/[MITgcm]/MITgcm_contrib/high_res_cube/README_ice
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revision 1.54 by dimitri, Sun Feb 20 20:39:43 2005 UTC revision 1.55 by dimitri, Mon Feb 21 19:15:01 2005 UTC
# Line 42  comparison output is in: Line 42  comparison output is in:
42  to use matlab to look at the output  to use matlab to look at the output
43  matlab  matlab
44    
45  for fld={'Eta','VICE','UICE','HEFF','AREA','Qsw','Qnet','FV','FU','EmPmR'}  for fld={'VICEtave','UICEtave','HEFFtave','AREAtave','QSWtave', ...
46             'QNETtave','FVtave','FUtave','EmPmRtave'}
47      tmp=permute(readbin([fld{1} '.0000000020.data'],[32,6,32]),[1 3 2]);      tmp=permute(readbin([fld{1} '.0000000020.data'],[32,6,32]),[1 3 2]);
48      cx=[min(tmp(:)) max(tmp(:))]; clf, plot_cube, title(fld{1}), pause      cx=[min(tmp(:)) max(tmp(:))]; clf, plot_cube, title(fld{1}), pause
49  end  end
50    
51  heff=permute(readbin(['HEFF.0000000020.data'],[32,6,32]),[1 3 2]);  heff=permute(readbin(['HEFFtave.0000000020.data'],[32,6,32]),[1 3 2]);
52  mask=0*heff; mask(find(heff>.001))=1;  mask=0*heff; mask(find(heff>.001))=1;
53  uice=mask.*permute(readbin(['UICE.0000000020.data'],[32,6,32]),[1 3 2]);  uice=mask.*permute(readbin(['UICEtave.0000000020.data'],[32,6,32]),[1 3 2]);
54  vice=mask.*permute(readbin(['VICE.0000000020.data'],[32,6,32]),[1 3 2]);  vice=mask.*permute(readbin(['VICEtave.0000000020.data'],[32,6,32]),[1 3 2]);
55  clf  clf
56  subplot(221), mypcolor(uice(:,:,3)'), colorbar, title('uice, tile 3')  subplot(221), mypcolor(uice(:,:,3)'); colorbar, title('uice, tile 3')
57  subplot(222), mypcolor(uice(:,:,6)'), colorbar, title('uice, tile 6')  subplot(222), mypcolor(uice(:,:,6)'); colorbar, title('uice, tile 6')
58  subplot(223), mypcolor(vice(:,:,3)'), colorbar, title('vice, tile 3')  subplot(223), mypcolor(vice(:,:,3)'); colorbar, title('vice, tile 3')
59  subplot(224), mypcolor(vice(:,:,6)'), colorbar, title('vice, tile 6')  subplot(224), mypcolor(vice(:,:,6)'); colorbar, title('vice, tile 6')
60    
61    
62  ##########################################################################  ##########################################################################
# Line 78  cd run Line 79  cd run
79  \cp ../../../../MITgcm_contrib/high_res_cube/input/* .  \cp ../../../../MITgcm_contrib/high_res_cube/input/* .
80  ../build/mitgcmuv >& output.txt  ../build/mitgcmuv >& output.txt
81    
 comparison output is in:  
 ../../../../MITgcm_contrib/high_res_cube/results/output.txt  
   
 to use matlab to look at the output  
 matlab  
   
 for fld={'Eta','VICE','UICE','HEFF','AREA','Qsw','Qnet','FV','FU','EmPmR'}  
     tmp=permute(readbin([fld{1} '.0000000020.data'],[32,6,32]),[1 3 2]);  
     cx=[min(tmp(:)) max(tmp(:))]; clf, plot_cube, title(fld{1}), pause  
 end  
   
 heff=permute(readbin(['HEFF.0000000020.data'],[32,6,32]),[1 3 2]);  
 mask=0*heff; mask(find(heff>.001))=1;  
 uice=mask.*permute(readbin(['UICE.0000000020.data'],[32,6,32]),[1 3 2]);  
 vice=mask.*permute(readbin(['VICE.0000000020.data'],[32,6,32]),[1 3 2]);  
 clf  
 subplot(221), mypcolor(uice(:,:,3)'), colorbar, title('uice, tile 3')  
 subplot(222), mypcolor(uice(:,:,6)'), colorbar, title('uice, tile 6')  
 subplot(223), mypcolor(vice(:,:,3)'), colorbar, title('vice, tile 3')  
 subplot(224), mypcolor(vice(:,:,6)'), colorbar, title('vice, tile 6')  
   
82    
83  ##########################################################################  ##########################################################################
84  ##########################################################################  ##########################################################################
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