DoxyGen filter for MatLab

This is mtoc with support for classes. Full in-line source code.

See www.doxygen.org and doxyf.sourceforge.net

These are Linux executables. Cygwin and Windows are also supported. There are two other filters included.

* mtoc

mtoc supports class structures.

There is a fiddly bit with member functions that are in the same
directory as their containing class. You have to use some meta-commands to
get these to work.

In the class file, Model.m, declare the extra functions, say convolve() in
as a function.

% @fn type convolve(type obj, type arg1, type arg2, type functor)

Then in the convolve.m file before the function is defined:

% @fn type Model::convolve(type obj, type arg1, type arg2, type functor)
%
% The convolve function takes two arrays and a function pointer.
function result = convolve(obj, x, y, fn)
result = fn(x, y);
end

Note: I haven't been very careful with the line-numbering. And in the class
file Model.m, the use of the function definitions will throw the
line-numbering out. So if you do use the line-numbering, put the dummy
declarations at the end.

* mtoc

mtoc supports class structures.

There is a fiddly bit with member functions that are in the same
directory as their containing class. You have to use some meta-commands to
get these to work.

In the class file, Model.m, declare the extra functions, say convolve() in
as a function.

% @fn type convolve(type obj, type arg1, type arg2, type functor)

Then in the convolve.m file before the function is defined:

% @fn type Model::convolve(type obj, type arg1, type arg2, type functor)
%
% The convolve function takes two arrays and a function pointer.
function result = convolve(obj, x, y, fn)
result = fn(x, y);
end

Note: I haven't been very careful with the line-numbering. And in the class
file Model.m, the use of the function definitions will throw the
line-numbering out. So if you do use the line-numbering, put the dummy
declarations at the end.

* mtoc

mtoc supports class structures.

There is a fiddly bit with member functions that are in the same
directory as their containing class. You have to use some meta-commands to
get these to work.

In the class file, Model.m, declare the extra functions, say convolve() in
as a function.

% @fn type convolve(type obj, type arg1, type arg2, type functor)

Then in the convolve.m file before the function is defined:

% @fn type Model::convolve(type obj, type arg1, type arg2, type functor)
%
% The convolve function takes two arrays and a function pointer.
function result = convolve(obj, x, y, fn)
result = fn(x, y);
end

Note: I haven't been very careful with the line-numbering. And in the class
file Model.m, the use of the function definitions will throw the
line-numbering out. So if you do use the line-numbering, put the dummy
declarations at the end.