void Eval::doEval(int high, int low) {
XenOption* opt = XenOption::getInstance();
StaticData* sD = StaticData::getInstance();
if (opt->getSVocab()->getFileName().compare("") == 0) { sD->getVocabs()->getPtrSourceVoc()->initialize(sD->getSourceCorps()->getPtrInCorp()); }
else { sD->getVocabs()->getPtrSourceVoc()->initialize(opt->getSVocab()); }
pool threadPool(opt->getThreads());
int pc = low;
if (pc == 0) { pc = opt->getStep(); }
std::vector<std::string> parts;
while (pc <= high) {
EvalMap::iterator found = ptrDist->find(pc);
if (found == ptrDist->end()) {
std::string partName = sD->getXenResult()->getXenFile()->getDirName() + "/" + sD->getXenResult()->getXenFile()->getPrefix() + "-" + XenCommon::toString(pc) + "pc.gz";
XenIO::writeXRpart(sD->getXenResult(), pc, partName);
boost::shared_ptr<Corpus> c = boost::make_shared<Corpus>();
c->initialize(partName, "xx");
threadPool.schedule(
boost::bind(taskEval, pc, c, sD->getVocabs()->getPtrSourceVoc(), sD->getDevCorp(),
ptrDist));
parts.push_back(partName);
}
pc += opt->getStep();
}
threadPool.wait();
for (int i = 0; i < parts.size(); i++)
XenIO::delFile(parts[i]);
std::cout << "Evaluation done." << std::endl;
}
int SimplePPL::launch() {
XenOption* opt = XenOption::getInstance();
StaticData* sD = StaticData::getInstance();
sD->getSourceCorps()->getPtrInCorp()->initialize(opt->getInSData(), opt->getSLang());
sD->getSourceCorps()->getPtrOutCorp()->initialize(opt->getOutSData(), opt->getSLang());
if (opt->getSVocab()->getFileName().compare("") == 0) {
if (opt->getFullVocab())
sD->getVocabs()->getPtrSourceVoc()->initialize(sD->getSourceCorps()->getPtrInCorp(), sD->getSourceCorps()->getPtrOutCorp());
else
sD->getVocabs()->getPtrSourceVoc()->initialize(sD->getSourceCorps()->getPtrInCorp());
}
else
sD->getVocabs()->getPtrSourceVoc()->initialize(opt->getSVocab());
if (opt->getInSLM()->getFileName().compare("") == 0) {
sD->getSourceLMs()->getPtrInLM()->initialize(sD->getSourceCorps()->getPtrInCorp(), sD->getVocabs()->getPtrSourceVoc());
sD->getSourceLMs()->getPtrInLM()->createLM();
sD->getSourceLMs()->getPtrInLM()->writeLM();
}
else {
sD->getSourceLMs()->getPtrInLM()->initialize(opt->getInSLM(), sD->getVocabs()->getPtrSourceVoc());
sD->getSourceLMs()->getPtrInLM()->loadLM();
}
if (!boost::filesystem::exists(sD->getSourceLMs()->getPtrInLM()->getFileName())) {
std::cout << "Error: LM file " + sD->getSourceLMs()->getPtrInLM()->getFileName() + " does not exists!" << std::endl;
return 1;
}
sD->getSourcePPLs()->getPtrInPPL()->initialize(sD->getSourceCorps()->getPtrOutCorp(), sD->getSourceLMs()->getPtrInLM());
sD->getSourcePPLs()->getPtrInPPL()->calcPPLCorpus();
if (opt->getWFile()->getFileName().compare("") != 0)
sD->getWeightsFile()->initialize(opt->getWFile());
for (unsigned int i = 0; i < sD->getSourcePPLs()->getPtrInPPL()->getSize(); i++) {
double res = sD->getSourcePPLs()->getPtrInPPL()->getPPL(i);
if (opt->getWFile()->getFileName().compare("") != 0)
res = res * sD->getWeightsFile()->getWeight(i);
sD->getScHold()->getPtrScores()->addScore(res);
}
sD->getScHold()->getPtrScores()->calibrate();
if (opt->getInv()) { sD->getScHold()->getPtrScores()->inverse(); }
if (opt->getTLang().compare("") == 0) {
std::cout << "NB Scores: " + XenCommon::toString(sD->getScHold()->getPtrScores()->getSize()) + " NB Source corp (unclean): " + XenCommon::toString(sD->getSourceCorps()->getPtrOutCorp()->getSize()) << std::endl;
XenIO::cleanCorpusMono(sD->getSourceCorps()->getPtrOutCorp(), sD->getScHold()->getPtrScores());
std::cout << "NB Scores: " + XenCommon::toString(sD->getScHold()->getPtrScores()->getSize()) + " NB Source corp (clean): " + XenCommon::toString(sD->getSourceCorps()->getPtrOutCorp()->getSize()) << std::endl;
XenIO::writeMonoOutput(sD->getSourceCorps()->getPtrOutCorp(), sD->getScHold()->getPtrScores());
}
else {
boost::shared_ptr<Corpus> ptrOTCorp = boost::make_shared<Corpus>();
ptrOTCorp->initialize(opt->getOutTData(), opt->getTLang());
std::cout << "NB Scores: " + XenCommon::toString(sD->getScHold()->getPtrScores()->getSize()) + " NB Source corp (unclean): " + XenCommon::toString(sD->getSourceCorps()->getPtrOutCorp()->getSize()) + " NB Target corp (unclean): " + XenCommon::toString(ptrOTCorp->getSize()) << std::endl;
XenIO::cleanCorpusBi(sD->getSourceCorps()->getPtrOutCorp(), ptrOTCorp, sD->getScHold()->getPtrScores());
std::cout << "NB Scores: " + XenCommon::toString(sD->getScHold()->getPtrScores()->getSize()) + " NB Source corp (clean): " + XenCommon::toString(sD->getSourceCorps()->getPtrOutCorp()->getSize()) + " NB Target corp (clean): " + XenCommon::toString(ptrOTCorp->getSize()) << std::endl;
XenIO::writeBiOutput(sD->getSourceCorps()->getPtrOutCorp(), ptrOTCorp, sD->getScHold()->getPtrScores());
}
return 0;
}