emcTowerContentv1M Class Reference
[Tower calibration]

#include <emcTowerContentv1M.h>

Inheritance diagram for emcTowerContentv1M:

Detailed Description

(VERSION) emcTowerContent version 1 for merged towers.

Definition at line 12 of file emcTowerContentv1M.h.

Public Member Functions

emcTowerContentv1M ()

emcTowerContentv1M (const emcTowerContentv1M &)

emcTowerContentv1M & operator= (const emcTowerContentv1M &)

virtual ~emcTowerContentv1M ()

emcTowerContentv1M * clone () const

Make a copy of this tower.

emcTowerContentv1M * create () const

Make an empty copy of this tower (i.e. copy only the type).

int ADC (void) const

ADC value (i.e.

int AMUPre (void) const

AMU cell that gave the pre sample [0-63].

int AMUPost (void) const

AMU cell that gave the post sample [0-63].

int AMUTAC (void) const

AMU cell that gave the tac sample [0-63].

int BeamClock (void) const

int Channel (void) const

Tower channel number within the FEM [0-143].

int DataError (void) const

A word indicating some error (e.g. sample too low or too high).

float Energy (void) const

Tower energy in GeV.

unsigned int ErrorNeighbours (void) const

A word indicating the status of the tower itself and of its neighbours (5x5).

int FEM (void) const

FEM number of this tower [0-171 for data, >= 172 for monitoring.

bool hasCalib (void) const

Whether this tower has Energy and ToF available.

bool hasDC (void) const

Whether this tower has ADC and TDC values available.

bool hasGain (void) const

Whether this tower has the gain (which was used to normalize the ADC value to take into account time evolution) available.

bool hasMerSimStatus (void) const

Whether we can set the merged/simulated status.

bool hasRaw (void) const

Whether this tower has raw samples availalble.

bool canHaveCalib () const

Whether this tower can hold calibrated (energy,tof) values.

bool canHaveDC () const

Whether this tower can hold DC (ADC,TDC) values.

bool canHaveGain () const

Whether this tower can hold Gain value.

bool canHaveRaw () const

Whether this tower can hold raw (HGPre,HGPost,LGPre,LGPost,TAC) samples.

bool canHaveMerSimStatus () const

Whether this tower can have the Merged/Simulated status.

int HG (void) const

High gain value (pedestal subtracted).

int HGPost (void) const

High gain post sample (raw).

int HGPre (void) const

High gain pre sample (raw).

float Gain (void) const

Gain for this tower.

void identify (std::ostream &os=std::cout) const

From PHObject.

int isValid () const

From PHObject.

bool isSimulated (void) const

Whether this tower is a simulated one.

bool isMerged (void) const

Whether this tower was merged (i.e. embedded).

bool isZero (void) const

Whether raw samples are compatible with an empty tower.

int LG (void) const

Low gain (pedestal subtracted) value.

int LGPost (void) const

Low gain post sample.

int LGPre (void) const

Low gain pre sample.

void print (std::ostream &out=std::cout, int level=0) const

Output to stream.

void Reset ()

void SetADCTDC (int adc, int tdc, int hg=0, int lg=0)

Set the "DC" values : ADC and TDC.

void SetCalibrated (float energy, float tof)

Set the calibrated values : energy and tof.

void SetDataError (int dataerror)

Set the data Error.

void SetGain (float gain)

Set the gain.

void SetID (int fem, int channel)

Set the id of this tower, by means of the pair (fem,channel).

void SetNeighbours (unsigned int error, unsigned int warning)

Set the deadmap and warnmap.

void SetMerSimStatus (bool ismerged, bool issimulated)

Set the merged and sim status.

void SetRaw (int hgpost, int hgpre, int lgpost, int lgpre, int tac, int amupre=0, int amupost=0, int amutac=0, int beamclock=0)

Set the raw sample values.

void SetSimFrac (float simfrac)

Set the simulated energy fraction.

void SetToF (float tof)

Set the (corrected) tof.

float SimFrac () const

Fraction of simulated energy (0=real tower, 1=simulated, in between for a merged, i.e.

int TAC (void) const

TAC sample value.

int TDC (void) const

TDC value.

float ToF (void) const

Get the ToF value (ns).

float UncorrectedToF (void) const

Uncorrected ToF value (ns).

int TowerID (void) const

TowerID (computed from (fem,channel) pair).

unsigned int WarnNeighbours (void) const

Warnmap (see also ErrorNeighbours()).

void Zero (void)

Reset the raw samples.

Private Member Functions

void copyTo (emcTowerContentv1M &dest) const

Private Attributes

bool fHasCalib

bool fHasDC

bool fHasGain

bool fHasRaw

bool fIsMerged

bool fIsSimulated

int fFEM

int fChannel

int fDataError

unsigned int fErrorNeighbours

unsigned int fWarnNeighbours

int fHGPost

int fHGPre

int fLGPost

int fLGPre

int fTAC

int fTDC

int fADC

int fHG

int fLG

int fTowerID

int fBeamClock

short fAMUPre

short fAMUPost

short fAMUTAC

float fEnergy

float fTOF

float fGain

float fSimFrac

float fUncorrectedTOF

Static Private Attributes

static float fEnergyThreshold

Below this value, a simulated tower is considered to be empty.

Constructor & Destructor Documentation

emcTowerContentv1M::emcTowerContentv1M ( )

Referenced by clone().

emcTowerContentv1M::emcTowerContentv1M ( const emcTowerContentv1M & )

Definition at line 21 of file emcTowerContentv1M.C.
References copyTo().

emcTowerContentv1M::~emcTowerContentv1M ( ) [virtual]

Definition at line 39 of file emcTowerContentv1M.C.

Member Function Documentation

int emcTowerContentv1M::ADC ( void ) const [inline, virtual]

ADC value (i.e.
pre-post-pedestals for the selected gain, either low or high).
Reimplemented from emcTowerContent.
Definition at line 26 of file emcTowerContentv1M.h.
References fADC.

int emcTowerContentv1M::AMUPost ( void ) const [inline, virtual]

AMU cell that gave the post sample [0-63].

Reimplemented from emcTowerContent.
Definition at line 30 of file emcTowerContentv1M.h.
References fAMUPost.

int emcTowerContentv1M::AMUPre ( void ) const [inline, virtual]

AMU cell that gave the pre sample [0-63].

Reimplemented from emcTowerContent.
Definition at line 28 of file emcTowerContentv1M.h.
References fAMUPre.

int emcTowerContentv1M::AMUTAC ( void ) const [inline, virtual]

AMU cell that gave the tac sample [0-63].

Reimplemented from emcTowerContent.
Definition at line 32 of file emcTowerContentv1M.h.
References fAMUTAC.

int emcTowerContentv1M::BeamClock ( void ) const [inline, virtual]

Reimplemented from emcTowerContent.
Definition at line 34 of file emcTowerContentv1M.h.
References fBeamClock.

bool emcTowerContentv1M::canHaveCalib ( ) const [inline, virtual]

Whether this tower can hold calibrated (energy,tof) values.

Reimplemented from emcTowerContent.
Definition at line 52 of file emcTowerContentv1M.h.

bool emcTowerContentv1M::canHaveDC ( ) const [inline, virtual]

Whether this tower can hold DC (ADC,TDC) values.

Reimplemented from emcTowerContent.
Definition at line 53 of file emcTowerContentv1M.h.

bool emcTowerContentv1M::canHaveGain ( ) const [inline, virtual]

Whether this tower can hold Gain value.

Reimplemented from emcTowerContent.
Definition at line 54 of file emcTowerContentv1M.h.

bool emcTowerContentv1M::canHaveMerSimStatus ( ) const [inline, virtual]

Whether this tower can have the Merged/Simulated status.

Reimplemented from emcTowerContent.
Definition at line 56 of file emcTowerContentv1M.h.

bool emcTowerContentv1M::canHaveRaw ( ) const [inline, virtual]

Whether this tower can hold raw (HGPre,HGPost,LGPre,LGPost,TAC) samples.

Reimplemented from emcTowerContent.
Definition at line 55 of file emcTowerContentv1M.h.

int emcTowerContentv1M::Channel ( void ) const [inline, virtual]

Tower channel number within the FEM [0-143].

Reimplemented from emcTowerContent.
Definition at line 36 of file emcTowerContentv1M.h.
References fChannel.

emcTowerContentv1M* emcTowerContentv1M::clone ( void ) const [inline, virtual]

Make a copy of this tower.

Reimplemented from emcTowerContent.
Definition at line 23 of file emcTowerContentv1M.h.
References emcTowerContentv1M().

void emcTowerContentv1M::copyTo ( emcTowerContentv1M & dest ) const [private]

Definition at line 45 of file emcTowerContentv1M.C.
References fADC, fAMUPost, fAMUPre, fAMUTAC, fBeamClock, fChannel, fDataError, fEnergy, fErrorNeighbours, fFEM, fGain, fHasCalib, fHasDC, fHasGain, fHasRaw, fHG, fHGPost, fHGPre, fIsMerged, fIsSimulated, fLG, fLGPost, fLGPre, fSimFrac, fTAC, fTDC, fTOF, fTowerID, fUncorrectedTOF, and fWarnNeighbours.
Referenced by emcTowerContentv1M(), and operator=().

emcTowerContentv1M* emcTowerContentv1M::create ( void ) const [inline, virtual]

Make an empty copy of this tower (i.e. copy only the type).

Reimplemented from emcTowerContent.
Definition at line 24 of file emcTowerContentv1M.h.

int emcTowerContentv1M::DataError ( void ) const [inline, virtual]

A word indicating some error (e.g. sample too low or too high).

Reimplemented from emcTowerContent.
Definition at line 38 of file emcTowerContentv1M.h.
References fDataError.

float emcTowerContentv1M::Energy ( void ) const [inline, virtual]

Tower energy in GeV.

Reimplemented from emcTowerContent.
Definition at line 40 of file emcTowerContentv1M.h.
References fEnergy.

unsigned int emcTowerContentv1M::ErrorNeighbours ( void ) const [inline, virtual]

A word indicating the status of the tower itself and of its neighbours (5x5).
See also emcBadModules class for more info.
Reimplemented from emcTowerContent.
Definition at line 42 of file emcTowerContentv1M.h.
References fErrorNeighbours.

int emcTowerContentv1M::FEM ( void ) const [inline, virtual]

FEM number of this tower [0-171 for data, >= 172 for monitoring.

Reimplemented from emcTowerContent.
Definition at line 44 of file emcTowerContentv1M.h.
References fFEM.

float emcTowerContentv1M::Gain ( void ) const [inline, virtual]

Gain for this tower.

Reimplemented from emcTowerContent.
Definition at line 62 of file emcTowerContentv1M.h.
References fGain.

bool emcTowerContentv1M::hasCalib ( void ) const [inline, virtual]

Whether this tower has Energy and ToF available.

Reimplemented from emcTowerContent.
Definition at line 46 of file emcTowerContentv1M.h.
References fHasCalib.

bool emcTowerContentv1M::hasDC ( void ) const [inline, virtual]

Whether this tower has ADC and TDC values available.

Reimplemented from emcTowerContent.
Definition at line 47 of file emcTowerContentv1M.h.
References fHasDC.

bool emcTowerContentv1M::hasGain ( void ) const [inline, virtual]

Whether this tower has the gain (which was used to normalize the ADC value to take into account time evolution) available.

Reimplemented from emcTowerContent.
Definition at line 48 of file emcTowerContentv1M.h.
References fHasGain.

bool emcTowerContentv1M::hasMerSimStatus ( void ) const [inline, virtual]

Whether we can set the merged/simulated status.

Reimplemented from emcTowerContent.
Definition at line 49 of file emcTowerContentv1M.h.

bool emcTowerContentv1M::hasRaw ( void ) const [inline, virtual]

Whether this tower has raw samples availalble.

Reimplemented from emcTowerContent.
Definition at line 50 of file emcTowerContentv1M.h.
References fHasRaw.

int emcTowerContentv1M::HG ( void ) const [inline, virtual]

High gain value (pedestal subtracted).

Reimplemented from emcTowerContent.
Definition at line 58 of file emcTowerContentv1M.h.
References fHG.

int emcTowerContentv1M::HGPost ( void ) const [inline, virtual]

High gain post sample (raw).

Reimplemented from emcTowerContent.
Definition at line 59 of file emcTowerContentv1M.h.
References fHGPost.

int emcTowerContentv1M::HGPre ( void ) const [inline, virtual]

High gain pre sample (raw).

Reimplemented from emcTowerContent.
Definition at line 60 of file emcTowerContentv1M.h.
References fHGPre.

void emcTowerContentv1M::identify ( std::ostream & os = std::cout ) const [virtual]

From PHObject.

Reimplemented from emcTowerContent.

bool emcTowerContentv1M::isMerged ( void ) const [inline, virtual]

Whether this tower was merged (i.e. embedded).

Reimplemented from emcTowerContent.
Definition at line 70 of file emcTowerContentv1M.h.
References fIsMerged.

bool emcTowerContentv1M::isSimulated ( void ) const [inline, virtual]

Whether this tower is a simulated one.

Reimplemented from emcTowerContent.
Definition at line 68 of file emcTowerContentv1M.h.
References fIsSimulated.

int emcTowerContentv1M::isValid ( ) const [virtual]

From PHObject.

Reimplemented from emcTowerContent.
Definition at line 88 of file emcTowerContentv1M.C.
References fFEM.

bool emcTowerContentv1M::isZero ( void ) const [virtual]

Whether raw samples are compatible with an empty tower.

Reimplemented from emcTowerContent.
Definition at line 102 of file emcTowerContentv1M.C.
References emcDataError::CHANNEL_DISABLED(), fDataError, fEnergy, fEnergyThreshold, and fIsSimulated.

int emcTowerContentv1M::LG ( void ) const [inline, virtual]

Low gain (pedestal subtracted) value.

Reimplemented from emcTowerContent.
Definition at line 74 of file emcTowerContentv1M.h.
References fLG.

int emcTowerContentv1M::LGPost ( void ) const [inline, virtual]

Low gain post sample.

Reimplemented from emcTowerContent.
Definition at line 75 of file emcTowerContentv1M.h.
References fLGPost.

int emcTowerContentv1M::LGPre ( void ) const [inline, virtual]

Low gain pre sample.

Reimplemented from emcTowerContent.
Definition at line 76 of file emcTowerContentv1M.h.
References fLGPre.

emcTowerContentv1M & emcTowerContentv1M::operator= ( const emcTowerContentv1M & )

Definition at line 29 of file emcTowerContentv1M.C.
References copyTo().

void emcTowerContentv1M::print ( std::ostream & out = std::cout,

int level = 0

) const [virtual]

Output to stream.

Reimplemented from emcTowerContent.

void emcTowerContentv1M::Reset ( )

Definition at line 214 of file emcTowerContentv1M.C.
References fAMUPost, fAMUPre, fAMUTAC, fChannel, fFEM, fGain, fHasCalib, fHasDC, fHasGain, fHasRaw, fIsMerged, fIsSimulated, fTowerID, and Zero().

void emcTowerContentv1M::SetADCTDC ( int adc,

int tdc,

int hg = 0,

int lg = 0

) [virtual]

Set the "DC" values : ADC and TDC.
Only useable if hasDC returns true.
Reimplemented from emcTowerContent.
Definition at line 239 of file emcTowerContentv1M.C.
References fADC, fHasDC, fHG, fLG, and fTDC.

void emcTowerContentv1M::SetCalibrated ( float energy,

float tof

) [virtual]

Set the calibrated values : energy and tof.
Only useable if hasCalib returns true.
Reimplemented from emcTowerContent.
Definition at line 250 of file emcTowerContentv1M.C.
References fEnergy, fHasCalib, fTOF, and fUncorrectedTOF.

void emcTowerContentv1M::SetDataError ( int dataerror ) [virtual]

Set the data Error.

Reimplemented from emcTowerContent.
Definition at line 259 of file emcTowerContentv1M.C.
References fDataError.

void emcTowerContentv1M::SetGain ( float gain ) [virtual]

Set the gain.

Reimplemented from emcTowerContent.
Definition at line 266 of file emcTowerContentv1M.C.
References fGain.

void emcTowerContentv1M::SetID ( int fem,

int channel

) [virtual]

Set the id of this tower, by means of the pair (fem,channel).

Reimplemented from emcTowerContent.
Definition at line 273 of file emcTowerContentv1M.C.
References fChannel, fFEM, fTowerID, and EmcIndexer::PXSM144iCH_iPX().

void emcTowerContentv1M::SetMerSimStatus ( bool ismerged,

bool issimulated

) [virtual]

Set the merged and sim status.
Only useable if isMerSimStatus returns true.
Reimplemented from emcTowerContent.
Definition at line 282 of file emcTowerContentv1M.C.
References fIsMerged, and fIsSimulated.

void emcTowerContentv1M::SetNeighbours ( unsigned int error,

unsigned int warning

) [virtual]

Set the deadmap and warnmap.

Reimplemented from emcTowerContent.
Definition at line 290 of file emcTowerContentv1M.C.
References fErrorNeighbours, and fWarnNeighbours.

void emcTowerContentv1M::SetRaw ( int hgpost,

int hgpre,

int lgpost,

int lgpre,

int tac,

int amupre = 0,

int amupost = 0,

int amutac = 0,

int beamclock = 0

) [virtual]

Set the raw sample values.
Only useable if hasRaw returns true.
Reimplemented from emcTowerContent.
Definition at line 298 of file emcTowerContentv1M.C.
References fAMUPost, fAMUPre, fAMUTAC, fBeamClock, fHasRaw, fHGPost, fHGPre, fLGPost, fLGPre, and fTAC.

void emcTowerContentv1M::SetSimFrac ( float simfrac ) [virtual]

Set the simulated energy fraction.

Reimplemented from emcTowerContent.
Definition at line 316 of file emcTowerContentv1M.C.
References fSimFrac.

void emcTowerContentv1M::SetToF ( float tof ) [virtual]

Set the (corrected) tof.

Reimplemented from emcTowerContent.
Definition at line 323 of file emcTowerContentv1M.C.
References fTOF.

float emcTowerContentv1M::SimFrac ( ) const [inline, virtual]

Fraction of simulated energy (0=real tower, 1=simulated, in between for a merged, i.e.
embedded, tower.
Reimplemented from emcTowerContent.
Definition at line 108 of file emcTowerContentv1M.h.
References fSimFrac.

int emcTowerContentv1M::TAC ( void ) const [inline, virtual]

TAC sample value.

Reimplemented from emcTowerContent.
Definition at line 110 of file emcTowerContentv1M.h.
References fTAC.

int emcTowerContentv1M::TDC ( void ) const [inline, virtual]

TDC value.

Reimplemented from emcTowerContent.
Definition at line 111 of file emcTowerContentv1M.h.
References fTDC.

float emcTowerContentv1M::ToF ( void ) const [inline, virtual]

Get the ToF value (ns).

Reimplemented from emcTowerContent.
Definition at line 112 of file emcTowerContentv1M.h.
References fTOF.

int emcTowerContentv1M::TowerID ( void ) const [inline, virtual]

TowerID (computed from (fem,channel) pair).

Reimplemented from emcTowerContent.
Definition at line 115 of file emcTowerContentv1M.h.
References fTowerID.

float emcTowerContentv1M::UncorrectedToF ( void ) const [inline, virtual]

Uncorrected ToF value (ns).

Reimplemented from emcTowerContent.
Definition at line 113 of file emcTowerContentv1M.h.
References fUncorrectedTOF.

unsigned int emcTowerContentv1M::WarnNeighbours ( void ) const [inline, virtual]

Warnmap (see also ErrorNeighbours()).

Reimplemented from emcTowerContent.
Definition at line 117 of file emcTowerContentv1M.h.
References fWarnNeighbours.

void emcTowerContentv1M::Zero ( void ) [virtual]

Reset the raw samples.

Reimplemented from emcTowerContent.
Definition at line 330 of file emcTowerContentv1M.C.
References fADC, fDataError, fEnergy, fErrorNeighbours, fGain, fHG, fHGPost, fHGPre, fLG, fLGPost, fLGPre, fSimFrac, fTAC, fTDC, fTOF, fUncorrectedTOF, and fWarnNeighbours.
Referenced by Reset().

Member Data Documentation

int emcTowerContentv1M::fADC [private]

Definition at line 143 of file emcTowerContentv1M.h.
Referenced by ADC(), copyTo(), SetADCTDC(), and Zero().

short emcTowerContentv1M::fAMUPost [private]

Definition at line 149 of file emcTowerContentv1M.h.
Referenced by AMUPost(), copyTo(), Reset(), and SetRaw().

short emcTowerContentv1M::fAMUPre [private]

Definition at line 148 of file emcTowerContentv1M.h.
Referenced by AMUPre(), copyTo(), Reset(), and SetRaw().

short emcTowerContentv1M::fAMUTAC [private]

Definition at line 150 of file emcTowerContentv1M.h.
Referenced by AMUTAC(), copyTo(), Reset(), and SetRaw().

int emcTowerContentv1M::fBeamClock [private]

Definition at line 147 of file emcTowerContentv1M.h.
Referenced by BeamClock(), copyTo(), and SetRaw().

int emcTowerContentv1M::fChannel [private]

Definition at line 133 of file emcTowerContentv1M.h.
Referenced by Channel(), copyTo(), Reset(), and SetID().

int emcTowerContentv1M::fDataError [private]

Definition at line 134 of file emcTowerContentv1M.h.
Referenced by copyTo(), DataError(), isZero(), SetDataError(), and Zero().

float emcTowerContentv1M::fEnergy [private]

Definition at line 151 of file emcTowerContentv1M.h.
Referenced by copyTo(), Energy(), isZero(), SetCalibrated(), and Zero().

float emcTowerContentv1M::fEnergyThreshold [static, private]

Below this value, a simulated tower is considered to be empty.

Definition at line 158 of file emcTowerContentv1M.h.
Referenced by isZero().

unsigned int emcTowerContentv1M::fErrorNeighbours [private]

Definition at line 135 of file emcTowerContentv1M.h.
Referenced by copyTo(), ErrorNeighbours(), SetNeighbours(), and Zero().

int emcTowerContentv1M::fFEM [private]

Definition at line 132 of file emcTowerContentv1M.h.
Referenced by copyTo(), FEM(), isValid(), Reset(), and SetID().

float emcTowerContentv1M::fGain [private]

Definition at line 153 of file emcTowerContentv1M.h.
Referenced by copyTo(), Gain(), Reset(), SetGain(), and Zero().

bool emcTowerContentv1M::fHasCalib [private]

Definition at line 126 of file emcTowerContentv1M.h.
Referenced by copyTo(), hasCalib(), Reset(), and SetCalibrated().

bool emcTowerContentv1M::fHasDC [private]

Definition at line 127 of file emcTowerContentv1M.h.
Referenced by copyTo(), hasDC(), Reset(), and SetADCTDC().

bool emcTowerContentv1M::fHasGain [private]

Definition at line 128 of file emcTowerContentv1M.h.
Referenced by copyTo(), hasGain(), and Reset().

bool emcTowerContentv1M::fHasRaw [private]

Definition at line 129 of file emcTowerContentv1M.h.
Referenced by copyTo(), hasRaw(), Reset(), and SetRaw().

int emcTowerContentv1M::fHG [private]

Definition at line 144 of file emcTowerContentv1M.h.
Referenced by copyTo(), HG(), SetADCTDC(), and Zero().

int emcTowerContentv1M::fHGPost [private]

Definition at line 137 of file emcTowerContentv1M.h.
Referenced by copyTo(), HGPost(), SetRaw(), and Zero().

int emcTowerContentv1M::fHGPre [private]

Definition at line 138 of file emcTowerContentv1M.h.
Referenced by copyTo(), HGPre(), SetRaw(), and Zero().

bool emcTowerContentv1M::fIsMerged [private]

Definition at line 130 of file emcTowerContentv1M.h.
Referenced by copyTo(), isMerged(), Reset(), and SetMerSimStatus().

bool emcTowerContentv1M::fIsSimulated [private]

Definition at line 131 of file emcTowerContentv1M.h.
Referenced by copyTo(), isSimulated(), isZero(), Reset(), and SetMerSimStatus().

int emcTowerContentv1M::fLG [private]

Definition at line 145 of file emcTowerContentv1M.h.
Referenced by copyTo(), LG(), SetADCTDC(), and Zero().

int emcTowerContentv1M::fLGPost [private]

Definition at line 139 of file emcTowerContentv1M.h.
Referenced by copyTo(), LGPost(), SetRaw(), and Zero().

int emcTowerContentv1M::fLGPre [private]

Definition at line 140 of file emcTowerContentv1M.h.
Referenced by copyTo(), LGPre(), SetRaw(), and Zero().

float emcTowerContentv1M::fSimFrac [private]

Definition at line 154 of file emcTowerContentv1M.h.
Referenced by copyTo(), SetSimFrac(), SimFrac(), and Zero().

int emcTowerContentv1M::fTAC [private]

Definition at line 141 of file emcTowerContentv1M.h.
Referenced by copyTo(), SetRaw(), TAC(), and Zero().

int emcTowerContentv1M::fTDC [private]

Definition at line 142 of file emcTowerContentv1M.h.
Referenced by copyTo(), SetADCTDC(), TDC(), and Zero().

float emcTowerContentv1M::fTOF [private]

Definition at line 152 of file emcTowerContentv1M.h.
Referenced by copyTo(), SetCalibrated(), SetToF(), ToF(), and Zero().

int emcTowerContentv1M::fTowerID [private]

Definition at line 146 of file emcTowerContentv1M.h.
Referenced by copyTo(), Reset(), SetID(), and TowerID().

float emcTowerContentv1M::fUncorrectedTOF [private]

Definition at line 155 of file emcTowerContentv1M.h.
Referenced by copyTo(), SetCalibrated(), UncorrectedToF(), and Zero().

unsigned int emcTowerContentv1M::fWarnNeighbours [private]

Definition at line 136 of file emcTowerContentv1M.h.
Referenced by copyTo(), SetNeighbours(), WarnNeighbours(), and Zero().

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


Public Member Functions
	emcTowerContentv1M ()
	emcTowerContentv1M (const emcTowerContentv1M &)
emcTowerContentv1M &	operator= (const emcTowerContentv1M &)
virtual	~emcTowerContentv1M ()
emcTowerContentv1M *	clone () const
	Make a copy of this tower.
emcTowerContentv1M *	create () const
	Make an empty copy of this tower (i.e. copy only the type).
int	ADC (void) const
	ADC value (i.e.
int	AMUPre (void) const
	AMU cell that gave the pre sample [0-63].
int	AMUPost (void) const
	AMU cell that gave the post sample [0-63].
int	AMUTAC (void) const
	AMU cell that gave the tac sample [0-63].
int	BeamClock (void) const
int	Channel (void) const
	Tower channel number within the FEM [0-143].
int	DataError (void) const
	A word indicating some error (e.g. sample too low or too high).
float	Energy (void) const
	Tower energy in GeV.
unsigned int	ErrorNeighbours (void) const
	A word indicating the status of the tower itself and of its neighbours (5x5).
int	FEM (void) const
	FEM number of this tower [0-171 for data, >= 172 for monitoring.
bool	hasCalib (void) const
	Whether this tower has Energy and ToF available.
bool	hasDC (void) const
	Whether this tower has ADC and TDC values available.
bool	hasGain (void) const
	Whether this tower has the gain (which was used to normalize the ADC value to take into account time evolution) available.
bool	hasMerSimStatus (void) const
	Whether we can set the merged/simulated status.
bool	hasRaw (void) const
	Whether this tower has raw samples availalble.
bool	canHaveCalib () const
	Whether this tower can hold calibrated (energy,tof) values.
bool	canHaveDC () const
	Whether this tower can hold DC (ADC,TDC) values.
bool	canHaveGain () const
	Whether this tower can hold Gain value.
bool	canHaveRaw () const
	Whether this tower can hold raw (HGPre,HGPost,LGPre,LGPost,TAC) samples.
bool	canHaveMerSimStatus () const
	Whether this tower can have the Merged/Simulated status.
int	HG (void) const
	High gain value (pedestal subtracted).
int	HGPost (void) const
	High gain post sample (raw).
int	HGPre (void) const
	High gain pre sample (raw).
float	Gain (void) const
	Gain for this tower.
void	identify (std::ostream &os=std::cout) const
	From PHObject.
int	isValid () const
	From PHObject.
bool	isSimulated (void) const
	Whether this tower is a simulated one.
bool	isMerged (void) const
	Whether this tower was merged (i.e. embedded).
bool	isZero (void) const
	Whether raw samples are compatible with an empty tower.
int	LG (void) const
	Low gain (pedestal subtracted) value.
int	LGPost (void) const
	Low gain post sample.
int	LGPre (void) const
	Low gain pre sample.
void	print (std::ostream &out=std::cout, int level=0) const
	Output to stream.
void	Reset ()
void	SetADCTDC (int adc, int tdc, int hg=0, int lg=0)
	Set the "DC" values : ADC and TDC.
void	SetCalibrated (float energy, float tof)
	Set the calibrated values : energy and tof.
void	SetDataError (int dataerror)
	Set the data Error.
void	SetGain (float gain)
	Set the gain.
void	SetID (int fem, int channel)
	Set the id of this tower, by means of the pair (fem,channel).
void	SetNeighbours (unsigned int error, unsigned int warning)
	Set the deadmap and warnmap.
void	SetMerSimStatus (bool ismerged, bool issimulated)
	Set the merged and sim status.
void	SetRaw (int hgpost, int hgpre, int lgpost, int lgpre, int tac, int amupre=0, int amupost=0, int amutac=0, int beamclock=0)
	Set the raw sample values.
void	SetSimFrac (float simfrac)
	Set the simulated energy fraction.
void	SetToF (float tof)
	Set the (corrected) tof.
float	SimFrac () const
	Fraction of simulated energy (0=real tower, 1=simulated, in between for a merged, i.e.
int	TAC (void) const
	TAC sample value.
int	TDC (void) const
	TDC value.
float	ToF (void) const
	Get the ToF value (ns).
float	UncorrectedToF (void) const
	Uncorrected ToF value (ns).
int	TowerID (void) const
	TowerID (computed from (fem,channel) pair).
unsigned int	WarnNeighbours (void) const
	Warnmap (see also ErrorNeighbours()).
void	Zero (void)
	Reset the raw samples.
Private Member Functions
void	copyTo (emcTowerContentv1M &dest) const
Private Attributes
bool	fHasCalib
bool	fHasDC
bool	fHasGain
bool	fHasRaw
bool	fIsMerged
bool	fIsSimulated
int	fFEM
int	fChannel
int	fDataError
unsigned int	fErrorNeighbours
unsigned int	fWarnNeighbours
int	fHGPost
int	fHGPre
int	fLGPost
int	fLGPre
int	fTAC
int	fTDC
int	fADC
int	fHG
int	fLG
int	fTowerID
int	fBeamClock
short	fAMUPre
short	fAMUPost
short	fAMUTAC
float	fEnergy
float	fTOF
float	fGain
float	fSimFrac
float	fUncorrectedTOF
Static Private Attributes
static float	fEnergyThreshold
	Below this value, a simulated tower is considered to be empty.

emcTowerContentv1M Class Reference [Tower calibration]

Detailed Description

Public Member Functions

Private Member Functions

Private Attributes

Static Private Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

emcTowerContentv1M Class Reference
[Tower calibration]