| 1 |
%cmin=21; |
| 2 |
cmin=18; |
| 3 |
%cmax=27; |
| 4 |
%cmax=30; |
| 5 |
cmax=32; |
| 6 |
V=[cmin cmax]; |
| 7 |
caxis('manual') |
| 8 |
|
| 9 |
% make land mask |
| 10 |
XCenter=Nx/2; |
| 11 |
YCenter=Ny/2; |
| 12 |
R = 58 ; |
| 13 |
% create single circular mask |
| 14 |
mask1=ones(Nx,Ny); |
| 15 |
mask2=zeros(Nx,Ny); |
| 16 |
for i=2:Nx-1 |
| 17 |
for j=2:Ny-1 |
| 18 |
DispX=XCenter-i; |
| 19 |
DispY=YCenter-j; |
| 20 |
if ( DispX^2 + DispY^2 >= R^2 ) |
| 21 |
mask1(i,j)=0; |
| 22 |
mask2(i,j)=1; |
| 23 |
end |
| 24 |
end |
| 25 |
end |
| 26 |
%% txy=reshape(t(:,:,2),[Nx,Ny]); |
| 27 |
%% txy=reshape(t(:,:,15),[Nx,Ny]); |
| 28 |
% txy=reshape(t(:,:,1),[Nx,Ny]); |
| 29 |
% txy(find(txy==0))=txy(find(txy==0))*NaN; |
| 30 |
%% txy(find(mask==1))=txy(find(txy==1))*0; |
| 31 |
% txy=txy.*mask1+(mask2*19); |
| 32 |
% imagesc(lat,long,txy');shading('flat'); |
| 33 |
%% axis image;caxis(V);colorbar;colormap(flipud(gray)) |
| 34 |
% axis image;colorbar; |
| 35 |
|
| 36 |
%contourf(t(40:84,40:84,1)',5);caxis(V);axis square;colorbar |
| 37 |
%imagesc(t(40:Nx-40,40:Ny-40,1)');caxis(V);axis square;colorbar |
| 38 |
imagesc(t(:,:,2)');caxis(V);axis square;colorbar |
| 39 |
%imagesc(squeeze(t(:,Nx/2,:))');caxis(V);axis square;colorbar |
| 40 |
%contourf(flipud(squeeze(t(:,Nx/2,:))'),10);caxis(V);axis square;colorbar |
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