svd data objects

Collaboration diagram for svd data objects:

Namespaces
	Belle2::SVDRunType
	Run type, 2-bits: 00 raw, 01 transparent, 10 zero-suppressed, 11 zero-suppressed + hit time finding.
	Belle2::SVDEventType
	Event Type, 3 bits, separated into 1+2 bits:
	Belle2::SVDDAQModeType
	2+3 bit: 00 1-sample, 01 3-sample, 10 6-sample

Classes
class	SVDAPVHistograms< H >
	template class for the APV Histograms More...
class	SVDCluster
	The SVD Cluster class This class stores all information about reconstructed SVD clusters. More...
class	SVDDAQDiagnostic
	Class to store SVD DAQ diagnostic information. More...
class	SVDEnergyDepositionEvent
	Class SVDEnergyDepositionEvent: SVDSimHit data container for background studies. More...
class	SVDEventInfo
	Stores SVDModeByte object with Trigger time, DAQ mode, Run type & Event type! Also - the information of any inconsistencies of these variables within one event are stored. More...
class	SVDHistograms< H >
	template class for SVd histograms More...
class	SVDModeByte
	Class to store SVD mode information. More...
class	SVDNeutronFluxEvent
	Class SVDNeutronFluxEvent: SVDTrueHit data container for background studies. More...
class	SVDOccupancyEvent
	Class SVDOccupancyEvent: SVDCluster data container for background studies. More...
class	SVDRecoDigit
	The SVD RecoDigit class. More...
class	SVDRecoTimeBase
	The SVD RecoTimeBase class. More...
class	SVDShaperDigit
	The SVD ShaperDigit class. More...
class	SVDSimHit
	Class SVDSimHit - Geant4 simulated hit for the SVD. More...
class	SVDSummaryPlots
	class to summarize SVD quantities per sensor and side More...
class	SVDTransparentDigit
	The SVD digit class. More...
class	SVDTriggerType
	Class to store Trigger Type information. More...
class	SVDTrueHit
	Class SVDTrueHit - Records of tracks that either enter or leave the sensitive volume. More...

Functions
std::ostream &	operator<< (std::ostream &out, const SVDModeByte &id)
	Print id to stream by converting it to string.
	SVDAPVHistograms (const H &templateAPV)
	Use. More...
void	customize (H &histogram, VxdID vxdID, int view, int apv)
	customize the histogram with the sensor, view and APV numbers
	SVDHistograms (const H &templateU3, const H &templateV3, const H &templateU456, const H &templateV456)
	Use templates to initialize all the histograms. More...
void	customize (H &histogram, VxdID vxdID, int view)
	customize the histogram with the sensor, view More...

Variables
static const baseType	c_DefaultID = 151
	Default / non-informative id 10010111 = 151 Run type: zero-suppressed, 2 Event type: global run, 0 DAQ mode: 6-samples, 2 Trigger invalid 111 = 7.

Detailed Description

Function Documentation

customize()

void customize ( H &  histogram, VxdID  vxdID, int  view  )

private

customize the histogram with the sensor, view

customize the histogram with the sensor and view

Definition at line 204 of file SVDHistograms.h.

SVDAPVHistograms()

SVDAPVHistograms ( const H &  templateAPV )

explicit

Use.

constructor, builds all histograms and customize them

Parameters

template

to initialize all the histograms

Definition at line 155 of file SVDAPVHistograms.h.

                       : geoCache.getLadders(layer)) {
        unsigned int ladderNumber = ladder.getLadderNumber();
        if (m_histograms[layerNumber].size() <= ladderNumber)
          m_histograms[layerNumber].resize(ladderNumber + 1);
 
        for (Belle2::VxdID sensor :  geoCache.getSensors(ladder)) {
          unsigned int sensorNumber = sensor.getSensorNumber();
          if (m_histograms[layerNumber][ladderNumber].size() <= sensorNumber)
            m_histograms[layerNumber][ladderNumber].resize(sensorNumber + 1);
          m_histograms[layerNumber][ladderNumber][sensorNumber].resize(2);
 
          for (int view = VIndex ; view < UIndex + 1; view++) {
            int nAPV = 6;
            unsigned int viewNumber = 3;
 
            if (m_histograms[layerNumber][ladderNumber][view].size() < viewNumber)
              m_histograms[layerNumber][ladderNumber][sensorNumber].resize(viewNumber);
            m_histograms[layerNumber][ladderNumber][sensorNumber][view].resize(nAPV);
            for (int apv = 0; apv < nAPV; apv ++) {
 
              H h = templateAPV;
              customize(h , sensor, view, apv);
              m_histograms[layerNumber][ladderNumber][sensorNumber][view][apv] = new H(h);
            }
          }
        }
      }
    }
  }
 
  template < class H >
  void SVDAPVHistograms<H>::customize(H& histogram, VxdID vxdID, int view, int apv)
  {
    bool isU = view == UIndex;
    std::string name = histogram.GetName();
    customizeString(name, vxdID, isU, apv);
    histogram.SetName(name.c_str());

SVDHistograms()

SVDHistograms	(	const H &	templateU3,
		const H &	templateV3,
		const H &	templateU456,
		const H &	templateV456
	)

Use templates to initialize all the histograms.

constructor, builds all histograms and customize them

Parameters

templateU3	for the layer 3 U side
templateV3	for the layer 3 V side
templateU456	for the layer 4 5 6 U side
templateV456	for the layer 4 5 6 V side

Definition at line 168 of file SVDHistograms.h.