I'd define to/from Python conversions for the std::pair, mapping to
Python tuples, then use .add_property().
Alternatively, wrap std::pair the normal way via class_, then you
can use .def_readwrite().
You need to handle each std::pair combination of A,B separately,
like any other template class y
On Monday 19 January 2009 07:16:10 Sebastian Walter wrote:
> My question is:
> How can I create a
> boost::python::numeric::array from a Numpy Pyarray without copying data?
See http://mail.python.org/pipermail/cplusplus-sig/2008-October/013825.html
for a full solution. In particular, see the foll
Hello,
Suppose that I have a class A with a member of type std::pair, called a.
If I want to expose class A to python while allowing read/write access
to the object pointed to by a.first, what to I put in def_readwrite?
I tried something like class("A").def_readwrite("a", &A::a::first);
but
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Hello,
On the C++ side I have a raw pointer: double *x;
I'd like to change its values from within Python by using Numpy.
Example code can be found below.
My approach is
1) make PyArray from existing data *x with PyArray_SimpleNewFromData
2) create a b
