#include <LUCID_RawData.h>

Collaboration diagram for LUCID_RawData:

Public Member Functions
	LUCID_RawData ()
	LUCID_RawData (const unsigned int word0, const unsigned int word1, const unsigned int word2, const unsigned int word3, const unsigned int word0p, const unsigned int word1p, const unsigned int word2p, const unsigned int word3p, const unsigned int word0n, const unsigned int word1n, const unsigned int word2n, const unsigned int word3n, const unsigned int status)
	LUCID_RawData (std::vector< uint32_t > &data_block)
virtual	~LUCID_RawData ()
int	getWord0 () const
int	getWord1 () const
int	getWord2 () const
int	getWord3 () const
int	getWord0p () const
int	getWord1p () const
int	getWord2p () const
int	getWord3p () const
int	getWord0n () const
int	getWord1n () const
int	getWord2n () const
int	getWord3n () const
int	getStatus () const
void	setWord0 (uint32_t word)
void	setWord1 (uint32_t word)
void	setWord2 (uint32_t word)
void	setWord3 (uint32_t word)
void	setWord0p (uint32_t word)
void	setWord1p (uint32_t word)
void	setWord2p (uint32_t word)
void	setWord3p (uint32_t word)
void	setWord0n (uint32_t word)
void	setWord1n (uint32_t word)
void	setWord2n (uint32_t word)
void	setWord3n (uint32_t word)
void	setStatus (uint32_t status)
std::vector< uint32_t >	getDataBlock () const
void	encodeLumatMapping (void)
void	decodeLumatMapping (void)
bool	isTubeFired (unsigned int tubeNumber, unsigned int bxID) const
int	getNhitsPMTsideA () const
int	getNhitsPMTsideC () const
int	getNhitsFIBsideA () const
int	getNhitsFIBsideC () const
int	getNhitsPMTsideAprevBX () const
int	getNhitsPMTsideCprevBX () const
int	getNhitsFIBsideAprevBX () const
int	getNhitsFIBsideCprevBX () const
int	getNhitsPMTsideAnextBX () const
int	getNhitsPMTsideCnextBX () const
int	getNhitsFIBsideAnextBX () const
int	getNhitsFIBsideCnextBX () const
std::string	str () const
std::ostream &	operator<< (std::ostream &os)

Static Public Member Functions
static int	getLumatBitPosition (unsigned int tubeNumber)

Private Attributes
unsigned int	m_word0
unsigned int	m_word1
unsigned int	m_word2
unsigned int	m_word3
unsigned int	m_word0p
unsigned int	m_word1p
unsigned int	m_word2p
unsigned int	m_word3p
unsigned int	m_word0n
unsigned int	m_word1n
unsigned int	m_word2n
unsigned int	m_word3n
unsigned int	m_status

Detailed Description

Definition at line 40 of file LUCID_RawData.h.

Constructor & Destructor Documentation

◆ LUCID_RawData() [1/3]

LUCID_RawData::LUCID_RawData ( )

Definition at line 7 of file LUCID_RawData.cxx.

                            :
  m_word0 (0),
  m_word1 (0),
  m_word2 (0),
  m_word3 (0),
  m_word0p(0),
  m_word1p(0),
  m_word2p(0),
  m_word3p(0),
  m_word0n(0),
  m_word1n(0),
  m_word2n(0),
  m_word3n(0),
  m_status(0)
{}

◆ LUCID_RawData() [2/3]

LUCID_RawData::LUCID_RawData	(	const unsigned int	word0,
		const unsigned int	word1,
		const unsigned int	word2,
		const unsigned int	word3,
		const unsigned int	word0p,
		const unsigned int	word1p,
		const unsigned int	word2p,
		const unsigned int	word3p,
		const unsigned int	word0n,
		const unsigned int	word1n,
		const unsigned int	word2n,
		const unsigned int	word3n,
		const unsigned int	status )

Definition at line 23 of file LUCID_RawData.cxx.

                                            :
  m_word0 (word0),
  m_word1 (word1),
  m_word2 (word2),
  m_word3 (word3),
  m_word0p(word0p),
  m_word1p(word1p),
  m_word2p(word2p),
  m_word3p(word3p),
  m_word0n(word0n),
  m_word1n(word1n),
  m_word2n(word2n),
  m_word3n(word3n),
  m_status(status) 
{}

◆ LUCID_RawData() [3/3]

LUCID_RawData::LUCID_RawData ( std::vector< uint32_t > & data_block )

Definition at line 51 of file LUCID_RawData.cxx.

                                                            {
  
  m_word0p = 0;
  m_word1p = 0;
  m_word2p = 0;
  m_word3p = 0;
  
  m_word0  = 0;
  m_word1  = 0;
  m_word2  = 0;
  m_word3  = 0;
  
  m_word0n = 0;
  m_word1n = 0;
  m_word2n = 0;
  m_word3n = 0;
 
  m_status = 0; 
  
  unsigned int size = data_block.size();
  
  if (size == 5) {
 
    m_word0  = data_block[0];
    m_word1  = data_block[1];
    m_word2  = data_block[2];
    m_word3  = data_block[3];
 
    m_word0p = 0;
    m_word1p = 0;
    m_word2p = 0;
    m_word3p = 0;
 
    m_word0n = 0; 
    m_word1n = 0;
    m_word2n = 0;
    m_word3n = 0;
 
    m_status = data_block[4]; 
  }
  else if (size == 13) {
 
    m_word0p = data_block[0];
    m_word1p = data_block[1];
    m_word2p = data_block[2];
    m_word3p = data_block[3];
 
    m_word0  = data_block[4];
    m_word1  = data_block[5];
    m_word2  = data_block[6];
    m_word3  = data_block[7];
 
    m_word0n = data_block[8];
    m_word1n = data_block[9];
    m_word2n = data_block[10];
    m_word3n = data_block[11];
 
    m_status = data_block[12]; 
  }
  else std::cout << " ERROR! LUCID_RawData::LUCID_RawData, unexpected datablock size: " << size << std::endl;
}

◆ ~LUCID_RawData()

LUCID_RawData::~LUCID_RawData ( )

virtual

Definition at line 113 of file LUCID_RawData.cxx.

113{}

Member Function Documentation

◆ decodeLumatMapping()

void LUCID_RawData::decodeLumatMapping ( void )

Definition at line 205 of file LUCID_RawData.cxx.

                                       {
 
  uint32_t data_word0  = 0;
  uint32_t data_word1  = 0;
  uint32_t data_word2  = 0;
  uint32_t data_word3  = 0;
  uint32_t data_word0p = 0;
  uint32_t data_word1p = 0;
  uint32_t data_word2p = 0;
  uint32_t data_word3p = 0;
  uint32_t data_word0n = 0;
  uint32_t data_word1n = 0;
  uint32_t data_word2n = 0;
  uint32_t data_word3n = 0;
 
  int hitcounter0  = 0;
  int hitcounter1  = 0;
  int hitcounter2  = 0;
  int hitcounter3  = 0;
  int hitcounter0p = 0;
  int hitcounter1p = 0;
  int hitcounter2p = 0;
  int hitcounter3p = 0;
  int hitcounter0n = 0;
  int hitcounter1n = 0;
  int hitcounter2n = 0;
  int hitcounter3n = 0;
 
  for (int tubeID=0; tubeID<40; tubeID++) {
 
    bool isHit = 0;
 
    int bit = getLumatBitPosition(tubeID);
 
    if (tubeID < 16) {
    
      isHit = (m_word0 >>bit)&1; if (isHit) { data_word0  |= (1 << tubeID); hitcounter0++; }
      isHit = (m_word0p>>bit)&1; if (isHit) { data_word0p |= (1 << tubeID); hitcounter0p++; }
      isHit = (m_word0n>>bit)&1; if (isHit) { data_word0n |= (1 << tubeID); hitcounter0n++; }
    }
    else if (tubeID < 20) {
      
      isHit = (m_word2 >>bit)&1; if (isHit) { data_word2  |= (1 << (tubeID-16)); hitcounter2++; }
      isHit = (m_word2p>>bit)&1; if (isHit) { data_word2p |= (1 << (tubeID-16)); hitcounter2p++; }
      isHit = (m_word2n>>bit)&1; if (isHit) { data_word2n |= (1 << (tubeID-16)); hitcounter2n++; }
    }
    else if (tubeID < 36) {
 
      isHit = (m_word1 >>bit)&1; if (isHit) { data_word1  |= (1 << (tubeID-20)); hitcounter1++; }
      isHit = (m_word1p>>bit)&1; if (isHit) { data_word1p |= (1 << (tubeID-20)); hitcounter1p++; }
      isHit = (m_word1n>>bit)&1; if (isHit) { data_word1n |= (1 << (tubeID-20)); hitcounter1n++; }
    }
    else {
      
      isHit = (m_word3 >>bit)&1; if (isHit) { data_word3  |= (1 << (tubeID-36)); hitcounter3++; }
      isHit = (m_word3p>>bit)&1; if (isHit) { data_word3p |= (1 << (tubeID-36)); hitcounter3p++; }
      isHit = (m_word3n>>bit)&1; if (isHit) { data_word3n |= (1 << (tubeID-36)); hitcounter3n++; }
    }
  }
  
  setWord0(data_word0 |= (hitcounter0 << 24));
  setWord1(data_word1 |= (hitcounter1 << 24));
  setWord2(data_word2 |= (hitcounter2 << 24));
  setWord3(data_word3 |= (hitcounter3 << 24));
 
  setWord0p(data_word0p |= (hitcounter0p << 24));
  setWord1p(data_word1p |= (hitcounter1p << 24));
  setWord2p(data_word2p |= (hitcounter2p << 24));
  setWord3p(data_word3p |= (hitcounter3p << 24));
 
  setWord0n(data_word0n |= (hitcounter0n << 24));
  setWord1n(data_word1n |= (hitcounter1n << 24));
  setWord2n(data_word2n |= (hitcounter2n << 24));
  setWord3n(data_word3n |= (hitcounter3n << 24));
}

◆ encodeLumatMapping()

void LUCID_RawData::encodeLumatMapping ( void )

Definition at line 281 of file LUCID_RawData.cxx.

                                       {
 
  uint32_t data_word0 = 0;
  uint32_t data_word1 = 0;
  uint32_t data_word2 = 0;
  uint32_t data_word3 = 0;
  
  int hitcounter0 = 0;
  int hitcounter1 = 0;
  int hitcounter2 = 0;
  int hitcounter3 = 0;
  
  std::cout << std::hex
        << " m_word0: " << m_word0 << std::endl
        << " m_word1: " << m_word1 << std::endl
        << " m_word2: " << m_word2 << std::endl
        << " m_word3: " << m_word3 << std::endl
        << std::dec;
 
  for (int tubeID=0; tubeID<40; tubeID++) {
 
    if (!isTubeFired(tubeID, 0)) continue;
 
    int bit = getLumatBitPosition(tubeID);
    
    if      (tubeID < 16) { data_word0 |= (1 << bit); hitcounter0++; }
    else if (tubeID < 20) { data_word2 |= (1 << bit); hitcounter2++; }
    else if (tubeID < 36) { data_word1 |= (1 << bit); hitcounter1++; }
    else                  { data_word3 |= (1 << bit); hitcounter3++; }
  }
  
  std::cout << " hitcounter0: " << std::setw(10) << hitcounter0 << std::endl
        << " hitcounter1: " << std::setw(10) << hitcounter1 << std::endl
        << " hitcounter2: " << std::setw(10) << hitcounter2 << std::endl
        << " hitcounter3: " << std::setw(10) << hitcounter3 << std::endl;
 
  data_word0 |= (hitcounter0 << 24);
  data_word1 |= (hitcounter1 << 24);
  data_word2 |= (hitcounter2 << 24);
  data_word3 |= (hitcounter3 << 24);
  
  std::cout << std::hex
        << " data_word0: " << data_word0 << std::endl
        << " data_word1: " << data_word1 << std::endl
        << " data_word2: " << data_word2 << std::endl
        << " data_word3: " << data_word3 << std::endl
        << std::dec;
    
  setWord0(data_word0);
  setWord1(data_word1);
  setWord2(data_word2);
  setWord3(data_word3);
}

◆ getDataBlock()

std::vector< uint32_t > LUCID_RawData::getDataBlock ( ) const

inline

Definition at line 97 of file LUCID_RawData.h.

                                                  {
    
    std::vector<uint32_t> returnDB;
    
    returnDB.push_back(m_word0);
    returnDB.push_back(m_word1);
    returnDB.push_back(m_word2);
    returnDB.push_back(m_word3);
    
    return returnDB;
  }

◆ getLumatBitPosition()

int LUCID_RawData::getLumatBitPosition ( unsigned int tubeNumber )

static

Definition at line 160 of file LUCID_RawData.cxx.

                                                              {
 
  if      (tubeNumber ==  0) return 13; // word0
  else if (tubeNumber ==  1) return  0;
  else if (tubeNumber ==  2) return  1;
  else if (tubeNumber ==  3) return  5;
  else if (tubeNumber ==  4) return  6;
  else if (tubeNumber ==  5) return  8;
  else if (tubeNumber ==  6) return  9;
  else if (tubeNumber ==  7) return 14;
  else if (tubeNumber ==  8) return 15;
  else if (tubeNumber ==  9) return  2;
  else if (tubeNumber == 10) return  3;
  else if (tubeNumber == 11) return  4;
  else if (tubeNumber == 12) return  7;
  else if (tubeNumber == 13) return 10;
  else if (tubeNumber == 14) return 11;
  else if (tubeNumber == 15) return 12;
  else if (tubeNumber == 16) return  0; // word2
  else if (tubeNumber == 17) return  1;
  else if (tubeNumber == 18) return  2;
  else if (tubeNumber == 19) return  3;
  else if (tubeNumber == 20) return 21; // word1
  else if (tubeNumber == 21) return 16;
  else if (tubeNumber == 22) return 17;
  else if (tubeNumber == 23) return 13;
  else if (tubeNumber == 24) return 14;
  else if (tubeNumber == 25) return  8;
  else if (tubeNumber == 26) return  9;
  else if (tubeNumber == 27) return 22;
  else if (tubeNumber == 28) return 23;
  else if (tubeNumber == 29) return 18;
  else if (tubeNumber == 30) return 19;
  else if (tubeNumber == 31) return 20;
  else if (tubeNumber == 32) return 15;
  else if (tubeNumber == 33) return 10;
  else if (tubeNumber == 34) return 11;
  else if (tubeNumber == 35) return 12;
  else if (tubeNumber == 36) return  0; // word3 
  else if (tubeNumber == 37) return  1; 
  else if (tubeNumber == 38) return  2; 
  else if (tubeNumber == 39) return  3; 
  else { std::cout << " ERROR! LUCID_RawData::getLumatBitPosition, unknown operation for tubeNumber: " << tubeNumber << std::endl; return -1; }
}

◆ getNhitsFIBsideA()

int LUCID_RawData::getNhitsFIBsideA ( ) const

inline

Definition at line 116 of file LUCID_RawData.h.

116{ return (m_word2>>24); }

◆ getNhitsFIBsideAnextBX()

int LUCID_RawData::getNhitsFIBsideAnextBX ( ) const

inline

Definition at line 126 of file LUCID_RawData.h.

126{ return (m_word2n>>24); }

◆ getNhitsFIBsideAprevBX()

int LUCID_RawData::getNhitsFIBsideAprevBX ( ) const

inline

Definition at line 121 of file LUCID_RawData.h.

121{ return (m_word2p>>24); }

◆ getNhitsFIBsideC()

int LUCID_RawData::getNhitsFIBsideC ( ) const

inline

Definition at line 117 of file LUCID_RawData.h.

117{ return (m_word3>>24); }

◆ getNhitsFIBsideCnextBX()

int LUCID_RawData::getNhitsFIBsideCnextBX ( ) const

inline

Definition at line 127 of file LUCID_RawData.h.

127{ return (m_word3n>>24); }

◆ getNhitsFIBsideCprevBX()

int LUCID_RawData::getNhitsFIBsideCprevBX ( ) const

inline

Definition at line 122 of file LUCID_RawData.h.

122{ return (m_word3p>>24); }

◆ getNhitsPMTsideA()

int LUCID_RawData::getNhitsPMTsideA ( ) const

inline

Definition at line 114 of file LUCID_RawData.h.

114{ return (m_word0>>24); }

◆ getNhitsPMTsideAnextBX()

int LUCID_RawData::getNhitsPMTsideAnextBX ( ) const

inline

Definition at line 124 of file LUCID_RawData.h.

124{ return (m_word0n>>24); }

◆ getNhitsPMTsideAprevBX()

int LUCID_RawData::getNhitsPMTsideAprevBX ( ) const

inline

Definition at line 119 of file LUCID_RawData.h.

119{ return (m_word0p>>24); }

◆ getNhitsPMTsideC()

int LUCID_RawData::getNhitsPMTsideC ( ) const

inline

Definition at line 115 of file LUCID_RawData.h.

115{ return (m_word1>>24); }

◆ getNhitsPMTsideCnextBX()

int LUCID_RawData::getNhitsPMTsideCnextBX ( ) const

inline

Definition at line 125 of file LUCID_RawData.h.

125{ return (m_word1n>>24); }

◆ getNhitsPMTsideCprevBX()

int LUCID_RawData::getNhitsPMTsideCprevBX ( ) const

inline

Definition at line 120 of file LUCID_RawData.h.

120{ return (m_word1p>>24); }

◆ getStatus()

int LUCID_RawData::getStatus ( ) const

inline

Definition at line 78 of file LUCID_RawData.h.

78{ return m_status; }

◆ getWord0()

int LUCID_RawData::getWord0 ( ) const

inline

Definition at line 63 of file LUCID_RawData.h.

63{ return m_word0; }

◆ getWord0n()

int LUCID_RawData::getWord0n ( ) const

inline

Definition at line 73 of file LUCID_RawData.h.

73{ return m_word0n; }

◆ getWord0p()

int LUCID_RawData::getWord0p ( ) const

inline

Definition at line 68 of file LUCID_RawData.h.

68{ return m_word0p; }

◆ getWord1()

int LUCID_RawData::getWord1 ( ) const

inline

Definition at line 64 of file LUCID_RawData.h.

64{ return m_word1; }

◆ getWord1n()

int LUCID_RawData::getWord1n ( ) const

inline

Definition at line 74 of file LUCID_RawData.h.

74{ return m_word1n; }

◆ getWord1p()

int LUCID_RawData::getWord1p ( ) const

inline

Definition at line 69 of file LUCID_RawData.h.

69{ return m_word1p; }

◆ getWord2()

int LUCID_RawData::getWord2 ( ) const

inline

Definition at line 65 of file LUCID_RawData.h.

65{ return m_word2; }

◆ getWord2n()

int LUCID_RawData::getWord2n ( ) const

inline

Definition at line 75 of file LUCID_RawData.h.

75{ return m_word2n; }

◆ getWord2p()

int LUCID_RawData::getWord2p ( ) const

inline

Definition at line 70 of file LUCID_RawData.h.

70{ return m_word2p; }

◆ getWord3()

int LUCID_RawData::getWord3 ( ) const

inline

Definition at line 66 of file LUCID_RawData.h.

66{ return m_word3; }

◆ getWord3n()

int LUCID_RawData::getWord3n ( ) const

inline

Definition at line 76 of file LUCID_RawData.h.

76{ return m_word3n; }

◆ getWord3p()

int LUCID_RawData::getWord3p ( ) const

inline

Definition at line 71 of file LUCID_RawData.h.

71{ return m_word3p; }

◆ isTubeFired()

bool LUCID_RawData::isTubeFired	(	unsigned int	tubeNumber,
		unsigned int	bxID ) const

Definition at line 115 of file LUCID_RawData.cxx.

                                                                                {
 
  bool isTubeFired = 0;
  
  if (tubeNumber < 16) { // word0
 
    int bit = tubeNumber;
    
    if      (bxID == 0) isTubeFired = (m_word0 >>bit)&1;
    else if (bxID == 1) isTubeFired = (m_word0p>>bit)&1;
    else if (bxID == 2) isTubeFired = (m_word0n>>bit)&1;
    else { std::cout << " ERROR! LUCID_RawData::isTubeFired, unknown operation for bxID: " << bxID << std::endl; return 0; }
  }
  else if (tubeNumber < 20) { // word2
 
    int bit = tubeNumber - 16;
    
    if      (bxID == 0) isTubeFired = (m_word2 >>bit)&1;
    else if (bxID == 1) isTubeFired = (m_word2p>>bit)&1;
    else if (bxID == 2) isTubeFired = (m_word2n>>bit)&1;
    else { std::cout << " ERROR! LUCID_RawData::isTubeFired, unknown operation for bxID: " << bxID << std::endl; return 0; }
  }
  else if (tubeNumber < 36) { // word1
 
    int bit = tubeNumber - 20;
    
    if      (bxID == 0) isTubeFired = (m_word1 >>bit)&1;
    else if (bxID == 1) isTubeFired = (m_word1p>>bit)&1;
    else if (bxID == 2) isTubeFired = (m_word1n>>bit)&1;
    else { std::cout << " ERROR! LUCID_RawData::isTubeFired, unknown operation for bxID: " << bxID << std::endl; return 0; }
  }
  else if (tubeNumber < 40) { // word3
    
    int bit = tubeNumber - 36;
 
    if      (bxID == 0) isTubeFired = (m_word3 >>bit)&1;
    else if (bxID == 1) isTubeFired = (m_word3p>>bit)&1;
    else if (bxID == 2) isTubeFired = (m_word3n>>bit)&1;
    else { std::cout << " ERROR! LUCID_RawData::isTubeFired, unknown operation for bxID: " << bxID << std::endl; return 0; }
  }
  else { std::cout << " ERROR! LUCID_RawData::isTubeFired, unknown operation for tubeNumber: " << tubeNumber << std::endl; return 0; }
 
  return isTubeFired;
}

◆ operator<<()

std::ostream & LUCID_RawData::operator<< ( std::ostream & os )

inline

Definition at line 165 of file LUCID_RawData.h.

165{ os << str(); return os; }

LUCID_RawData::str

std::string str() const

Definition LUCID_RawData.h:129

ReadFromCoolCompare.os

int os

Definition ReadFromCoolCompare.py:226

◆ setStatus()

void LUCID_RawData::setStatus ( uint32_t status )

inline

Definition at line 95 of file LUCID_RawData.h.

95{ m_status = status; }

merge.status

status

Definition merge.py:16

◆ setWord0()

void LUCID_RawData::setWord0 ( uint32_t word )

inline

Definition at line 80 of file LUCID_RawData.h.

80{ m_word0 = word; }

◆ setWord0n()

void LUCID_RawData::setWord0n ( uint32_t word )

inline

Definition at line 90 of file LUCID_RawData.h.

90{ m_word0n = word; }

◆ setWord0p()

void LUCID_RawData::setWord0p ( uint32_t word )

inline

Definition at line 85 of file LUCID_RawData.h.

85{ m_word0p = word; }

◆ setWord1()

void LUCID_RawData::setWord1 ( uint32_t word )

inline

Definition at line 81 of file LUCID_RawData.h.

81{ m_word1 = word; }

◆ setWord1n()

void LUCID_RawData::setWord1n ( uint32_t word )

inline

Definition at line 91 of file LUCID_RawData.h.

91{ m_word1n = word; }

◆ setWord1p()

void LUCID_RawData::setWord1p ( uint32_t word )

inline

Definition at line 86 of file LUCID_RawData.h.

86{ m_word1p = word; }

◆ setWord2()

void LUCID_RawData::setWord2 ( uint32_t word )

inline

Definition at line 82 of file LUCID_RawData.h.

82{ m_word2 = word; }

◆ setWord2n()

void LUCID_RawData::setWord2n ( uint32_t word )

inline

Definition at line 92 of file LUCID_RawData.h.

92{ m_word2n = word; }

◆ setWord2p()

void LUCID_RawData::setWord2p ( uint32_t word )

inline

Definition at line 87 of file LUCID_RawData.h.

87{ m_word2p = word; }

◆ setWord3()

void LUCID_RawData::setWord3 ( uint32_t word )

inline

Definition at line 83 of file LUCID_RawData.h.

83{ m_word3 = word; }

◆ setWord3n()

void LUCID_RawData::setWord3n ( uint32_t word )

inline

Definition at line 93 of file LUCID_RawData.h.

93{ m_word3n = word; }

◆ setWord3p()

void LUCID_RawData::setWord3p ( uint32_t word )

inline

Definition at line 88 of file LUCID_RawData.h.

88{ m_word3p = word; }

◆ str()

std::string LUCID_RawData::str ( ) const

inline

Definition at line 129 of file LUCID_RawData.h.

                        {
  
    std::ostringstream ost;
 
    ost << std::endl 
    << std::hex
    << " word0 : " << m_word0  << std::endl
    << " word1 : " << m_word1  << std::endl
    << " word2 : " << m_word2  << std::endl
    << " word3 : " << m_word3  << std::endl
    << " word0p: " << m_word0p << std::endl
    << " word1p: " << m_word1p << std::endl
    << " word2p: " << m_word2p << std::endl
    << " word3p: " << m_word3p << std::endl
    << " word0n: " << m_word0n << std::endl
    << " word1n: " << m_word1n << std::endl
    << " word2n: " << m_word2n << std::endl
    << " word3n: " << m_word3n << std::endl
    << " status: " << m_status << std::endl
    << std::dec
    << " hitsPMTsideA: " << getNhitsPMTsideA() << std::endl
    << " hitsPMTsideC: " << getNhitsPMTsideC() << std::endl
    << " hitsFIBsideA: " << getNhitsFIBsideA() << std::endl
    << " hitsFIBsideC: " << getNhitsFIBsideC() << std::endl
    << " hitsPMTsideAprevBX: " << getNhitsPMTsideAprevBX() << std::endl
    << " hitsPMTsideCprevBX: " << getNhitsPMTsideCprevBX() << std::endl
    << " hitsFIBsideAprevBX: " << getNhitsFIBsideAprevBX() << std::endl
    << " hitsFIBsideCprevBX: " << getNhitsFIBsideCprevBX() << std::endl
    << " hitsPMTsideAnextBX: " << getNhitsPMTsideAnextBX() << std::endl
    << " hitsPMTsideCnextBX: " << getNhitsPMTsideCnextBX() << std::endl
    << " hitsFIBsideAnextBX: " << getNhitsFIBsideAnextBX() << std::endl
    << " hitsFIBsideCnextBX: " << getNhitsFIBsideCnextBX() << std::endl;
    
    return ost.str();
  }

Member Data Documentation

◆ m_status

unsigned int LUCID_RawData::m_status

private

Definition at line 184 of file LUCID_RawData.h.

◆ m_word0

unsigned int LUCID_RawData::m_word0

private

Definition at line 169 of file LUCID_RawData.h.

◆ m_word0n

unsigned int LUCID_RawData::m_word0n

private

Definition at line 179 of file LUCID_RawData.h.

◆ m_word0p

unsigned int LUCID_RawData::m_word0p

private

Definition at line 174 of file LUCID_RawData.h.

◆ m_word1

unsigned int LUCID_RawData::m_word1

private

Definition at line 170 of file LUCID_RawData.h.

◆ m_word1n

unsigned int LUCID_RawData::m_word1n

private

Definition at line 180 of file LUCID_RawData.h.

◆ m_word1p

unsigned int LUCID_RawData::m_word1p

private

Definition at line 175 of file LUCID_RawData.h.

◆ m_word2

unsigned int LUCID_RawData::m_word2

private

Definition at line 171 of file LUCID_RawData.h.

◆ m_word2n

unsigned int LUCID_RawData::m_word2n

private

Definition at line 181 of file LUCID_RawData.h.

◆ m_word2p

unsigned int LUCID_RawData::m_word2p

private

Definition at line 176 of file LUCID_RawData.h.

◆ m_word3

unsigned int LUCID_RawData::m_word3

private

Definition at line 172 of file LUCID_RawData.h.

◆ m_word3n

unsigned int LUCID_RawData::m_word3n

private

Definition at line 182 of file LUCID_RawData.h.

◆ m_word3p

unsigned int LUCID_RawData::m_word3p

private

Definition at line 177 of file LUCID_RawData.h.

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

Public Member Functions

Static Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ LUCID_RawData() [1/3]

◆ LUCID_RawData() [2/3]

◆ LUCID_RawData() [3/3]

◆ ~LUCID_RawData()

Member Function Documentation

◆ decodeLumatMapping()

◆ encodeLumatMapping()

◆ getDataBlock()

◆ getLumatBitPosition()

◆ getNhitsFIBsideA()

◆ getNhitsFIBsideAnextBX()

◆ getNhitsFIBsideAprevBX()

◆ getNhitsFIBsideC()

◆ getNhitsFIBsideCnextBX()

◆ getNhitsFIBsideCprevBX()

◆ getNhitsPMTsideA()

◆ getNhitsPMTsideAnextBX()

◆ getNhitsPMTsideAprevBX()

◆ getNhitsPMTsideC()

◆ getNhitsPMTsideCnextBX()

◆ getNhitsPMTsideCprevBX()

◆ getStatus()

◆ getWord0()

◆ getWord0n()

◆ getWord0p()

◆ getWord1()

◆ getWord1n()

◆ getWord1p()

◆ getWord2()

◆ getWord2n()

◆ getWord2p()

◆ getWord3()

◆ getWord3n()

◆ getWord3p()

◆ isTubeFired()

◆ operator<<()

◆ setStatus()

◆ setWord0()

◆ setWord0n()

◆ setWord0p()

◆ setWord1()

◆ setWord1n()

◆ setWord1p()

◆ setWord2()

◆ setWord2n()

◆ setWord2p()

◆ setWord3()

◆ setWord3n()

◆ setWord3p()

◆ str()

Member Data Documentation

◆ m_status

◆ m_word0

◆ m_word0n

◆ m_word0p

◆ m_word1

◆ m_word1n

◆ m_word1p

◆ m_word2

◆ m_word2n

◆ m_word2p

◆ m_word3

◆ m_word3n

◆ m_word3p