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Event Class Reference

#include <Event.h>

List of all members.

Public Methods
	Event ()
	The default contructor. More...
bool	addHecCell (HecCell cell)
	Add adcValue to hecCell with adcNumber. More...
HecCell *	hecCell (int adcNumber)
	Return a pointer to hec Cell with adcNumber. More...
void	clearHecCells ()
	clear the content of the cells so that new info can be loaded. More...
int	numHecCells ()
	return the number of cells. More...
const vector< HecCell > *	hecCellsPointer ()
int	hecEventNumber ()
	get event number. More...
void	hecEventNumber (int eventNum)
	set event number. More...
void	setHecTrigger (unsigned int hecTriggerArray[5])
	Set the hecTrigger. More...
vector< int > *	getHecTriggerVector ()
	Return a pointer to the HecTriggerVector. More...
bool	isHecMuon ()
	Returns true when particle has contancted both muon detectors. More...
bool	isHecRandom ()
	Returns true when event is a Random Trigger. More...
int	getHecTriggerBit (int bit)
	Get the trigger bit from 0 to 4 (physics,electron,muon,pion,random). More...
bool	addEmecCell (EmecCell cell)
	Add adcValue to EmecCell with adcNumber. More...
EmecCell *	emecCell (int adcNumber)
	Return a pointer to EmecCell with adcNumber. More...
void	clearEmecCells ()
	clear the content of the cells so that new info can be loaded. More...
int	numEmecCells ()
	return the number of cells. More...
const vector< EmecCell > *	emecCellsPointer ()
int	emecEventNumber ()
	get event number. More...
void	emecEventNumber (int eventNum)
	set event number. More...
void	setEmecTrigger (unsigned int emecTriggerArray[5])
	Set the emecTrigger. More...
vector< int > *	getEmecTriggerVector ()
	Return a pointer to the EmecTriggerVector. More...
bool	isEmecMuon ()
	Returns true when particle has contancted both muon detectors. More...
bool	isEmecRandom ()
	Returns true when event is a Random Trigger. More...
int	getEmecTriggerBit (int bit)
	Get the trigger bit from 0 to 4 (physics,electron,muon,pion,random). More...
float	beamChamberSlopeX ()
	Get the beam chamber X Slope. More...
float	beamChamberSlopeY ()
	Get the BeamChamber YSlope. More...
float	beamChamberXatZ0 ()
	Get the beam chamber X position at z = 0. More...
float	beamChamberYatZ0 ()
	Get the beam chamber y position at z = 0. More...
float	beamChamberCovXatZ0 ()
float	beamChamberCovXatSlopeX ()
float	beamChamberCovXatZ0SlopeX ()
float	beamChamberCovYatZ0 ()
float	beamChamberCovYatSlopeY ()
float	beamChamberCovYatZ0SlopeY ()
void	setBeamChamberInfo (float slope[2], float pos0[2], float xcov[3], float ycov[3])
vector< float >	beamChamberLine ()
	Return a STL vector of floats that are are the parameters for the beam chamber info. More...
float	globalTDCTime ()
	tdc global time (ns). More...
float	globalCubicTime ()
	Cubic fit global time (ns). More...
float	globalCubicTimeSigma ()
	Cubic fit global time sigma (ns). More...
void	setGlobalTimingInfo (float tdc_ns, float Globalcubictime, float Globalcubictimesigma)

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Detailed Description

• Class Event
  • Author: Ian Gable (igable@uvic.ca)
  • Date: 05/10/2002
  • Description: Event stores a list of HecCells in a vector. Each HecCell can be retrieved.

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Constructor & Destructor Documentation

Event::Event (    )

The default contructor.

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Member Function Documentation

bool Event::addEmecCell (  EmecCell    cell )

Add adcValue to EmecCell with adcNumber. Parameters: cell  a static EmecCell Class

bool Event::addHecCell (  HecCell    cell )

Add adcValue to hecCell with adcNumber. Parameters: cell  a static HecCell Class

float Event::beamChamberCovXatSlopeX (    )  [inline]

float Event::beamChamberCovXatZ0 (    )  [inline]

float Event::beamChamberCovXatZ0SlopeX (    )  [inline]

float Event::beamChamberCovYatSlopeY (    )  [inline]

float Event::beamChamberCovYatZ0 (    )  [inline]

float Event::beamChamberCovYatZ0SlopeY (    )  [inline]

vector< float > Event::beamChamberLine (    )

Return a STL vector of floats that are are the parameters for the beam chamber info. The order of the parameters is a0, a1, b0, b1.

float Event::beamChamberSlopeX (    )  [inline]

Get the beam chamber X Slope.

float Event::beamChamberSlopeY (    )  [inline]

Get the BeamChamber YSlope.

float Event::beamChamberXatZ0 (    )  [inline]

Get the beam chamber X position at z = 0.

float Event::beamChamberYatZ0 (    )  [inline]

Get the beam chamber y position at z = 0.

void Event::clearEmecCells (    )

clear the content of the cells so that new info can be loaded.

void Event::clearHecCells (    )

clear the content of the cells so that new info can be loaded.

EmecCell * Event::emecCell (  int    adcNumber )

Return a pointer to EmecCell with adcNumber. Parameters: acdNumber  The acd Number of the cell you wish to return

const vector< EmecCell > * Event::emecCellsPointer (    )

void Event::emecEventNumber (  int    eventNum )  [inline]

set event number.

int Event::emecEventNumber (    )  [inline]

get event number.

int Event::getEmecTriggerBit (  int    bit )

Get the trigger bit from 0 to 4 (physics,electron,muon,pion,random). Parameters: bit  The trigger bit 0-4 will cause exit(1) if accessed outside

vector<int>* Event::getEmecTriggerVector (    )  [inline]

Return a pointer to the EmecTriggerVector.

int Event::getHecTriggerBit (  int    bit )

Get the trigger bit from 0 to 4 (physics,electron,muon,pion,random). Parameters: bit  The trigger bit 0-4 will cause exit(1) if accessed outside

vector<int>* Event::getHecTriggerVector (    )  [inline]

Return a pointer to the HecTriggerVector.

float Event::globalCubicTime (    )  [inline]

Cubic fit global time (ns).

float Event::globalCubicTimeSigma (    )  [inline]

Cubic fit global time sigma (ns).

float Event::globalTDCTime (    )  [inline]

tdc global time (ns).

HecCell * Event::hecCell (  int    adcNumber )

Return a pointer to hec Cell with adcNumber. Parameters: acdNumber  The acd Number of the cell you wish to return

const vector< HecCell > * Event::hecCellsPointer (    )

void Event::hecEventNumber (  int    eventNum )  [inline]

set event number.

int Event::hecEventNumber (    )  [inline]

get event number.

bool Event::isEmecMuon (    )  [inline]

Returns true when particle has contancted both muon detectors.

bool Event::isEmecRandom (    )  [inline]

Returns true when event is a Random Trigger.

bool Event::isHecMuon (    )  [inline]

Returns true when particle has contancted both muon detectors.

bool Event::isHecRandom (    )  [inline]

Returns true when event is a Random Trigger.

int Event::numEmecCells (    )

return the number of cells.

int Event::numHecCells (    )

return the number of cells.

void Event::setBeamChamberInfo (  float    slope[2], float    pos0[2], float    xcov[3], float    ycov[3] )

void Event::setEmecTrigger (  unsigned int    emecTriggerArray[5] )

Set the emecTrigger. Note that the parameter MUST be an array of 5 integers. Parameters: emecTriggerArray  a pointer to the emecTriggerArray

void Event::setGlobalTimingInfo (  float    tdc_ns, float    Globalcubictime, float    Globalcubictimesigma )

void Event::setHecTrigger (  unsigned int    hecTriggerArray[5] )

Set the hecTrigger. Note that the parameter MUST be an array of 5 integers. Parameters: hecTriggerArray  a pointer to the hecTriggerArray

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

• Event.h
• Event.cxx

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