Using data type restrictions can result in implicit conversions of input arguments. For example: function y = myFunction(inputArg1) arguments inputArg1 (1,1) double end ... For this function, if you pass the st
This MATLAB function declares a function named myfun that accepts inputs x1,...,xM and returns outputs y1,...,yN.
This declaration statement must be the first executable line of the function. Valid function names begin with an alphabetic character, and can contain letters, numbers, or underscores. With one output, brackets are optional: function y = myfun(x1,...,xM) With no outputs, omit the equal sign...
[y1,...,yN] = myfun(x1,...,xM)declares a function namedmyfunthat accepts inputsx1,...,xMand returns outputsy1,...,yN. This declaration statement must be the first executable line of the function. Valid function names begin with an alphabetic character, and can contain letters, numbers...
This declaration statement must be the first executable line of the function. Valid function names begin with an alphabetic character, and can contain letters, numbers, or underscores. With one output, brackets are optional: function y = myfun(x1,...,xM) With no outputs, omit the equal sign...
[y1,...,yN] = myfun(x1,...,xM)declares a function namedmyfunthat accepts inputsx1,...,xMand returns outputsy1,...,yN. This declaration statement must be the first executable line of the function. Valid function names begin with an alphabetic character, and can contain letters, numbers...
function[m,s] = stat3(x)argumentsx(1,:) {mustBeNumeric, mustBeFinite}endn = length(x); m = avg(x,n); s = sqrt(sum((x-m).^2/n));endfunctionm = avg(x,n) m = sum(x)/n;end In theargumentscode block,(1,:)indicates thatxmust be a vector. The validation functions,{mus...
function[m,s] = stat3(x)argumentsx(1,:) {mustBeNumeric, mustBeFinite}endn = length(x); m = avg(x,n); s = sqrt(sum((x-m).^2/n));endfunctionm = avg(x,n) m = sum(x)/n;end In theargumentscode block,(1,:)indicates thatxmust be a vector. The validation functions,{mus...
function[m,s] = stat3(x)argumentsx(1,:) {mustBeNumeric, mustBeFinite}endn = length(x); m = avg(x,n); s = sqrt(sum((x-m).^2/n));endfunctionm = avg(x,n) m = sum(x)/n;end In theargumentscode block,(1,:)indicates thatxmust be a vector. The validation functions,{mus...