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Commit 0bfe0ea8 authored by Adam Edward Barton's avatar Adam Edward Barton :speech_balloon:
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Merge branch 'ubsan.CaloCondPhysAlgs-20180902' into 'master' 

CaloCondPhysAlgs: Fix ubsan warnings.

See merge request atlas/athena!13913

Former-commit-id: f48e0a58f5cc0f2b2e23ad1b4fe0bfb9f7211b93
parents e9f7ef17 a3458b91
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8 merge requests!58791DataQualityConfigurations: Modify L1Calo config for web display,!46784MuonCondInterface: Enable thread-safety checking.,!46776Updated LArMonitoring config file for WD to match new files produced using MT,!45405updated ART test cron job,!42417Draft: DIRE and VINCIA Base Fragments for Pythia 8.3,!28528Revert 63f845ae,!27054Atr20369 210,!26342Monopole: Handle fractionally charged particles
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Calorimeter/CaloCondPhysAlgs/src/CaloCellNoiseAlg.cxx
+ 40
− 48
View file @ 0bfe0ea8
......@@ -30,16 +30,6 @@ CaloCellNoiseAlg::CaloCellNoiseAlg(const std::string& name, ISvcLocator* pSvcLoc
m_lumiblock(0),
m_lumiblockOld(0),
m_first(false),
m_luminosity(0),
m_nevt(),
m_nevt_good(),
m_layer(),
m_identifier(),
m_eta(),
m_phi(),
m_average(),
m_rms(),
m_reference(),
m_tree(NULL),
m_doMC(false),
m_readNtuple(false),
......@@ -105,6 +95,7 @@ StatusCode CaloCellNoiseAlg::initialize()
{
ATH_MSG_DEBUG ("CaloCellNoiseAlg initialize()" );
m_treeData = std::make_unique<TreeData>();
const CaloIdManager* mgr = nullptr;
ATH_CHECK( detStore()->retrieve( mgr ) );
m_calo_id = mgr->getCaloCell_ID();
......@@ -122,7 +113,7 @@ StatusCode CaloCellNoiseAlg::initialize()
m_first = true;
m_lumiblock = 0;
m_luminosity = 0.;
m_treeData->m_luminosity = 0.;
m_lumiblockOld = 0;
ATH_CHECK( service("THistSvc",m_thistSvc) );
......@@ -200,10 +191,10 @@ StatusCode CaloCellNoiseAlg::execute()
if ( lumiblock != m_lumiblockOld) {
float luminosity = this->getLuminosity();
ATH_MSG_INFO ( " New lumiblock seen " << lumiblock << " " << m_lumiblock << " " << luminosity << " " << m_luminosity << " m_first " << m_first );
ATH_MSG_INFO ( " New lumiblock seen " << lumiblock << " " << m_lumiblock << " " << luminosity << " " << m_treeData->m_luminosity << " m_first " << m_first );
// lumiblock, m_lumiblock are unsigned.
if ( ( lumiblock - m_lumiblock >= static_cast<unsigned int>(m_addlumiblock) ||
std::fabs(luminosity-m_luminosity)>(m_luminosity*m_deltaLumi) ||
std::fabs(luminosity-m_treeData->m_luminosity)>(m_treeData->m_luminosity*m_deltaLumi) ||
m_first )
&& m_doLumiFit)
{
......@@ -215,7 +206,7 @@ StatusCode CaloCellNoiseAlg::execute()
}
}
m_lumiblock = lumiblock;
m_luminosity = luminosity;
m_treeData->m_luminosity = luminosity;
}
m_lumiblockOld = lumiblock;
}
......@@ -224,7 +215,7 @@ StatusCode CaloCellNoiseAlg::execute()
m_ncell = m_calo_id->calo_cell_hash_max();
ATH_MSG_DEBUG ( " number of cells " << m_ncell );
if (m_ncell>200000) {
ATH_MSG_WARNING ( " too many celly " << m_ncell );
ATH_MSG_WARNING ( " too many cells " << m_ncell );
return StatusCode::SUCCESS;
}
m_CellList.reserve(m_ncell);
......@@ -261,17 +252,17 @@ StatusCode CaloCellNoiseAlg::execute()
}
m_tree = new TTree("mytree","Calo Noise ntuple");
m_tree->Branch("luminosity",&m_luminosity,"luminosity/F");
m_tree->Branch("ncell",&m_ncell,"ncell/I");
m_tree->Branch("identifier",m_identifier,"identifier[ncell]/I");
m_tree->Branch("layer",m_layer,"layer[ncell]/I");
m_tree->Branch("eta",m_eta,"eta[ncell]/F");
m_tree->Branch("phi",m_phi,"phi[ncell]/F");
m_tree->Branch("nevt",m_nevt,"nevt[ncell]/I");
m_tree->Branch("nevt_good",m_nevt_good,"nevt[ncell]/I");
m_tree->Branch("average",m_average,"average[ncell]/F");
m_tree->Branch("rms",m_rms,"rms[ncell]/F");
m_tree->Branch("reference",m_reference,"reference[ncell]/F");
m_tree->Branch("luminosity",&m_treeData->m_luminosity,"luminosity/F");
m_tree->Branch("ncell",&m_treeData->m_ncell,"ncell/I");
m_tree->Branch("identifier",m_treeData->m_identifier,"identifier[ncell]/I");
m_tree->Branch("layer",m_treeData->m_layer,"layer[ncell]/I");
m_tree->Branch("eta",m_treeData->m_eta,"eta[ncell]/F");
m_tree->Branch("phi",m_treeData->m_phi,"phi[ncell]/F");
m_tree->Branch("nevt",m_treeData->m_nevt,"nevt[ncell]/I");
m_tree->Branch("nevt_good",m_treeData->m_nevt_good,"nevt[ncell]/I");
m_tree->Branch("average",m_treeData->m_average,"average[ncell]/F");
m_tree->Branch("rms",m_treeData->m_rms,"rms[ncell]/F");
m_tree->Branch("reference",m_treeData->m_reference,"reference[ncell]/F");
if( m_thistSvc->regTree("/file1/calonoise/mytree",m_tree).isFailure()) {
ATH_MSG_WARNING ( " cannot register ntuple " );
......@@ -367,17 +358,18 @@ StatusCode CaloCellNoiseAlg::fillNtuple()
{
ATH_MSG_INFO ( " in fillNtuple " );
for (int i=0;i<m_ncell;i++) {
m_identifier[i] = m_CellList[i].identifier;
m_layer[i] = m_CellList[i].sampling;
m_eta[i] = m_CellList[i].eta;
m_phi[i] = m_CellList[i].phi;
m_nevt[i] = m_CellList[i].nevt;
m_nevt_good[i] = m_CellList[i].nevt_good;
m_average[i] = (float) (m_CellList[i].average);
m_rms[i] = (float) (sqrt(m_CellList[i].rms));
m_reference[i] = (float) (m_CellList[i].reference);
ATH_MSG_DEBUG ( " hash,Nevt,Average,RMS " << i << " " << m_nevt[i] << " " << m_average[i] << " " << m_rms[i] );
m_treeData->m_ncell = m_ncell;
for (int i=0;i<m_ncell;i++) {
m_treeData->m_identifier[i] = m_CellList[i].identifier;
m_treeData->m_layer[i] = m_CellList[i].sampling;
m_treeData->m_eta[i] = m_CellList[i].eta;
m_treeData->m_phi[i] = m_CellList[i].phi;
m_treeData->m_nevt[i] = m_CellList[i].nevt;
m_treeData->m_nevt_good[i] = m_CellList[i].nevt_good;
m_treeData->m_average[i] = (float) (m_CellList[i].average);
m_treeData->m_rms[i] = (float) (sqrt(m_CellList[i].rms));
m_treeData->m_reference[i] = (float) (m_CellList[i].reference);
ATH_MSG_DEBUG ( " hash,Nevt,Average,RMS " << i << " " << m_treeData->m_nevt[i] << " " << m_treeData->m_average[i] << " " << m_treeData->m_rms[i] );
}
m_tree->Fill();
......@@ -410,11 +402,11 @@ StatusCode CaloCellNoiseAlg::fitNoise()
TBranch* b3 = m_tree->GetBranch("average");
TBranch* b4 = m_tree->GetBranch("rms");
TBranch* b5 = m_tree->GetBranch("nevt_good");
b1->SetAddress(&m_luminosity);
b2->SetAddress(&m_nevt);
b3->SetAddress(&m_average);
b4->SetAddress(&m_rms);
b5->SetAddress(&m_nevt_good);
b1->SetAddress(&m_treeData->m_luminosity);
b2->SetAddress(&m_treeData->m_nevt);
b3->SetAddress(&m_treeData->m_average);
b4->SetAddress(&m_treeData->m_rms);
b5->SetAddress(&m_treeData->m_nevt_good);
int nentries = m_tree->GetEntries();
ATH_MSG_DEBUG ( " Number of entries in ntuple " << nentries );
......@@ -433,10 +425,10 @@ StatusCode CaloCellNoiseAlg::fitNoise()
b2->GetEntry(i);
b4->GetEntry(i);
if (m_nevt[icell]>m_nmin) {
x.push_back(sqrt(m_luminosity));
y.push_back(m_rms[icell]);
ey.push_back(m_rms[icell]/sqrt(2.*m_nevt[icell]));
if (m_treeData->m_nevt[icell]>m_nmin) {
x.push_back(sqrt(m_treeData->m_luminosity));
y.push_back(m_treeData->m_rms[icell]);
ey.push_back(m_treeData->m_rms[icell]/sqrt(2.*m_treeData->m_nevt[icell]));
}
}
......@@ -479,7 +471,7 @@ StatusCode CaloCellNoiseAlg::fitNoise()
// for LAR try phi patching for missing cells, just to be sure that DB is filled with reasonnable entries in case
// the cell come back to life
for (int icell=0;icell<m_ncell;icell++) {
if (anoise[icell]<3. || m_nevt_good[icell]==0) {
if (anoise[icell]<3. || m_treeData->m_nevt_good[icell]==0) {
IdentifierHash idHash = icell;
Identifier id=m_calo_id->cell_id(idHash);
if (m_calo_id->is_lar(id)) {
......@@ -500,7 +492,7 @@ StatusCode CaloCellNoiseAlg::fitNoise()
int index = (int)(idHash2);
if (index>=0 && index<m_ncell) {
ATH_MSG_DEBUG( " noise " << anoise[index] );
if (anoise[index]>3. && m_nevt_good[index]>0) {
if (anoise[index]>3. && m_treeData->m_nevt_good[index]>0) {
nring+=1;
sum+=anoise[index];
}
......
Calorimeter/CaloCondPhysAlgs/src/CaloCellNoiseAlg.h
+ 18
− 12
View file @ 0bfe0ea8
......@@ -76,23 +76,29 @@
float reference;
};
std::vector<CellInfo> m_CellList;
int m_ncell;
int m_ncell;
unsigned int m_lumiblock;
unsigned int m_lumiblockOld;
bool m_first;
float m_luminosity;
int m_nevt[200000];
int m_nevt_good[200000];
int m_layer[200000];
int m_identifier[200000];
float m_eta[200000];
float m_phi[200000];
float m_average[200000];
float m_rms[200000];
float m_reference[200000];
// Split this out into a separate, dynamically-allocated block.
// Otherwise, the CaloCellNoiseAlg is so large that it violates
// the ubsan sanity checks.
struct TreeData {
float m_luminosity {0};
int m_ncell {0};
int m_nevt[200000] {0};
int m_nevt_good[200000] {0};
int m_layer[200000] {0};
int m_identifier[200000] {0};
float m_eta[200000] {0};
float m_phi[200000] {0};
float m_average[200000] {0};
float m_rms[200000] {0};
float m_reference[200000] {0};
};
std::unique_ptr<TreeData> m_treeData;
TTree* m_tree;
bool m_doMC;
......
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