bool Resolution::passStandardCuts(int planeID, const Data &data) { XmlParser* theParser = theAnalysisManager_->getXmlParser(); if(theParser->getAnalysesFromString("Charge")->applyStandardCuts()) { return true; } int minHits = 7;//To calculate efficiency on the telescope int excludeMe = 0; if(thePlaneMapping_->getPlaneName(planeID).find("Dut") != std::string::npos)//Dut case minHits = atoi(theParser->getAnalysesFromString("Charge")->getMinHits().c_str()); else if(data.getHasHit(planeID) && data.getClusterSize(planeID)<=2)//Telescope case excludeMe = 1; int hitsontelescope = 0; bool HitsClusterLE2 = true; for (unsigned int i = 0; i < 8; i++) { if (data.getHasHit(i) == true) hitsontelescope++; if (data.getClusterSize(i) > 2) { HitsClusterLE2 = false; } } if(hitsontelescope >= minHits) return true; else return false; }