// List the index used by the relative motions
static std::set<IndexT> getIndexT(const RelativeInfo_Vec & vec_relative)
{
std::set<IndexT> indexT_set;
for (RelativeInfo_Vec::const_iterator iter = vec_relative.begin();
iter != vec_relative.end(); ++iter)
{
indexT_set.insert(iter->first.first);
indexT_set.insert(iter->first.second);
}
return indexT_set;
}
inline
void KeepOnlyReferencedElement(
const std::set<IndexT> & set_remainingIds,
RelativeInfo_Vec & relativeInfo_vec)
{
RelativeInfo_Vec map_infered;
for (RelativeInfo_Vec::const_iterator iter = relativeInfo_vec.begin();
iter != relativeInfo_vec.end(); ++iter)
{
if (set_remainingIds.count(iter->first.first) &&
set_remainingIds.count(iter->first.second))
{
map_infered.push_back(*iter);
}
}
relativeInfo_vec.swap(map_infered);
}
// List the pairs used by the relative motions
static Pair_Set getPairs(const RelativeInfo_Vec & vec_relative)
{
Pair_Set pair_set;
for(size_t i = 0; i < vec_relative.size(); ++i)
{
const relativeInfo & rel = vec_relative[i];
pair_set.insert(Pair(rel.first.first, rel.first.second));
}
return pair_set;
}
inline
void KeepOnlyReferencedElement(
const std::set<IndexT> & set_remainingIds,
std::vector<RelativeInfo_Vec> & relative_motion_group)
{
std::vector<RelativeInfo_Vec> infered_relative_motion;
for (const openMVG::RelativeInfo_Vec & iter : relative_motion_group)
{
RelativeInfo_Vec group;
for (const relativeInfo & rel : iter)
{
if (set_remainingIds.count(rel.first.first) &&
set_remainingIds.count(rel.first.second))
{
group.push_back(rel);
}
}
if (!group.empty())
{
infered_relative_motion.push_back(std::move(group));
}
}
relative_motion_group.swap(infered_relative_motion);
}
