/afs/cern.ch/work/a/aaltunda/public/www/CMSSW_6_2_7/src/DQMServices/ClientConfig/src/QTestParameterNames.cc

Go to the documentation of this file.

#include <iostream>
#include <cstring>
#include "DQMServices/ClientConfig/interface/QTestParameterNames.h"
#include "DQMServices/Core/interface/QTest.h"

QTestParameterNames::QTestParameterNames(){
        
        this->constructMap(ContentsXRangeROOT::getAlgoName(), "xmin", "xmax");
        this->constructMap(ContentsYRangeROOT::getAlgoName(), "ymin", "ymax","useEmptyBins");
        this->constructMap(DeadChannelROOT::getAlgoName(),   "threshold");
        this->constructMap(NoisyChannelROOT::getAlgoName(),  "tolerance", "neighbours");
        this->constructMap(MeanWithinExpectedROOT::getAlgoName(), "mean","useRMS","useSigma","useRange","xmin","xmax");

        //======================== new quality tests in the parser =====================//
        this->constructMap(Comp2RefEqualHROOT::getAlgoName(), "testparam");
        this->constructMap(Comp2RefChi2ROOT::getAlgoName(), "testparam");
        this->constructMap(Comp2RefKolmogorovROOT::getAlgoName(), "testparam");

//        this->constructMap(MostProbableLandauROOT::getAlgoName(), "xmin", "xmax","normalization", "mostprobable", "sigma");
        this->constructMap(ContentsWithinExpectedROOT::getAlgoName(), "minMean", "maxMean", "minRMS", "maxRMS", "toleranceMean", "minEntries", "useEmptyBins");
        //this->constructMap(ContentsWithinExpectedASROOT::getAlgoName(), "minCont", "maxCont"); 

        this->constructMap(CompareToMedianROOT::getAlgoName(), "MinRel", "MaxRel", "UseEmptyBins", "MinAbs", "MaxAbs");
        this->constructMap(CompareLastFilledBinROOT::getAlgoName(), "AvVal", "MinVal", "MaxVal");

}
  



void QTestParameterNames::constructMap(std::string testType, std::string param1,std::string param2,std::string param3,
             std::string param4,std::string param5,std::string param6,std::string param7,std::string param8){
        
        
        std::vector<std::string> paramNames;
        if(std::strcmp(param1.c_str(),"undefined")) paramNames.push_back(param1);       
        if(std::strcmp(param2.c_str(),"undefined")) paramNames.push_back(param2);       
        if(std::strcmp(param3.c_str(),"undefined")) paramNames.push_back(param3);       
        if(std::strcmp(param4.c_str(),"undefined")) paramNames.push_back(param4);       
        if(std::strcmp(param5.c_str(),"undefined")) paramNames.push_back(param5);       
        if(std::strcmp(param6.c_str(),"undefined")) paramNames.push_back(param6);       
        if(std::strcmp(param7.c_str(),"undefined")) paramNames.push_back(param7);       
        if(std::strcmp(param8.c_str(),"undefined")) paramNames.push_back(param8);       
        
        configurationMap[testType]=paramNames;
        
}



std::vector<std::string> QTestParameterNames::getTestParamNames(std::string theTestType){
        
        if(configurationMap.find(theTestType) != configurationMap.end()) {
                return configurationMap[theTestType];
        }else{
                std::vector<std::string> empty;
                return empty;   
        }
}