course-idma2015/computing/mitgcm_plot_adv_cs.m

function []=mitgcm_plot_adv_cs(fil,cc);

gcmfaces_global;

if isempty(whos('fil'));
    %cd MITgcm/verification/advect_cs/run;
    grid_load('./',6,'cube');
    cc=[-0.25:0.05:1]*2; suf='ts_Diag'; num=1;
    figureL; set(gcf,'Renderer','zbuffer');
    for tt=0:32:160;
        fil={sprintf('%s.%010d',suf,tt),num};
        mitgcm_plot_adv_cs(fil,cc);
        pause(1);
    end;
    return;
end;

m=squeeze(mygrid.mskC(:,:,1));

if ~iscell(fil);
    c=rdmds2gcmfaces(fil);
else;
    c=rdmds2gcmfaces(fil{1},'rec',fil{2});
end;
c=c(:,:,1);

% figureL;
clf;
if isempty(whos('cc')); cc=[]; end;
% qwckplot(c.*m); gcmfaces_cmap_cbar(cc);
gcmfaces_sphere(c.*m,cc,[],{-100,20},1);
title(fil);
1	function []=mitgcm_plot_adv_cs(fil,cc);
2
3	gcmfaces_global;
4
5	if isempty(whos('fil'));
6	%cd MITgcm/verification/advect_cs/run;
7	grid_load('./',6,'cube');
8	cc=[-0.25:0.05:1]*2; suf='ts_Diag'; num=1;
9	figureL; set(gcf,'Renderer','zbuffer');
10	for tt=0:32:160;
11	fil={sprintf('%s.%010d',suf,tt),num};
12	mitgcm_plot_adv_cs(fil,cc);
13	pause(1);
14	end;
15	return;
16	end;
17
18	m=squeeze(mygrid.mskC(:,:,1));
19
20	if ~iscell(fil);
21	c=rdmds2gcmfaces(fil);
22	else;
23	c=rdmds2gcmfaces(fil{1},'rec',fil{2});
24	end;
25	c=c(:,:,1);
26
27	% figureL;
28	clf;
29	if isempty(whos('cc')); cc=[]; end;
30	% qwckplot(c.*m); gcmfaces_cmap_cbar(cc);
31	gcmfaces_sphere(c.*m,cc,[],{-100,20},1);
32	title(fil);