Physiker, one approach is to convert the symbolic equation into a MATLAB function (handle) and then use fsolve. E.g.
my_dif = mydifffunction2;
and then use
g = matlabFunction(my_dif);
to create the MATLAB function handle, which in turn needs to be converted
h = my_vectorize(g);
to be used in
fsolve(h,[1,1,1]) % e.g. with n = 3
my_vectorize could look something like:
function f_vec = my_vectorize(fun)
f_vec = @fun_vectorize;
function out = fun_vectorize(x)
x = num2cell(x);
out = fun(x{:});
end
end
