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jmc |
1.1 |
% m-file: mit_plotstreamfunctions.m |
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% $Header: $ |
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% $Name: $ |
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% select timestep |
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k=kmax; |
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if iscell(u) |
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uk = u{k}; |
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else |
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uk = squeeze(u(:,:,:,k)); |
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end |
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if iscell(v) |
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vk = v{k}; |
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else |
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vk = squeeze(v(:,:,:,k)); |
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end |
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addlayer = 1; |
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clear global_psi atlantic_psi baro_psi |
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% global overturning |
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global_psi = mit_overturning(vk,grd.hfacs,grd.dxg,grd.dz,addlayer); |
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% atlantic overturning |
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atlantic_psi = mit_overturning(vk,grd.atlantic_hfacs,grd.dxg,grd.dz,addlayer); |
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% pacific overturning |
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pacific_psi = mit_overturning(vk,grd.pacific_hfacs,grd.dxg,grd.dz,addlayer); |
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clear addlayer |
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% global barotropic stream function |
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baro_psi = mit_barostream(uk,grd.umask,grd.dyg,grd.dz); |
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% plot stream functions |
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figure('PaperPosition',[0.31 0.25 10.5 7.88],'PaperOrientation','landscape') |
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clear sh |
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sh(1) = subplot(2,2,1); |
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otlev = [-60:2:60]; |
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contourf(grd.latg,-grd.zgpsi,global_psi'*1e-6,otlev); |
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hold on; |
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[cs h1] = contour(grd.latg,-grd.zgpsi,global_psi'*1e-6,[0 0]); |
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clh1 = clabel(cs); |
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hold off |
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caxis([-1 1]*max(abs(global_psi(:)))*1.e-6); colorbar('h') |
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psimin = min(min(global_psi(:,5:end))); |
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[iy iz] = find(abs(global_psi(:,:)-psimin)<=1e-4); |
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text(grd.latg(iy),-grd.zgpsi(iz), ... |
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['\leftarrow ' num2str(psimin*1e-6,'%5.1f')], ... |
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'horizontalalignment','left') |
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title('global overturning streamfunction [Sv]') |
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sh(2) = subplot(2,2,2); |
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contourf(grd.latg,-grd.zgpsi,atlantic_psi'*1e-6,otlev); |
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hold on; |
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[cs h2] = contour(grd.latg,-grd.zgpsi,atlantic_psi'*1e-6,[0 0]); |
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clh2 = clabel(cs); |
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hold off |
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caxis([-1 1]*max(abs(atlantic_psi(:)))*1.e-6); colorbar('h'); |
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psimax = max(atlantic_psi(13,5:end)); |
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iz = find(abs(atlantic_psi(13,:)-psimax)<=1e-4); |
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text(grd.latg(13),-grd.zgpsi(iz), ... |
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[num2str(psimax*1e-6,'%5.1f') ' \rightarrow'], ... |
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'horizontalalignment','right') |
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psimin = min(min(atlantic_psi(1:35,5:end))); |
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[iymin,izmin] = find(abs(atlantic_psi(:,:)-psimin)<=1e-4); |
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text(grd.latg(iymin),-grd.zgpsi(izmin), ... |
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[num2str(psimin*1e-6,'%5.1f') ' \rightarrow'], ... |
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'horizontalalignment','right') |
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title('atlantic overturning streamfunction [Sv]') |
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% |
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sh(3) = subplot(2,2,3); |
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contourf(grd.latg,-grd.zgpsi,pacific_psi'*1e-6,otlev); |
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hold on; |
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[cs h3] = contour(grd.latg,-grd.zgpsi,pacific_psi'*1e-6,[0 0]); |
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clh3 = clabel(cs); |
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hold off |
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caxis([-1 1]*max(abs(pacific_psi(:)))*1.e-6); colorbar('h'); |
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title('pacific overturning streamfunction [Sv]') |
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if ~isempty([h1;h2;h3]) |
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set([h1;h2;h3],'LineWidth',2,'EdgeColor','k'); |
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end |
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clh = [clh1;clh2;clh3]; |
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if ~isempty(clh) |
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set(clh(2:2:end),'FontSize',8); |
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end |
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% $$$ [cs h] = contourf(grd.long,grd.latg,baro_psi'*1e-6,20); |
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% $$$ if ~isempty(h); |
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% $$$ set(h,'edgecolor','none'); |
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% $$$ end; |
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% $$$ axis image; |
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% $$$ caxis([-1 1]*max(abs(baro_psi(:)))*1.e-6); colorbar('h'); |
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% $$$ title('global barotropic stream function [Sv]') |
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bstlev = [-200:20:200]; |
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sh(4) = subplot(2,2,4); |
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imagesc(grd.long,grd.latg,baro_psi'*1e-6); |
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hold on; |
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[cs h ]=contour(grd.long,grd.latg,baro_psi'*1e-6,bstlev); |
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set(h,'edgecolor','k') |
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if ~isempty(h); |
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clh = clabel(cs,h); |
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set(clh,'Fontsize',8); |
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end |
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hold off |
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axis image, axis xy; |
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caxis([-1 1]*max(abs(baro_psi(:)))*1.e-6); colorbar('h'); |
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title('global barotropic stream function [Sv]') |
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suptitle(['experiment ' dname ', timestep = ' num2str(timesteps(k)) ... |
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', ' tuname ' = ' num2str(tim(k))]) |
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set(sh,'layer','top') |
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clear addlayer |
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