double multipleGuess01::getMarginalScore(vector<simpleItem> & vecItems, simpleItem & appItem)
{
double prevScore = queryScore(vecItems);
// cout << "prevScore" << prevScore << endl;
vecItems.push_back(appItem);
double appScore = queryScore(vecItems);
// cout << "appScore" << appScore << endl;
vecItems.pop_back();
return appScore - prevScore;
}
int main(){
//pipeline:
lm::ngram::Model m("text.arpa");
ScoreQueryer sq(m, m.GetVocabulary());
auto errors = loadTaggedErrorText("./holbrook-tagged.dat");
auto vocabs = populateVocab("text", sq);
auto matches = matchTags(errors, vocabs);
auto matchedScores = queryScore(sq, matches);
std::vector<int> counts = {1, 5, 10, 15, 20, INT_MAX};
for(auto i : counts)
matchesInFirstN(matchedScores,i);
//std::cout<<std::get<0>(matchedScores[0])<<" "<<std::get<2>(matchedScores[0])[0].first<<std::endl;
return 0;
}
double
AuxSearchSpace::
queryFutureCost(BITVECTOR bvec)
{
double result=0;
int start=0,stop=0;
for(start=0;start<(int)bvec.size();start++)
{
if(bvec[start]==true)continue;
for(stop=start;stop<(int)bvec.size();stop++)
{
if(bvec[stop]==true)break;
}
stop=stop-1;
if(stop<start)break;
result+=queryScore(make_pair(start,stop));
start=stop+1;
}
return result;
}
