PTrackerParametersDBBuilder.cc

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#include "PTrackerParametersDBBuilder.h"

#include "FWCore/Framework/interface/ESTransientHandle.h"
#include "FWCore/Framework/interface/ESHandle.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
#include "FWCore/ServiceRegistry/interface/Service.h"
#include "CondCore/DBOutputService/interface/PoolDBOutputService.h"
#include "CondFormats/GeometryObjects/interface/PTrackerParameters.h"
#include "DetectorDescription/Core/interface/DDCompactView.h"
#include "Geometry/Records/interface/IdealGeometryRecord.h"
#include "DetectorDescription/Base/interface/DDutils.h"
#include "DetectorDescription/Core/interface/DDVectorGetter.h"

void
PTrackerParametersDBBuilder::beginRun( const edm::Run&, edm::EventSetup const& es ) 
{
  PTrackerParameters* ptp = new PTrackerParameters;
  edm::Service<cond::service::PoolDBOutputService> mydbservice;
  if( !mydbservice.isAvailable())
  {
    edm::LogError( "PTrackerParametersDBBuilder" ) << "PoolDBOutputService unavailable";
    return;
  }
  edm::ESTransientHandle<DDCompactView> cpv;
  es.get<IdealGeometryRecord>().get( cpv );

  std::vector<int> pxbPars = dbl_to_int( DDVectorGetter::get( "pxbPars" ));
  assert( pxbPars.size() == 6 );
  
  // FIXME: Populate pgde with data taken from cpv
  ptp->pxb.layerStartBit = pxbPars.at(0); // 16
  ptp->pxb.ladderStartBit = pxbPars.at(1); // 8
  ptp->pxb.moduleStartBit = pxbPars.at(2); // 2
  ptp->pxb.layerMask = pxbPars.at(3); // 0xF
  ptp->pxb.ladderMask = pxbPars.at(4); // 0xFF
  ptp->pxb.moduleMask = pxbPars.at(5); // 0x3F

  std::vector<int> pxfPars = dbl_to_int( DDVectorGetter::get( "pxfPars" ));
  assert( pxfPars.size() == 10 );
  
  ptp->pxf.sideStartBit = pxfPars.at(0); // 23
  ptp->pxf.diskStartBit = pxfPars.at(1); // 16
  ptp->pxf.bladeStartBit = pxfPars.at(2); // 10
  ptp->pxf.panelStartBit = pxfPars.at(3); // 8
  ptp->pxf.moduleStartBit = pxfPars.at(4); // 2
  ptp->pxf.sideMask = pxfPars.at(5); // 0x3
  ptp->pxf.diskMask = pxfPars.at(6); // 0xF
  ptp->pxf.bladeMask = pxfPars.at(7); // 0x3F
  ptp->pxf.panelMask = pxfPars.at(8); // 0x3
  ptp->pxf.moduleMask = pxfPars.at(9); // 0x3F

  std::vector<int> tecPars = dbl_to_int( DDVectorGetter::get( "tecPars" ));
  assert( tecPars.size() == 14 );
  
  ptp->tec.sideStartBit = tecPars.at(0); // 18
  ptp->tec.wheelStartBit = tecPars.at(1); // 14
  ptp->tec.petal_fw_bwStartBit = tecPars.at(2); // 12
  ptp->tec.petalStartBit = tecPars.at(3); // 8
  ptp->tec.ringStartBit = tecPars.at(4); // 5
  ptp->tec.moduleStartBit = tecPars.at(5); // 2
  ptp->tec.sterStartBit = tecPars.at(6); // 0
  ptp->tec.sideMask = tecPars.at(7); // 0x3
  ptp->tec.wheelMask = tecPars.at(8); // 0xF
  ptp->tec.petal_fw_bwMask = tecPars.at(9); // 0x3
  ptp->tec.petalMask = tecPars.at(10); // 0xF
  ptp->tec.ringMask = tecPars.at(11); // 0x7
  ptp->tec.moduleMask = tecPars.at(12); // 0x7
  ptp->tec.sterMask = tecPars.at(13); // 0x3

  std::vector<int> tibPars = dbl_to_int( DDVectorGetter::get( "tibPars" ));
  assert( tibPars.size() == 12 );
  
  ptp->tib.layerStartBit = tibPars.at(0); // 14
  ptp->tib.str_fw_bwStartBit = tibPars.at(1); // 12
  ptp->tib.str_int_extStartBit = tibPars.at(2); // 10
  ptp->tib.strStartBit = tibPars.at(3); // 4
  ptp->tib.moduleStartBit = tibPars.at(4); // 2
  ptp->tib.sterStartBit = tibPars.at(5); // 0
  ptp->tib.layerMask = tibPars.at(6); // 0x7
  ptp->tib.str_fw_bwMask = tibPars.at(7); // 0x3
  ptp->tib.str_int_extMask = tibPars.at(8); // 0x3
  ptp->tib.strMask = tibPars.at(9); // 0x3F
  ptp->tib.moduleMask = tibPars.at(10); // 0x3
  ptp->tib.sterMask = tibPars.at(11); // 0x3

  std::vector<int> tidPars = dbl_to_int( DDVectorGetter::get( "tidPars" ));
  assert( tidPars.size() == 12 );
  
  ptp->tid.sideStartBit = tidPars.at(0); // 13
  ptp->tid.wheelStartBit = tidPars.at(1); // 11
  ptp->tid.ringStartBit = tidPars.at(2); // 9
  ptp->tid.module_fw_bwStartBit = tidPars.at(3); // 7
  ptp->tid.moduleStartBit = tidPars.at(4); // 2
  ptp->tid.sterStartBit = tidPars.at(5); // 0
  ptp->tid.sideMask = tidPars.at(6); // 0x3
  ptp->tid.wheelMask = tidPars.at(7); // 0x3
  ptp->tid.ringMask = tidPars.at(8); // 0x3
  ptp->tid.module_fw_bwMask = tidPars.at(9); // 0x3
  ptp->tid.moduleMask = tidPars.at(10); // 0x1F
  ptp->tid.sterMask = tidPars.at(11); // 0x3

  std::vector<int> tobPars = dbl_to_int( DDVectorGetter::get( "tobPars" ));
  assert( tobPars.size() == 10 );
  
  ptp->tob.layerStartBit = tobPars.at(0); // 14
  ptp->tob.rod_fw_bwStartBit = tobPars.at(0); // 12
  ptp->tob.rodStartBit = tobPars.at(0); // 5
  ptp->tob.moduleStartBit = tobPars.at(0); // 2
  ptp->tob.sterStartBit = tobPars.at(0); // 0
  ptp->tob.layerMask = tobPars.at(0); // 0x7
  ptp->tob.rod_fw_bwMask = tobPars.at(0); // 0x3
  ptp->tob.rodMask = tobPars.at(0); // 0x7F
  ptp->tob.moduleMask = tobPars.at(0); // 0x7
  ptp->tob.sterMask = tobPars.at(0); // 0x3
 
  if( mydbservice->isNewTagRequest( "PTrackerParametersRcd" ))
  {
    mydbservice->createNewIOV<PTrackerParameters>( ptp, mydbservice->beginOfTime(), mydbservice->endOfTime(), "PTrackerParametersRcd" );
  } else
  {
    edm::LogError( "PTrackerParametersDBBuilder" ) << "PTrackerParameters and PTrackerParametersRcd Tag already present";
  }
}