optdata Namespace Reference

Classes
class	ChannelData
class	ChannelDataGroup
class	FIFOChannel
class	OpticalRawDigit
class	PMTTrigger

Typedefs
typedef uint16_t	ADC_Count_t
typedef unsigned int	Channel_t
typedef unsigned int	TimeSlice_t
typedef unsigned int	Frame_t
typedef enum optdata::_optical_category_t	Optical_Category_t

Enumerations
enum	_optical_category_t {   kUndefined, kHighGain, kLowGain, kLogicPulse,   kFEMCosmicHighGain, kFEMCosmicLowGain, kFEMCosmicLogicPulse, kFEMBeamHighGain,   kFEMBeamLowGain, kFEMBeamLogicPulse, kBeamPMTTrigger, kCosmicPMTTrigger }

Functions
bool	operator< (const ChannelData &lhs, const ChannelData &rhs)
bool	operator< (const FIFOChannel &lhs, const FIFOChannel &rhs)
bool	operator< (const OpticalRawDigit &lhs, const OpticalRawDigit &rhs)
bool	operator< (const PMTTrigger &lhs, const PMTTrigger &rhs)

Detailed Description

ChannelDataGroup.h William Seligman selig.nosp@m.man@.nosp@m.nevis.nosp@m..col.nosp@m.umbia.nosp@m..edu

This a general container class for vectors of ADC counts. It can be used for collections of ADC counts from the PMTS, channels output by the Front End Modules (FEMs), etc.

FIFOChannel.h William Seligman selig.nosp@m.man@.nosp@m.nevis.nosp@m..col.nosp@m.umbia.nosp@m..edu

The information associated with a given FEM channel as stored in its FIFO memory.

OpticalRawDigit.h Kazuhiro Terao kazuh.nosp@m.iro@.nosp@m.nevis.nosp@m..col.nosp@m.umbia.nosp@m..edu

Equivalent of raw::RawDigit (waveform for TPC) for Optical system except the code is a complete copy from FIFOChannel written by William Seligman. William Seligman selig.nosp@m.man@.nosp@m.nevis.nosp@m..col.nosp@m.umbia.nosp@m..edu

PMTTrigger.h William Seligman selig.nosp@m.man@.nosp@m.nevis.nosp@m..col.nosp@m.umbia.nosp@m..edu

The information associated with a PMT trigger issued by a Front End Module (FEM).

Typedef Documentation

typedef uint16_t optdata::ADC_Count_t

Definition at line 16 of file OpticalTypes.h.

typedef unsigned int optdata::Channel_t

Definition at line 19 of file OpticalTypes.h.

typedef unsigned int optdata::Frame_t

Definition at line 21 of file OpticalTypes.h.

typedef enum optdata::_optical_category_t optdata::Optical_Category_t

typedef unsigned int optdata::TimeSlice_t

Definition at line 20 of file OpticalTypes.h.

Enumeration Type Documentation

enum optdata::_optical_category_t

Enumerator
kUndefined
kHighGain
kLowGain
kLogicPulse
kFEMCosmicHighGain
kFEMCosmicLowGain
kFEMCosmicLogicPulse
kFEMBeamHighGain
kFEMBeamLowGain
kFEMBeamLogicPulse
kBeamPMTTrigger
kCosmicPMTTrigger

Definition at line 24 of file OpticalTypes.h.

                                   {
    kUndefined,
    kHighGain,
    kLowGain,
    kLogicPulse,
    kFEMCosmicHighGain,
    kFEMCosmicLowGain,
    kFEMCosmicLogicPulse,
    kFEMBeamHighGain,
    kFEMBeamLowGain,
    kFEMBeamLogicPulse,
    kBeamPMTTrigger,
    kCosmicPMTTrigger,
  } Optical_Category_t;

Function Documentation

bool optdata::operator<	(	const OpticalRawDigit &	lhs,
		const OpticalRawDigit &	rhs
	)

Definition at line 41 of file OpticalRawDigit.h.

  {
    // Sort by channel, frame number, and time associated with the first bin.
    if ( lhs.ChannelNumber()   < rhs.ChannelNumber()  &&
         lhs.Frame()           < rhs.Frame()          &&
         lhs.TimeSlice()       < rhs.TimeSlice() )
      return true;
    return false;
  }

bool optdata::operator<	(	const ChannelData &	lhs,
		const ChannelData &	rhs
	)

Definition at line 49 of file ChannelData.h.

  {
    // Sort by channel.
    if ( lhs.ChannelNumber()   < rhs.ChannelNumber() )
      return true;
    return false;
  }

bool optdata::operator<	(	const PMTTrigger &	lhs,
		const PMTTrigger &	rhs
	)

Definition at line 58 of file PMTTrigger.h.

  {
    // Sort by channel, frame number, and time associated with the first bin.
    if (
         lhs.Frame()           < rhs.Frame()          &&
         lhs.TimeSlice()       < rhs.TimeSlice()      &&
         lhs.Category()        < rhs.Category()         )
      return true;
    return false;
  }

bool optdata::operator<	(	const FIFOChannel &	lhs,
		const FIFOChannel &	rhs
	)

Definition at line 63 of file FIFOChannel.h.

  {
    // Sort by channel, frame number, and time associated with the first bin.
    if ( lhs.ChannelNumber()   < rhs.ChannelNumber()  &&
         lhs.Frame()           < rhs.Frame()          &&
         lhs.TimeSlice()       < rhs.TimeSlice() )
      return true;
    return false;
  }