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function [data,xax,yax,pltslc] = ... |
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DiagSlice(data,fln,trl,dat,dad,grd,itr,tst,flu,ddf,gdf,... |
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avg,slc,pst,LoadGridData,GridSuffix,ZcordFile,Vector,FieldName); |
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|
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% Function: DiagSlice |
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% Author: Daniel Enderton |
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% |
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% Input Fields: |
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% |
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% Field Type (Brief) Description |
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% ----------------------------------------------------------------------- |
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% data array Field name |
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% fln string Field name |
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% dad string Data directory. |
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% grd string Grid data directory. |
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% avg string Averaging scheme ('Ann','DJF', 'JJA',...) |
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% slc string Slice type ('Zon','k=#',...) |
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% pst string Plot style ('Con','Sur',...) |
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% flu string Fluid ('A','O') |
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% dfm string Data format ('MDS' or 'MNC') |
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% LoadGridData 0/1 Optionally load grid data |
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% |
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% Output Fields: |
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% |
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% Field Type (Brief) Description |
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% ----------------------------------------------------------------------- |
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% data array Sliced data. |
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% |
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% Descripton: |
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% This function slices the data according to SliceType 'slc'. Depending |
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% on the SliceType and PlotStyle, the data may be converted to a lat-lon |
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% grid. At the end there is also a range check. If the value is out of |
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% the user specified range given in 'DaigFieldParamA'. |
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|
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% Load diagnostics parameters, grid data, mark data size |
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DiagGenParam; |
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DiagFieldParamA; |
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DiagFieldParamO; |
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DiagFieldParamC; |
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DiagFieldParamI; |
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[XC,XG,YC,YG,Ylat,ZC,ZG,RAC,drC,drF,HFacC,HFacW,HFacS,dxG,dyG,dxC,dyC] = ... |
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DiagLoadGridData(LoadGridData,grd,gdf,flu,GridSuffix,ZcordFile); |
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datasize = size(data); |
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|
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|
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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% Surface plot % |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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|
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% All surface plots are direct cube sphere outputs, and therefore must have |
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% the dimensions of the cube grid data. If the 'pst' is 'Grd' or 'Int', |
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% everything is already all set since those handle the cubed sphere data. |
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% If the 'pst' is 'Con' or 'Cnf', convert data to a lat-lon grid so that it |
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% can easily be contoured. |
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if isequal(slc,'Sur') |
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if ismember(fln,{'TX','TY','USTR','VSTR'}) | ~isequal(Vector,0) |
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data = data'; xax = XL; yax = YL; |
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elseif ~isequal(datasize,size(XC)) |
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error('Incorrect dimensions for slc: ',slc); |
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else |
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if ismember(pst,{'Grd','Int'}) |
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if isequal(pst,'Grd'), |
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xax = XG; |
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yax = YG; |
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elseif isequal(pst,'Int'), |
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xax = XC; |
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yax = YC; |
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end |
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elseif ismember(pst,{'Con','Cnf'}) |
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data = cube2latlon(XC,YC,data,XL,YL)'; |
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xax = XL; yax = YL; |
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else |
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error(['slc = ''Sur'' can not use pst: ',pst]); |
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end |
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end |
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pltslc='lonlat'; |
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|
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|
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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% Zonal average plot % |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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|
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% When computing a zonal average, there are many different options for the |
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% initial data. If the data is cube-sphere, it could be the shape of XC, |
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% possibly also with a vertical axis. In either case, 'calc_ZonAv_CS' (a |
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% nifty zonally averaging script from JMC) is called to compute the zonal |
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% average for raw cube sphere data. For horizontal velocities, the data |
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% could be of the size [length(XL),length(YL),z-axis length], in which case |
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% you just need to take the mean over the longitude axis (always 1). |
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elseif isequal(slc,'Zon') |
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if isequal(datasize(1:2),size(XC)) |
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if isequal(flu,'O'), nBas = 0; end |
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if isequal(flu,'A'), nBas = 0; end |
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[data,dump1,dump2] = ... |
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calc_ZonAv_CS(data,kpr,kwr,nBas,XC,YC,XG,YG,RAC,dad,HFacC); |
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if isequal(avg,'Tse') |
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data=data(:,:,1); xax=years; yax=Ylat; pltslc='timlat'; |
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elseif isequal(avg,'Tyr') |
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data=data(:,:,1); xax=[0:12]; yax=Ylat; pltslc='timlat'; |
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elseif isequal(pst,'Lin') |
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data=data(:,:,1)'; xax=Ylat; yax=NaN; pltslc='latfld'; |
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else |
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data=data(:,:,1)'; xax=Ylat; yax=ZC; pltslc='lathgt'; |
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end |
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elseif isequal(datasize(1:2),[length(XL),length(YL)]) |
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if ~isequal(pst,'Lin') |
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data = squeeze(mean(data,1))'; xax=YL; yax=ZC; pltslc='lathgt'; |
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else |
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data = squeeze(mean(data,1))'; xax=YL; yax=NaN; pltslc='latfld'; |
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end |
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else |
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error('Incorrect dimensions for slc = ''Zon'''); |
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end |
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|
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|
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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% i,j,k=# % |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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|
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% These slicing settings just take a slice on one of the axes. If the |
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% slice option is 'i=' or 'j=' and the data is cube-sphere, it is converted |
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% to lat-lon first and indexed then (thus the index number should be based |
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% off of the XL and YL interpolated grids defined in 'DiagGenParam'. It |
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% would be nice to add functions that can slice by longitude, latitude, and |
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% height values directly. Note that there is transposing of all the data |
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% to prepare it for contour plots (harmless is line plots). |
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elseif isequal(slc(1:2),'i=') |
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ii = str2num(slc(3:end)); |
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data = cube2latlon(XC,YC,data,XL,YL); |
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if ismember(fln,fields2D) |
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data=squeeze(data(ii,:)); |
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xax=YL; yax=NaN; pltslc='latfld'; |
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elseif ismember(fln,fields3D) |
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data=squeeze(data(ii,:,:))'; |
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xax=YL; yax=ZC; pltslc='lathgt'; |
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end |
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|
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elseif isequal(slc(1:2),'j=') |
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jj = str2num(slc(3:end)); |
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data = cube2latlon(XC,YC,data,XL,YL); |
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if ismember(fln,fields2D) |
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data = squeeze(data(:,jj)); |
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xax=XL; yax=NaN; pltslc='lonfld'; |
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elseif ismember(fln,fields3D) |
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data = squeeze(data(:,jj,:))'; |
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xax=XL; yax=ZC; pltslc='lonhgt'; |
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end |
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|
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elseif isequal(slc(1:2),'k=') |
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kk = str2num(slc(3:end)); |
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data = squeeze(data(:,:,kk)); |
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if ismember(fln,{'U','V','uVel','vVel','fizhi_U','fizhi_V'}) |
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data = data'; xax = XL; yax = YL; |
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elseif ismember(pst,{'Grd','Int'}) |
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if isequal(pst,'Grd'), |
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xax = XG; |
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yax = YG; |
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elseif isequal(pst,'Int'), |
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xax = XC; |
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yax = YC; |
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end |
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elseif ismember(pst,{'Con','Cnf'}) |
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data = cube2latlon(XC,YC,data,XL,YL)'; xax = XL; yax = YL; |
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end |
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pltslc='lonlat'; |
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|
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else |
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error(['Unrecognized SliceType: ',slc]); |
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end |
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|
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|
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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% Check range % |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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|
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% Load fixed and data ranges, throw a warning is data out of range. |
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datarange = [min(data(:)),max(data(:))]; |
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try |
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eval(['fixedrange = ',fln,'range',flu,';']); |
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if datarange(1) < fixedrange(1) | ... |
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datarange(2) > fixedrange(2) |
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disp(['***Warning*** Value out of range for ',fln]); |
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disp([' Data range: ',mat2str(datarange)]); |
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disp([' Fixed range: ',mat2str(fixedrange)]); |
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end |
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catch |
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disp(['***Warning*** No range information found for ',fln]); |
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disp([' Data range: ',mat2str(datarange)]); |
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end |
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