VP1RawDataHandle_BCM_RDO::Imp Class Reference

Collaboration diagram for VP1RawDataHandle_BCM_RDO::Imp:

Classes
class	ModuleInfo

Static Public Member Functions
static QStringList	describeHit (const BCM_RawData *data, const QString &prefix="")
static void	ensureInitModuleInfo ()

Static Public Attributes
static std::map< int, ModuleInfo * > *	moduleID2ModuleInfo = 0

Detailed Description

Definition at line 42 of file VP1RawDataHandle_BCM_RDO.cxx.

Member Function Documentation

describeHit()

QStringList VP1RawDataHandle_BCM_RDO::Imp::describeHit ( const BCM_RawData * data, const QString & prefix = "" )

inlinestatic

Definition at line 44 of file VP1RawDataHandle_BCM_RDO.cxx.

  {
    QStringList l;
    l << "Word1: " + VP1RawDataHandleBase::unsignedToHex(data->getWord1());
    l << "Word2: " + VP1RawDataHandleBase::unsignedToHex(data->getWord2());
    l << "Channel ID [0-15]: " + QString::number(data->getChannel())+" ("+QString(isHighAttenuationChannel(data->getChannel())?"High":"Low")+" attenuation channel)";
    l << "Position of first pulse [0-63]: " + QString::number(data->getPulse1Position());
    l << "Width of first pulse [0-31]: " + QString::number(data->getPulse1Width());
    l << "Position of second pulse [0-63]: " + QString::number(data->getPulse2Position());
    l << "Width of second pulse [0-31]: " + QString::number(data->getPulse2Width());
    l << "Level one accept [0-63]: " + QString::number(data->getLVL1A());
    l << "Bunch crossing ID [0-4096]: " + QString::number(data->getBCID());
    l << "Level 1 ID [0+]: " + QString::number(data->getLVL1ID());
    if (prefix.isEmpty())
      return l;
    QStringList l2;
    for (const QString& s : l)
      l2 << (prefix + s);
    return l2;
  }

ensureInitModuleInfo()

void VP1RawDataHandle_BCM_RDO::Imp::ensureInitModuleInfo ( )

static

Definition at line 123 of file VP1RawDataHandle_BCM_RDO.cxx.

{
  if (moduleID2ModuleInfo)
    return;
 
  Imp::moduleID2ModuleInfo = new std::map<int,ModuleInfo*>;//Fixme: Gives valgrind problems!
  const GeoPVConstLink * world = VP1JobConfigInfo::geoModelWorld();
  if (world) {
    GeoVolumeCursor av(*world);
    while (!av.atEnd()) {
      if (av.getName()=="Pixel") {
    Amg::Transform3D tr_pix = av.getTransform();
    GeoVolumeCursor pv(av.getVolume());
    while (!pv.atEnd()) {
      int bcmModLogCopyNumber(-1);
      if (pv.getVolume()->getLogVol()->getName()=="bcmModLog") {
        Amg::Transform3D tr_bcmmod = pv.getTransform();
        std::optional<int> Qint = pv.getId();
        if (Qint) {
          bcmModLogCopyNumber = *Qint;
          ModuleInfo * modInfo = new ModuleInfo(bcmModLogCopyNumber - 951);
          GeoVolumeCursor bv(pv.getVolume());
          while (!bv.atEnd()) {
        if (bv.getVolume()->getLogVol()->getName()=="bcmDiamondLog") {
          Amg::Transform3D tr_diamond(bv.getTransform());
          const GeoBox * box = bv.getVolume()->getLogVol()->getShape()->typeID()==GeoBox::getClassTypeID() ?
            static_cast<const GeoBox*>(bv.getVolume()->getLogVol()->getShape()) : 0;
          modInfo->addBox(tr_pix*tr_bcmmod*tr_diamond,box);
        }
        bv.next();
          }//end bcm mod loop
          (*moduleID2ModuleInfo)[modInfo->moduleID()] = modInfo;
        }
      }
      pv.next();
    }//end pixel loop
      }
      av.next();
    }//end world loop
  }
}

Member Data Documentation

moduleID2ModuleInfo

std::map< int, VP1RawDataHandle_BCM_RDO::Imp::ModuleInfo * > * VP1RawDataHandle_BCM_RDO::Imp::moduleID2ModuleInfo = 0

static

Definition at line 116 of file VP1RawDataHandle_BCM_RDO.cxx.

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The documentation for this class was generated from the following file:

• VP1RawDataHandle_BCM_RDO.cxx