| 1 |
dgoldberg |
1.1 |
expdir = '../run'; |
| 2 |
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iter=Inf; |
| 3 |
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g=mit_loadgrid;nx=g.nx; ny = g.ny; |
| 4 |
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grd = rdmnc(fullfile(expdir,'grid.*'),'Ro_surf','R_low','Depth'); |
| 5 |
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g.depth=-grd.R_low; |
| 6 |
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g.ro_surf=-grd.Ro_surf; |
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| 8 |
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DZ = repmat(reshape(g.dz,[1 1 g.nz]),[g.nx g.ny 1]); |
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s2d = rdmnc(fullfile(expdir,'surfDiag.*'),iter); |
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s3d = rdmnc(fullfile(expdir,'dynDiag.*'),iter); |
| 11 |
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e = s2d.ETAN(1:g.nx,1:g.ny,:,:); |
| 12 |
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t = s3d.THETA(1:g.nx,1:g.ny,:,:); |
| 13 |
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s = s3d.SALT(1:g.nx,1:g.ny,:,:); |
| 14 |
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uh = s3d.UVELMASS(1:g.nx,1:g.ny,:,:); |
| 15 |
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vh = s3d.VVELMASS(1:g.nx,1:g.ny,:,:); |
| 16 |
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% $$$ state = rdmnc(fullfile(expdir,'state.*'),iter); |
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% $$$ if isempty(state) |
| 18 |
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% $$$ [u,iter]=rdmds('U',iter); |
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% $$$ v=rdmds('V',iter); |
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% $$$ w=rdmds('W',iter); |
| 21 |
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% $$$ t=rdmds('T',iter); |
| 22 |
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% $$$ s=rdmds('S',iter); |
| 23 |
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% $$$ e=rdmds('Eta',iter); |
| 24 |
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% $$$ ph=rdmds('PH',iter); |
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% $$$ else |
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% $$$ u=state.U(1:g.nx,1:g.ny,:,:); |
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% $$$ v=state.V(1:g.nx,1:g.ny,:,:); |
| 28 |
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% $$$ w=state.W(1:g.nx,1:g.ny,:,:); |
| 29 |
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% $$$ t=state.Temp(1:g.nx,1:g.ny,:,:); |
| 30 |
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% $$$ s=state.S(1:g.nx,1:g.ny,:,:); |
| 31 |
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% $$$ e=state.Eta(1:g.nx,1:g.ny,:,:); |
| 32 |
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% $$$ phstate = rdmnc(fullfile(expdir,'phiHyd.*'),'phiHyd',iter); |
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% $$$ if size(e,3) > 1 |
| 34 |
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% $$$ ph=phstate.phiHyd(1:g.nx,1:g.ny,:,[1 1:end]); |
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% $$$ else |
| 36 |
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% $$$ ph=phstate.phiHyd(1:g.nx,1:g.ny,:,:); |
| 37 |
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% $$$ end |
| 38 |
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% $$$ end |
| 39 |
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% $$$ ph0 = g.gravity*g.zc; |
| 40 |
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% $$$ msk = repmat(g.cmask,[1 1 1 size(u,4)]); |
| 41 |
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% $$$ %prs = g.rhonil*(ph+repmat(reshape(g.zc/g.gravity,[1 1 g.nz]),[nx ny 1 size(u,4)])); |
| 42 |
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% $$$ %prs = g.rhonil*(ph+repmat(reshape(e/g.gravity,[nx ny 1 size(u,4)]),[1 1 g.nz 1])); |
| 43 |
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% $$$ %prs = prs.*msk; |
| 44 |
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% $$$ hfw=change(g.hfacw,'==',NaN,0); |
| 45 |
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% $$$ hfs=change(g.hfacs,'==',NaN,0); |
| 46 |
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% $$$ uh = u; |
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% $$$ vh = v; |
| 48 |
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% $$$ for k=1:size(u,4) |
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% $$$ uh(:,:,:,k) = u(:,:,:,k).*hfw; |
| 50 |
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% $$$ vh(:,:,:,k) = v(:,:,:,k).*hfs; |
| 51 |
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% $$$ end |
| 52 |
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% $$$ [uc,vc,wc]=mit_velc(u,v,w); |
| 53 |
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[uhc,vhc]=mit_velc(uh,vh); |
| 54 |
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| 55 |
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hfc=change(g.hfacc,'==',NaN,0); |
| 56 |
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| 57 |
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xg=repmat(reshape(g.xg,[size(g.xg) 1]),[1 1 g.nz])/1000; |
| 58 |
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xc=repmat(reshape(g.xc,[size(g.xg) 1]),[1 1 g.nz])/1000; |
| 59 |
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yc=repmat(reshape(g.yc,[size(g.yg) 1]),[1 1 g.nz])/1000; |
| 60 |
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yg=repmat(reshape(g.yg,[size(g.yg) 1]),[1 1 g.nz])/1000; |
| 61 |
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| 62 |
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fld=t; |
| 63 |
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%fld=uc; |
| 64 |
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| 65 |
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% define section along main axis of PIG |
| 66 |
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[r,lo,la]=m_lldist([-102 -99.4],[-75 -75.3],20); |
| 67 |
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dd=m_lldist(lo,la); |
| 68 |
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xd = [0;cumsum(dd)]; |
| 69 |
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for k=1:size(fld,3); |
| 70 |
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fldsec(:,k) = interp2(g.lonc,g.latc,(fld(:,:,k))',lo,la,'nearest'); |
| 71 |
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end |
| 72 |
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depsec = -interp2(g.lonc,g.latc,g.depth',lo,la,'nearest'); |
| 73 |
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rossec = -interp2(g.lonc,g.latc,g.ro_surf',lo,la,'nearest'); |
| 74 |
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| 75 |
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% bottom |
| 76 |
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landcolor = [1 1 1]*.7; |
| 77 |
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icecolor = [1 1 1]*1; |
| 78 |
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| 79 |
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nn=length(xd); |
| 80 |
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ix = 1:nn; i=nn; k=0; while i > 1; ix=ix([1:i i i+1:nn+k]); i=i-1; k=k+1; end |
| 81 |
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xb = xd(ix); |
| 82 |
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zb = depsec([1 ix(1:end-1)]); |
| 83 |
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zb(end) = zb(1); |
| 84 |
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% top |
| 85 |
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zt = rossec([1 ix(1:end-1)]); |
| 86 |
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zt(end) = zt(1); |
| 87 |
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| 88 |
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cax = [min(sq(fldsec(:))) max(sq(fldsec(:)))]; |
| 89 |
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flev = cax(1):diff(cax)/20:cax(2); |
| 90 |
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h=pcol(xd,-g.zg,sq(fldsec)'); shading flat |
| 91 |
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hold on |
| 92 |
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fhb=fill([xb(1) xb' xb(end)],[-1000 zb -1000], ... |
| 93 |
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landcolor,'edgecolor','none'); |
| 94 |
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fht=fill(xb,zt,icecolor,'edgecolor','k'); |
| 95 |
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% $$$ fhb = plot(xb(:),sq(zb),'k'); |
| 96 |
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% $$$ fht = plot(xb(:),sq(zt),'k'); |
| 97 |
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hold off |
| 98 |
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caxis(cax);colorbar |
| 99 |
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| 100 |
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pause; |
| 101 |
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| 102 |
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m_proj('lambert','lon',[min(g.xg(:)) max(g.xg(:))+.125], ... |
| 103 |
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'lat',[min(g.yg(:)) max(g.yg(:))+.125*cos(max(g.yg(:))*pi/180)]) |
| 104 |
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[xx,yy]=m_ll2xy(g.xg,g.yg); |
| 105 |
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[tfld,bfld] = topbot(g,fld); |
| 106 |
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clf |
| 107 |
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pcol(xx',yy',sq(tfld)'); |
| 108 |
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m_grid; |
| 109 |
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hold on |
| 110 |
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sdz=sum(DZ.*hfc,3); |
| 111 |
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m_quiver(g.xc',g.yc',(sum(uhc.*DZ,3)./sdz)',(sum(vhc.*DZ,3)./sdz)',4,'k') |
| 112 |
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m_contour(g.lonc,g.latc,grd.Ro_surf',[-1 -1],'k') |
| 113 |
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hold off |
| 114 |
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%caxis([-2 -1.9]) |
| 115 |
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colorbar |
| 116 |
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| 117 |
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return |
| 118 |
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clf |
| 119 |
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pcol(xx',yy',sq(sq(grd.Ro_surf)-sq(grd.R_low))') |
| 120 |
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hold on |
| 121 |
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m_contour(g.xc',g.yc',(sq(grd.Ro_surf)-sq(grd.R_low))',[0:100:1000],'k') |
| 122 |
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caxis([0 700]) |
| 123 |
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colorbar |
| 124 |
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m_grid |
| 125 |
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| 126 |
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[x,y,z]=meshgrid(g.long,g.latg,g.zg); |
| 127 |
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sx = [-102:.2:-100]; |
| 128 |
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sy = [-75.3:.1:-74.6]; |
| 129 |
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sz = [-15 -500]; |
| 130 |
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slice(x,y,-z,permute(sq(fld),[2 1 3]),sx,sy,sz); |
| 131 |
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shading flat |
| 132 |
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camlight |
| 133 |
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%caxis([-2 -1.88]) |
| 134 |
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| 135 |
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[ut,ub] = topbot(g,uhc./g.hfacc); |
| 136 |
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[vt,vb] = topbot(g,vhc./g.hfacc); |
| 137 |
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sdz=sum(DZ.*hfc,3); |
| 138 |
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uu=(sum(uhc.*DZ,3)./sdz); |
| 139 |
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vv=(sum(vhc.*DZ,3)./sdz); |
| 140 |
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| 141 |
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pcol(xx',yy',-sq(s2d.SHIfwFlx)'/1000*31104000); |
| 142 |
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m_grid; |
| 143 |
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hold on |
| 144 |
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m_quiver(g.xc',g.yc',uu',vv',2,'k') |
| 145 |
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m_contour(g.lonc,g.latc,grd.Ro_surf',[-1 -1],'k') |
| 146 |
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hold off |
| 147 |
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%caxis([-2 -1.9]) |
| 148 |
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colorbar |
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