Diff of /MITgcm_contrib/enderton/Diagnostics/DiagPlotResetAxes.m

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--- MITgcm_contrib/enderton/Diagnostics/DiagPlotResetAxes.m	2005/02/07 05:31:45	1.2
+++ MITgcm_contrib/enderton/Diagnostics/DiagPlotResetAxes.m	2005/08/10 19:58:04	1.3
@@ -9,18 +9,21 @@
 % CaxisFixed), the plots minimum and maximum values (use CaxisMinMax), or
 % values calculated by MATLAB (set both to zero).  NOTE WHICH ONES IT
 % DOESN'T WORK FOR.
-if ~isequal(pst,'Lin')   
-	if CaxisFixed
-        if ismember(cmp,{'Sep','Sbs'})
-            try
-                eval(['caxis(',fln,'range',flu,');']);
+if ~isequal(pst,'Lin')
+    try caxis(crange);
+    catch
+		if CaxisFixed
+            if ismember(cmp,{'Sep','Sbs'})
+                try
+                    eval(['caxis(',fln,'range',flu,');']);
+                end
             end
-        end
-	elseif CaxisMinMax
-        if ismember(cmp,{'Sep','Dif','Sbs'})
-            caxis([min(plotdata(:)),max(plotdata(:))]);
-        end
-	end
+		elseif CaxisMinMax
+            if ismember(cmp,{'Sep','Dif','Sbs'})
+                caxis([min(plotdata(:)),max(plotdata(:))]);
+            end
+		end
+    end
 end
 
 % Reset the axis.  It can either be set to the axis limits (use AxesFixed),
@@ -42,9 +45,9 @@
 
 % Limit y range -- Good for looking at upper layer of ocean.
 if isequal(flu,'O') && ~isempty(ylimO) && ...
-   ~isequal(pltslc{inrow}{incol}(4:6),'fld'), set(gca,'ylim',ylimO); end
+   isequal(pltslc{inrow}{incol}(4:6),'hgt'), set(gca,'ylim',ylimO); end
 if isequal(flu,'A') && ~isempty(ylimA) && ...
-   ~isequal(pltslc{inrow}{incol}(4:6),'fld'), set(gca,'ylim',ylimA); end
+   isequal(pltslc{inrow}{incol}(4:6),'hgt'), set(gca,'ylim',ylimA); end
 
 % If this is a Dimension-height plot, the axis must be flipped.
 if ismember(pltslc{inrow}{incol},{'lonhgt','lathgt'}) && isequal(flu,'A')