void operator()(const GRAPH& _graph, STRATEGY _strategy, OUTPUT& _out)
{
typedef typename GRAPH::slice_type slice_type;
for_each(_graph,[&](const slice_type& _slice)
{
using namespace gex;
using gex::base::expand;
auto& _holes = _slice.polygon().holes();
Scalar _middle = _slice.range().middle();
Axis _axis = _slice.axis();
for (auto& _hole : _holes)
{
// Calc center point of slice polygon
auto&& _a = expand(algorithm::centroid(_hole),_axis,_middle);
auto&& _upperSlices = _graph.indexesToPointers(_slice.upper());
for (auto& _connSlice : _upperSlices)
{
auto& _upperHoles = _connSlice->polygon().holes();
Scalar _upperMiddle = _connSlice->range().middle();
for (auto& _upperHole : _upperHoles)
{
if (!boost::geometry::intersects(_hole,_upperHole)) continue;
auto&& _centroid = expand(algorithm::centroid(_upperHole),_axis,_upperMiddle);
_out.emplace_back(_a,_centroid);
}
}
}
});
}
void operator()(const GRAPH& _graph, STRATEGY _strategy, OUTPUT& _out)
{
typedef typename GRAPH::slice_type slice_type;
for_each(_graph,[&](const slice_type& _slice)
{
// Calc center point of slice polygon
auto&& _a = centroid(_slice);
auto&& _upperSlices = _graph.indexesToPointers(_slice.upper());
auto&& _lowerSlices = _graph.indexesToPointers(_slice.lower());
for (auto& _connSlice : _upperSlices)
{
_out.emplace_back(_a,centroid(*_connSlice));
}
for (auto& _connSlice : _lowerSlices)
{
_out.emplace_back(_a,centroid(*_connSlice));
}
});
}