new app2: changed the way data is stored and accessed, better gui, added data manipulation via external functions

functions/SLS_FL.m

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+function [names, weg, kraft] = SLS_FL(voltage)
+    names = ["Weg_FL", "Kraft_FL"];
+    kraft = (voltage/1000 - (2.073 - 200 * (-0.104/1800)))/(-0.104/1800);
+    weg = (voltage/1000 - (1.969 - 0.38 * (-0.111/0.38)))/(-0.111/0.38);
+end

functions/example.m

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+function [NameOfOutput, Output1, Output2] = example(data)
+    % explanation
+    % data is double with the length of the timetable
+    % you can add any number of datasets to your function be clicking them in the "Choose Data Sets to use" Field
+    % Datasets will be input in the same order as you clicked them
+    % you can add more inputs into your function by typing something like this [NameOfOutput, Output, NameOfOutput2, Output2] = example(data, data2, data3), same with outputs
+    % keep the sequence of name, output, name output, otherwise there will be errors
+    % if exported to workspace the output can be viewed in data_created with the column title NameOfOutput
+    % NameOfOutput will be displayed in the app, as well as in in data_created exports
+    % reminder that the inputs and outputs after function [outputs] = functionname(inputs) must be declared somewhere in the function
+    % if you want to test your function you can export the data and use the function outside of the app with the terminal
+
+    NameOfOutput = ["Output 1" "RandomName"]; % don't use ,
+    Output1 = data * 2; %output should be a double with same length as your data
+    Output2 = data * 1/2;
+end

functions/test.m

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+function [names, data, data2] = test(abc, def)
+    names = ["Data1" "Data2"];
+    data = abc*2;
+    data2 = def*3;
+end