Changes and fixes pointed out by Laura

corrected overlap to be pct instead of factor... step calculation was n/overlap, now it is max(round(n*overlap/100), 1)
fixed error when loading a grid (error stated Units was not a field)
tweaked label regarding days after mainshock

src/CumTimePlot.m

@@ -341,7 +341,7 @@ function add_cumtimeplot_zmenu(obj, parent)
 
             %The following instruction calls a program for the computation of the parameters in Omori formula, for the catalog of which the cumulative number graph" is
             %displayed (the catalog mycat).
-            uimenu(op5,'Label','Completeness in days after mainshock', msfield,@(~,~)mcwtidays(obj.catalog))
+            uimenu(op5,'Label','Completeness in days relative to mainshock', msfield,@(~,~)mcwtidays(obj.catalog))
             uimenu(op5,'Label','Define mainshock',...
                 'Enable','off', msfield, @cb_016);
             uimenu(op5,'Label','Estimate p',msfield,@cb_pestimate);

src/bwithti.m

@@ -18,7 +18,7 @@ function bwithti(mycat)
     me = [];
 
     sdlg.prompt='Number of events in each window';sdlg.value=150
-    sdlg(2).prompt='Overlap factor';sdlg(2).value=5;
+    sdlg(2).prompt='Overlap [%]';sdlg(2).value=5;
 
     [~,~, ni, ofac] = smart_inputdlg('b with depth input parameters',sdlg) 
 
@@ -27,8 +27,8 @@ function bwithti(mycat)
         'Automatic','Fixed Mc=Mmin','Money');
 
 
-
-    for i = 1:ni/ofac:mycat.Count-ni
+    stride = max(round(ni .* ofac ./ 100) , 1);
+    for i = 1:stride : mycat.Count-ni
 
         b = mycat.subset(i:i+ni);
 

src/jochen/plot/plot_McBwtime.m

@@ -34,7 +34,7 @@ function plot_McBwtime(catalog, sPar)
     zdlg.AddMcMethodDropdown('methodChoice', default_method);
     zdlg.AddEdit('nSampleSize'   , 'Sample window size' , nSampleSize   , 'number of events in each window');
     zdlg.AddEdit('minEventCount' , 'Min. # of events'   , minEventCount , 'minimum number of events in order to calc. window');
-    zdlg.AddEdit('nOverlap'      , 'Window overlap'     , nOverlap      , 'Samplesize/nOverlap determines overlap of moving windows');
+    zdlg.AddEdit('nOverlap'      , 'Window overlap (%)'     , nOverlap      , 'Samplesize/nOverlap determines overlap of moving windows');
     zdlg.AddEdit('nBstSample'    , 'Bootstraps'         , nBstSample    , 'Number of samples in bootstrap(?)');
     zdlg.AddEdit('fMcCorr'       , 'Mc correction'      , fMcCorr       , 'correction for the magnitude of completeness');
     zdlg.AddEdit('fBinning'      , 'Magnitude Binning'  , fBinning      , 'size of magnitude bins');

src/jochen/seisvar/calc/calc_McBwtime.m

@@ -58,8 +58,8 @@
     % fMinMag = min(catalog.Magnitude);
     fMaxMag = max(catalog.Magnitude);
 
-    stride = nSampleSize / p.Results.nOverlap;
-    windowStarts = 1 : stride : catalog.Count-nSampleSize ;
+    stride = max(round(nSampleSize .* p.Results.nOverlap ./ 100), 1);
+    windowStarts = 1 : stride : catalog.Count - nSampleSize ;
     windowEnds = windowStarts + nSampleSize - 1;
     nWindows = numel(windowStarts);
 

src/mcwtidays.m

@@ -78,7 +78,7 @@ function mcwtidays(catalog)
     ax.YLabel.String = 'Mc';
     %set(gca,'Xlim',[t0b teb]);
 
-    xlabel('Time in days after mainshock')
+    xlabel('Days relative to mainshock')
     tist = [  catalog.Name ' - b(t), ni = ' num2str(ni) ];
     title(tist,'interpreter','none')