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#include "comb_scorer.h"
#include <cstdio>
using namespace std;
class BLEUTERCombinationScore : public ScoreBase<BLEUTERCombinationScore> {
friend class BLEUTERCombinationScorer;
public:
~BLEUTERCombinationScore();
float ComputePartialScore() const { return 0.0;}
float ComputeScore() const {
return (bleu->ComputeScore() - ter->ComputeScore()) / 2.0f;
}
void ScoreDetails(string* details) const {
char buf[160];
sprintf(buf, "Combi = %.2f, BLEU = %.2f, TER = %.2f",
ComputeScore()*100.0f, bleu->ComputeScore()*100.0f, ter->ComputeScore()*100.0f);
*details = buf;
}
void PlusPartialEquals(const Score& rhs, int oracle_e_cover, int oracle_f_cover, int src_len){}
void PlusEquals(const Score& delta, const float scale) {
bleu->PlusEquals(*static_cast<const BLEUTERCombinationScore&>(delta).bleu, scale);
ter->PlusEquals(*static_cast<const BLEUTERCombinationScore&>(delta).ter, scale);
}
void PlusEquals(const Score& delta) {
bleu->PlusEquals(*static_cast<const BLEUTERCombinationScore&>(delta).bleu);
ter->PlusEquals(*static_cast<const BLEUTERCombinationScore&>(delta).ter);
}
ScoreP GetOne() const {
BLEUTERCombinationScore* res = new BLEUTERCombinationScore;
res->bleu = bleu->GetOne();
res->ter = ter->GetOne();
return ScoreP(res);
}
ScoreP GetZero() const {
BLEUTERCombinationScore* res = new BLEUTERCombinationScore;
res->bleu = bleu->GetZero();
res->ter = ter->GetZero();
return ScoreP(res);
}
void Subtract(const Score& rhs, Score* res) const {
bleu->Subtract(*static_cast<const BLEUTERCombinationScore&>(rhs).bleu,
static_cast<BLEUTERCombinationScore*>(res)->bleu.get());
ter->Subtract(*static_cast<const BLEUTERCombinationScore&>(rhs).ter,
static_cast<BLEUTERCombinationScore*>(res)->ter.get());
}
void Encode(std::string* out) const {
string bs, ts;
bleu->Encode(&bs);
ter->Encode(&ts);
out->clear();
(*out) += static_cast<char>(bs.size());
(*out) += bs;
(*out) += ts;
}
bool IsAdditiveIdentity() const {
return bleu->IsAdditiveIdentity() && ter->IsAdditiveIdentity();
}
private:
ScoreP bleu;
ScoreP ter;
};
BLEUTERCombinationScore::~BLEUTERCombinationScore() {
}
BLEUTERCombinationScorer::BLEUTERCombinationScorer(const vector<vector<WordID> >& refs) {
bleu_ = SentenceScorer::CreateSentenceScorer(IBM_BLEU, refs);
ter_ = SentenceScorer::CreateSentenceScorer(TER, refs);
}
BLEUTERCombinationScorer::~BLEUTERCombinationScorer() {
}
ScoreP BLEUTERCombinationScorer::ScoreCCandidate(const vector<WordID>& hyp) const {
return ScoreP();
}
ScoreP BLEUTERCombinationScorer::ScoreCandidate(const std::vector<WordID>& hyp) const {
BLEUTERCombinationScore* res = new BLEUTERCombinationScore;
res->bleu = bleu_->ScoreCandidate(hyp);
res->ter = ter_->ScoreCandidate(hyp);
return ScoreP(res);
}
ScoreP BLEUTERCombinationScorer::ScoreFromString(const std::string& in) {
int bss = in[0];
BLEUTERCombinationScore* r = new BLEUTERCombinationScore;
r->bleu = SentenceScorer::CreateScoreFromString(IBM_BLEU, in.substr(1, bss));
r->ter = SentenceScorer::CreateScoreFromString(TER, in.substr(1 + bss));
return ScoreP(r);
}
class BLEUCBLEUCombinationScore : public ScoreBase<BLEUCBLEUCombinationScore> {
friend class BLEUCBLEUCombinationScorer;
public:
~BLEUCBLEUCombinationScore();
float ComputePartialScore() const { return 0.0;}
float ComputeScore() const {
return (bleu->ComputeScore() + cbleu->ComputeScore()) / 2.0f;
}
void ScoreDetails(string* details) const {
char buf[160];
sprintf(buf, "Combi = %.2f, BLEU = %.2f, CBLEU = %.2f",
ComputeScore()*100.0f, bleu->ComputeScore()*100.0f, cbleu->ComputeScore()*100.0f);
*details = buf;
}
void PlusPartialEquals(const Score& rhs, int oracle_e_cover, int oracle_f_cover, int src_len){}
void PlusEquals(const Score& delta, const float scale) {
bleu->PlusEquals(*static_cast<const BLEUCBLEUCombinationScore&>(delta).bleu, scale);
cbleu->PlusEquals(*static_cast<const BLEUCBLEUCombinationScore&>(delta).cbleu, scale);
}
void PlusEquals(const Score& delta) {
bleu->PlusEquals(*static_cast<const BLEUCBLEUCombinationScore&>(delta).bleu);
cbleu->PlusEquals(*static_cast<const BLEUCBLEUCombinationScore&>(delta).cbleu);
}
ScoreP GetOne() const {
BLEUCBLEUCombinationScore* res = new BLEUCBLEUCombinationScore;
res->bleu = bleu->GetOne();
res->cbleu = cbleu->GetOne();
return ScoreP(res);
}
ScoreP GetZero() const {
BLEUCBLEUCombinationScore* res = new BLEUCBLEUCombinationScore;
res->bleu = bleu->GetZero();
res->cbleu = cbleu->GetZero();
return ScoreP(res);
}
void Subtract(const Score& rhs, Score* res) const {
bleu->Subtract(*static_cast<const BLEUCBLEUCombinationScore&>(rhs).bleu,
static_cast<BLEUCBLEUCombinationScore*>(res)->bleu.get());
cbleu->Subtract(*static_cast<const BLEUCBLEUCombinationScore&>(rhs).cbleu,
static_cast<BLEUCBLEUCombinationScore*>(res)->cbleu.get());
}
void Encode(std::string* out) const {
string bs, ts;
bleu->Encode(&bs);
cbleu->Encode(&ts);
out->clear();
(*out) += static_cast<char>(bs.size());
(*out) += bs;
(*out) += ts;
}
bool IsAdditiveIdentity() const {
return bleu->IsAdditiveIdentity() && cbleu->IsAdditiveIdentity();
}
private:
ScoreP bleu;
ScoreP cbleu;
};
BLEUCBLEUCombinationScore::~BLEUCBLEUCombinationScore() {
}
BLEUCBLEUCombinationScorer::BLEUCBLEUCombinationScorer(const vector<vector<WordID> >& refs) {
bleu_ = SentenceScorer::CreateSentenceScorer(IBM_BLEU, refs);
cbleu_ = SentenceScorer::CreateSentenceScorer(CBLEU, refs);
}
BLEUCBLEUCombinationScorer::~BLEUCBLEUCombinationScorer() {
}
ScoreP BLEUCBLEUCombinationScorer::ScoreCCandidate(const vector<WordID>& hyp) const {
return ScoreP();
}
ScoreP BLEUCBLEUCombinationScorer::ScoreCandidate(const std::vector<WordID>& hyp) const {
BLEUCBLEUCombinationScore* res = new BLEUCBLEUCombinationScore;
res->bleu = bleu_->ScoreCandidate(hyp);
res->cbleu = cbleu_->ScoreCandidate(hyp);
return ScoreP(res);
}
ScoreP BLEUCBLEUCombinationScorer::ScoreFromString(const std::string& in) {
int bss = in[0];
BLEUCBLEUCombinationScore* r = new BLEUCBLEUCombinationScore;
r->bleu = SentenceScorer::CreateScoreFromString(IBM_BLEU, in.substr(1, bss));
r->cbleu = SentenceScorer::CreateScoreFromString(CBLEU, in.substr(1 + bss));
return ScoreP(r);
}
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