MITgcm_contrib/jmc_script/grph_StD.m

 prefix='stDiag';
 namA={'mG_2','vmUpW'}; 
%namA=char{'r525','r526','r527','r528'}; 
 Nexp=size(namA,2);
%-
%namA(2)={'r528'};

% $Header: /u/gcmpack/MITgcm_contrib/jmc_script/grph_StD.m,v 1.1 2008/05/29 23:47:13 jmc Exp $
% $Name:  $


nItMx=1e10*ones(1,Nexp); %nItMx(3)=11;
%nItMx=60*ones(1,Nexp);
namLg=namA ; namLg=strrep(namLg,'_','\_');
%-----------
%- ngEn = Nb of Energy plot: = 2 or = 4  ;
ngEn=2;
%- test if the variable krd is define :
if size(who('krd'),1) > 0,
 fprintf('krd is defined and = %i \n',krd);
else
 fprintf('krd undefined ; set to 1 \n'); krd=1 ;
end
if krd > 0,
%- define list of fields to read in:
%listV={'Eta','U','V','W','T','S','DETADT2','RELHUM','Phi'};
%listV={'Eta','U','V','W','T','S','CONVADJ','DETADT2'};
%listV={'Eta','UE_VEL_C','VN_VEL_C','W','T','DETADT2','Phi'};
%- or take all them:
 clear listV ; listV='all_flds';
%-----------

%- start to read the longest record:
  n=1; rf=-1; if strcmp(char(listV),'all_flds'), rf=0; end
  [ntA(n),rList,tim,vv1,listV] = ...
    read_StD(prefix,namA(n),listV);
  nIt=ntA(n); nk=size(vv1,1); nRg=size(vv1,3);
%- set global dims: & load vvA --> vvB
  nbV=size(listV,2);
  nrec=nIt; n3d=nk; nReg=nRg;
  vvA=zeros(n3d,nrec,nReg,5,nbV,Nexp); tiA=zeros(nrec,2,Nexp);
  vvA(1:nk,1:nIt,1:nRg,:,:,n)=vv1; tiA(1:nIt,:,n)=tim;
%----
 for n=2:Nexp,
  [ntA(n),rList,tim,vv1,listV] = ...
    read_StD(prefix,namA(n),listV);
  nIt=ntA(n); nk=size(vv1,1); nRg=size(vv1,3);
  if (nrec < nIt),
    fprintf('\n');
    error([' Nb of records=',int2str(nIt),' exceeds nrec=',int2str(nrec)]);
  end
  if (n3d < nk),
    fprintf('\n');
    error([' Nb of Levels=',int2str(nk),' exceeds n3d=',int2str(n3d)]);
  end
  vvA(1:nk,1:nIt,1:nRg,:,:,n)=vv1; tiA(1:nIt,:,n)=tim;
 end;
 if krd == 2,
   fprintf('save to "sav_StD.mat" file ...');
   save('sav_StD.mat','vvA','tiA','ntA','rList','listV');
   fprintf(' done\n')
 end 
elseif krd < 0,
 fprintf('load from "sav_StD.mat" file ...');
 load sav_StD
 fprintf(' done\n'); nbV=size(listV,2);
end
if krd ~= 0,
 ttA=squeeze(tiA(:,2,:));
 ttA=ttA/86400; titT='days'; %ttA=ttA/30 ; titT='month'; ttA=ttA/12 ; titT='year';
end
%=========================================================

ttax1=0 ; ttax2=0 ; ttay=zeros(nbV,2);
%-- fixed time axis bound :
% ttax1=15.; ttax2=20.;
%-- fixed Y axis bound :
% ttay(4,:)=[0 0.6];
%-----------
fprintf('Total length: ntA=');fprintf(' %i ,',ntA); fprintf(' \n');
for n=1:Nexp,
fprintf(' exp %i : time(d):%10.2f ->%10.2f \n', n,ttA(1,n),ttA(ntA(n),n) );
end;
%--

list_on=zeros(1,nbV);
nbG=8;
nbG=min(nbG,nbV); list_on(1:nbG)=1 ;
%list_on(1:6)=[1 1 1 1 1 1];

isA=ones(1,Nexp); ieA=ntA;
%- limit the length : for search of isA <->1500y: find(ttA(:,2) == 1500) 
%isA=isA*31 ; % drop the 1rst mnth (1 Monitor/d)
%isA=isA*36 ; % drop the 1rst year (1 Monitor/10d)
%isA(1)=31 ; isA(2)=4 ; % drop the 1rst mnth
%ieA(:)=360; isA(:)=1;

linA(1,:)='k-'; % ieA(1)=60 ; % ieA(1)=1152 ;
linA(2,:)='b-';
linA(3,:)='r-';
linA(4,:)='g-';
linA(5,:)='m-';
linA(6,:)='c-';

ieA=min(ieA,nItMx);
%titall='AIM , Cubic-G (32x32) , cpl-FM Forcing' ; 
titall='Global Ocean, Cubic-G (32x32) , NCEP Forc (2)' ;
%titall='Dyncore test-case 5 (cs-32)' ;

%=========================================================
 
for ng=1:nbV,
%-------------------
 flag=list_on(ng); kl=0;
 vv1=vvA(:,:,:,:,ng,:); namV=char(listV(ng));
 titv=strrep(namV,'_','\_');
%if strcmp(namV,'Eta'), vv1=vv1/100; titv='Eta [mb]'; end
%if strcmp(namV,'T'), kl=1; end
%if ng == 1, flag=2*list_on(1) ; end
 if kl > 0, titv=[titv,'\_',int2str(kl)];
   fprintf([' var= ',namV,' at level k= %i \n'],kl);
 end

 if flag == 1
%--
  figure(ng); set(ng,'position',[100+100*ng 60+40*ng 500 700]);clf;
% if ng == 2, var=squeeze(vv1(2,:,1,:,:)); end % to get surf.Temp
  var=squeeze(vv1(1+kl,:,1,:,:));
  dd=squeeze(max(var)-min(var)); av=squeeze(mean(var));
   if Nexp == 1, av=av'; dd=dd'; end ;
  for nv=1:4,
    subplot(410+nv); ttmn=' Mx-mn:'; ttav=' Av:';
    for n=1:Nexp,
      plot(ttA(isA(n):ieA(n),n),var(isA(n):ieA(n),nv,n),linA(n,:));
      if n == 1, hold on ; end ;
      ttmn=sprintf([ttmn,' %2.1e ;'],dd(nv,n));
      ttav=sprintf([ttav,' %3.2e ;'],av(nv,n));
    end ; hold off ;
    AA=axis ; dAA=AA(4)-AA(3);
    if AA(3)*AA(4) <= 0, AA(3)=min(AA(3),-dAA/10); AA(4)=max(AA(4),dAA/10); end
    if ttax1 < ttax2, AA(1)=ttax1; AA(2)=ttax2; end;
    axis(AA); grid ;
    if nv == 1, title(['Avr ',titv,'  ',ttmn]); end
    if nv == 2, title(['Std-Dev ',titv,'  ',ttav]); end
    if nv == 3, title(['min ',titv,'  ',ttav]); legend(namLg,0); end
    if nv == 4, title(['Max ',titv,'  ',ttav]); end
  end ; xlabel(titT);
%--
  axes('position',[.01,.01,.99,.99],'Visible','off');
  T=text(0.5,0.97,titall);
  set(T,'HorizontalAlignment','center','FontSize',12);
  Td=text(0.99,0.01,date);
  set(Td,'HorizontalAlignment','right','FontSize',6);
%--- 
 end

%------------------- 
end

%=========================================================
1	jmc	1.2	prefix='stDiag';
2			namA={'mG_2','vmUpW'};
3			%namA=char{'r525','r526','r527','r528'};
4			Nexp=size(namA,2);
5	jmc	1.1	%-
6	jmc	1.2	%namA(2)={'r528'};
7	jmc	1.1
8	jmc	1.2	% $Header: /u/gcmpack/MITgcm_contrib/jmc_script/grph_StD.m,v 1.1 2008/05/29 23:47:13 jmc Exp $
9	jmc	1.1	% $Name: $
10
11
12			nItMx=1e10*ones(1,Nexp); %nItMx(3)=11;
13	jmc	1.2	%nItMx=60*ones(1,Nexp);
14			namLg=namA ; namLg=strrep(namLg,'_','\_');
15	jmc	1.1	%-----------
16			%- ngEn = Nb of Energy plot: = 2 or = 4 ;
17			ngEn=2;
18			%- test if the variable krd is define :
19			if size(who('krd'),1) > 0,
20			fprintf('krd is defined and = %i \n',krd);
21			else
22			fprintf('krd undefined ; set to 1 \n'); krd=1 ;
23			end
24			if krd > 0,
25			%- define list of fields to read in:
26			%listV={'Eta','U','V','W','T','S','DETADT2','RELHUM','Phi'};
27			%listV={'Eta','U','V','W','T','S','CONVADJ','DETADT2'};
28	jmc	1.2	%listV={'Eta','UE_VEL_C','VN_VEL_C','W','T','DETADT2','Phi'};
29	jmc	1.1	%- or take all them:
30	jmc	1.2	clear listV ; listV='all_flds';
31	jmc	1.1	%-----------
32
33			%- start to read the longest record:
34			n=1; rf=-1; if strcmp(char(listV),'all_flds'), rf=0; end
35			[ntA(n),rList,tim,vv1,listV] = ...
36	jmc	1.2	read_StD(prefix,namA(n),listV);
37	jmc	1.1	nIt=ntA(n); nk=size(vv1,1); nRg=size(vv1,3);
38			%- set global dims: & load vvA --> vvB
39			nbV=size(listV,2);
40			nrec=nIt; n3d=nk; nReg=nRg;
41			vvA=zeros(n3d,nrec,nReg,5,nbV,Nexp); tiA=zeros(nrec,2,Nexp);
42			vvA(1:nk,1:nIt,1:nRg,:,:,n)=vv1; tiA(1:nIt,:,n)=tim;
43			%----
44			for n=2:Nexp,
45			[ntA(n),rList,tim,vv1,listV] = ...
46	jmc	1.2	read_StD(prefix,namA(n),listV);
47	jmc	1.1	nIt=ntA(n); nk=size(vv1,1); nRg=size(vv1,3);
48			if (nrec < nIt),
49			fprintf('\n');
50			error([' Nb of records=',int2str(nIt),' exceeds nrec=',int2str(nrec)]);
51			end
52			if (n3d < nk),
53			fprintf('\n');
54			error([' Nb of Levels=',int2str(nk),' exceeds n3d=',int2str(n3d)]);
55			end
56			vvA(1:nk,1:nIt,1:nRg,:,:,n)=vv1; tiA(1:nIt,:,n)=tim;
57			end;
58			if krd == 2,
59			fprintf('save to "sav_StD.mat" file ...');
60			save('sav_StD.mat','vvA','tiA','ntA','rList','listV');
61			fprintf(' done\n')
62			end
63			elseif krd < 0,
64			fprintf('load from "sav_StD.mat" file ...');
65			load sav_StD
66			fprintf(' done\n'); nbV=size(listV,2);
67			end
68			if krd ~= 0,
69			ttA=squeeze(tiA(:,2,:));
70	jmc	1.2	ttA=ttA/86400; titT='days'; %ttA=ttA/30 ; titT='month'; ttA=ttA/12 ; titT='year';
71	jmc	1.1	end
72			%=========================================================
73
74			ttax1=0 ; ttax2=0 ; ttay=zeros(nbV,2);
75			%-- fixed time axis bound :
76	jmc	1.2	% ttax1=15.; ttax2=20.;
77	jmc	1.1	%-- fixed Y axis bound :
78			% ttay(4,:)=[0 0.6];
79			%-----------
80			fprintf('Total length: ntA=');fprintf(' %i ,',ntA); fprintf(' \n');
81			for n=1:Nexp,
82			fprintf(' exp %i : time(d):%10.2f ->%10.2f \n', n,ttA(1,n),ttA(ntA(n),n) );
83			end;
84			%--
85
86			list_on=zeros(1,nbV);
87			nbG=8;
88			nbG=min(nbG,nbV); list_on(1:nbG)=1 ;
89			%list_on(1:6)=[1 1 1 1 1 1];
90
91			isA=ones(1,Nexp); ieA=ntA;
92			%- limit the length : for search of isA <->1500y: find(ttA(:,2) == 1500)
93			%isA=isA*31 ; % drop the 1rst mnth (1 Monitor/d)
94			%isA=isA*36 ; % drop the 1rst year (1 Monitor/10d)
95			%isA(1)=31 ; isA(2)=4 ; % drop the 1rst mnth
96			%ieA(:)=360; isA(:)=1;
97
98			linA(1,:)='k-'; % ieA(1)=60 ; % ieA(1)=1152 ;
99			linA(2,:)='b-';
100			linA(3,:)='r-';
101			linA(4,:)='g-';
102			linA(5,:)='m-';
103			linA(6,:)='c-';
104
105			ieA=min(ieA,nItMx);
106			%titall='AIM , Cubic-G (32x32) , cpl-FM Forcing' ;
107			titall='Global Ocean, Cubic-G (32x32) , NCEP Forc (2)' ;
108	jmc	1.2	%titall='Dyncore test-case 5 (cs-32)' ;
109	jmc	1.1
110			%=========================================================
111
112			for ng=1:nbV,
113			%-------------------
114			flag=list_on(ng); kl=0;
115			vv1=vvA(:,:,:,:,ng,:); namV=char(listV(ng));
116			titv=strrep(namV,'_','\_');
117			%if strcmp(namV,'Eta'), vv1=vv1/100; titv='Eta [mb]'; end
118			%if strcmp(namV,'T'), kl=1; end
119			%if ng == 1, flag=2*list_on(1) ; end
120			if kl > 0, titv=[titv,'\_',int2str(kl)];
121			fprintf([' var= ',namV,' at level k= %i \n'],kl);
122			end
123
124			if flag == 1
125			%--
126			figure(ng); set(ng,'position',[100+100ng 60+40ng 500 700]);clf;
127			% if ng == 2, var=squeeze(vv1(2,:,1,:,:)); end % to get surf.Temp
128			var=squeeze(vv1(1+kl,:,1,:,:));
129			dd=squeeze(max(var)-min(var)); av=squeeze(mean(var));
130			if Nexp == 1, av=av'; dd=dd'; end ;
131			for nv=1:4,
132			subplot(410+nv); ttmn=' Mx-mn:'; ttav=' Av:';
133			for n=1:Nexp,
134			plot(ttA(isA(n):ieA(n),n),var(isA(n):ieA(n),nv,n),linA(n,:));
135			if n == 1, hold on ; end ;
136			ttmn=sprintf([ttmn,' %2.1e ;'],dd(nv,n));
137			ttav=sprintf([ttav,' %3.2e ;'],av(nv,n));
138			end ; hold off ;
139			AA=axis ; dAA=AA(4)-AA(3);
140			if AA(3)*AA(4) <= 0, AA(3)=min(AA(3),-dAA/10); AA(4)=max(AA(4),dAA/10); end
141	jmc	1.2	if ttax1 < ttax2, AA(1)=ttax1; AA(2)=ttax2; end;
142	jmc	1.1	axis(AA); grid ;
143			if nv == 1, title(['Avr ',titv,' ',ttmn]); end
144			if nv == 2, title(['Std-Dev ',titv,' ',ttav]); end
145	jmc	1.2	if nv == 3, title(['min ',titv,' ',ttav]); legend(namLg,0); end
146	jmc	1.1	if nv == 4, title(['Max ',titv,' ',ttav]); end
147			end ; xlabel(titT);
148			%--
149			axes('position',[.01,.01,.99,.99],'Visible','off');
150			T=text(0.5,0.97,titall);
151			set(T,'HorizontalAlignment','center','FontSize',12);
152			Td=text(0.99,0.01,date);
153			set(Td,'HorizontalAlignment','right','FontSize',6);
154			%---
155			end
156
157			%-------------------
158			end
159
160			%=========================================================