Class containing ALFA information. More...

#include <ALFAData_v1.h>

Inheritance diagram for xAOD::ALFAData_v1:

Collaboration diagram for xAOD::ALFAData_v1:

Public Member Functions
	ALFAData_v1 ()
	Default constructor.
Information from LocRecEvCollection and LocRecODEvCollection
const std::vector< int > &	detectorPartID () const
	Detector ID where a track was reconstructed.
void	setDetectorPartID (const std::vector< int > &value)
	Set the detector ID where a track was reconstructed.
int	maxTrackCnt () const
	Maximum number of reconstructed tracks in a pot.
void	setMaxTrackCnt (int value)
	Set the maximum number of reconstructed tracks in a pot.
const std::vector< float > &	overU () const
	An overlap size for a U projection of the main detector.
void	setOverU (const std::vector< float > &value)
	Set an overlap size for a U projection of the main detector.
const std::vector< float > &	overV () const
	An overlap size for a V projection of the main detector.
void	setOverV (const std::vector< float > &value)
	Set an overlap size for a V projection of the main detector.
const std::vector< float > &	overY () const
	An overlap size for a Y projection of the Overlap Detector.
void	setOverY (const std::vector< float > &value)
	Set an overlap size for a Y projection of the main detector.
const std::vector< int > &	numU () const
	Number of Main Detector U plates used in a reconstruction.
void	setNumU (const std::vector< int > &value)
	Set the number of main detector U plates used in a reconstruction.
const std::vector< int > &	numV () const
	Number of Main Detector V plates used in a reconstruction.
void	setNumV (const std::vector< int > &value)
	Set the number of main detector V plates used in a reconstruction.
const std::vector< int > &	numY () const
	Number of Overlap Detector Y plates used in a reconstruction.
void	setNumY (const std::vector< int > &value)
	Set the number of overlap detector Y plates used in a reconstruction.
const std::vector< int > &	mdFibSel () const
	Map of plates used in main detector track reconstruction.
void	setMDFibSel (const std::vector< int > &value)
	Set the map of plates used in the main detector track reco.
const std::vector< int > &	odFibSel () const
	Map of plates used in overlap detector track reconstruction.
void	setODFibSel (const std::vector< int > &value)
	Set the map of plates used in the overlap detector track reco.
const std::vector< float > &	xDetCS () const
	Track X coordinate in ALFA detector coordinate system.
void	setXDetCS (const std::vector< float > &value)
	Set the track X coordinate in the ALFA detector coordinate system.
const std::vector< float > &	yDetCS () const
	Track Y coordinate in ALFA detector coordinate system.
void	setYDetCS (const std::vector< float > &value)
	Set the track Y coordinate in the ALFA detector coordinate system.
Information from LocRecCorrEvCollection and
LocRecCorrODEvCollection
const std::vector< float > &	xLhcCS () const
	Track X coordinate in the LHC coordinate system.
void	setXLhcCS (const std::vector< float > &value)
	Set the track X coordinate in the LHC coordinate system.
const std::vector< float > &	yLhcCS () const
	Track Y coordinate in LHC coordinate system.
void	setYLhcCS (const std::vector< float > &value)
	Set the track Y coordinate in the LHC coordinate system.
const std::vector< float > &	zLhcCS () const
	Track Z coordinate in LHC coordinate system.
void	setZLhcCS (const std::vector< float > &value)
	Set the track Z coordinate in the LHC coordinate system.
const std::vector< float > &	xRPotCS () const
	Track X coordinate in the roman pot coordinate system.
void	setXRPotCS (const std::vector< float > &value)
	Set the track X coordinate in the roman pot coordinate system.
const std::vector< float > &	yRPotCS () const
	Track Y coordinate in the roman pot coordinate system.
void	setYRPotCS (const std::vector< float > &value)
	Set the track Y coordinate in the roman pot coordinate system.
const std::vector< float > &	xStatCS () const
	Track X coordinate in the station coordinate system.
void	setXStatCS (const std::vector< float > &value)
	Set the track X coordinate in the station coordinate system.
const std::vector< float > &	yStatCS () const
	Track Y coordinate in the station coordinate system.
void	setYStatCS (const std::vector< float > &value)
	Set the track Y coordinate in the station coordinate system.
const std::vector< float > &	xBeamCS () const
	Track X coordinate in the beam coordinate system.
void	setXBeamCS (const std::vector< float > &value)
	Set the track X coordinate in the beam coordinate system.
const std::vector< float > &	yBeamCS () const
	Track Y coordinate in the beam coordinate system.
void	setYBeamCS (const std::vector< float > &value)
	Set the track Y coordinate in the beam coordinate system.
Information from RawDataContainer
const std::vector< int > &	scaler () const
	Trigger rate.
void	setScaler (const std::vector< int > &value)
	Set the trigger rate.
const std::vector< int > &	trigPat () const
	Trigger pattern.
void	setTrigPat (const std::vector< int > &value)
	Set the trigger pattern.
Information from DigitCollection
const std::vector< int > &	mdFiberHits () const
	Map of fiber hits in main detectors.
void	setMDFiberHits (const std::vector< int > &value)
	Set the map of fiber hits in the main detectors.
const std::vector< int > &	mdMultiplicity () const
	Total number of fibers fired in a layer in a main detector.
void	setMDMultiplicity (const std::vector< int > &value)
	Set the total number of fibers fired in a later of a main detector.
Information from ODDigitCollection
const std::vector< int > &	odFiberHitsPos () const
	Map of fiber hits in overlap detectors with the positive X coordinate.
void	setODFiberHitsPos (const std::vector< int > &value)
	Set the map of fiber hits in overlap detectors with positive X coord.
const std::vector< int > &	odFiberHitsNeg () const
	Map of fiber hits in overlap detectors with the negative X coordinate.
void	setODFiberHitsNeg (const std::vector< int > &value)
	Set the map of fiber hits in overlap detectors with negative X coord.
const std::vector< int > &	odMultiplicityPos () const
	Total number of fibers fired in a layer in an overlap detector with positive X coordiante.
void	setODMultiplicityPos (const std::vector< int > &value)
	Set the total number of fibers fired in a layer in an overlap detector positive X coordinate.
const std::vector< int > &	odMultiplicityNeg () const
	Total number of fibers fired in a layer in an overlap detector with negative X coordiante.
void	setODMultiplicityNeg (const std::vector< int > &value)
	Set the total number of fibers fired in a layer in an overlap detector negative X coordinate.

Detailed Description

Class containing ALFA information.

For information how to retrieve, and to some level use this object, see the detailed package description.

Author: Libor Nozka Libor.nosp@m..Noz.nosp@m.ka@ce.nosp@m.rn.c.nosp@m.h

Revision: 693858

Date: 2015-09-09 12:30:15 +0200 (Wed, 09 Sep 2015)

Definition at line 26 of file ALFAData_v1.h.

Constructor & Destructor Documentation

◆ ALFAData_v1()

xAOD::ALFAData_v1::ALFAData_v1 ( )

Default constructor.

Definition at line 15 of file ALFAData_v1.cxx.

      : SG::AuxElement() {
 
   }

Member Function Documentation

◆ detectorPartID()

const std::vector< int > & xAOD::ALFAData_v1::detectorPartID ( ) const

Detector ID where a track was reconstructed.

0 — Default value, i.e. no reconstructed track
1 — Main Detector (MD)
2 — Overlap Detector (OD) x > 0
3 — Overlap Detector (OD) x < 0

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ maxTrackCnt()

int xAOD::ALFAData_v1::maxTrackCnt ( ) const

Maximum number of reconstructed tracks in a pot.

This value is used to set the size of arrays containing information about tracks.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ mdFiberHits()

const std::vector< int > & xAOD::ALFAData_v1::mdFiberHits ( ) const

Map of fiber hits in main detectors.

The values can be of elements can be:

0 - when fiber was empty
1 - when fiber was hit

This is a 3D array (8 stations x 20 plates x 64 layers) transformed to a 1D vector. In order to decipher the index see array3DFibers.

Variable stored in EventHeader tree i.e. second ALFAData object in the ALFADataContainer.

◆ mdFibSel()

const std::vector< int > & xAOD::ALFAData_v1::mdFibSel ( ) const

Map of plates used in main detector track reconstruction.

The values can be of elements can be:

0 - when plate was not used in reconstruction
1 - when plate was used in reconstruction

This is a 3D array (8 stations x maxTrackCnt() x 20 plates) transformed to a 1D vector. In order to decipher the index see array3Dtracks.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ mdMultiplicity()

const std::vector< int > & xAOD::ALFAData_v1::mdMultiplicity ( ) const

Total number of fibers fired in a layer in a main detector.

The values can be of elements can be:

0 - when fiber was empty
1 - when fiber was hit

This is a 2D array (8 stations x 20 plates) transformed to a 1D vector. In order to decipher the index see array2DFibers.

Variable stored in EventHeader tree i.e. second ALFAData object in the ALFADataContainer.

◆ numU()

const std::vector< int > & xAOD::ALFAData_v1::numU ( ) const

Number of Main Detector U plates used in a reconstruction.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ numV()

const std::vector< int > & xAOD::ALFAData_v1::numV ( ) const

Number of Main Detector V plates used in a reconstruction.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ numY()

const std::vector< int > & xAOD::ALFAData_v1::numY ( ) const

Number of Overlap Detector Y plates used in a reconstruction.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ odFiberHitsNeg()

const std::vector< int > & xAOD::ALFAData_v1::odFiberHitsNeg ( ) const

Map of fiber hits in overlap detectors with the negative X coordinate.

The values can be of elements can be:

0 - when fiber was empty
1 - when fiber was hit

This is a 3D array (8 stations x 20 plates x 64 layers) transformed to a 1D vector. In order to decipher the index see array3DFibers.

Variable stored in EventHeader tree i.e. second ALFAData object in the ALFADataContainer.

◆ odFiberHitsPos()

const std::vector< int > & xAOD::ALFAData_v1::odFiberHitsPos ( ) const

Map of fiber hits in overlap detectors with the positive X coordinate.

The values can be of elements can be:

0 - when fiber was empty
1 - when fiber was hit

This is a 3D array (8 stations x 20 plates x 64 layers) transformed to a 1D vector. In order to decipher the index see array3DFibers.

Variable stored in EventHeader tree i.e. second ALFAData object in the ALFADataContainer.

◆ odFibSel()

const std::vector< int > & xAOD::ALFAData_v1::odFibSel ( ) const

Map of plates used in overlap detector track reconstruction.

The values can be of elements can be:

0 - when plate was not used in reconstruction
1 - when plate was used in reconstruction

This is a 3D array (8 stations x maxTrackCnt() x 20 plates) transformed to a 1D vector. In order to decipher the index see array3Dtracks.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ odMultiplicityNeg()

const std::vector< int > & xAOD::ALFAData_v1::odMultiplicityNeg ( ) const

Total number of fibers fired in a layer in an overlap detector with negative X coordiante.

The values can be of elements can be:

0 - when fiber was empty
1 - when fiber was hit

This is a 2D array (8 stations x 20 plates) transformed to a 1D vector. In order to decipher the index see array2DFibers.

Variable stored in EventHeader tree i.e. second ALFAData object in the ALFADataContainer.

◆ odMultiplicityPos()

const std::vector< int > & xAOD::ALFAData_v1::odMultiplicityPos ( ) const

Total number of fibers fired in a layer in an overlap detector with positive X coordiante.

The values can be of elements can be:

0 - when fiber was empty
1 - when fiber was hit

This is a 2D array (8 stations x 20 plates) transformed to a 1D vector. In order to decipher the index see array2DFibers.

Variable stored in EventHeader tree i.e. second ALFAData object in the ALFADataContainer.

◆ overU()

const std::vector< float > & xAOD::ALFAData_v1::overU ( ) const

An overlap size for a U projection of the main detector.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ overV()

const std::vector< float > & xAOD::ALFAData_v1::overV ( ) const

An overlap size for a V projection of the main detector.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ overY()

const std::vector< float > & xAOD::ALFAData_v1::overY ( ) const

An overlap size for a Y projection of the Overlap Detector.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ scaler()

const std::vector< int > & xAOD::ALFAData_v1::scaler ( ) const

Trigger rate.

This is 1D array with 8 elements, one per pot.

Variable stored in EventHeader tree i.e. second ALFAData object in the ALFADataContainer.

◆ setDetectorPartID()

void xAOD::ALFAData_v1::setDetectorPartID ( const std::vector< int > & value )

Set the detector ID where a track was reconstructed.

◆ setMaxTrackCnt()

void xAOD::ALFAData_v1::setMaxTrackCnt ( int value )

Set the maximum number of reconstructed tracks in a pot.

◆ setMDFiberHits()

void xAOD::ALFAData_v1::setMDFiberHits ( const std::vector< int > & value )

Set the map of fiber hits in the main detectors.

◆ setMDFibSel()

void xAOD::ALFAData_v1::setMDFibSel ( const std::vector< int > & value )

Set the map of plates used in the main detector track reco.

◆ setMDMultiplicity()

void xAOD::ALFAData_v1::setMDMultiplicity ( const std::vector< int > & value )

Set the total number of fibers fired in a later of a main detector.

◆ setNumU()

void xAOD::ALFAData_v1::setNumU ( const std::vector< int > & value )

Set the number of main detector U plates used in a reconstruction.

◆ setNumV()

void xAOD::ALFAData_v1::setNumV ( const std::vector< int > & value )

Set the number of main detector V plates used in a reconstruction.

◆ setNumY()

void xAOD::ALFAData_v1::setNumY ( const std::vector< int > & value )

Set the number of overlap detector Y plates used in a reconstruction.

◆ setODFiberHitsNeg()

void xAOD::ALFAData_v1::setODFiberHitsNeg ( const std::vector< int > & value )

Set the map of fiber hits in overlap detectors with negative X coord.

◆ setODFiberHitsPos()

void xAOD::ALFAData_v1::setODFiberHitsPos ( const std::vector< int > & value )

Set the map of fiber hits in overlap detectors with positive X coord.

◆ setODFibSel()

void xAOD::ALFAData_v1::setODFibSel ( const std::vector< int > & value )

Set the map of plates used in the overlap detector track reco.

◆ setODMultiplicityNeg()

void xAOD::ALFAData_v1::setODMultiplicityNeg ( const std::vector< int > & value )

Set the total number of fibers fired in a layer in an overlap detector negative X coordinate.

◆ setODMultiplicityPos()

void xAOD::ALFAData_v1::setODMultiplicityPos ( const std::vector< int > & value )

Set the total number of fibers fired in a layer in an overlap detector positive X coordinate.

◆ setOverU()

void xAOD::ALFAData_v1::setOverU ( const std::vector< float > & value )

Set an overlap size for a U projection of the main detector.

◆ setOverV()

void xAOD::ALFAData_v1::setOverV ( const std::vector< float > & value )

Set an overlap size for a V projection of the main detector.

◆ setOverY()

void xAOD::ALFAData_v1::setOverY ( const std::vector< float > & value )

Set an overlap size for a Y projection of the main detector.

◆ setScaler()

void xAOD::ALFAData_v1::setScaler ( const std::vector< int > & value )

Set the trigger rate.

◆ setTrigPat()

void xAOD::ALFAData_v1::setTrigPat ( const std::vector< int > & value )

Set the trigger pattern.

◆ setXBeamCS()

void xAOD::ALFAData_v1::setXBeamCS ( const std::vector< float > & value )

Set the track X coordinate in the beam coordinate system.

◆ setXDetCS()

void xAOD::ALFAData_v1::setXDetCS ( const std::vector< float > & value )

Set the track X coordinate in the ALFA detector coordinate system.

◆ setXLhcCS()

void xAOD::ALFAData_v1::setXLhcCS ( const std::vector< float > & value )

Set the track X coordinate in the LHC coordinate system.

◆ setXRPotCS()

void xAOD::ALFAData_v1::setXRPotCS ( const std::vector< float > & value )

Set the track X coordinate in the roman pot coordinate system.

◆ setXStatCS()

void xAOD::ALFAData_v1::setXStatCS ( const std::vector< float > & value )

Set the track X coordinate in the station coordinate system.

◆ setYBeamCS()

void xAOD::ALFAData_v1::setYBeamCS ( const std::vector< float > & value )

Set the track Y coordinate in the beam coordinate system.

◆ setYDetCS()

void xAOD::ALFAData_v1::setYDetCS ( const std::vector< float > & value )

Set the track Y coordinate in the ALFA detector coordinate system.

◆ setYLhcCS()

void xAOD::ALFAData_v1::setYLhcCS ( const std::vector< float > & value )

Set the track Y coordinate in the LHC coordinate system.

◆ setYRPotCS()

void xAOD::ALFAData_v1::setYRPotCS ( const std::vector< float > & value )

Set the track Y coordinate in the roman pot coordinate system.

◆ setYStatCS()

void xAOD::ALFAData_v1::setYStatCS ( const std::vector< float > & value )

Set the track Y coordinate in the station coordinate system.

◆ setZLhcCS()

void xAOD::ALFAData_v1::setZLhcCS ( const std::vector< float > & value )

Set the track Z coordinate in the LHC coordinate system.

◆ trigPat()

const std::vector< int > & xAOD::ALFAData_v1::trigPat ( ) const

Trigger pattern.

It is a 2D array (8 stations x 16 bits) The values can be of elements can be:

0 - false
1 - true

Warning: This variable is most probably not filled.

◆ xBeamCS()

const std::vector< float > & xAOD::ALFAData_v1::xBeamCS ( ) const

Track X coordinate in the beam coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ xDetCS()

const std::vector< float > & xAOD::ALFAData_v1::xDetCS ( ) const

Track X coordinate in ALFA detector coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ xLhcCS()

const std::vector< float > & xAOD::ALFAData_v1::xLhcCS ( ) const

Track X coordinate in the LHC coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ xRPotCS()

const std::vector< float > & xAOD::ALFAData_v1::xRPotCS ( ) const

Track X coordinate in the roman pot coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ xStatCS()

const std::vector< float > & xAOD::ALFAData_v1::xStatCS ( ) const

Track X coordinate in the station coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ yBeamCS()

const std::vector< float > & xAOD::ALFAData_v1::yBeamCS ( ) const

Track Y coordinate in the beam coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ yDetCS()

const std::vector< float > & xAOD::ALFAData_v1::yDetCS ( ) const

Track Y coordinate in ALFA detector coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ yLhcCS()

const std::vector< float > & xAOD::ALFAData_v1::yLhcCS ( ) const

Track Y coordinate in LHC coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ yRPotCS()

const std::vector< float > & xAOD::ALFAData_v1::yRPotCS ( ) const

Track Y coordinate in the roman pot coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ yStatCS()

const std::vector< float > & xAOD::ALFAData_v1::yStatCS ( ) const

Track Y coordinate in the station coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

◆ zLhcCS()

const std::vector< float > & xAOD::ALFAData_v1::zLhcCS ( ) const

Track Z coordinate in LHC coordinate system.

This is a 2D array (8 stations x maxTrackCnt() ) transformed to a 1D vector. In order to decipher the index see array2D.

Variable stored in TrackingData tree i.e. first ALFAData object in the ALFADataContainer.

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

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ ALFAData_v1()

Member Function Documentation

◆ detectorPartID()

◆ maxTrackCnt()

◆ mdFiberHits()

◆ mdFibSel()

◆ mdMultiplicity()

◆ numU()

◆ numV()

◆ numY()

◆ odFiberHitsNeg()

◆ odFiberHitsPos()

◆ odFibSel()

◆ odMultiplicityNeg()

◆ odMultiplicityPos()

◆ overU()

◆ overV()

◆ overY()

◆ scaler()

◆ setDetectorPartID()

◆ setMaxTrackCnt()

◆ setMDFiberHits()

◆ setMDFibSel()

◆ setMDMultiplicity()

◆ setNumU()

◆ setNumV()

◆ setNumY()

◆ setODFiberHitsNeg()

◆ setODFiberHitsPos()

◆ setODFibSel()

◆ setODMultiplicityNeg()

◆ setODMultiplicityPos()

◆ setOverU()

◆ setOverV()

◆ setOverY()

◆ setScaler()

◆ setTrigPat()

◆ setXBeamCS()

◆ setXDetCS()

◆ setXLhcCS()

◆ setXRPotCS()

◆ setXStatCS()

◆ setYBeamCS()

◆ setYDetCS()

◆ setYLhcCS()

◆ setYRPotCS()

◆ setYStatCS()

◆ setZLhcCS()

◆ trigPat()

◆ xBeamCS()

◆ xDetCS()

◆ xLhcCS()

◆ xRPotCS()

◆ xStatCS()

◆ yBeamCS()

◆ yDetCS()

◆ yLhcCS()

◆ yRPotCS()

◆ yStatCS()

◆ zLhcCS()