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ClusterCompatibility.cc
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2 using namespace reco;
3 
4 ClusterCompatibility::ClusterCompatibility() : nValidPixelHits_(0), z0_(), nHit_(), chi_() {}
5 
7 
8 void ClusterCompatibility::append(float z0, int nHit, float chi) {
9  z0_.push_back(z0);
10  nHit_.push_back(nHit);
11  chi_.push_back(chi);
12 }
reco::ClusterCompatibility::z0_
std::vector< float > z0_
Definition: ClusterCompatibility.h:36
reco
fixed size matrix
Definition: AlignmentAlgorithmBase.h:45
reco::ClusterCompatibility::chi
float chi(int i) const
Definition: ClusterCompatibility.h:28
reco::ClusterCompatibility::~ClusterCompatibility
virtual ~ClusterCompatibility()
Definition: ClusterCompatibility.cc:6
HLTMuonOfflineAnalyzer_cfi.z0
z0
Definition: HLTMuonOfflineAnalyzer_cfi.py:98
ClusterCompatibility.h
reco::ClusterCompatibility::z0
float z0(int i) const
Vertex z position for the i-th vertex-position hypothesis.
Definition: ClusterCompatibility.h:19
reco::ClusterCompatibility::nHit
int nHit(int i) const
Definition: ClusterCompatibility.h:23
reco::ClusterCompatibility::nHit_
std::vector< int > nHit_
Definition: ClusterCompatibility.h:37
reco::ClusterCompatibility::chi_
std::vector< float > chi_
Definition: ClusterCompatibility.h:38
reco::ClusterCompatibility::ClusterCompatibility
ClusterCompatibility()
Definition: ClusterCompatibility.cc:4
reco::ClusterCompatibility::append
void append(float, int, float)
Definition: ClusterCompatibility.cc:8