Diese Antwort ist in englischer Sprache, um Ihnen die schnellstmögliche Antwort zu liefern.
I understand that you want to automate the process of passing inputs to your functions. Assuming that 'pax' and 'yield' are two user defined functions that accept one input, you can define two annonymous functions 'f and 'g' that also take exactly one input.
%Sample input
inputs = [1;2;3;4;5;6];
%Annonymous Functions f and g. You can also define them in a file.
f = @(x) x+1; % function f takes in 1 input and returns its increment
g = @(x) x.^2; %function g takes in 1 input and returns the square of the number
%Using arrayfun with your inputs to display them in the appropriate format
result=[inputs, arrayfun(f, inputs), arrayfun(g, inputs)];
If you are using a function that is stored in a function file, you should use the '@' symbol before the function name when using the 'arrayfun' function. Assuming, there is a function 'function1' in a file called 'function1.m' which returns the decrement of its input as shown: function [y] = function(x) y=x-1; end
You can then call 'function1' along with the functions 'f' and 'g' using "arrayfun" as follows:
result=[inputs, arrayfun(f, inputs), arrayfun(g, inputs), arrayfun(@function1, inputs)];
You can also automate the processes without "arrayfun" provided that you pass the correct number of input parameters.
result=[inputs, f(inputs), g(inputs), function1(inputs)];
You can refer the following link for more information regarding the "arrayfun" function:
Hope this helps.
