you need to activate the environment cmt_1.0 :
> mamba activate cmt_1.0
-You will have access to the copernicusmarine executable with various sub-command, very useful to get, extract and download data from the Copernicus Marine Data Store.
+The location of the executable (here after pathCMC) will be found typing :
+ > ls $CONDA_PREFIX/bin/copernicusmarine
+
+ Note that the value returned by your terminal here, will be your pathCMC to fill in your crocotools_param.m
+ and download_glorys_data.sh script
+
+You will have access to the copernicusmarine executable with various sub-command, very useful to get, extract and download data from the Copernicus Marine Data Store :
> copernicusmarine -h
+Or alternatively:
+ > $CONDA_PREFIX/bin/copernicusmarine -h
+
To be used in the Matlab croco_tools, in the crocotools_param.m, you need to :
diff --git a/Oforc_OGCM/create_OGCM.m b/Oforc_OGCM/create_OGCM.m
index 24e4ae1e8f4ec52bcc54ac3e318122b3fbacfa05..88f0469002ac1d2a37c6e9b7521ee2bb1d33b7b0 100644
--- a/Oforc_OGCM/create_OGCM.m
+++ b/Oforc_OGCM/create_OGCM.m
@@ -80,6 +80,18 @@ nc{'vbar'}.long_name='MERIDIONAL BAROTROPIC VELOCITY';
nc{'vbar'}.units=ncchar('m/sec');
nc{'vbar'}.units='m/sec';
nc{'vbar'}.missing_value=missval;
+%nc{'taux'}=ncfloat('time','latU','lonU') ;
+%nc{'taux'}.long_name=ncchar('TAU_X');
+%nc{'taux'}.long_name='TAU_X';
+%nc{'taux'}.units=ncchar('N.m-2');
+%nc{'taux'}.units='N.m-2';
+%nc{'taux'}.missing_value=missval;
+%nc{'tauy'}=ncfloat('time','latV','lonV') ;
+%nc{'tauy'}.long_name=ncchar('TAU_Y');
+%nc{'tauy'}.long_name='TAU_Y';
+%nc{'tauy'}.units=ncchar('N.m-2');
+%nc{'tauy'}.units='N.m-2';
+%nc{'tauy'}.missing_value=missval;
nc{'ssh'}=ncfloat('time','latT','lonT') ;
nc{'ssh'}.long_name=ncchar('SEA LEVEL HEIGHT');
nc{'ssh'}.long_name='SEA LEVEL HEIGHT';
@@ -129,6 +141,8 @@ nc{'time'}(tndx)=time(tndx);
%
if length(time)==1
nc{'ssh'}(tndx,:,:)=ssh;
+% nc{'taux'}(tndx,:,:)=taux;
+% nc{'tauy'}(tndx,:,:)=tauy;
u1=u;
v1=v;
nc{'u'}(tndx,:,:,:)=u1;
@@ -137,6 +151,8 @@ nc{'time'}(tndx)=time(tndx);
nc{'salt'}(tndx,:,:,:)=salt;
else
nc{'ssh'}(tndx,:,:)=squeeze(ssh(tndx,:,:));
+% nc{'taux'}(tndx,:,:)=squeeze(taux(tndx,:,:));
+% nc{'tauy'}(tndx,:,:)=squeeze(tauy(tndx,:,:));
u1=squeeze(u(tndx,:,:,:));
v1=squeeze(v(tndx,:,:,:));
nc{'u'}(tndx,:,:,:)=u1;
diff --git a/Oforc_OGCM/download_glorys_data.sh b/Oforc_OGCM/download_glorys_data.sh
index 819b4bb7d2b0bcf2f2cd6e4ed405a5e168e93dad..8b20c40a142649eef765cf9a5ea86858ecf95afb 100755
--- a/Oforc_OGCM/download_glorys_data.sh
+++ b/Oforc_OGCM/download_glorys_data.sh
@@ -1,6 +1,6 @@
#!/bin/bash
set -e
-source ../../myenv_mypath.sh
+#source ../../myenv_mypath.sh
##########################
# python
# ======
@@ -15,9 +15,9 @@ source ../../myenv_mypath.sh
user='XXXXXXXXX'
password='XXXXXXXXX'
###
-### motu client ###
-path_to_motu="${OCE}/../../croco_tools" # Use croco's motuclient croco_tools/Forecast_tools
-# if you want to use your own motu, leave empty
+### Copernicus marine client ###
+# this is the pathCMC (described on the readme file Copernicus_Marine_Toolbox_installation.md)
+path_to_cmt="/home/to/your/bin/copernicusmarine"
###
YEAR_START=2017
MONTH_START=1
@@ -36,7 +36,8 @@ DT_TIME= # Value in days. Default value when empty is 1 month.
kdata="MONTHLY" # DAILY or MONTHLY
####################
READ_GRD=1 # read croco_grid to find lon/lat min-max
-INPUT_GRD="${OCE_FILES_DIR}/croco_grd.nc"
+#INPUT_GRD="${OCE_FILES_DIR}/croco_grd.nc"
+INPUT_GRD="CROCO_FILES/croco_grd.nc"
# In case you don't want to read croco_grd
# Please use -180/180 -90/90 format
lon_min="-90"
@@ -59,16 +60,14 @@ for field in ${vars}; do
done
###
-### motu command ###
-if [[ -z ${path_to_motu} ]]; then
- command_line="python -m motuclient"
+if [[ -z ${path_to_cmt} ]]; then
+ echo "You need to define your path_to_cmt variable ..."
+ exit 12
else
- command_line="${path_to_motu}/Forecast_tools/motuclient-python/motuclient.py"
+ command_line=${path_to_cmt}" "
fi
-## motu info
-motu_url_reana='http://my.cmems-du.eu/motu-web/Motu'
-service_id_reana='GLOBAL_MULTIYEAR_PHY_001_030-TDS'
+## cmt info
if [[ ${kdata} == "DAILY" ]]; then
product_id_reana='cmems_mod_glo_phy_my_0.083_P1D-m'
elif [[ ${kdata} == "MONTHLY" ]]; then
@@ -113,18 +112,20 @@ for YEAR in `seq ${YEAR_START} ${YEAR_END}`; do
daystrt=1
start_date=$( printf "%04d-%02d-%02d" $YEAR $MONTH $daystrt)
end_date=$(printf `date +"%Y-%m-%d" -d "${start_date} +1 month - 1 day"`)
- OUTNAME="${OUTDIR}/raw_motu_${PREFIX}_Y${YEAR}M${MONTH}.nc"
- ${command_line} --motu ${motu_url_reana} --service-id ${service_id_reana} --product-id ${product_id_reana} --longitude-min ${lon_min} --longitude-max ${lon_max} --latitude-min ${lat_min} --latitude-max ${lat_max} --date-min "${start_date} 12:00:00" --date-max "${end_date} 12:00:00" --depth-min 0.493 --depth-max 5727.918 ${variables} --out-dir ./ --out-name ${OUTNAME} --user ${user} --pwd ${password}
+ OUTNAME="${OUTDIR}/raw_${PREFIX}_Y${YEAR}M${MONTH}.nc"
+ echo "${command_line} subset -i ${product_id_reana} -x ${lon_min} -X ${lon_max} -y ${lat_min} -Y ${lat_max} -t "${start_date}" -T "${end_date}" -z 0.493 -Z 5727.918 ${variables} -o ./ -f ${OUTNAME} --username ${user} --password ${password} --force-download"
+ ${command_line} subset -i ${product_id_reana} -x ${lon_min} -X ${lon_max} -y ${lat_min} -Y ${lat_max} -t "${start_date}" -T "${end_date}" -z 0.493 -Z 5727.918 ${variables} -o ./ -f ${OUTNAME} --username ${user} --password ${password} --force-download
elif [[ ${kdata} == "DAILY" ]]; then
if [ -z ${DT_TIME} ]; then
start_date=$( printf "%04d-%02d-%02d" $YEAR $MONTH $daystrt)
end_date=$(printf `date +"%Y-%m-%d" -d "${start_date} +1 month - 1 day"`)
- OUTNAME="${OUTDIR}/raw_motu_${PREFIX}_Y${YEAR}M${MONTH}.nc"
- ${command_line} --motu ${motu_url_reana} --service-id ${service_id_reana} --product-id ${product_id_reana} --longitude-min ${lon_min} --longitude-max ${lon_max} --latitude-min ${lat_min} --latitude-max ${lat_max} --date-min "${start_date} 12:00:00" --date-max "${end_date} 12:00:00" --depth-min 0.493 --depth-max 5727.918 ${variables} --out-dir ./ --out-name ${OUTNAME} --user ${user} --pwd ${password}
+ OUTNAME="${OUTDIR}/raw_${PREFIX}_Y${YEAR}M${MONTH}.nc"
+ echo "${command_line} subset -i ${product_id_reana} -x ${lon_min} -X ${lon_max} -y ${lat_min} -Y ${lat_max} -t "${start_date}" -T "${end_date}" -z 0.493 -Z 5727.918 ${variables} -o ./ -f ${OUTNAME} --username ${user} --password ${password} --force-download"
+ ${command_line} subset -i ${product_id_reana} -x ${lon_min} -X ${lon_max} -y ${lat_min} -Y ${lat_max} -t "${start_date}" -T "${end_date}" -z 0.493 -Z 5727.918 ${variables} -o ./ -f ${OUTNAME} --username ${user} --password ${password} --force-download
else
for DAY in `seq ${dstart} ${DT_TIME} ${dend}`; do
- tmpoutname="${OUTDIR}/raw_motu_${PREFIX}_Y${YEAR}M${MONTH}D${DAY}.nc"
+ tmpoutname="${OUTDIR}/raw_${PREFIX}_Y${YEAR}M${MONTH}D${DAY}.nc"
start_date=$( printf "%04d-%02d-%02d" $YEAR $MONTH $DAY )
end_date=$( date +"%Y-%m-%d" -d "${start_date} +${DT_TIME} day - 1 day" )
tmpsdate=$( echo `date -d ${start_date} +"%Y%m"` )
@@ -137,12 +138,13 @@ for YEAR in `seq ${YEAR_START} ${YEAR_END}`; do
nbdays=$(( (${second_date} - ${first_date})/86400 ))
end_date=$( date +"%Y-%m-%d" -d "${end_date} - ${nbdays} day" )
fi
- ${command_line} --motu ${motu_url_reana} --service-id ${service_id_reana} --product-id ${product_id_reana} --longitude-min ${lon_min} --longitude-max ${lon_max} --latitude-min ${lat_min} --latitude-max ${lat_max} --date-min "${start_date} 12:00:00" --date-max "${end_date} 12:00:00" --depth-min 0.493 --depth-max 5727.918 ${variables} --out-dir ./ --out-name ${tmpoutname} --user ${user} --pwd ${password}
+ echo "${command_line} subset -i ${product_id_reana} -x ${lon_min} -X ${lon_max} -y ${lat_min} -Y ${lat_max} -t "${start_date}" -T "${end_date}" -z 0.493 -Z 5727.918 ${variables} -o ./ -f ${tmpoutname} --username ${user} --password ${password} --force-download"
+ ${command_line} subset -i ${product_id_reana} -x ${lon_min} -X ${lon_max} -y ${lat_min} -Y ${lat_max} -t "${start_date}" -T "${end_date}" -z 0.493 -Z 5727.918 ${variables} -o ./ -f ${tmpoutname} --username ${user} --password ${password} --force-download
ncks -O -F --mk_rec_dmn time ${tmpoutname} ${tmpoutname}
done
cd ${OUTDIR}
- ncrcat -O raw_motu_${PREFIX}_Y${YEAR}M${MONTH}D*.nc raw_motu_${PREFIX}_Y${YEAR}M${MONTH}.nc
- rm -r raw_motu_${PREFIX}_Y${YEAR}M${MONTH}D*.nc
+ ncrcat -O raw_${PREFIX}_Y${YEAR}M${MONTH}D*.nc raw_${PREFIX}_Y${YEAR}M${MONTH}.nc
+ rm -r raw_${PREFIX}_Y${YEAR}M${MONTH}D*.nc
cd -
fi
fi
diff --git a/Oforc_OGCM/extract_SODA.m b/Oforc_OGCM/extract_SODA.m
index d9ac1d4f627e6aa08f9425808e30e238ff5b28e3..1790f396155e64cf27ac055e74bad01c25db2f0e 100644
--- a/Oforc_OGCM/extract_SODA.m
+++ b/Oforc_OGCM/extract_SODA.m
@@ -152,6 +152,6 @@ end
% temp,salt,u,v,ssh,taux,tauy,Yorig)
create_OGCM([SODA_dir,SODA_prefix,'Y',num2str(year),'M',num2str(month),'.cdf'],...
lon,lat,lon,lat,lon,lat,depth,time,...
- temp,salt,u,v,ssh,Yorig)
+ temp,salt,u,v,ssh,Yorig)
%
return
diff --git a/Oforc_OGCM/make_OGCM_SODA.m b/Oforc_OGCM/make_OGCM_SODA.m
index b653a944444b33b9edb50689b676a560b2c6556d..f59e5e54c0f8ec650b2a2044832c2bf95b552635 100644
--- a/Oforc_OGCM/make_OGCM_SODA.m
+++ b/Oforc_OGCM/make_OGCM_SODA.m
@@ -300,10 +300,10 @@ if makeclim==1 | makebry==1
Yp=Y;
for aa=1:itolap_p
tndx_OGCM(aa)=ntimes;
- end
+ end
else
for aa=1:itolap_p
- tndx_OGCM(aa)=aa;
+ tndx_OGCM(aa)=aa;
end;
end
%
diff --git a/Oforc_OGCM/prepro_soda.m b/Oforc_OGCM/prepro_soda.m
index 3ba9797bd55287e75ffa411903ae60496b3cf6e5..2bd90cae5a0179c9165783b3897079ed8cffaa67 100644
--- a/Oforc_OGCM/prepro_soda.m
+++ b/Oforc_OGCM/prepro_soda.m
@@ -1,4 +1,4 @@
clear all
close all
start ;
-make_OGCM ;
+make_OGCM_SODA ;
diff --git a/Oforc_OGCM/write_mercator_multi.m b/Oforc_OGCM/write_mercator_multi.m
index 717629e9c719b0587086692ca39798f0c24c8991..3f4878da038d8f5e4efdca245357782603e3a31f 100644
--- a/Oforc_OGCM/write_mercator_multi.m
+++ b/Oforc_OGCM/write_mercator_multi.m
@@ -51,7 +51,6 @@ lat = nc{'latitude'}(:);
depth = nc{'depth'}(:);
time = nc{'time'}(:);
time = time / 24 + datenum(1950,1,1) - datenum(Yorig,1,1);
-
%
% Get SSH
%
@@ -139,7 +138,6 @@ close(nc) % close raw_mercator_name
%
% Create the Mercator file
%
-
create_OGCM([OGCM_dir,OGCM_prefix,thedatemonth,'.cdf'],...
lon,lat,lon,lat,lon,lat,depth,time,...
squeeze(temp),squeeze(salt),squeeze(u),...
diff --git a/Preprocessing_tools/make_config.m b/Preprocessing_tools/make_config.m
index d6e53acfd725406bd8d52759e8a505097c1f2ef4..94b89ab97f69c3e85168aa23229b533262110466 100644
--- a/Preprocessing_tools/make_config.m
+++ b/Preprocessing_tools/make_config.m
@@ -47,5 +47,5 @@ make_clim
% Interannual forcing
%
%make_NCEP
-%make_OGCM
+%make_OGCM_mercator (SODA)
return
diff --git a/crocotools_param.m b/crocotools_param.m
index e765243b75d2977bfdc6f7269032b95b29ba741d..28bf7d640e272d02868a183b48a16eb754526e82 100644
--- a/crocotools_param.m
+++ b/crocotools_param.m
@@ -5,7 +5,7 @@
%
% This file is used by make_grid.m, make_forcing.m,
% make_clim.m, make_biol.m, make_bry.m, make_tides.m,
-% make_NCEP.m, make_OGCM.m, make_...
+% make_NCEP.m, make_OGCM_*.m, make_...
%
% Further Information:
% http://www.croco-ocean.org
@@ -221,7 +221,7 @@ pathfinder_sst_name=[DATADIR,...
%
% 4 - Open boundaries and initial conditions parameters
% used by make_clim.m, make_biol.m, make_bry.m
-% make_OGCM.m and make_OGCM_frcst.m
+% make_OGCM_*.m and make_OGCM_frcst.m
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
@@ -235,7 +235,7 @@ zref = -1000;
%
% initial/boundary data options (1 = process)
% (used in make_clim, make_biol, make_bry,
-% make_OGCM.m and make_OGCM_frcst.m)
+% make_OGCM_*.m and make_OGCM_frcst.m)
%
makeini = 1; % initial data
makeclim = 1; % climatological data (for boundaries and nudging layers)
@@ -322,7 +322,7 @@ Z0 = 1; % Mean depth of tide gauge
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
% 6 - Reference date and simulation times
-% (used for make_tides, make_CFSR (or make_NCEP), make_OGCM)
+% (used for make_tides, make_CFSR (or make_NCEP), make_OGCM_*)
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
@@ -401,9 +401,9 @@ QSCAT_clim_file = [DATADIR,'QuikSCAT_clim/',... % QSCAT climatolog
%
Reformat_ECMWF = 1;
ECMWF_dir = [FORC_DATA_DIR,'ECMWF_',CROCO_config,'/']; % ERA-I data dir. [croco format]
-My_ECMWF_dir = [FORC_DATA_DIR,'ERAI/']; % ERA-I native data downloaded
- % with python script
-itolap_ecmwf = 3; % 3 records for daily ECMWF
+My_ECMWF_dir = [FORC_DATA_DIR,'ERAI/']; % ERA-I native data downloaded
+ % with python script
+itolap_ecmwf = 3; % 3 records for daily ECMWF
%
%--------------------------------------------------
% Options for make_ERA5
@@ -417,7 +417,7 @@ itolap_era5 = 2; % 2 records = 2 h
%
%
%--------------------------------------------
-% Options for make_OGCM or make_OGCM_mercator
+% Options for make_OGCM_SODA or make_OGCM_mercator
%--------------------------------------------
%
OGCM = 'SODA'; % Select OGCM: SODA or mercator
@@ -430,6 +430,10 @@ ini_prefix = [CROCO_files_dir,'croco_ini_',OGCM,'_']; % generic initial file
OGCM_prefix = [OGCM,'_']; % generic OGCM file name
+% SODA
+% ==== Description : 1/4 deg SODA v2.2.4 monthly means reanalysis (187101 -> 201012)
+
+
% MERCATOR cases:
% =============
mercator_type=1; % 1 --> 1/12 deg Mercator global reanalysis (1993 -> 202101)
@@ -498,9 +502,9 @@ rmdepth = 2;
itolap_a = 1; % before
itolap_p = 1; % after
%
-%--------------------------
-% Options for make_bry_WKB
-%--------------------------
+%----------------------------------------------------
+% Options for make_bry_WKB_ECMWF or make_bry_WKB_ERA5
+%----------------------------------------------------
%
wkb_prefix=[CROCO_files_dir,'croco_wkb'];
wkb_obc= [1 1 1 1];
@@ -510,6 +514,7 @@ wkb_obc= [1 1 1 1];
% 8 - Parameters for the forecast system
%
% --> select OGCM name above (mercator ...)
+% --> select Aforc name (GFS/IFS)
% --> don't forget to define in cppdefs.h:
% - ROBUST_DIAG
% - CLIMATOLOGY
@@ -522,13 +527,8 @@ FRCST_dir = [FORC_DATA_DIR,'Forecast/']; % path to local OGCM data directory
%
% Number of hindcast / forecast days
%
-if strcmp(OGCM,'ECCO')
- hdays=1;
- fdays=6;
-elseif strcmp(OGCM,'mercator')
- hdays=1;
- fdays=4;
-end
+hdays=1;
+fdays=3;
%
% Local time= UTC + timezone
%