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#include <iostream>#include <sstream>#include <string>#include <vector>#include <stdio.h>#include <algorithm>#include "OnlineDB/Oracle/interface/Oracle.h"#include "CaloOnlineTools/HcalOnlineDb/interface/HCALConfigDB.h"#include "CalibCalorimetry/HcalTPGAlgos/interface/XMLProcessor.h"#include "CaloOnlineTools/HcalOnlineDb/interface/ConfigurationDatabase.hh"#include "CaloOnlineTools/HcalOnlineDb/interface/ConfigurationDatabaseImplOracle.hh"#include "CaloOnlineTools/HcalOnlineDb/interface/ConfigurationDatabaseImplXMLFile.hh"#include "CaloOnlineTools/HcalOnlineDb/interface/ConfigurationItemNotFoundException.hh"#include "DataFormats/HcalDetId/interface/HcalDetId.h"Go to the source code of this file.
Classes | |
| class | DBlmapReader |
| struct | VectorLMAP |
Functions | |
| void | printEMAProw (int channel, FILE *emap, VectorLMAP *lmap) |
| void | printHBHEHF (int channel, FILE *HBEFmap, VectorLMAP *lmap) |
| void | printHO (int channel, FILE *HOmap, VectorLMAP *lmap) |
| VectorLMAP * | SortByGeometry (VectorLMAP *lmapHBEFO) |
| VectorLMAP * | SortByHardware (VectorLMAP *lmapHBEFO) |
| bool | SortComp (int x, int y) |
| void printEMAProw | ( | int | channel, |
| FILE * | emap, | ||
| VectorLMAP * | lmap | ||
| ) |
Definition at line 207 of file DBlmapReader.cc.
References benchmark_cfg::cerr, VectorLMAP::crateC, VectorLMAP::depthC, VectorLMAP::detC, VectorLMAP::etaC, VectorLMAP::fedidC, VectorLMAP::fi_chC, VectorLMAP::fpgaC, HcalBarrel, HcalEndcap, HcalForward, HcalOuter, VectorLMAP::htr_fiC, VectorLMAP::htrC, j, VectorLMAP::phiC, VectorLMAP::sideC, and VectorLMAP::spigoC.
Referenced by DBlmapReader::PrintEMAPfromLMAP().
{
j = lmap -> orderC[channel];
HcalSubdetector _subdet;
if ( lmap->detC[j] == "HB" ) _subdet = HcalBarrel;
else if ( lmap->detC[j] == "HE" ) _subdet = HcalEndcap;
else if ( lmap->detC[j] == "HO" ) _subdet = HcalOuter;
else if ( lmap->detC[j] == "HF" ) _subdet = HcalForward;
else{
_subdet = HcalBarrel;
std::cerr<<"Bad Subdet"<<std::endl;
}
HcalDetId _hcaldetid( _subdet, (lmap->sideC[j])*(lmap->etaC[j]), lmap->phiC[j], lmap->depthC[j] );
int hcalID = _hcaldetid . rawId();
char tb = lmap->fpgaC[j][0];
fprintf(emap,"%10d %3d %3d %2c %4d %5d",hcalID, lmap->crateC[j], lmap->htrC[j], tb, (lmap->fedidC[j] - 700), lmap->spigoC[j]);
fprintf(emap,"%5d %8d %8s %5d %4d %6d\n", lmap->htr_fiC[j], lmap->fi_chC[j], lmap->detC[j].c_str(), (lmap->etaC[j]*lmap->sideC[j]), lmap->phiC[j], lmap->depthC[j]);
return;
}
| void printHBHEHF | ( | int | channel, |
| FILE * | HBEFmap, | ||
| VectorLMAP * | lmap | ||
| ) |
Definition at line 160 of file DBlmapReader.cc.
References VectorLMAP::adcC, VectorLMAP::crateC, VectorLMAP::dcc_slC, VectorLMAP::dccC, VectorLMAP::detC, VectorLMAP::dphiC, VectorLMAP::etaC, VectorLMAP::fedidC, VectorLMAP::fi_chC, VectorLMAP::fpgaC, VectorLMAP::htr_fiC, VectorLMAP::htrC, j, VectorLMAP::phiC, VectorLMAP::pixelC, VectorLMAP::qieC, VectorLMAP::rbxC, VectorLMAP::rctcarC, VectorLMAP::rctconC, VectorLMAP::rctcraC, VectorLMAP::rctnamC, VectorLMAP::rm_fiC, VectorLMAP::rmC, VectorLMAP::sideC, VectorLMAP::slbC, VectorLMAP::slbin2C, VectorLMAP::slbinC, VectorLMAP::slnamC, VectorLMAP::spigoC, and VectorLMAP::wedgeC.
Referenced by DBlmapReader::PrintLMAP().
{
if (channel % 21 == 0){
fprintf(HBEFmap,"# side eta phi dphi depth det rbx wedge rm pixel qie adc");
fprintf(HBEFmap," rm_fi fi_ch crate htr fpga htr_fi dcc_sl spigo dcc slb slbin slbin2");
fprintf(HBEFmap," slnam rctcra rctcar rctcon rctnam fedid\n");
}
j = lmap -> orderC[channel];
fprintf(HBEFmap,"%6d %6d %6d %6d %6d ", lmap->sideC[j], lmap->etaC[j], lmap->phiC[j], lmap->dphiC[j], lmap -> depthC[j]);
fprintf(HBEFmap,"%6s %7s %6d %6d %6d", lmap->detC[j].c_str(), lmap->rbxC[j].c_str(), lmap->wedgeC[j], lmap->rmC[j], lmap->pixelC[j]);
fprintf(HBEFmap,"%6d %6d %6d %6d %6d ", lmap->qieC[j], lmap->adcC[j], lmap->rm_fiC[j], lmap->fi_chC[j], lmap->crateC[j]);
fprintf(HBEFmap,"%6d %6s%8d %7d ", lmap->htrC[j], lmap->fpgaC[j].c_str(), lmap->htr_fiC[j], lmap->dcc_slC[j]);
fprintf(HBEFmap,"%6d %6d %6d %6s", lmap->spigoC[j], lmap->dccC[j], lmap->slbC[j], lmap->slbinC[j].c_str());
fprintf(HBEFmap,"%8s %15s %6d %6d ", lmap->slbin2C[j].c_str(), lmap->slnamC[j].c_str(), lmap->rctcraC[j], lmap->rctcarC[j]);
fprintf(HBEFmap,"%6d %20s %6d\n", lmap->rctconC[j], lmap->rctnamC[j].c_str(), lmap->fedidC[j]);
}
| void printHO | ( | int | channel, |
| FILE * | HOmap, | ||
| VectorLMAP * | lmap | ||
| ) |
Definition at line 179 of file DBlmapReader.cc.
References VectorLMAP::adcC, VectorLMAP::crateC, VectorLMAP::dcc_slC, VectorLMAP::dccC, VectorLMAP::detC, VectorLMAP::dphiC, VectorLMAP::etaC, VectorLMAP::fedidC, VectorLMAP::fi_chC, VectorLMAP::fpgaC, VectorLMAP::htr_fiC, VectorLMAP::htrC, j, VectorLMAP::let_codeC, VectorLMAP::phiC, VectorLMAP::pixelC, VectorLMAP::qieC, VectorLMAP::rbxC, VectorLMAP::rm_fiC, VectorLMAP::rmC, VectorLMAP::sectorC, VectorLMAP::sideC, and VectorLMAP::spigoC.
Referenced by DBlmapReader::PrintLMAP().
{
//HO goes last, after 6912 entries; 6912 % 21 = 3
if (channel % 21 == 3){
fprintf(HOmap,"# side eta phi dphi depth det rbx sector rm pixel qie adc");
fprintf(HOmap," rm_fi fi_ch let_code crate htr fpga htr_fi dcc_sl spigo dcc slb slbin slbin2");
fprintf(HOmap," slnam rctcra rctcar rctcon rctnam fedid\n");
}
j = lmap -> orderC[channel];
fprintf(HOmap,"%6d %6d %6d %6d %6d ", lmap->sideC[j], lmap->etaC[j], lmap->phiC[j], lmap->dphiC[j], lmap -> depthC[j]);
fprintf(HOmap,"%6s %7s %6d %6d %6d", lmap->detC[j].c_str(), lmap->rbxC[j].c_str(), lmap->sectorC[j], lmap->rmC[j], lmap->pixelC[j]);
fprintf(HOmap,"%6d %6d %6d ", lmap->qieC[j], lmap->adcC[j], lmap->rm_fiC[j]);
fprintf(HOmap,"%6d %8s %6d ", lmap->fi_chC[j], lmap->let_codeC[j].c_str(), lmap->crateC[j]);
fprintf(HOmap,"%6d %6s%8d %7d ", lmap->htrC[j], lmap->fpgaC[j].c_str(), lmap->htr_fiC[j], lmap->dcc_slC[j]);
fprintf(HOmap,"%6d %6d %6d\n", lmap->spigoC[j], lmap->dccC[j], lmap->fedidC[j]);
// New Format (will update as soon as database update is complete
// fprintf(HOmap,"# side eta phi dphi depth det rbx sector rm pixel qie adc");
// fprintf(HOmap," rm_fi fi_ch let_code crate htr fpga htr_fi dcc_sl spigo dcc fedid geo block lc\n");
// fprintf(HOmap,"%6d %6d %6d %6d %6d %6s %7s %6d %6d %6d",iside,ieta,iphi,idphi,idepth,det.c_str(),rbx.c_str(),isector,irm,ipixel);
// fprintf(HOmap,"%6d %6d %6d %6d %8s %6d %6d %6s",iqie,iadc,irm_fi,ifi_ch,letter.c_str(),icrate,ihtr,fpga.c_str());
// fprintf(HOmap,"%8d %7d %6d %6d %6d %6d %6d %6d\n",ihtr_fi,idcc_sl,ispigot,idcc,ifed,geo,block,lc);
}
| VectorLMAP* SortByGeometry | ( | VectorLMAP * | lmapHBEFO | ) |
Definition at line 286 of file DBlmapReader.cc.
References i, VectorLMAP::orderC, SortComp(), and tempVector.
Referenced by DBlmapReader::PrintEMAPfromLMAP(), and DBlmapReader::PrintLMAP().
{
int CHAcount = lmapHBEFO->orderC.size();
tempVector.clear();
//Sort by eta
for (i = 0; i < CHAcount; i++){
tempVector.push_back (lmapHBEFO -> etaC[i]);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
//Sort by phi
for (i = 0; i < CHAcount; i++){
tempVector.push_back (lmapHBEFO -> phiC[i]);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
//Sort by side
for (i = 0; i < CHAcount; i++){
tempVector.push_back (lmapHBEFO -> sideC[i]);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
//Sort by subdetector
for (i = 0; i < CHAcount; i++){
if (lmapHBEFO -> detC[i] == "HB" || lmapHBEFO -> detC[i] == "HE") tempVector.push_back (0);
else if (lmapHBEFO -> detC[i] == "HF") tempVector.push_back (1);
else tempVector.push_back (2);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
return lmapHBEFO;
}
| VectorLMAP* SortByHardware | ( | VectorLMAP * | lmapHBEFO | ) |
Definition at line 233 of file DBlmapReader.cc.
References i, VectorLMAP::orderC, SortComp(), and tempVector.
Referenced by DBlmapReader::PrintEMAPfromLMAP(), and DBlmapReader::PrintLMAP().
{
int CHAcount = lmapHBEFO->orderC.size();
tempVector.clear();
//Sort by fiber channel
for (i = 0; i < CHAcount; i++){
tempVector.push_back (lmapHBEFO -> fi_chC[i]);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
//Sort by HTR fiber
for (i = 0; i < CHAcount; i++){
tempVector.push_back (lmapHBEFO -> htr_fiC[i]);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
//Sort by FPGA
for (i = 0; i < CHAcount; i++){
if (lmapHBEFO -> fpgaC[i] == "top") tempVector.push_back (0);
else tempVector.push_back (1);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
//Sort by HTR
for (i = 0; i < CHAcount; i++){
tempVector.push_back (lmapHBEFO -> htrC[i]);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
//Sort by crate
for (i = 0; i < CHAcount; i++){
tempVector.push_back (lmapHBEFO -> crateC[i]);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
//Sort by subdetector
for (i = 0; i < CHAcount; i++){
if (lmapHBEFO -> detC[i] == "HB" || lmapHBEFO -> detC[i] == "HE") tempVector.push_back (0);
else if (lmapHBEFO -> detC[i] == "HF") tempVector.push_back (1);
else tempVector.push_back (2);
}
stable_sort(lmapHBEFO -> orderC.begin( ), lmapHBEFO -> orderC.end( ), SortComp);
tempVector.clear();
return lmapHBEFO;
}
| bool SortComp | ( | int | x, |
| int | y | ||
| ) |
Definition at line 229 of file DBlmapReader.cc.
References tempVector, x, and detailsBasic3DVector::y.
Referenced by SortByGeometry(), and SortByHardware().
{
return tempVector[x] < tempVector[y];
}
1.7.3