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Overview sst & sal swr, lwr wind - wspd_true, wdir_true

Overview sst & sal swr, lwr wind - wspd_true, wdir_true. % overplot_etl_flux_panels % these are the post-processed files, updated daily %%%% get some (all?) user-supplied params etitle = 'ETL: red '; ecolor='red'; set_up atitle='sys1:blue sys2:green '; if ~exist('pmaxx','var')

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Overview sst & sal swr, lwr wind - wspd_true, wdir_true

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  1. Overview • sst & sal • swr, lwr • wind - wspd_true, wdir_true

  2. % overplot_etl_flux_panels % these are the post-processed files, updated daily %%%% get some (all?) user-supplied params etitle = 'ETL: red '; ecolor='red'; set_up atitle='sys1:blue sys2:green '; if ~exist('pmaxx','var') pmaxx=datenum(now) - day1 + .25; pminx = pmaxx-3; stitle =[]; end % %%%% get all the data first % truncate as you load, for better auto-axis ranges % % %get minute etl data load etl_flux1h.mat; % wspd_true, wdir_true, sst, atmp, swr, lwr, rainrate flux.yday=flux.mday-day1; iidx=find(flux.yday > (pmaxx - daystoplot)); flux=structtrunc(flux,iidx); load etl1h.mat; % rainrate, sst, atmp, hrh, bpr, swr, swrKz, lwr, lwrKz etl.yday=etl.mday-day1; iidx=find(etl.yday > (pmaxx - daystoplot)); % fprintf('etl: %d cut to %d\n', length(etl.yday),... % length(iidx)); etl=structtrunc(etl,iidx); % new etl data for which there's no flux (processed) data usen=find(etl.yday > flux.yday(end)); %%%% Now plot %%% add editing clauses as needed % % 1.atmp hrh 2.bpr prc 3.sst sal 4 lwr swr 5. wind

  3. figure(1); % atmp, hrh subplot(2,1,1); %atmp line(flux.yday,flux.atmp,'Color',ecolor); line(etl.yday(usen),etl.atmp(usen),'Color',ecolor,'LineStyle',':') ylabel('atmp'); hold on title([titlemain atitle stitle etitle]); ax=axis; ax(3)=min([ax(3); etl.atmp]); ax(3)=ax(3)-.25; axis([ pminx pmaxx ax(3:4) ]); subplot(2,1,2); %hrh line(flux.yday,flux.hrh,'Color',ecolor); line(etl.yday(usen),etl.hrh(usen),'Color',ecolor,... 'LineStyle',':') ax=axis; ax(3)=min([ax(3); etl.hrh]); ax(4)=max([ax(4); etl.hrh]); axis([ pminx pmaxx ax(3:4)]);

  4. sst & sal

  5. figure(2); subplot(2,1,1); %sst hold on line(flux.yday,flux.sst,'Color',ecolor); line(etl.yday(usen),etl.sst(usen),'Color',ecolor,'LineStyle',':'); ax=axis; axis([ pminx pmaxx ax(3:4)]); title([titlemain atitle stitle etitle]); % subplot(2,1,2); %sal % hold on % gsal=find(tsg.sal > 20); % line(tsg.yday(gsal),tsg.sal(gsal),'Color',ecolor,'LineStyle',... % ':'); % % % if exist('tsgH','var'), % % line(tsgH.yday,tsgH.sal,'r.'); end % ax=axis; % axis([ pminx pmaxx ax(3:4)]);

  6. figure(3); % bpr & prc subplot(2,1,1); %bpr hold on line(flux.yday,flux.bpr,'Color',ecolor); line(etl.yday(usen),etl.bpr(usen),'Color',ecolor,'LineStyle',':'); ax=axis; ax(4)=max([ax(4); etl.bpr]); axis([ pminx pmaxx ax(3:4)]); title([titlemain atitle stitle etitle]); subplot(2,1,2); % rain hold on line(flux.yday,flux.rainrate,'Color',ecolor); line(etl.yday(usen),etl.rainrate(usen),'Color',ecolor,... 'LineStyle',':'); ax=axis; axis([ pminx pmaxx -1 ax(4)]);

  7. swr, lwr

  8. figure(4); subplot(2,1,1); % swr hold on % gv=find(etl.swr > -2); % line(etl.yday(gv),etl.swr(gv),'Color',ecolor, 'LineStyle',... % ':'); line(flux.yday,flux.swr,'Color',ecolor); line(etl.yday(usen),etl.swrKz(usen),'Color',ecolor, 'LineStyle', ':'); line(etl.yday(usen),etl.swr(usen),'Color',ecolor, 'LineStyle', ':'); ax=axis; axis([ pminx pmaxx ax(3:4)]); title([titlemain atitle stitle etitle]); subplot(2,1,2); % lwr hold on line(flux.yday,flux.lwr,'Color',ecolor); line(etl.yday(usen),etl.lwrKz(usen),'Color',ecolor,'LineStyle',':'); % ,... 'Marker','.','MarkerSize',2); ax=axis; axis([ pminx pmaxx ax(3) ax(4)]);

  9. wind - wspd_true, wdir_true

  10. figure(5); subplot(2,1,1); % wind speed wnds line(flux.yday,flux.wspd_true,'Color',ecolor); ax=axis; ax(3)=min([ax(3); flux.wspd_true]); ax(4)=max([ax(4); flux.wspd_true]); axis([ pminx pmaxx ax(3:4)]); title([titlemain atitle stitle etitle]); subplot(2,1,2); %wdir flux.wdir_true =flux.wdir_true + 180; bw=find(flux.wdir_true > 360); flux.wdir_true(bw)=flux.wdir_true(bw) -360; line(flux.yday,(flux.wdir_true),'Color',ecolor); ax=axis; ax(3)=floor(min([ax(3); flux.wdir_true])); ax(4)=ceil(max([ax(4); flux.wdir_true])); axis([ pminx pmaxx ax(3:4)]);

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