I can think of a way of placing data into the app's UI once the bayeopt function has run. You could then immediately close of the pop up figure windows.
You could create panels and transfer axes to it (see app attached).
h = gca;
h.Parent = app.Panel;
close(gcf)
h = gca;
h.Parent = app.Panel_2;
close(gcf)
Or if you transfer the children of the pop up axes to the UIAxes in your app with something like this:
h = gca;
app.UIAxes2.XLabel = h.XLabel;
app.UIAxes2.YLabel = h.YLabel;
app.UIAxes2.Title = h.Title;
app.UIAxes2.XLim = h.XLim;
app.UIAxes2.YLim = h.YLim;
for ii = length(h.Children):-1:1
h.Children(ii).Parent = app.UIAxes2;
end
close(gcf)
h = gca;
app.UIAxes2.XLabel = h.XLabel;
app.UIAxes2.YLabel = h.YLabel;
app.UIAxes2.Title = h.Title;
app.UIAxes2.XLim = h.XLim;
app.UIAxes2.YLim = h.YLim;
for ii = length(h.Children):-1:1
h.Children(ii).Parent = app.UIAxes2;
end
view(app.UIAxes2,15,15)
close(gcf)
If you want each iteration to display like an animation on the uiaxes in the app, you could open the BayesianOptimization function and change the axes. Looks like the Axes is define between lines 616 and 635. Note, you may want to save a modified copy of the BayesianOptimization function and call it in a modified bayesopt function. Perhaps you could add an input to the function called app. Then have it plot on the uiaxes you desire (e.g. app.UIAxes).
open BayesianOptimization
