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dimitri |
1.2 |
% need to be in verification/lab_sea/matlab directory |
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% and to specify location of exp1 and exp2 output |
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cd ../../../verification/lab_sea/matlab |
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exp1_path='../input/exp6/'; |
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exp2_path='../input/exp7/'; |
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| 7 |
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% load monthly-mean SMMR-SSM/I data |
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load SSMI |
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% B-grid latitude for uice and vice |
| 11 |
dimitri |
1.3 |
Blat=lat-1; Blon=lon-1; |
| 12 |
dimitri |
1.2 |
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| 13 |
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% load model output |
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area1=readbin([exp1_path 'AREAtave.0000000010.data'],[20 16 1],1); |
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heff1=readbin([exp1_path 'HEFFtave.0000000010.data'],[20 16 1],1); |
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uice1=readbin([exp1_path 'uVeltave.0000000010.data'],[20 16 23],1); |
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vice1=readbin([exp1_path 'vVeltave.0000000010.data'],[20 16 23],1); |
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area2=readbin([exp2_path 'AREAtave.0000000010.data'],[20 16 1],1); |
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heff2=readbin([exp2_path 'HEFFtave.0000000010.data'],[20 16 1],1); |
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uice2=readbin([exp2_path 'uVeltave.0000000010.data'],[20 16 23],1); |
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vice2=readbin([exp2_path 'vVeltave.0000000010.data'],[20 16 23],1); |
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eta1=readbin([exp1_path 'ETAtave.0000000010.data'],[20 16 1],1); |
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eta2=readbin([exp2_path 'ETAtave.0000000010.data'],[20 16 1],1); |
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t1=readbin([exp1_path 'Ttave.0000000010.data'],[20 16 23],1); |
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t2=readbin([exp2_path 'Ttave.0000000010.data'],[20 16 23],1); |
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s1=readbin([exp1_path 'Stave.0000000010.data'],[20 16 23],1); |
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s2=readbin([exp2_path 'Stave.0000000010.data'],[20 16 23],1); |
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| 29 |
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% plot comparison figures |
| 30 |
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clf, orient tall, wysiwyg, k=1; |
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subplot(721), mypcolor(lon,lat,area2'); colorbar |
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title('Ice concentration during first 10 hours'),set(gca,'xticklabel',[]) |
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subplot(722), mypcolor(lon,lat,area2'-area1'); colorbar |
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title('2cpu - 1cpu solution'),set(gca,'xticklabel',[]) |
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subplot(723), mypcolor(lon,lat,heff2'); colorbar |
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title('Effective ice thickness'),set(gca,'xticklabel',[]) |
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subplot(724), mypcolor(lon,lat,heff2'-heff1'); colorbar |
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title('2cpu - 1cpu solution'),set(gca,'xticklabel',[]) |
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subplot(725), mypcolor(lon,lat,uice2(:,:,k)'); colorbar |
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title('uVel at level 1'),set(gca,'xticklabel',[]) |
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subplot(726), mypcolor(lon,lat,uice2(:,:,k)'-uice1(:,:,k)'); colorbar |
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title('2cpu - 1cpu solution'),set(gca,'xticklabel',[]) |
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subplot(727), mypcolor(lon,lat,vice2(:,:,k)'); colorbar |
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title('vVel at level 1'),set(gca,'xticklabel',[]) |
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subplot(728), mypcolor(lon,lat,vice2(:,:,k)'-vice1(:,:,k)'); colorbar |
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title('2cpu - 1cpu solution'),set(gca,'xticklabel',[]) |
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subplot(7,2,9), mypcolor(lon,lat,eta2'); colorbar |
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title('SSH'),set(gca,'xticklabel',[]) |
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subplot(7,2,10), mypcolor(lon,lat,eta2'-eta1'); colorbar |
| 50 |
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title('2cpu - 1cpu solution'),set(gca,'xticklabel',[]) |
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subplot(7,2,11), mypcolor(lon,lat,t2(:,:,k)'); colorbar |
| 52 |
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title('theta at level 1'),set(gca,'xticklabel',[]) |
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subplot(7,2,12), mypcolor(lon,lat,t2(:,:,k)'-t1(:,:,k)'); colorbar |
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title('2cpu - 1cpu solution'),set(gca,'xticklabel',[]) |
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subplot(7,2,13), mypcolor(lon,lat,s2(:,:,k)'); colorbar |
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title('salt at level 1') |
| 57 |
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subplot(7,2,14), mypcolor(lon,lat,s2(:,:,k)'-s1(:,:,k)'); colorbar |
| 58 |
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title('2cpu - 1cpu solution') |
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