void getSortedResults(IteratorPtr<LookupResult<T> > pFindResultIter,
DistanceCalculatorPtr<T> pDistanceCaculator,
T pTarget,
ElementWithDistances<T>& sortedResults) {
pFindResultIter->toBegin();
//Traverse iterator to get element and push to results vector
while(!pFindResultIter->isDone()) {
#ifdef DENOISING
if(pFindResultIter->getObj().m_distanceToTarget >= NOISE_THRESOLD) {
sortedResults.push_back(pFindResultIter->getObj());
}
#endif
pFindResultIter->next();
}
//Wind-back the iterator for future purpose
pFindResultIter->toBegin();
}
IteratorPtr<LookupResult<T> > ComposerBasedElementApproximator<T>::getFullResultIterator(IteratorPtr<LookupResult<T> > pResultIter,
DistanceCalculatorPtr<T> pDistanceCalculator) {
std::vector<LookupResult<T> > fullResults;
if(pResultIter != NullPtr) {
while(!pResultIter->isDone()) {
LookupResult<T> resultObj = pResultIter->getObj();
fullResults.push_back(resultObj);
pResultIter->next();
}
pResultIter->toBegin();
//Filter results before sort
if(m_pLookupResultFilter != NullPtr) {
m_pLookupResultFilter->filterLookupResults(fullResults, pDistanceCalculator, false);
}
std::sort(fullResults.begin(), fullResults.end(), DistanceComparator<T>());
}
return IteratorPtr<LookupResult<T> >(new VectorBasedReadOnlyIteratorImpl<LookupResult<T> >(fullResults));
}
