EmcIndexer Class Reference
[EmCal Numbering]

#include <EmcIndexer.h>

Inherited by PbGlIndexer, and PbScIndexer.

Inheritance diagram for EmcIndexer:

Detailed Description

General EMCAL Indexer class.

Primary source of conversion to/from various types of emcal indices, within various "frames" (whole emcal, one sector, one supermodule).

If you were to pick up only one index, please use TowerID (ranging from 0 to 24767), as it is the less ambiguous and the most compact (only one integer).

Note:: All detector specific functions are defined in the PbGl and PbSc Indexer child classes.

Definition at line 19 of file EmcIndexer.h.

Public Member Functions

EmcIndexer ()

virtual ~EmcIndexer ()

Methods specific to sub-system (PbSc/PbGl).

To be overriden in subclasses.

virtual void iST_SMInd (const int, int &, int &, int &, int &)=0

i(SectorTower) -> SM#, iSM144, iSM144T, x(SM144T), y(SM144T).

virtual void iSTxyST (const int, int &, int &)=0

Converts i(SectorTower) -> x(SectorTower), y(SectorTower).

virtual int SMiSMTiST (int, int)=0

SM, i(SM Tower) -> i(SectorTower).

virtual void SMxySM (int, int &, int &)=0

SM# -> xSM, ySM.

virtual int xySMiSM (int x, int y)=0

xSM,ySM -> SM# (reverse operation of SMxySM).

virtual int SMxySMTiST (int, int, int)=0

SM#, x(SM Tower), y(SM Tower) -> i(SectorTower).

virtual int xySMTiSMT (int, int)=0

x(SM Tower), y(SM Tower) -> i(SM Tower).

Static Public Member Functions

(Static) Methods common for PbSc and PbGl.

As such, they do need to know the Sector Number

static bool IsValid (int iS, int x, int y)

Checks validity of the Sector, x, y combination.

static int iSiSTiPX (int iS, int iST)

Converts PHENIX (on-line) Sector number and Sector Tower Number into PHENIX TowerId.

static void iPXiSiST (int TowerId, int &iS, int &iST)

PHENIX tower(TowerId) -> SectorNumber, SectorTower.

static void iPXiSiSMiSMT (int TowerId, int &iS, int &iSM, int &iSMT)

PHENIX tower(TowerId) -> SectorNumber, SuperModule, Supermodule tower.

static void iSTxyST (int iS, int iST, int &x, int &y)

Converts i(SectorTower) -> x(SectorTower), y(SectorTower).

static int xySTiST (int iS, int x, int y)

Sector, x(SectorTower), y(SectorTower) -> i(SectorTower).

static int getTowerId (int iS, int x, int y)

Gets TowerId for the Tower x/y in Sector iS(online).

static void decodeTowerId (int TowerId, int &iS, int &x, int &y)

Decodes TowerId into Sector Nmber iS (online) and x/y inside the Sector.

static void TowerLocation (int towerID, int &arm, int &sector_in_arm, int &yrow, int &zrow)

Get (arm,sector_in_arm,yrow,zrow) from a TowerID (offline used).

static void decodeSoftwareKey (int software, int &arm, int &sector_in_arm, int &yrow, int &zrow)

Decode software key.

static int TowerID (int arm, int sector_in_arm, int yrow, int zrow)

Get TowerID from (arm,sector_in_arm,yrow,zrow (offline used).

static int TowerID (int softwareKey)

static int SoftwareKey (int TowerId)

Get (offline) softwareKey from TowerID.

static int SoftwareKey (int arm, int sector_in_arm, int yrow, int zrow)

static bool isPbScReference (int TowerId)

Tells if an absolute tower id is a PbSc reference.

static bool isPbGlReference (int TowerId)

Tells if an absolute tower id is a PbGl reference.

static bool isReference (int TowerId)

Tells if an absolute tower id is a reference tower.

static bool isReferenceFEM (int femAbsolutePosition)

Tells if a fem holds reference signals.

static bool isPbSc (int TowerId)

Tells if an absolute tower id is PbSc.

static bool isPbScFEM (int absFEM)

Tells if an absolute FEM id is PbSc.

static bool isPbGl (int TowerId)

Tells if an absolute tower id is PbGl.

static bool isPbGlFEM (int absFEM)

Tells if an absolute FEM id is PbGl.

static void iSiSTiSMiSMT (const int iS, const int iST, int &iSM, int &iSMT)

SectorNumber, SectorTower -> SM144 NUmber (Sector scope), SM144 Tower.

static int iSiSM144_PXSM144 (int iS, int iSM144)

Sector, SM144 Number(Sector Scope) -> PHENIX SM144 (0-171).

static int iSMTiCH (const int iSMT)

i(SM144 Tower) -> FEM Channel Converts Tower Number (scope of SM144) into FEM Channel number.

static int iSiSMiSMTiPX (int iS, int iSM, int iSMT)

static int iSMTiCH (const int iSMT, const bool fl)

i(SM Tower), ASIC Readout Flag -> FEM Channel.

static void iSM144TxySM144T (const int iSMT, int &xsmt, int &ysmt)

i(SM144 Tower) -> x(SM144 Tower), y(SM144 Tower)

static int iSiSMiSMTiST (int iS, int iSM, int SMT)

static void PXSM144_iSiSM144 (int PXSM144, int &iS, int &iSM144)

PHENIX SM144 (0-171) -> Sector, SM NUmber(Sector SM).

static void PXPXSM144CH (int PX, int &PXSM144, int &CH)

From TowerId (PHENIX scope) to FEM number (PHENIX scope) and FEM channel number.

static int PXSM144iCH_iPX (const int SM144, const int CH)

SM144 (EMC Scope), FEM Channel -> PHENIX EMC Tower.

static int iCHiSMT (int ch)

FEM Channel -> i(SM144 Tower).

static int iCHiSMT (const int, bool ASIC24)

FEM Channel -> i(SM144 Tower).

static int MaxNumberOfFEMs (void)

Max. number of FEMs in EMCAL.

static int FirstReferenceFEMAbsolutePosition (void)

The absolute id of the first reference FEM.

static int EmcSectorNumber (const char *sectorName)

Sector identifier -> Sector Number.

static const char * EmcSectorId (int sectorNumber)

Sector number -> Sector Identifier.

static int sectorOfflineToOnline (int arm, int offline_sector)

Arm,Sector (offline convention) -> sectorNumber (online).

static void sectorOnlineToOffline (int sectorOnline, int &arm, int &offline_sector)

sectorNumber(online) -> Arm,Sector (offline convention);

(Static) methods again, but probably for experts only.

static int absFEMCHiPX (const int absFEMCH)

"Absolute" Channel number to TowerNumber (PHENIX scope).

static int iPXabsFEMCH (const int iPX)

TowerNumber (PHENIX scope) to "Absolute" Channel number.

static void iCH192ASICi32 (const int iCH192, int &ASIC, int &iCH32)

Conversion from absolute FEM Channel number (0-191) into ASIC number and ASIC Channel number (0-31).

static void iSM144TtoHWIndexes (int iSMT, bool ASIC24, int &QB, int &Cell, int &ASIC, int &Preamp, int &Input, int &FEMChannel)

i(SM144 Tower), ASIC24 -> Q-base, Cell, ASIC, Preamp, Input, FEM Channel.

static void findItemIdentity (const int ItemId, const bool ASIC24, const bool EMCalMapStyle, int &iS, int &iSM, int &iSMT, int &iFEM, int &iCH192, int &ASIC, int &ASICCh)

Converts FEM Channel number or EMC Tower number into all other possible indices.

Static Private Attributes

static std::vector< std::string > fEmcSectorIdent

Constructor & Destructor Documentation

EmcIndexer::EmcIndexer ( ) [inline]

Definition at line 23 of file EmcIndexer.h.

virtual EmcIndexer::~EmcIndexer ( ) [inline, virtual]

Definition at line 24 of file EmcIndexer.h.

Member Function Documentation

int EmcIndexer::absFEMCHiPX ( const int absFEMCH ) [static]

"Absolute" Channel number to TowerNumber (PHENIX scope).
On request from Sergei Belikov: Conversion from Channel number defined as "absolute" or equal to 192 X SM144 number (incrementing over all eight sectors 0-171) + FEMChannel (0-191) to TowerNumber (PHENIX scope) -1 is returned for formally disconnected FEM channels (12-16 and 28-31 on every ASIC board)
Definition at line 321 of file EmcIndexer.C.
References FEM, iCHiSMT(), and iSiSMiSMTiPX().

void EmcIndexer::decodeSoftwareKey ( int software,

int & arm,

int & sector_in_arm,

int & yrow,

int & zrow

) [static]

Decode software key.

Definition at line 661 of file EmcIndexer.C.
Referenced by TowerID().

void EmcIndexer::decodeTowerId ( int TowerId,

int & iS,

int & x,

int & y

) [static]

Decodes TowerId into Sector Nmber iS (online) and x/y inside the Sector.

Definition at line 496 of file EmcIndexer.C.
References iPXiSiST(), and iSTxyST().
Referenced by mEmcCalibratorModulev2::changeToF(), getIy(), getIz(), histogram(), emcBadNormt::process(), and emcOMRejectList::Write().

const char * EmcIndexer::EmcSectorId ( int sectorNumber ) [static]

Sector number -> Sector Identifier.

Definition at line 60 of file EmcIndexer.C.
References EmcSectorNumber(), and fEmcSectorIdent.
Referenced by buildBasename(), convertNormalization(), emcBadNormt::emcBadNormt(), emcFEMList::emcFEMList(), emcGainBaseLineCalculator::getBaseLine(), EmcSimuRawDataReCal::GetGainFactorFromDB(), Sector::histos(), emcCalibrationDataHelper::initECalAtT0(), makeHistoMap(), namer(), emcOMCalibrationDataTofSectorOffset::Read(), reader(), emcOMCalibrationDataIniCal::Write(), and emcQAs::WriteDataToFile().

int EmcIndexer::EmcSectorNumber ( const char * sectorName ) [static]

Sector identifier -> Sector Number.

Definition at line 30 of file EmcIndexer.C.
References fEmcSectorIdent.
Referenced by EmcStaticData::buildEmcSector(), EmcSectorId(), emcFEMList::fems(), and emcGainEvolution::run().

void EmcIndexer::findItemIdentity ( const int ItemId,

const bool ASIC24,

const bool EMCalMapStyle,

int & iS,

int & iSM,

int & iSMT,

int & iFEM,

int & iCH192,

int & ASIC,

int & ASICCh

) [static]

Converts FEM Channel number or EMC Tower number into all other possible indices.

Definition at line 399 of file EmcIndexer.C.
References iCH192ASICi32(), iCHiSMT(), iPXiSiST(), iSiSTiSMiSMT(), iSMTiCH(), and PXSM144_iSiSM144().

static int EmcIndexer::FirstReferenceFEMAbsolutePosition ( void ) [inline, static]

The absolute id of the first reference FEM.
i.e. if (absPosition>=FirstReferenceFEMAbsolutePosition) then absPosition is a reference FEM.
Definition at line 193 of file EmcIndexer.h.
Referenced by isReferenceFEM().

int EmcIndexer::getTowerId ( int iS,

int x,

int y

) [static]

Gets TowerId for the Tower x/y in Sector iS(online).

Definition at line 490 of file EmcIndexer.C.
Referenced by mEmcToolsModule::AssignRealDeadMaptoSimulTowers(), EmcSimuRawDataReCal::getTowerID(), and emcOMRejectList::Read().

void EmcIndexer::iCH192ASICi32 ( const int iCH192,

int & ASIC,

int & iCH32

) [static]

Conversion from absolute FEM Channel number (0-191) into ASIC number and ASIC Channel number (0-31).

Definition at line 356 of file EmcIndexer.C.
Referenced by findItemIdentity().

int EmcIndexer::iCHiSMT ( const int,

bool ASIC24

) [static]

FEM Channel -> i(SM144 Tower).
Converts FEM Channel into Tower Number (scope of SM144).
Definition at line 275 of file EmcIndexer.C.

int EmcIndexer::iCHiSMT ( int ch ) [static]

FEM Channel -> i(SM144 Tower).
Converts FEM Channel into Tower Number (scope of SM144). Assumes ASIC24=true and Channel Numbers from 0 to 143).
Definition at line 257 of file EmcIndexer.C.
Referenced by absFEMCHiPX(), PbScSector::CorrectEnergyCalibration(), findItemIdentity(), and PXSM144iCH_iPX().

int EmcIndexer::iPXabsFEMCH ( const int iPX ) [static]

TowerNumber (PHENIX scope) to "Absolute" Channel number.
On request from Sergei Belikov: Conversion from TowerNumber (PHENIX scope) into Channel number defined as "absolute" or equal to 192 X SM144 number (incrementing over all eight sectors 0-171) + FEMChannel (0-191)
Definition at line 340 of file EmcIndexer.C.
References iPXiSiST(), iSiSTiSMiSMT(), and iSMTiCH().

void EmcIndexer::iPXiSiSMiSMT ( int TowerId,

int & iS,

int & iSM,

int & iSMT

) [static]

PHENIX tower(TowerId) -> SectorNumber, SuperModule, Supermodule tower.

Definition at line 456 of file EmcIndexer.C.
Referenced by emcRawDataCalibratorV1::CalibrateTime().

void EmcIndexer::iPXiSiST ( int TowerId,

int & iS,

int & iST

) [static]

PHENIX tower(TowerId) -> SectorNumber, SectorTower.

Definition at line 442 of file EmcIndexer.C.
Referenced by decodeTowerId(), findItemIdentity(), emcDataObject::GenerateSoftwareKey(), emcCalibratedDataObject::GenerateSoftwareKey(), emcCalibratedDataObject::GetSMEnergies(), emcCalibrationDataHelper::initECalAtT0(), iPXabsFEMCH(), PXPXSM144CH(), SoftwareKey(), and TowerLocation().

int EmcIndexer::iSiSM144_PXSM144 ( int iS,

int iSM144

) [static]

Sector, SM144 Number(Sector Scope) -> PHENIX SM144 (0-171).

Definition at line 158 of file EmcIndexer.C.
Referenced by convertSector(), emcFEMList::fems(), emcCalibratedDataObject::GetSMEnergies(), and PXPXSM144CH().

int EmcIndexer::iSiSMiSMTiPX ( int iS,

int iSM,

int iSMT

) [static]

Definition at line 186 of file EmcIndexer.C.
References PbGlIndexer::buildPbGlIndexer(), PbScIndexer::buildPbScIndexer(), gPbGl, PbGlIndexer::SMiSMTiST(), and PbScIndexer::SMiSMTiST().
Referenced by absFEMCHiPX(), and PXSM144iCH_iPX().

int EmcIndexer::iSiSMiSMTiST ( int iS,

int iSM,

int SMT

) [static]

Definition at line 171 of file EmcIndexer.C.
References PbGlIndexer::buildPbGlIndexer(), PbScIndexer::buildPbScIndexer(), gPbGl, PbGlIndexer::SMiSMTiST(), and PbScIndexer::SMiSMTiST().
Referenced by PbScSector::CorrectEnergyCalibration().

int EmcIndexer::iSiSTiPX ( int iS,

int iST

) [static]

Converts PHENIX (on-line) Sector number and Sector Tower Number into PHENIX TowerId.

Definition at line 437 of file EmcIndexer.C.
Referenced by TowerID(), and emcOMCalibrationDataIniCal::Write().

void EmcIndexer::iSiSTiSMiSMT ( const int iS,

const int iST,

int & iSM,

int & iSMT

) [static]

SectorNumber, SectorTower -> SM144 NUmber (Sector scope), SM144 Tower.

Definition at line 201 of file EmcIndexer.C.
References PbGlIndexer::buildPbGlIndexer(), PbScIndexer::buildPbScIndexer(), gPbGl, PbGlIndexer::iST_SMInd(), and PbScIndexer::iST_SMInd().
Referenced by findItemIdentity(), emcCalibratedDataObject::GetSMEnergies(), iPXabsFEMCH(), and PXPXSM144CH().

void EmcIndexer::iSM144TtoHWIndexes ( int iSMT,

bool ASIC24,

int & QB,

int & Cell,

int & ASIC,

int & Preamp,

int & Input,

int & FEMChannel

) [static]

i(SM144 Tower), ASIC24 -> Q-base, Cell, ASIC, Preamp, Input, FEM Channel.

Definition at line 372 of file EmcIndexer.C.
References iSM144TxySM144T().

void EmcIndexer::iSM144TxySM144T ( const int iSMT,

int & xsmt,

int & ysmt

) [static]

i(SM144 Tower) -> x(SM144 Tower), y(SM144 Tower)

Definition at line 364 of file EmcIndexer.C.
Referenced by iSM144TtoHWIndexes(), iSMTiCH(), PbScIndexer::SMiSMTiST(), and PbGlIndexer::SMiSMTiST().

int EmcIndexer::iSMTiCH ( const int iSMT,

const bool fl

) [static]

i(SM Tower), ASIC Readout Flag -> FEM Channel.
Same as above but includes FIX for 144/192 channels switching. It returns the channel number either in the 0-143 scope if ASIC24 is TRUE or in the 0-191 scope if ASIC24 is false.
Definition at line 300 of file EmcIndexer.C.
References iSM144TxySM144T().

static int EmcIndexer::iSMTiCH ( const int iSMT ) [inline, static]

i(SM144 Tower) -> FEM Channel Converts Tower Number (scope of SM144) into FEM Channel number.
Assumes ASIC24=true and Channel Numbers from 0 to 143)
Definition at line 149 of file EmcIndexer.h.
Referenced by findItemIdentity(), iPXabsFEMCH(), and PXPXSM144CH().

static bool EmcIndexer::isPbGl ( int TowerId ) [inline, static]

Tells if an absolute tower id is PbGl.

Definition at line 131 of file EmcIndexer.h.
References isPbGlReference().
Referenced by emcRawDataCalibratorV2::CalibrateEnergy(), emcRawDataCalibratorV1::CalibrateEnergy(), emcRawDataCalibrator::CalibrateEnergy(), and mEmcReCalibratorModulev1::event().

static bool EmcIndexer::isPbGlFEM ( int absFEM ) [inline, static]

Tells if an absolute FEM id is PbGl.

Definition at line 136 of file EmcIndexer.h.
Referenced by emcDataProcessorv2::decode().

bool EmcIndexer::isPbGlReference ( int TowerId ) [static]

Tells if an absolute tower id is a PbGl reference.

Definition at line 622 of file EmcIndexer.C.
Referenced by isPbGl().

static bool EmcIndexer::isPbSc ( int TowerId ) [inline, static]

Tells if an absolute tower id is PbSc.

Definition at line 121 of file EmcIndexer.h.
References isPbScReference().
Referenced by emcRawDataCalibratorV2::CalibrateEnergy(), emcRawDataCalibratorV1::CalibrateEnergy(), emcRawDataCalibrator::CalibrateEnergy(), and mEmcReCalibratorModulev1::event().

static bool EmcIndexer::isPbScFEM ( int absFEM ) [inline, static]

Tells if an absolute FEM id is PbSc.

Definition at line 126 of file EmcIndexer.h.
Referenced by emcGainFEM::AddNewItem(), emcGainFEM::Compact(), and emcDataProcessorv2::decode().

bool EmcIndexer::isPbScReference ( int TowerId ) [static]

Tells if an absolute tower id is a PbSc reference.

Definition at line 611 of file EmcIndexer.C.
Referenced by isPbSc().

static bool EmcIndexer::isReference ( int TowerId ) [inline, static]

Tells if an absolute tower id is a reference tower.

Definition at line 111 of file EmcIndexer.h.
Referenced by emcDCProcessorv3::calibrate(), and emcDCProcessorv2::calibrate().

static bool EmcIndexer::isReferenceFEM ( int femAbsolutePosition ) [inline, static]

Tells if a fem holds reference signals.

Definition at line 116 of file EmcIndexer.h.
References FirstReferenceFEMAbsolutePosition().

virtual void EmcIndexer::iST_SMInd ( const int,

int & ,

int & ,

int & ,

int &

) [pure virtual]

i(SectorTower) -> SM#, iSM144, iSM144T, x(SM144T), y(SM144T).

Implemented in PbGlIndexer, and PbScIndexer.

void EmcIndexer::iSTxyST ( int iS,

int iST,

int & x,

int & y

) [static]

Converts i(SectorTower) -> x(SectorTower), y(SectorTower).

Definition at line 477 of file EmcIndexer.C.

virtual void EmcIndexer::iSTxyST ( const int,

int & ,

int &

) [pure virtual]

Converts i(SectorTower) -> x(SectorTower), y(SectorTower).

Implemented in PbGlIndexer, and PbScIndexer.
Referenced by decodeTowerId(), and TowerLocation().

bool EmcIndexer::IsValid ( int iS,

int x,

int y

) [static]

Checks validity of the Sector, x, y combination.

Definition at line 425 of file EmcIndexer.C.
Referenced by emcOMRejectList::Read().

static int EmcIndexer::MaxNumberOfFEMs ( void ) [inline, static]

Max. number of FEMs in EMCAL.

Definition at line 187 of file EmcIndexer.h.
Referenced by emcDB::GetPinNumber(), PXSM144iCH_iPX(), and emcDB::ReadConfiguration().

void EmcIndexer::PXPXSM144CH ( int PX,

int & PXSM144,

int & CH

) [static]

From TowerId (PHENIX scope) to FEM number (PHENIX scope) and FEM channel number.

Definition at line 544 of file EmcIndexer.C.
References iPXiSiST(), iSiSM144_PXSM144(), iSiSTiSMiSMT(), and iSMTiCH().
Referenced by emcPatch::event(), emcOFTowerContainer::fill(), emcBadModulesv1::update(), and emcOMCalibrationDataIniCal::Write().

void EmcIndexer::PXSM144_iSiSM144 ( int PXSM144,

int & iS,

int & iSM144

) [static]

PHENIX SM144 (0-171) -> Sector, SM NUmber(Sector SM).

Definition at line 143 of file EmcIndexer.C.
Referenced by findItemIdentity(), emcBadNormt::initGainBaseLine(), namer(), emcCalibrationDataHelper::patch(), emcChannelEvolution::produce(), PXSM144iCH_iPX(), reader(), and emcQAs::WriteDataToFile().

int EmcIndexer::PXSM144iCH_iPX ( const int PXSM144,

const int iCH

) [static]

SM144 (EMC Scope), FEM Channel -> PHENIX EMC Tower.
SM144 (EMC Scope), FEM Channel -> PHENIX EMC Tower.
Definition at line 216 of file EmcIndexer.C.
References iCHiSMT(), iSiSMiSMTiPX(), MaxNumberOfFEMs(), and PXSM144_iSiSM144().
Referenced by emcBadNormt::process(), emcTowerContentv3::SetID(), emcTowerContentv2::SetID(), emcTowerContentv1S::SetID(), emcTowerContentv1M::SetID(), and emcTowerContentv1::SetID().

int EmcIndexer::sectorOfflineToOnline ( int arm,

int offline_sector

) [static]

Arm,Sector (offline convention) -> sectorNumber (online).

Definition at line 581 of file EmcIndexer.C.
Referenced by emcOFClusterContainer::fill(), mEmcClusterizerv0::fillPeakArea(), histogram(), and TowerID().

void EmcIndexer::sectorOnlineToOffline ( int sectorOnline,

int & arm,

int & offline_sector

) [static]

sectorNumber(online) -> Arm,Sector (offline convention);

Definition at line 633 of file EmcIndexer.C.

virtual int EmcIndexer::SMiSMTiST ( int ,

int

) [pure virtual]

SM, i(SM Tower) -> i(SectorTower).

Implemented in PbGlIndexer, and PbScIndexer.

virtual void EmcIndexer::SMxySM ( int ,

int & ,

int &

) [pure virtual]

SM# -> xSM, ySM.

Implemented in PbGlIndexer, and PbScIndexer.

virtual int EmcIndexer::SMxySMTiST ( int ,

int ,

int

) [pure virtual]

SM#, x(SM Tower), y(SM Tower) -> i(SectorTower).

Implemented in PbGlIndexer, and PbScIndexer.

int EmcIndexer::SoftwareKey ( int arm,

int sector_in_arm,

int yrow,

int zrow

) [static]

Definition at line 136 of file EmcIndexer.C.

int EmcIndexer::SoftwareKey ( int TowerId ) [static]

Get (offline) softwareKey from TowerID.

Definition at line 70 of file EmcIndexer.C.
References iPXiSiST().

int EmcIndexer::TowerID ( int softwareKey ) [static]

Definition at line 681 of file EmcIndexer.C.
References decodeSoftwareKey(), and TowerID().

int EmcIndexer::TowerID ( int arm,

int sector_in_arm,

int yrow,

int zrow

) [static]

Get TowerID from (arm,sector_in_arm,yrow,zrow (offline used).

Definition at line 672 of file EmcIndexer.C.
References iSiSTiPX(), sectorOfflineToOnline(), and xySTiST().
Referenced by emcPatch::event(), emcOFTowerContainer::fill(), and TowerID().

void EmcIndexer::TowerLocation ( int towerID,

int & arm,

int & sector_in_arm,

int & yrow,

int & zrow

) [static]

Get (arm,sector_in_arm,yrow,zrow) from a TowerID (offline used).

Definition at line 504 of file EmcIndexer.C.
References emcTowerLocation::arm, iPXiSiST(), iSTxyST(), emcTowerLocation::sector, emcTowerLocation::yrow, and emcTowerLocation::zrow.
Referenced by mEmcTOFCorr6Module::event(), mEmcTOFCorr5Module::event(), EmcSimuRawDataReCal::SetGainFromAfterBurner(), and EmcSimuRawDataReCal::SetGainFromMIP().

virtual int EmcIndexer::xySMiSM ( int x,

int y

) [pure virtual]

xSM,ySM -> SM# (reverse operation of SMxySM).

Implemented in PbGlIndexer, and PbScIndexer.

virtual int EmcIndexer::xySMTiSMT ( int ,

int

) [pure virtual]

x(SM Tower), y(SM Tower) -> i(SM Tower).

Implemented in PbGlIndexer, and PbScIndexer.

int EmcIndexer::xySTiST ( int iS,

int x,

int y

) [static]

Sector, x(SectorTower), y(SectorTower) -> i(SectorTower).

Definition at line 484 of file EmcIndexer.C.
Referenced by TowerID().

Member Data Documentation

vector< string > EmcIndexer::fEmcSectorIdent [static, private]

Definition at line 249 of file EmcIndexer.h.
Referenced by EmcSectorId(), and EmcSectorNumber().

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


Public Member Functions
	EmcIndexer ()
virtual	~EmcIndexer ()
Methods specific to sub-system (PbSc/PbGl).
To be overriden in subclasses.
virtual void	iST_SMInd (const int, int &, int &, int &, int &)=0
	i(SectorTower) -> SM#, iSM144, iSM144T, x(SM144T), y(SM144T).
virtual void	iSTxyST (const int, int &, int &)=0
	Converts i(SectorTower) -> x(SectorTower), y(SectorTower).
virtual int	SMiSMTiST (int, int)=0
	SM, i(SM Tower) -> i(SectorTower).
virtual void	SMxySM (int, int &, int &)=0
	SM# -> xSM, ySM.
virtual int	xySMiSM (int x, int y)=0
	xSM,ySM -> SM# (reverse operation of SMxySM).
virtual int	SMxySMTiST (int, int, int)=0
	SM#, x(SM Tower), y(SM Tower) -> i(SectorTower).
virtual int	xySMTiSMT (int, int)=0
	x(SM Tower), y(SM Tower) -> i(SM Tower).
Static Public Member Functions
(Static) Methods common for PbSc and PbGl.
As such, they do need to know the Sector Number
static bool	IsValid (int iS, int x, int y)
	Checks validity of the Sector, x, y combination.
static int	iSiSTiPX (int iS, int iST)
	Converts PHENIX (on-line) Sector number and Sector Tower Number into PHENIX TowerId.
static void	iPXiSiST (int TowerId, int &iS, int &iST)
	PHENIX tower(TowerId) -> SectorNumber, SectorTower.
static void	iPXiSiSMiSMT (int TowerId, int &iS, int &iSM, int &iSMT)
	PHENIX tower(TowerId) -> SectorNumber, SuperModule, Supermodule tower.
static void	iSTxyST (int iS, int iST, int &x, int &y)
	Converts i(SectorTower) -> x(SectorTower), y(SectorTower).
static int	xySTiST (int iS, int x, int y)
	Sector, x(SectorTower), y(SectorTower) -> i(SectorTower).
static int	getTowerId (int iS, int x, int y)
	Gets TowerId for the Tower x/y in Sector iS(online).
static void	decodeTowerId (int TowerId, int &iS, int &x, int &y)
	Decodes TowerId into Sector Nmber iS (online) and x/y inside the Sector.
static void	TowerLocation (int towerID, int &arm, int &sector_in_arm, int &yrow, int &zrow)
	Get (arm,sector_in_arm,yrow,zrow) from a TowerID (offline used).
static void	decodeSoftwareKey (int software, int &arm, int &sector_in_arm, int &yrow, int &zrow)
	Decode software key.
static int	TowerID (int arm, int sector_in_arm, int yrow, int zrow)
	Get TowerID from (arm,sector_in_arm,yrow,zrow (offline used).
static int	TowerID (int softwareKey)
static int	SoftwareKey (int TowerId)
	Get (offline) softwareKey from TowerID.
static int	SoftwareKey (int arm, int sector_in_arm, int yrow, int zrow)
static bool	isPbScReference (int TowerId)
	Tells if an absolute tower id is a PbSc reference.
static bool	isPbGlReference (int TowerId)
	Tells if an absolute tower id is a PbGl reference.
static bool	isReference (int TowerId)
	Tells if an absolute tower id is a reference tower.
static bool	isReferenceFEM (int femAbsolutePosition)
	Tells if a fem holds reference signals.
static bool	isPbSc (int TowerId)
	Tells if an absolute tower id is PbSc.
static bool	isPbScFEM (int absFEM)
	Tells if an absolute FEM id is PbSc.
static bool	isPbGl (int TowerId)
	Tells if an absolute tower id is PbGl.
static bool	isPbGlFEM (int absFEM)
	Tells if an absolute FEM id is PbGl.
static void	iSiSTiSMiSMT (const int iS, const int iST, int &iSM, int &iSMT)
	SectorNumber, SectorTower -> SM144 NUmber (Sector scope), SM144 Tower.
static int	iSiSM144_PXSM144 (int iS, int iSM144)
	Sector, SM144 Number(Sector Scope) -> PHENIX SM144 (0-171).
static int	iSMTiCH (const int iSMT)
	i(SM144 Tower) -> FEM Channel Converts Tower Number (scope of SM144) into FEM Channel number.
static int	iSiSMiSMTiPX (int iS, int iSM, int iSMT)
static int	iSMTiCH (const int iSMT, const bool fl)
	i(SM Tower), ASIC Readout Flag -> FEM Channel.
static void	iSM144TxySM144T (const int iSMT, int &xsmt, int &ysmt)
	i(SM144 Tower) -> x(SM144 Tower), y(SM144 Tower)
static int	iSiSMiSMTiST (int iS, int iSM, int SMT)
static void	PXSM144_iSiSM144 (int PXSM144, int &iS, int &iSM144)
	PHENIX SM144 (0-171) -> Sector, SM NUmber(Sector SM).
static void	PXPXSM144CH (int PX, int &PXSM144, int &CH)
	From TowerId (PHENIX scope) to FEM number (PHENIX scope) and FEM channel number.
static int	PXSM144iCH_iPX (const int SM144, const int CH)
	SM144 (EMC Scope), FEM Channel -> PHENIX EMC Tower.
static int	iCHiSMT (int ch)
	FEM Channel -> i(SM144 Tower).
static int	iCHiSMT (const int, bool ASIC24)
	FEM Channel -> i(SM144 Tower).
static int	MaxNumberOfFEMs (void)
	Max. number of FEMs in EMCAL.
static int	FirstReferenceFEMAbsolutePosition (void)
	The absolute id of the first reference FEM.
static int	EmcSectorNumber (const char *sectorName)
	Sector identifier -> Sector Number.
static const char *	EmcSectorId (int sectorNumber)
	Sector number -> Sector Identifier.
static int	sectorOfflineToOnline (int arm, int offline_sector)
	Arm,Sector (offline convention) -> sectorNumber (online).
static void	sectorOnlineToOffline (int sectorOnline, int &arm, int &offline_sector)
	sectorNumber(online) -> Arm,Sector (offline convention);
(Static) methods again, but probably for experts only.
static int	absFEMCHiPX (const int absFEMCH)
	"Absolute" Channel number to TowerNumber (PHENIX scope).
static int	iPXabsFEMCH (const int iPX)
	TowerNumber (PHENIX scope) to "Absolute" Channel number.
static void	iCH192ASICi32 (const int iCH192, int &ASIC, int &iCH32)
	Conversion from absolute FEM Channel number (0-191) into ASIC number and ASIC Channel number (0-31).
static void	iSM144TtoHWIndexes (int iSMT, bool ASIC24, int &QB, int &Cell, int &ASIC, int &Preamp, int &Input, int &FEMChannel)
	i(SM144 Tower), ASIC24 -> Q-base, Cell, ASIC, Preamp, Input, FEM Channel.
static void	findItemIdentity (const int ItemId, const bool ASIC24, const bool EMCalMapStyle, int &iS, int &iSM, int &iSMT, int &iFEM, int &iCH192, int &ASIC, int &ASICCh)
	Converts FEM Channel number or EMC Tower number into all other possible indices.
Static Private Attributes
static std::vector< std::string >	fEmcSectorIdent

EmcIndexer Class Reference [EmCal Numbering]

Detailed Description

Public Member Functions

Static Public Member Functions

Static Private Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

EmcIndexer Class Reference
[EmCal Numbering]