The minimum x limit is now based on the launch date of the float.

VERSION

-300
\ No newline at end of file
+301
\ No newline at end of file

lib/+artoa/+controller/+edit/+timeOfArrival/plot.m

@@ -74,15 +74,6 @@ artoaGui.editTimeOfArrival.scatterTimeOfArrival = scatter( ...
     artoaGui.editTimeOfArrival.axesScatterTimeOfArrival.XLim, ...
     artoaGui.editTimeOfArrival.axesScatterTimeOfArrival.YLim ...
     ] = artoa.data.getToaLimits(artoaWorkspace, ~artoaWorkspace.hideDeletedDataPoints);
-% add buffer to x and y axis
-xlim = artoaGui.editTimeOfArrival.axesScatterTimeOfArrival.XLim;
-xlim(1) = xlim(1) - 10;
-xlim(2) = xlim(2) + 10;
-artoaGui.editTimeOfArrival.axesScatterTimeOfArrival.XLim = xlim;
-ylim = artoaGui.editTimeOfArrival.axesScatterTimeOfArrival.YLim;
-ylim(1) = ylim(1) - 60;
-ylim(2) = ylim(2) + 60;
-artoaGui.editTimeOfArrival.axesScatterTimeOfArrival.YLim = ylim;
 
 artoaGui.editTimeOfArrival.axesScatterTimeOfArrival.CLim = ...
     [ ...

lib/+artoa/+data/getToaLimits.m

@@ -17,8 +17,8 @@ end
 
 selection = repmat(temperatureSelection & pressureSelection, pWorkspace.float.toaperphase, 1);
 
-toaLimits = [min(pWorkspace.toaData.toa(selection)), max(pWorkspace.toaData.toa(selection))];
-rafosLimits = [min(pWorkspace.toaData.toaDate(selection)), max(pWorkspace.toaData.toaDate(selection))];
+toaLimits = [min(pWorkspace.toaData.toa(selection)) - 60, max(pWorkspace.toaData.toa(selection)) + 60];
+rafosLimits = [artoa.convert.datevec2rd([pWorkspace.float.launchtime, 0]) - 10, max(pWorkspace.toaData.toaDate(selection)) + 10];
 
 end