osse/utils/ensavg.m

nx=120;ny=31;nz=29;n=nx*ny*nz;nens=30;iter=68;
z=15;


%filename=sprintf('%s','../00/assimilate/pickup.in')
filename=sprintf('%s%03i%s','../da/00/assimilate/pickup.',iter,'.out')
fid=fopen(filename,'r','ieee-be');
foo=fread(fid,13*n+ny*nx,'float64');
%s=0; mn(k+1)=mean(foo(s*n+1:s*n+n));
i=0;truu=reshape(foo(i*n+1:(i+1)*n),[nx ny nz]);
i=3;truv=reshape(foo(i*n+1:(i+1)*n),[nx ny nz]);
i=6;truw=reshape(foo(i*n+1:(i+1)*n),[nx ny nz]);


for k=1:nens
%k=0;
filename=sprintf('%s%02i%s%03i%s','../da/',k,'/assimilate/pickup.',iter,'.out')
%filename=sprintf('%s%02i%s','../',k,'/assimilate/pickup.in')
fid=fopen(filename,'r','ieee-be');
foo=fread(fid,13*n+ny*nx,'float64');
%s=0; mn(k+1)=mean(foo(s*n+1:s*n+n));
i=0;memu(:,k)=foo(i*n+1:(i+1)*n);
i=3;memv(:,k)=foo(i*n+1:(i+1)*n);
i=6;memw(:,k)=foo(i*n+1:(i+1)*n);
fclose(fid);
end

ensu(:,:,:)=reshape(mean(memu,2),[nx ny nz]);
ensv(:,:,:)=reshape(mean(memv,2),[nx ny nz]);
ensw(:,:,:)=reshape(mean(memw,2),[nx ny nz]);

subplot(3,2,1);imagesc(truu(:,:,z));
subplot(3,2,3);imagesc(truv(:,:,z));
subplot(3,2,5);imagesc(truw(:,:,z));

subplot(3,2,2);imagesc(ensu(:,:,z));
subplot(3,2,4);imagesc(ensv(:,:,z));
subplot(3,2,6);imagesc(ensw(:,:,z));
title(sprintf('%s%i','truth and ensemble mean after assim',iter));

1	afe	1.1	nx=120;ny=31;nz=29;n=nxnynz;nens=30;iter=68;
2	afe	1.2	z=15;
3	afe	1.1
4
5	afe	1.2	%filename=sprintf('%s','../00/assimilate/pickup.in')
6			filename=sprintf('%s%03i%s','../da/00/assimilate/pickup.',iter,'.out')
7	afe	1.1	fid=fopen(filename,'r','ieee-be');
8			foo=fread(fid,13n+nynx,'float64');
9			%s=0; mn(k+1)=mean(foo(sn+1:sn+n));
10			i=0;truu=reshape(foo(in+1:(i+1)n),[nx ny nz]);
11			i=3;truv=reshape(foo(in+1:(i+1)n),[nx ny nz]);
12			i=6;truw=reshape(foo(in+1:(i+1)n),[nx ny nz]);
13
14
15
16			for k=1:nens
17			%k=0;
18	afe	1.2	filename=sprintf('%s%02i%s%03i%s','../da/',k,'/assimilate/pickup.',iter,'.out')
19			%filename=sprintf('%s%02i%s','../',k,'/assimilate/pickup.in')
20	afe	1.1	fid=fopen(filename,'r','ieee-be');
21			foo=fread(fid,13n+nynx,'float64');
22			%s=0; mn(k+1)=mean(foo(sn+1:sn+n));
23			i=0;memu(:,k)=foo(in+1:(i+1)n);
24			i=3;memv(:,k)=foo(in+1:(i+1)n);
25			i=6;memw(:,k)=foo(in+1:(i+1)n);
26			fclose(fid);
27			end
28	afe	1.2
29	afe	1.1	ensu(:,:,:)=reshape(mean(memu,2),[nx ny nz]);
30			ensv(:,:,:)=reshape(mean(memv,2),[nx ny nz]);
31			ensw(:,:,:)=reshape(mean(memw,2),[nx ny nz]);
32	afe	1.2
33			subplot(3,2,1);imagesc(truu(:,:,z));
34			subplot(3,2,3);imagesc(truv(:,:,z));
35			subplot(3,2,5);imagesc(truw(:,:,z));
36
37			subplot(3,2,2);imagesc(ensu(:,:,z));
38			subplot(3,2,4);imagesc(ensv(:,:,z));
39			subplot(3,2,6);imagesc(ensw(:,:,z));
40			title(sprintf('%s%i','truth and ensemble mean after assim',iter));
41