Hi Barend,
I will look at this usage soon.
Great, please keep me (us) posted. I have several half implemented routines
to handle geometric objects (e.g point) with "dimension" and also a set of
adapted_boost_array_units.hpp. I am stuck now because I reached the point at
which I can't understand the internals of the library.
What I have so far is for example
using namespace boost::geometry;
using namespace boost::units;
model::pointsi::length >
p1(1.*si::meter,2.*si::meter,3.*si::meter);
std::clog << distance(p1,p1) << std::endl; // outputs 0. * meter
and
#include
...
using namespace boost::units;
boost::arraysi::length, 3>
p5={{10.*si::meter,11.*si::meter,12.*si::meter}};
std::clog << distance(p5,p5) << std::endl; //outputs 0. * meter
the implementation I have is very primitive and it is practically a mockup
because it bypasses most of the features of the Boost.Geometry library;
mainly because I didn't understand them internally.
Thank you,
Alfredo
