Using a generated struct within a function

Hi all, I have generated some functions using the classification learner app and exported them to the work space. They appear within the workspace as a 1x1 struct. I have attempted to create a funtion that will read newly generated data and input into these classification functions to output what class the data is approximatley in. The issue is when I attempt to use the Train function there is an error as the x.predictFcn( C ) is not found. Is there a way I can put the predict function within my function? Thank you

function [C2,C10,C100] = Train(Pump,Date)
    c = sprintf('%s_Current.%s.csv',Pump,Date)
    
    if exist(c)
        C = xlsread(c);
        C = C([1:end],[2:end]);
        C2 = mean(C2A635.predictFcn(C));
        C10 = mean(C10A461.predictFcn(C));
        C100 = mean(C100A208.predictFcn(C));
    else
        C2 = 'NaN';
        C10 = 'NaN';  
        C100 = 'NaN';
    end
end

Answer 1

[Simon Mählkvist]

You can't access your local workspace from the function. Try adding x.predictFcn() to the function input as such:

function [C2,C10,C100] = Train(Pump,Date,x.predictFcn)

[Stephen23]

function [C2,C10,C100] = Train(Pump,Date,x.predictFcn)
% Not valid for a function definition:    ^^^^^^^^^^^

[Simon Mählkvist]

I was trying to be generall. The function Train need all data it is going to use and as such the functions you have created needs to be insterted or saved as proper functions.

Try this instead:

function [C2,C10,C100] = Train(Pump,Date,C2A635.predictFcn,C10A461.predictFcn,C100A208.predictFcn)
    c = sprintf('%s_Current.%s.csv',Pump,Date)
    
    if exist(c)
        C = xlsread(c);
        C = C([1:end],[2:end]);
        C2 = mean(C2A635.predictFcn(C));
        C10 = mean(C10A461.predictFcn(C));
        C100 = mean(C100A208.predictFcn(C));
    else
        C2 = 'NaN';
        C10 = 'NaN';  
        C100 = 'NaN';
    end
end

[Stephen23]

function [C2,C10,C100] = Train(Pump,Date,C2A635.predictFcn,C10A461.predictFcn,C100A208.predictFcn)
% Not valid for a function definition:         ^^^^^^^^^^^        ^^^^^^^^^^^         ^^^^^^^^^^^