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Nested Functions:
We have seen that the loops can be nested, that means that one inside of the other, functions can be nested. The terminology for nested functions is that an outer function can have within its inner functions. Whenever functions are nested, every function should have an end statement (as like loops). The common format of a nested function is as shown below:
outer function header
body of outer function
inner function header
body of inner function
end % inner function
more body of outer function
end % outer function
The inner function can be in any part of the body of outer function therefore there may be parts of the body of outer function before and after the inner function. Also, there can be multiple inner functions.
The scope of any variable is the workspace of outermost function in which it is defined and used. Which means that a variable is defined in the outer function can be used in an inner function. A variable is defined in the inner function can be used in the outer function, but when it is not used in the outer function the scope is merely the inner function.
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Example of Vectorizing: Likewise, for an operation on a matrix, a nested loop would be needed; for illustration, supposing a matrix variable mat: [r c] = size(mat); for
Vectors of nested structures: The Combining vectors and nested structures are possible to have a vector of structures in which several fields are structures themselves. Here i
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