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#include <CSCCrosstalkConditions.h>
Public Types | |
| typedef const CSCcrosstalk * | ReturnType |
Public Member Functions | |
| CSCCrosstalkConditions (const edm::ParameterSet &) | |
| ReturnType | produceCrosstalk (const CSCcrosstalkRcd &) |
| ~CSCCrosstalkConditions () | |
Static Public Member Functions | |
| static CSCcrosstalk * | prefillCrosstalk () |
Private Member Functions | |
| void | setIntervalFor (const edm::eventsetup::EventSetupRecordKey &, const edm::IOVSyncValue &, edm::ValidityInterval &) |
Private Attributes | |
| CSCcrosstalk * | cnCrosstalk |
Definition at line 19 of file CSCCrosstalkConditions.h.
| typedef const CSCcrosstalk* CSCCrosstalkConditions::ReturnType |
Definition at line 27 of file CSCCrosstalkConditions.h.
| CSCCrosstalkConditions::CSCCrosstalkConditions | ( | const edm::ParameterSet & | iConfig | ) |
Definition at line 252 of file CSCCrosstalkConditions.cc.
References cnCrosstalk, prefillCrosstalk(), produceCrosstalk(), and edm::ESProducer::setWhatProduced().
{
//the following line is needed to tell the framework what
// data is being produced
cnCrosstalk = prefillCrosstalk();
// added by Zhen (changed since 1_2_0)
setWhatProduced(this,&CSCCrosstalkConditions::produceCrosstalk);
findingRecord<CSCcrosstalkRcd>();
//now do what ever other initialization is needed
}
| CSCCrosstalkConditions::~CSCCrosstalkConditions | ( | ) |
Definition at line 264 of file CSCCrosstalkConditions.cc.
References cnCrosstalk.
{
// do anything here that needs to be done at desctruction time
// (e.g. close files, deallocate resources etc.)
delete cnCrosstalk;
}
| CSCcrosstalk * CSCCrosstalkConditions::prefillCrosstalk | ( | ) | [static] |
Definition at line 5 of file CSCCrosstalkConditions.cc.
References dtNoiseDBValidation_cfg::cerr, CSCcrosstalk::crosstalk, CSCDetId, cmsRelvalreport::exit, recoMuon::in, CSCDetId::maxChamberId(), CSCDetId::maxEndcapId(), CSCDetId::maxLayerId(), CSCDetId::maxRingId(), CSCDetId::maxStationId(), timingPdfMaker::mean, min, CSCDetId::minChamberId(), CSCDetId::minEndcapId(), CSCDetId::minLayerId(), CSCDetId::minRingId(), and CSCDetId::minStationId().
Referenced by CSCCrosstalkConditions().
{
float mean,min,minchi;
int seed;
int old_chamber_id,old_strip,new_chamber_id,new_strip;
float old_slope_right,old_slope_left,old_intercept_right;
float old_intercept_left, old_chi2_right,old_chi2_left;
std::vector<int> old_cham_id;
std::vector<int> old_strips;
std::vector<float> old_slope_r;
std::vector<float> old_intercept_r;
std::vector<float> old_chi2_r;
std::vector<float> old_slope_l;
std::vector<float> old_intercept_l;
std::vector<float> old_chi2_l;
float new_slope_right,new_slope_left,new_intercept_right;
float new_intercept_left, new_chi2_right,new_chi2_left;
std::vector<int> new_cham_id;
std::vector<int> new_strips;
std::vector<float> new_slope_r;
std::vector<float> new_intercept_r;
std::vector<float> new_chi2_r;
std::vector<float> new_slope_l;
std::vector<float> new_intercept_l;
std::vector<float> new_chi2_l;
const CSCDetId& detId = CSCDetId();
CSCcrosstalk * cncrosstalk = new CSCcrosstalk();
int max_istrip,id_layer,max_ring,max_cham;
unsigned int old_nrlines=0;
unsigned int new_nrlines=0;
seed = 10000;
srand(seed);
mean=-0.0009, min=0.035, minchi=1.5;
//endcap=1 to 2,station=1 to 4, ring=1 to 4,chamber=1 to 36,layer=1 to 6
std::ifstream olddata;
olddata.open("old_xtalk.dat",std::ios::in);
if(!olddata) {
std::cerr <<"Error: old_xtalk.dat -> no such file!"<< std::endl;
exit(1);
}
while (!olddata.eof() ) {
olddata >> old_chamber_id >> old_strip >> old_slope_right >> old_intercept_right >> old_chi2_right >> old_slope_left >> old_intercept_left >> old_chi2_left ;
old_cham_id.push_back(old_chamber_id);
old_strips.push_back(old_strip);
old_slope_r.push_back(old_slope_right);
old_slope_l.push_back(old_slope_left);
old_intercept_r.push_back(old_intercept_right);
old_intercept_l.push_back(old_intercept_left);
old_chi2_r.push_back(old_chi2_right);
old_chi2_l.push_back(old_chi2_left);
old_nrlines++;
}
olddata.close();
std::ifstream newdata;
newdata.open("new_xtalk.txt",std::ios::in);
if(!newdata) {
std::cerr <<"Error: new_xtalk.dat -> no such file!"<< std::endl;
exit(1);
}
while (!newdata.eof() ) {
newdata >> new_chamber_id >> new_strip >> new_slope_right >> new_intercept_right >> new_chi2_right >> new_slope_left >> new_intercept_left >> new_chi2_left ;
new_cham_id.push_back(new_chamber_id);
new_strips.push_back(new_strip);
new_slope_r.push_back(new_slope_right);
new_slope_l.push_back(new_slope_left);
new_intercept_r.push_back(new_intercept_right);
new_intercept_l.push_back(new_intercept_left);
new_chi2_r.push_back(new_chi2_right);
new_chi2_l.push_back(new_chi2_left);
new_nrlines++;
}
newdata.close();
for(int iendcap=detId.minEndcapId(); iendcap<=detId.maxEndcapId(); iendcap++){
for(int istation=detId.minStationId() ; istation<=detId.maxStationId(); istation++){
max_ring=detId.maxRingId();
//station 4 ring 4 not there(36 chambers*2 missing)
//3 rings max this way of counting (ME1a & b)
if(istation==1) max_ring=3;
if(istation==2) max_ring=2;
if(istation==3) max_ring=2;
if(istation==4) max_ring=1;
for(int iring=detId.minRingId(); iring<=max_ring; iring++){
max_istrip=80;
max_cham=detId.maxChamberId();
if(istation==1 && iring==1) max_cham=36;
if(istation==1 && iring==2) max_cham=36;
if(istation==1 && iring==3) max_cham=36;
if(istation==2 && iring==1) max_cham=18;
if(istation==2 && iring==2) max_cham=36;
if(istation==3 && iring==1) max_cham=18;
if(istation==3 && iring==2) max_cham=36;
if(istation==4 && iring==1) max_cham=18;
//station 1 ring 3 has 64 strips per layer instead of 80(minus & plus side!!!)
for(int ichamber=detId.minChamberId(); ichamber<=max_cham; ichamber++){
for(int ilayer=detId.minLayerId(); ilayer<=detId.maxLayerId(); ilayer++){
//station 1 ring 3 has 64 strips per layer instead of 80
if(istation==1 && iring==3) max_istrip=64;
std::vector<CSCcrosstalk::Item> itemvector;
itemvector.resize(max_istrip);
id_layer = 100000*iendcap + 10000*istation + 1000*iring + 10*ichamber + ilayer;
for(int istrip=0;istrip<max_istrip;istrip++){
//create fake values
itemvector[istrip].xtalk_slope_right=-((double)rand()/((double)(RAND_MAX)+(double)(1)))/10000+mean;
itemvector[istrip].xtalk_intercept_right=((double)rand()/((double)(RAND_MAX)+(double)(1)))/100+min;
itemvector[istrip].xtalk_chi2_right=((double)rand()/((double)(RAND_MAX)+(double)(1)))+minchi;
itemvector[istrip].xtalk_slope_left=-((double)rand()/((double)(RAND_MAX)+(double)(1)))/10000+mean;
itemvector[istrip].xtalk_intercept_left=((double)rand()/((double)(RAND_MAX)+(double)(1)))/100+min;
itemvector[istrip].xtalk_chi2_left=((double)rand()/((double)(RAND_MAX)+(double)(1)))+minchi;
cncrosstalk->crosstalk[id_layer]=itemvector;
if(istrip==0){
itemvector[istrip].xtalk_slope_right=-((double)rand()/((double)(RAND_MAX)+(double)(1)))/10000+mean;
itemvector[istrip].xtalk_intercept_right=((double)rand()/((double)(RAND_MAX)+(double)(1)))/100+min;
itemvector[istrip].xtalk_chi2_right=((double)rand()/((double)(RAND_MAX)+(double)(1)))+minchi;
itemvector[istrip].xtalk_slope_left=0.0;
itemvector[istrip].xtalk_intercept_left=0.0;
itemvector[istrip].xtalk_chi2_left=0.0;
cncrosstalk->crosstalk[id_layer]=itemvector;
}
if(istrip==79){
itemvector[istrip].xtalk_slope_right=0.0;
itemvector[istrip].xtalk_intercept_right=0.0;
itemvector[istrip].xtalk_chi2_right=0.0;
itemvector[istrip].xtalk_slope_left=-((double)rand()/((double)(RAND_MAX)+(double)(1)))/10000+mean;
itemvector[istrip].xtalk_intercept_left=((double)rand()/((double)(RAND_MAX)+(double)(1)))/100+min;
itemvector[istrip].xtalk_chi2_left=((double)rand()/((double)(RAND_MAX)+(double)(1)))+minchi;
cncrosstalk->crosstalk[id_layer]=itemvector;
}
}
}
}
}
}
//overwrite fakes with old values from DB
int istrip = 0;
std::vector<CSCcrosstalk::Item> itemvector;
itemvector.resize(80);
for(unsigned int mystrip=0; mystrip<old_nrlines-1; mystrip++){
if(old_strips[mystrip]==0) istrip = 0;
itemvector[istrip].xtalk_slope_right=old_slope_r[mystrip];
itemvector[istrip].xtalk_intercept_right=old_intercept_r[mystrip];
itemvector[istrip].xtalk_chi2_right=old_chi2_r[mystrip];
itemvector[istrip].xtalk_slope_left=old_slope_l[mystrip];
itemvector[istrip].xtalk_intercept_left=old_intercept_l[mystrip];
itemvector[istrip].xtalk_chi2_left=old_chi2_l[mystrip];
cncrosstalk->crosstalk[old_cham_id[mystrip]]=itemvector;
istrip++;
}
itemvector.resize(64);
for(unsigned int mystrip=0; mystrip<old_nrlines-1; mystrip++){
if(old_strips[mystrip]==0) istrip = 0;
if(old_cham_id[mystrip] >= 113000 && old_cham_id[mystrip] <= 113999){
itemvector[istrip].xtalk_slope_right=old_slope_r[mystrip];
itemvector[istrip].xtalk_intercept_right=old_intercept_r[mystrip];
itemvector[istrip].xtalk_chi2_right=old_chi2_r[mystrip];
itemvector[istrip].xtalk_slope_left=old_slope_l[mystrip];
itemvector[istrip].xtalk_intercept_left=old_intercept_l[mystrip];
itemvector[istrip].xtalk_chi2_left=old_chi2_l[mystrip];
cncrosstalk->crosstalk[old_cham_id[mystrip]]=itemvector;
istrip++;
}
}
itemvector.resize(64);
for(unsigned int mystrip=0; mystrip<old_nrlines-1; mystrip++){
if(old_strips[mystrip]==0) istrip = 0;
if(old_cham_id[mystrip] >= 213000 && old_cham_id[mystrip] <= 213999){
itemvector[istrip].xtalk_slope_right=old_slope_r[mystrip];
itemvector[istrip].xtalk_intercept_right=old_intercept_r[mystrip];
itemvector[istrip].xtalk_chi2_right=old_chi2_r[mystrip];
itemvector[istrip].xtalk_slope_left=old_slope_l[mystrip];
itemvector[istrip].xtalk_intercept_left=old_intercept_l[mystrip];
itemvector[istrip].xtalk_chi2_left=old_chi2_l[mystrip];
cncrosstalk->crosstalk[old_cham_id[mystrip]]=itemvector;
istrip++;
}
}
//overwrite old values with ones from new runs
itemvector.resize(80);
for(unsigned int mystrip=0; mystrip<new_nrlines-1; mystrip++){
if(new_strips[mystrip]==0) istrip = 0;
itemvector[istrip].xtalk_slope_right=new_slope_r[mystrip];
itemvector[istrip].xtalk_intercept_right=new_intercept_r[mystrip];
itemvector[istrip].xtalk_chi2_right=new_chi2_r[mystrip];
itemvector[istrip].xtalk_slope_left=new_slope_l[mystrip];
itemvector[istrip].xtalk_intercept_left=new_intercept_l[mystrip];
itemvector[istrip].xtalk_chi2_left=new_chi2_l[mystrip];
cncrosstalk->crosstalk[new_cham_id[mystrip]]=itemvector;
istrip++;
}
itemvector.resize(64);
for(unsigned int mystrip=0; mystrip<new_nrlines-1; mystrip++){
if(new_strips[mystrip]==0) istrip = 0;
if(new_cham_id[mystrip] >= 113000 && new_cham_id[mystrip] <= 113999){
itemvector[istrip].xtalk_slope_right=new_slope_r[mystrip];
itemvector[istrip].xtalk_intercept_right=new_intercept_r[mystrip];
itemvector[istrip].xtalk_chi2_right=new_chi2_r[mystrip];
itemvector[istrip].xtalk_slope_left=new_slope_l[mystrip];
itemvector[istrip].xtalk_intercept_left=new_intercept_l[mystrip];
itemvector[istrip].xtalk_chi2_left=new_chi2_l[mystrip];
cncrosstalk->crosstalk[new_cham_id[mystrip]]=itemvector;
istrip++;
}
}
itemvector.resize(64);
for(unsigned int mystrip=0; mystrip<new_nrlines-1; mystrip++){
if(new_strips[mystrip]==0) istrip = 0;
if(new_cham_id[mystrip] >= 213000 && new_cham_id[mystrip] <= 213999){
itemvector[istrip].xtalk_slope_right=new_slope_r[mystrip];
itemvector[istrip].xtalk_intercept_right=new_intercept_r[mystrip];
itemvector[istrip].xtalk_chi2_right=new_chi2_r[mystrip];
itemvector[istrip].xtalk_slope_left=new_slope_l[mystrip];
itemvector[istrip].xtalk_intercept_left=new_intercept_l[mystrip];
itemvector[istrip].xtalk_chi2_left=new_chi2_l[mystrip];
cncrosstalk->crosstalk[new_cham_id[mystrip]]=itemvector;
istrip++;
}
}
}
return cncrosstalk;
}
| CSCCrosstalkConditions::ReturnType CSCCrosstalkConditions::produceCrosstalk | ( | const CSCcrosstalkRcd & | iRecord | ) |
Definition at line 279 of file CSCCrosstalkConditions.cc.
References cnCrosstalk.
Referenced by CSCCrosstalkConditions().
{
// Added by Zhen, need a new object so to not be deleted at exit
CSCcrosstalk* mydata=new CSCcrosstalk( *cnCrosstalk );
return mydata;
}
| void CSCCrosstalkConditions::setIntervalFor | ( | const edm::eventsetup::EventSetupRecordKey & | , |
| const edm::IOVSyncValue & | , | ||
| edm::ValidityInterval & | oValidity | ||
| ) | [private, virtual] |
Implements edm::EventSetupRecordIntervalFinder.
Definition at line 288 of file CSCCrosstalkConditions.cc.
References edm::IOVSyncValue::beginOfTime(), and edm::IOVSyncValue::endOfTime().
{
oValidity = edm::ValidityInterval(edm::IOVSyncValue::beginOfTime(),edm::IOVSyncValue::endOfTime());
}
CSCcrosstalk* CSCCrosstalkConditions::cnCrosstalk [private] |
Definition at line 34 of file CSCCrosstalkConditions.h.
Referenced by CSCCrosstalkConditions(), produceCrosstalk(), and ~CSCCrosstalkConditions().
1.7.3