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14 #ifndef MuonDQAHistMap_H
15 #define MuonDQAHistMap_H
41 TH1*
getH1(
const std::string& hist_name )
const {
42 std::vector<TH1*>::const_iterator
it =
m_H1s.begin(),
44 for ( ;
it != itEnd; ++
it ) {
45 if ( (*it)->GetName() == hist_name ) {
51 TH2*
getH2(
const std::string& hist_name )
const {
52 std::vector<TH2*>::const_iterator
it =
m_H2s.begin(),
54 for ( ;
it != itEnd; ++
it ) {
55 if ( (*it)->GetName() == hist_name ) {
105 std::map< std::string, MuonDQAHistList >
m_data;
JetConstituentVector::iterator iterator
std::map< std::string, MuonDQAHistList > m_data
TH2 * getH2(const std::string &hist_name) const
std::map< int, MuonDQAHistList > m_data_int
MuonDQAHistList & getList(std::string station_name)
void addList(const int &station_idInt, const MuonDQAHistList &lst)
MuonDQAHistList & getList(int station_idInt)
TH1 * getH1(const std::string &hist_name) const
string station_name
Simple script to generate a BIS78 cabling map as used for the Monte Carlo processing.
void addList(const std::string &station_name, const MuonDQAHistList &lst)
std::vector< TH2 * > m_H2s
std::vector< TH1 * > m_H1s