| 1 |
% Plot cube fields in six panel layout |
| 2 |
function [] = t18_to_global_inputs() |
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|
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% $Header: $ |
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% $Name: $ |
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|
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% "facet" sizes |
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nr=360;nb=90;ng=90; |
| 9 |
%- set all 6 faces dimensions |
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nf=ones(6,2); |
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nf(1,:)=[nb nr]; nf(2,:)=[ng nr]; nf(3,:)=[ng nb]; |
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nf(4,:)=[nr nb]; nf(5,:)=[nr ng]; nf(6,:)=[nb ng]; |
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fdim=prod(nf,2); fd2= cumsum(fdim); fd1=fd2-fdim+1; |
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mapIO=1; Nfaces=5; |
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|
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% Fifteent level llc_cs90x90x360 |
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nz=50; |
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|
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dojpeg = 'y' |
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doeps = 'n' |
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|
| 22 |
disp('This is version for correct, non-transposed input!') |
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nz |
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|
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% Read in the bathymetry |
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figure(1);clf |
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bdir='.'; |
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bpref='bathy'; |
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nbx=90; |
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nby=90; |
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nbt=0; |
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bdata=[]; |
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ploc=[36 29 22 15 37 30 23 16 9 10 11 12 13 3 4 5 6 7]; |
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fl=dir(bdir); |
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for f=1:length(fl) |
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n=fl(f).name; |
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rpat=sprintf('^%s\\..*',bpref); |
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a=regexp(n,rpat,'match'); |
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if length(a) == 1 & nbt <= 17 |
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nbt=nbt+1; |
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bfile(nbt)=a; |
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fn=sprintf('%s/%s',bdir,a{:}); |
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fid=fopen(fn,'r','ieee-be'); |
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bdata(nbt,:,:)=fread(fid,[nbx nby],'float64'); |
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fclose(fid); |
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phi=flipud(squeeze(bdata(nbt,:,:))); |
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phi(find(phi==0))=NaN; |
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subplot(6,7,ploc(nbt));imagesc(fliplr(flipud(-phi'))); |
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shading flat; axis equal;axis off;axis tight;caxis([0 6000]) |
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end |
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end |
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if doeps =='y'; print -depsc bathy_tile.eps; end |
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|
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% Read in potential temperature |
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figure(2);clf |
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bdir='.'; |
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bpref=['temp_',int2str(nz),'_lev']; |
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nbx=90; |
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nby=90; |
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npt=0; |
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ptdata=[]; |
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ploc=[36 29 22 15 37 30 23 16 9 10 11 12 13 3 4 5 6 7]; |
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fl=dir(bdir); |
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for f=1:length(fl) |
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n=fl(f).name; |
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rpat=sprintf('^%s\\..*',bpref); |
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a=regexp(n,rpat,'match'); |
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if length(a) == 1 & npt <= 17 |
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npt=npt+1; |
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ptfile(npt)=a; |
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fn=sprintf('%s/%s',bdir,a{:}); |
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fid=fopen(fn,'r','ieee-be'); |
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ptdata(npt,:,:,:)=reshape(fread(fid,nbx*nby*nz,'float64'),[nbx nby nz]); |
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fclose(fid); |
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phi=flipud(squeeze(ptdata(npt,:,:,1))); |
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phiMsk=flipud(squeeze(bdata(npt,:,:))); |
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phi(find(phiMsk==0))=NaN; |
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subplot(6,7,ploc(npt));imagesc(fliplr(flipud(phi'))); |
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shading flat; axis equal;axis off;axis tight;caxis([0 30]) |
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end |
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end |
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if doeps =='y'; print -depsc ptemp_tile.eps; end |
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|
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% Read in sailinity |
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figure(3);clf |
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bdir='.'; |
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bpref=['salt_',int2str(nz),'_lev']; |
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nbx=90; |
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nby=90; |
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nsalt=0; |
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sdata=[]; |
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ploc=[36 29 22 15 37 30 23 16 9 10 11 12 13 3 4 5 6 7]; |
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fl=dir(bdir); |
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for f=1:length(fl) |
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n=fl(f).name; |
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rpat=sprintf('^%s\\..*',bpref); |
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a=regexp(n,rpat,'match'); |
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if length(a) == 1 & nsalt <= 17 |
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nsalt=nsalt+1; |
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sfile(nsalt)=a; |
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fn=sprintf('%s/%s',bdir,a{:}); |
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fid=fopen(fn,'r','ieee-be'); |
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sdata(nsalt,:,:,:)=reshape(fread(fid,nbx*nby*nz,'float64'),[nbx nby nz]); |
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fclose(fid); |
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phi=flipud(squeeze(sdata(nsalt,:,:,1))); |
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phiMsk=flipud(squeeze(bdata(nsalt,:,:))); |
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phi(find(phiMsk==0))=NaN; |
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subplot(6,7,ploc(nsalt));imagesc(fliplr(flipud(phi'))); |
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shading flat; axis equal;axis off;axis tight;caxis([31 37]) |
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end |
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end |
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if doeps =='y'; print -depsc salt_tile.eps; end |
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|
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%% pause('wait') |
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|
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if mapIO >= -1, |
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% Make a global file from the 18 (or 17) tile files. |
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lgx=2*nb+2*ng+2*nr;lgy=nr; |
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% Fseek offsets for the 18 90x90 tiles (numbers are specific to this setup) |
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tx=90;ty=90; |
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% Facet 1 ... |
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% Facet 2 ... |
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% etc... |
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ox=[0 0 0 0 ... |
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tx tx tx tx ... |
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2*tx ... |
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3*tx 4*tx 5*tx 6*tx ... |
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7*tx 8*tx 9*tx 10*tx ... |
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11*tx ]; |
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oy=[0 ty 2*ty 3*ty ... |
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0 ty 2*ty 3*ty ... |
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0 ... |
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0 0 0 0 ... |
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0 0 0 0 ... |
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0]; |
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end |
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|
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% Bathymetry |
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if mapIO == -1, |
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foo=zeros(lgx,lgy); |
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for f=1:size(bdata,1) |
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phi=squeeze(bdata(f,:,:)); |
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if f == 18 |
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phi=0; |
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end |
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|
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%With transposed input |
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%for c=1:size(phi,1) |
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%With correct input |
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%ph( |
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for c=1:size(phi,2) |
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%ph) |
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|
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ry=oy(f)+c-1; |
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fsloc=ry*lgx+ox(f); |
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|
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% With transposed input |
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% foo(fsloc+1:fsloc+90)=phi(c,:); |
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% With correct input |
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foo(fsloc+1:fsloc+90)=phi(:,c); |
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|
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end |
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end |
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figure(4);clf |
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pcolor(-foo');axis equal; shading flat; |
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axis([0 990 0 360]); caxis([0 6000]); colorbar('South'); |
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%----------------------------------- |
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else |
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phi=permute(bdata,[2 3 1]); |
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foo=zeros(fd2(end),1); |
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ntb=0; |
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for n=1:Nfaces |
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nt=fdim(n)/nbx/nby; |
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vv=phi(:,:,ntb+1:ntb+nt); |
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if nf(n,1) > nbx, vv=permute(vv,[1 3 2]); end |
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%- save face in structure "bF": |
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vv=reshape(vv,nf(n,:)); nvar=sprintf('bF.f%3.3i=vv;',n); eval(nvar) |
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%- save compact format in "foo": |
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foo(fd1(n):fd2(n),1)=reshape(vv,[fdim(n) 1]); |
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ntb=ntb+nt; |
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end |
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ccB=[-6000 0]; plot_faces(4,bF,0,ccB); |
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end |
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title('bathy') |
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if dojpeg =='y'; print -djpeg100 bathy.jpeg; end |
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if doeps =='y'; print -depsc bathy.eps; end |
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fid=fopen('llc90x90x360_bathy.bin','w','ieee-be'); |
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fwrite(fid,foo,'float64'); |
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fclose(fid); |
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|
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% Potential temperature (adds face 6 too) |
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if mapIO == -1, |
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foo=zeros(lgx,lgy,nz); |
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for f=1:size(ptdata,1) |
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phi=squeeze(ptdata(f,:,:,:)); |
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phiMsk=squeeze(bdata(f,:,:)); |
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phiMsk(find(phiMsk~=0))=1.; |
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|
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for k=1:nz |
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%ph( do not mask, keep zonal mean values everywhere |
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%ph phi(:,:,k)=phi(:,:,k).*phiMsk; |
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phi(:,:,k)=phi(:,:,k); |
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%ph) |
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|
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% With transposed input |
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% for c=1:size(phi,1) |
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% With correct input |
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for c=1:size(phi,2) |
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|
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ry=oy(f)+c-1; |
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fsloc=(k-1)*lgx*lgy+ry*lgx+ox(f); |
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% With transposed input |
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% foo(fsloc+1:fsloc+90)=phi(c,:,k); |
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% With correct input |
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foo(fsloc+1:fsloc+90)=phi(:,c,k); |
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|
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end |
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end |
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end |
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figure(5);clf |
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pcolor(squeeze(foo(:,:,1))');axis equal; shading flat; |
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axis([0 990 0 360]) |
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caxis([0. 30.]); colorbar('South'); |
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else |
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phi=permute(ptdata,[2 3 1 4]); |
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foo=zeros(fd2(end),nz); |
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ntb=0; |
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for n=1:Nfaces |
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nt=fdim(n)/nbx/nby; |
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vv=phi(:,:,ntb+1:ntb+nt,:); |
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if nf(n,1) > nbx, vv=permute(vv,[1 3 2 4]); end |
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%- save face in structure "tF": |
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vv=reshape(vv,[nf(n,:) nz]); nvar=sprintf('tF.f%3.3i=vv;',n); eval(nvar) |
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%- save compact format in "foo": |
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foo(fd1(n):fd2(n),:)=reshape(vv,[fdim(n) nz]); |
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ntb=ntb+nt; |
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end |
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ccB=[0 30]; plot_faces(5,tF,1,ccB); |
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end |
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title('ptemp') |
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if dojpeg =='y'; print -djpeg100 ptemp.jpeg; end |
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if doeps =='y'; print -depsc ptemp.eps; end |
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fid=fopen(['llc90x90x360_',int2str(nz),'lev_ptemp.bin'],'w','ieee-be'); |
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fwrite(fid,foo,'float64'); |
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fclose(fid); |
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|
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% Salinity (adds face 6 too) |
| 248 |
if mapIO == -1, |
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foo=zeros(lgx,lgy,nz); |
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for f=1:size(sdata,1) |
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phi=squeeze(sdata(f,:,:,:)); |
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phiMsk=squeeze(bdata(f,:,:)); |
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phiMsk(find(phiMsk~=0))=1.; |
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|
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for k=1:nz |
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%ph( do not mask, keep zonal mean values everywhere |
| 257 |
%ph phi(:,:,k)=phi(:,:,k).*phiMsk; |
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phi(:,:,k)=phi(:,:,k); |
| 259 |
%ph) |
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|
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% With transposed input |
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% for c=1:size(phi,1) |
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% With correct input |
| 264 |
for c=1:size(phi,2) |
| 265 |
|
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ry=oy(f)+c-1; |
| 267 |
fsloc=(k-1)*lgx*lgy+ry*lgx+ox(f); |
| 268 |
% With transposed input |
| 269 |
% foo(fsloc+1:fsloc+90)=phi(c,:,k); |
| 270 |
% With correct input |
| 271 |
foo(fsloc+1:fsloc+90)=phi(:,c,k); |
| 272 |
|
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end |
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end |
| 275 |
end |
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figure(6);clf |
| 277 |
pcolor(squeeze(foo(:,:,1))');axis equal; shading flat; |
| 278 |
axis([0 990 0 360]) |
| 279 |
caxis([31. 38.]); colorbar('South'); |
| 280 |
else |
| 281 |
phi=permute(sdata,[2 3 1 4]); |
| 282 |
foo=zeros(fd2(end),nz); |
| 283 |
ntb=0; |
| 284 |
for n=1:Nfaces |
| 285 |
nt=fdim(n)/nbx/nby; |
| 286 |
vv=phi(:,:,ntb+1:ntb+nt,:); |
| 287 |
if nf(n,1) > nbx, vv=permute(vv,[1 3 2 4]); end |
| 288 |
%- save face in structure "sF": |
| 289 |
vv=reshape(vv,[nf(n,:) nz]); nvar=sprintf('sF.f%3.3i=vv;',n); eval(nvar) |
| 290 |
%- save compact format in "foo": |
| 291 |
foo(fd1(n):fd2(n),:)=reshape(vv,[fdim(n) nz]); |
| 292 |
ntb=ntb+nt; |
| 293 |
end |
| 294 |
ccB=[31 38]; plot_faces(6,sF,1,ccB); |
| 295 |
end |
| 296 |
title('salt') |
| 297 |
if dojpeg =='y'; print -djpeg100 salt.jpeg; end |
| 298 |
if doeps =='y'; print -depsc salt.eps; end |
| 299 |
fid=fopen(['llc90x90x360_',int2str(nz),'lev_salt.bin'],'w','ieee-be'); |
| 300 |
fwrite(fid,foo,'float64'); |
| 301 |
fclose(fid); |
| 302 |
|
| 303 |
end |
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