Hi Mert,
The Problem can be solved by two ways as mentioned below:
1) Manually create all the required EditFields in the design view of the app, name them and assign values
app.EditField.Value=output(1,1);
app.EditField.Value=output(1,2);
% and so on, This can be useful when you have small and fixed size output
% arrays from main2 function
2) If the outputs of the function vary in size dynamically, then the following process is recommended
Let's have an arbitrary main2 function in the same folder where the app is created or in MATLAB Path
function [output,output2,gg] = main2()
% outputs of the function main2
output=["stringOne","stringTwo","stringThree","stringFour"];
output2=[23,65];
gg=76;
end
Update the startup function of the app as follows
function startupFcn(app)
[output,output2,gg] = main2();%call to main2 function that must be in MATLAB path
%dynamically creating the EditFields in every iteration of the
%below loops
for i=1:length(output)
uieditfield(app.UIFigure,'Position',[0,i*30,100,25],"Value",output(i));
%updating position of the EditField according to the
%iteration and value is set according to the array contents
end
for i=1:length(output2)
uieditfield(app.UIFigure,'Position',[125,i*30,100,25],"Value",num2str(output2(i)));
end
for i=1:length(gg)
uieditfield(app.UIFigure,'Position',[250,i*30,100,25],"Value",num2str(gg(i)));
end
end
The app looks like as follows:
The ideal way to achieve the goal is to use TextArea component for it to reliably display the array.
