const TF::hit_set_t &
BiFaTestData::get_factors_for( BiFaAlgorithm::ptr_t algorithm )
{
factor_map_t::iterator f = factor_hits.find( algorithm );
if( factor_hits.end() == f )
{
f = factor_hits.insert( factor_map_t::value_type( algorithm, TF::hit_set_ptr_t( new TF::hit_set_t ) ) ).first;
model_hits_2_factor_hits( get_output_for( algorithm ).hits, *( f->second ) );
}
return *( f->second );
}
void msh::GraphicsDisplayLayout::clip_to_output(geometry::Rectangle& rect)
{
auto output = get_output_for(rect);
if (output.size.width > geom::Width{0} && output.size.height > geom::Height{0} &&
rect.size.width > geom::Width{0} && rect.size.height > geom::Height{0})
{
auto tl_closed = rect.top_left;
auto br_closed = rect.bottom_right() - geom::Displacement{1,1};
geom::Rectangles rectangles;
rectangles.add(output);
rectangles.confine(tl_closed);
rectangles.confine(br_closed);
rect.top_left = tl_closed;
rect.size = as_size(br_closed - tl_closed + geom::Displacement{1, 1});
}
else
{
rect.size = geom::Size{0,0};
}
}
void msh::GraphicsDisplayLayout::size_to_output(geometry::Rectangle& rect)
{
auto output = get_output_for(rect);
rect = output;
}
