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...

#include <SVDEventInfo.h>

Inheritance diagram for SVDEventInfo:

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Collaboration diagram for SVDEventInfo:

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Public Member Functions
	SVDEventInfo (SVDModeByte mode=SVDModeByte(), SVDTriggerType type=SVDTriggerType())
	Constructor.

	~SVDEventInfo ()
	Destructor.

void	setMatchTriggerType (bool triggermatch)
	Match TriggerType setter Sets the flag telling us if the SVDTriggerType object is the same for each FADCs in the event.

void	setMatchModeByte (bool modematch)
	Match ModeByte setter Sets the flag telling us if the SVDModeByte object is the same for each FADCs in the event.

void	setModeByte (SVDModeByte mode)
	SVDModeByte setter Sets the SVDModeByte data in the EventInfo object.

void	setTriggerType (SVDTriggerType type)
	SVDTriggerType setter Sets the type of SVDTrigger in the EventInfo object.

void	setCrossTalk (bool xtalk)
	x-Talk setter Sets the x-talk info in the EventInfo object

void	setRelativeShift (int relativeShift)
	relative 3/6 shift Sets the relative shift in latency in data taken in 3/6 samples int between 0 and 15 (shift is 0*7.9 .... More...

void	setNSamples (int nAPVsamples)
	nAPVsamples setter Sets the number of acquired samples (3 or 6) found in the raw data

bool	getMatchTriggerType ()
	Match TriggerType getter Gets the flag telling us if the SVDTriggerType object is the same for each FADCs in the event.

bool	getMatchModeByte ()
	MatchModeByte getter Gets the flag telling us if the SVDModeByte object is the same for each FADCs in the event.

SVDModeByte	getModeByte () const
	SVDModeByte getter Gets the SVDModeByte info for the event.

float	getSVD2FTSWTimeShift (int firstFrame) const
	returns the time shift between SVD reference and FTSW (Trigger) reference: time in FTSW reference = time in SVD reference + time shift for clusters, additional information of the first frame is used to improve the precision

int	getNSamples () const
	returns the number of samples: 6, 3 or 1

float	getSamplingDelayInNs () const
	getSamplingDelayInNs() returns the delay of the sampling with respect to the sampling of the 6-sample DAQ mode For 6-sample event it returns 0, for 3-sample events computes the delay using the relativeShift information

int	getRelativeShift () const
	getRelativeShift returns the relative shift in data taken in 3/6 samples A number between 0 and 15 as written in the xml file

double	getTimeInFTSWReference (double time_in_SVD, int firstFrame) const
	getTimeInFTSWReference it takes the cluster time in SVD reference (in either 3- or 6-sample DAQ mode) and the firstFrame and provides the time in the FTWS reference. More...

double	getTimeInSVDReference (double time_in_FTSW, int firstFrame) const
	getTimeInSVDReference it takes the cluster time in FTSW reference and provides the time in the SVD reference for that event. More...

SVDTriggerType	getTriggerType () const
	SVDTriggerType getter Gets the type of SVDTrigger for the event.

bool	isCrossTalkEvent ()
	X-talk info getter Gets the X-talk info for the event.

std::string	toString () const
	Display main parameters in this object.

Private Member Functions
	ClassDef (SVDEventInfo, 2)
	class def needed by root

Private Attributes
SVDModeByte::baseType	m_modeByte = SVDModeByte::c_DefaultID
	SVDModeByte object (runType + eventType + DAQmode + TriggerBin)

SVDTriggerType::baseType	m_triggerType
	information on the Trigger type

bool	m_ModeByteMatch
	flag telling if the SVDModeByte object is the same for each FADCs in the event

bool	m_TriggerTypeMatch
	flag telling if the SVDTriggerType object is the same for each FADCs in the event

bool	m_Xtalk = false
	information on the x-talk

int	m_relativeTimeShift = 0
	relative shift in units of APV-clock/4 between 3- and 6-sample acquired events

int	m_nAPVsamples = 0
	number of acquired samples

Detailed Description

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.

For data this object will be filled by the SVDUnpacker once per event

For simulation there is the SVDEventInfoSetter module to set the parameters

Definition at line 39 of file SVDEventInfo.h.

Member Function Documentation

◆ getTimeInFTSWReference()

double getTimeInFTSWReference	(	double	time_in_SVD,
		int	firstFrame
	)		const

inline

getTimeInFTSWReference it takes the cluster time in SVD reference (in either 3- or 6-sample DAQ mode) and the firstFrame and provides the time in the FTWS reference.

DO NOT USE WITH EventT0! In the SVD reference t=0 is the time of the first sample, regardless if the event is acquired in 3- or 6-sample DAQ mode

Definition at line 149 of file SVDEventInfo.h.

154 {

◆ getTimeInSVDReference()

double getTimeInSVDReference	(	double	time_in_FTSW,
		int	firstFrame
	)		const

inline

getTimeInSVDReference it takes the cluster time in FTSW reference and provides the time in the SVD reference for that event.

If used with EventT0, it returns EventT0 synchronized to the SVD reference. In the SVD reference t=0 is the time of the first sample, regardless if the event is acquired in 3- or 6-sample DAQ mode

Definition at line 161 of file SVDEventInfo.h.

◆ setRelativeShift()

void setRelativeShift ( int relativeShift )

inline

relative 3/6 shift Sets the relative shift in latency in data taken in 3/6 samples int between 0 and 15 (shift is 0*7.9 ....

15*7.9 in ns)

Definition at line 78 of file SVDEventInfo.h.

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

svd/dataobjects/include/SVDEventInfo.h

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Member Function Documentation

◆ getTimeInFTSWReference()

◆ getTimeInSVDReference()

◆ setRelativeShift()