Detector Class Reference

#include <Detector.hh>

Collaboration diagram for Detector:

[legend]List of all members.

Public Member Functions
	Detector ()
	~Detector ()
std::ostream &	operator<< (std::ostream &out) const
bool	addChamber (Chamber *aChamber)
ChamberMap_t	getChambers (void) const
Chamber &	getChamberById (const i32 id) const
i64	getNumberOfChambers (void) const
Dif &	getDifById (const i32 _id) const
unsigned int	getNumberOfGaziplex96 () const
int	build (const SteerDesc &sd)
void	setDescription (std::string aDesc)
std::string	getDescription (void) const
void	setName (std::string aName)
std::string	getName (void) const
ui16	getMonitoringId (void) const
Private Attributes
std::string	name
std::string	description
ChamberMap_t	chambers
ui16	monDev
Friends
std::ostream &	operator<< (std::ostream &out, const Detector &x)

---

Detailed Description

Class Detector //

Definition at line 23 of file Detector.hh.

---

Constructor & Destructor Documentation

Detector::Detector

(

)

Definition at line 42 of file Detector.cpp.

:monDev(0)
{
  //FILE_LOG(logDEBUG) << "-----Detector constructor" << endl;
}

Detector::~Detector

(

)

Definition at line 49 of file Detector.cpp.

{
  //FILE_LOG(logDEBUG)<< "----Detector destructor" << endl;
  for (ChamberMap_t::const_iterator it = chambers.begin(); it != chambers.end(); ++it) {
    delete (it->second);
  }

}

---

Member Function Documentation

std::ostream & Detector::operator<<

(

std::ostream &

out

)

const

Definition at line 59 of file Detector.cpp.

                                                        {
    out << description << endl ;
  for (ChamberMap_t::const_iterator it = chambers.begin(); it != chambers.end(); ++it) {
    out << *(it->second);
  }
  return(out);
}

bool Detector::addChamber

(

Chamber *

aChamber

)

Definition at line 68 of file Detector.cpp.

Referenced by build().

{
  if (!aChamber)
    return false;

  chambers.insert(make_pair(aChamber->getId(), aChamber));
  return true;
}

ChamberMap_t Detector::getChambers

(

void

)

const [inline]

Definition at line 34 of file Detector.hh.

Referenced by MicrorocXDaqReader::getAcqData(), MicrorocLabviewReader::getAcqData(), Hardroc2XdaqReader::getAcqData(), Hardroc2LabviewReader::getAcqData(), Hardroc1Reader::getAcqData(), getDifById(), TestMicrorocParser::getNextEvent(), DiracLabview::getNextEvent(), Centaure::getNextEvent(), CalibMicrorocParser::getNextEvent(), CalibHR2Parser::getNextEvent(), CalibHR1Parser::getNextEvent(), Event::initChannelHitVector(), main(), MicrorocReader::newHit(), Hardroc2Reader::newHit(), Hardroc1Reader::newHit(), DiracReader::newHit(), CalibMicrorocParser::newHit(), CalibHR2Parser::newHit(), CalibHR1Parser::newHit(), MTEvent::operator=(), and MTDetector::operator=().

{ return chambers; };

Chamber & Detector::getChamberById

(

const i32

id

)

const

Definition at line 78 of file Detector.cpp.

Referenced by BeamProfile::DrawChip2D(), BeamProfile::FillHitPerChannel(), BeamProfile::FillHitPerChipDist(), BeamProfile::FillXyDist(), and main().

{
  ChamberMap_t::const_iterator result =  chambers.find(_id);
  if (result != chambers.end())
  {
    return *(result->second);
  }
  throw MicroException("No Chamber correspond for this detector and this id.");
}

i64 Detector::getNumberOfChambers

(

void

)

const [inline]

Definition at line 36 of file Detector.hh.

Referenced by main().

{ return chambers.size() ; };

Dif & Detector::getDifById

(

const i32

_id

)

const

Definition at line 89 of file Detector.cpp.

Referenced by BeamProfile::DrawChannel2D(), MicrorocXDaqReader::getAcqData(), MicrorocLabviewReader::getAnalogData(), DiracReader::getConfigData(), DiracLabview::getNextEvent(), MicrorocLabviewReader::getScData(), Hardroc2LabviewReader::getScData(), Hardroc1Reader::getScData(), DifSynchroReader::getScData(), main(), MicrorocSCReader::parseSC(), MicrorocSCReader::parseSCFromDb(), and DiracReader::storeDifInfo().

{
  const ChamberMap_t &chambers = getChambers();
  for (ChamberMap_t::const_iterator it = chambers.begin(); it != chambers.end(); ++it) {
    Chamber& chamber = *(it->second);
    DifMap_t difs = chamber.getDifs();
    DifMap_t::iterator difIt = difs.find(_id);
    if (difIt != difs.end())
      return(*difIt->second);
  }
  throw MicroException("No Dif correspond for this detector and this id.");
}

unsigned int Detector::getNumberOfGaziplex96

(

)

const

Definition at line 103 of file Detector.cpp.

Referenced by Centaure::getNextEvent().

{
  unsigned int result = 0;

  ChamberMap_t::const_iterator iter = chambers.begin();

  for ( iter = chambers.begin(); iter != chambers.end() ; iter++ )
  {
//cout << "chamber[" << iter->second->getId() << "]nbGassiplex[" <<  iter->second->getNumberOfBoards() << "]" << endl;
    // only count GassiplexBoards
    /*
      if ( iter->second->getType().compare(GASSIPLEXCHAMBER4)==0
                || iter->second->getType().compare(GASSIPLEXCHAMBER1)==0
                || iter->second->getType().compare(GASSIPLEXSTRIPCHAMBER1)==0)
    */
    if ( iter->second->getType().find("GASSIPLEX") != string::npos )
      {
          result = result + iter->second->getNumberOfBoards();
      }
  }
  return result;
}

int Detector::build

(

const SteerDesc &

sd

)

Definition at line 127 of file Detector.cpp.

Referenced by main().

                                       {


  int nbChamber = 0;

  monDev = sd.monitoringDif; 

  for (int index = 0 ; index < sd.chambers.size(); index++)
  {
    int brow = 0;
    const chamber_info_t& chamberInfo = sd.chambers[index];


    // default unit is micrometer 
    ui32  unit = 1;                               
    if ( chamberInfo.unit.compare("m")==0 )       { unit = 1000000 ;}  // 1 m =  1 000 000  um 
    else if ( chamberInfo.unit.compare("dm")==0 ) { unit = 100000 ;}   // 1 dm = 100 000 um 
    else if ( chamberInfo.unit.compare("cm")==0 ) { unit = 10000 ;}    // 1 cm = 10 000 um 
    else if ( chamberInfo.unit.compare("mm")==0 ) { unit = 1000 ;}     // 1 mm = 1000 um 
    else if ( chamberInfo.unit.compare("um")==0 ) { unit = 1 ;}   
  
    float xPos = chamberInfo.xPos * unit;
    float yPos = chamberInfo.yPos * unit;
    float zPos = chamberInfo.zPos * unit;
    bool xRotation = chamberInfo.xRotation;
    bool yRotation = chamberInfo.yRotation;
    i16 zRotation = chamberInfo.zRotation;
    bool stripHorizontal = chamberInfo.stripHorizontal;

    //Get dif for this chamber
    std::vector<DifInfo_t>difs;  // Steer desc infos:  Chamber Id and  Id
    std::vector<BoardInfo_t>boards;  // Steer desc infos:  Chamber Id dif Id and id
    std::vector<ChipInfo_t>chips;  // Steer desc infos:  Chamber Id dif Id Board Id and id

    // fill Dif, Boards and chip for current chamber
    sd.fillDifByChamberId(difs,chamberInfo.id);
    sd.fillBoardByChamberId(boards,chamberInfo.id);
    sd.fillChipByChamberId(chips,chamberInfo.id);

    FILE_LOG(logDEBUG1)<< "Detector.build : chamber " << chamberInfo.id << " ,chamberInfo.xPos: " << xPos
                      << "um ,chamberInfo.yPos: " << yPos
                      << "um ,chamberInfo.zPos: " << zPos 
                      << "um ,chamberInfo.stripHorizontal: " << chamberInfo.stripHorizontal << endl;
    if ( !chamberInfo.type.compare(GASSIPLEXCHAMBER1))
    {
      GassiplexChamber1 *chamber = new GassiplexChamber1(xPos, yPos, zPos,  xRotation, yRotation, zRotation, 1, 1, chamberInfo.id);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }

    else if ( !chamberInfo.type.compare(GASSIPLEXCHAMBER4))
    {
      GassiplexChamber4 *chamber = new GassiplexChamber4(xPos, yPos, zPos,   xRotation,yRotation, zRotation,2, 2, chamberInfo.id);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }

    }

    else if ( !chamberInfo.type.compare(GASSIPLEXSTRIPCHAMBER1))
    {
      GassiplexStripChamber1 *chamber = new GassiplexStripChamber1(xPos, yPos, zPos,   xRotation,yRotation, zRotation,1, 1, chamberInfo.id,chamberInfo.stripHorizontal);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }

    }


    else if ( !chamberInfo.type.compare(HARDROC1CHAMBER))
    /*
    ASU Test Beam 2009 et calibration: 1 Chambre (Hardroc1Chamber) composee de 1 PCB ( Hardroc1Board)
    composee de 4 Chip HR1 (Hardroc1Chip ) composee de 64 Channel ( Hardroc1Channel )
    */
    {
      Hardroc1Chamber *chamber = new Hardroc1Chamber(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }

    /*
    * ASU "Calibration 2009" : 1 Chambre ( Hardroc2Chamber1 ) composee de 1 PCB ( Hardroc2Board24 )
    * composee de 24 Chip HR2 ( * Hardroc2Chip ) composee  de 64 Channel ( Hardroc2Channel )
    */
    else if (  !chamberInfo.type.compare(HARDROC2CHAMBER1))
    {
      Hardroc2Chamber1 *chamber =  new Hardroc2Chamber1(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }
    /*
    * ASU  : 1 Chambre ( Hardroc2Chamber2 ) composee de 2 PCB ( Hardroc2Board24 )
    * composee de 24 Chip HR2 ( * Hardroc2Chip ) composee  de 64 Channel ( Hardroc2Channel )
    */

    /*
    * ASU  : 1 Chambre ( Hardroc2Chamber6 ) composee de 6 PCB ( Hardroc2Board24 )
    * composee de 24 Chip HR2 ( * Hardroc2Chip ) composee  de 64 Channel ( Hardroc2Channel )
    */
    else if (  !chamberInfo.type.compare(HARDROC2CHAMBER2))
    {
      Hardroc2Chamber2 *chamber = new Hardroc2Chamber2(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }

    /*
    * 1 Chambre ( Hardroc2Chamber6 ) composee de 6 PCB ( Hardroc2Board24 )
    * composee de 24 Chip HR2 ( * Hardroc2Chip ) composee  de 64 Channel ( Hardroc2Channel )
    */
    else if (  !chamberInfo.type.compare(HARDROC2CHAMBER6))
    {
      Hardroc2Chamber6 *chamber = new Hardroc2Chamber6(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }

    /*
    * ASU "IPNL " : 1 Chambre ( Hardroc2Chamber1 ) composee de 1 PCB ( Hardroc2Board24 )
    * composee de 24 Chip HR2 IPNL ( * Hardroc2IPNLChip ) composee  de 64 Channel ( Hardroc2Channel )
    */
    else if (  !chamberInfo.type.compare(HARDROC2IPNLCHAMBER6))
    {
      Hardroc2IPNLChamber6 *chamber = new Hardroc2IPNLChamber6(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }

        /*
    // Mettre Carre HR@ pour test beam june 2010
    * composee de 5 ASU de 24 Chip HR2 ( * Hardroc2Chip ) composee  de 64 Channel ( Hardroc2Channel )
    */
    else if (  !chamberInfo.type.compare(METRECARRECHAMBER))
    {
      MetreCarreChamber *chamber = new MetreCarreChamber(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }


     /*
    // Calibration  MICROROC@ pour test beam  2011
    * composee de 1 ASU de 24 Chip Microroc ( * MicrorocChip ) composee  de 64 Channel ( MicrorocChannel )
    */
    else if (  !chamberInfo.type.compare(MICROROCCHAMBER1))
    {
      MicrorocChamber1 *chamber = new MicrorocChamber1(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }
     /*
    // Mettre Carre MICROROC@ pour test beam  2011
    * composee de 6 ASU de 24 Chip Microroc ( * MicrorocChip ) composee  de 64 Channel ( MicrorocChannel )
    */
    else if (  !chamberInfo.type.compare(MICROROCCHAMBER6))
    {
      MicrorocChamber6 *chamber = new MicrorocChamber6(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }

     /*
    // Carte de test MICROROC
    * composee de 1 ASU de 14 Chip Microroc ( * MicrorocChip ) composee  de 64 Channel ( MicrorocChannel )
    */
    else if (  !chamberInfo.type.compare(MICROROCTESTCHAMBER))
    {
      MicrorocTestChamber *chamber = new MicrorocTestChamber(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    }
   else if ( !chamberInfo.type.compare(DIRACCHAMBER1))
    {
      DiracChamber1 *chamber = new DiracChamber1(xPos, yPos, zPos,    xRotation,yRotation, zRotation, chamberInfo.id,difs,boards,chips);
      if ( chamber->isValid()) {
        addChamber(chamber);
        nbChamber++;
      }
    } // endif DIRAC1
  }

  //FILE_LOG(logDEBUG) << *this;
  return nbChamber;
} // Detector.build

void Detector::setDescription

(

std::string

aDesc

)

[inline]

Definition at line 42 of file Detector.hh.

Referenced by SteerDesc::setRun().

{ description = aDesc; };

std::string Detector::getDescription

(

void

)

const [inline]

Definition at line 43 of file Detector.hh.

Referenced by MTDetector::operator=().

{ return description; };

void Detector::setName

(

std::string

aName

)

[inline]

Definition at line 45 of file Detector.hh.

Referenced by SteerDesc::setRun().

{ name = aName; };

std::string Detector::getName

(

void

)

const [inline]

Definition at line 46 of file Detector.hh.

Referenced by MTDetector::operator=().

{ return name; };

ui16 Detector::getMonitoringId

(

void

)

const [inline]

Definition at line 50 of file Detector.hh.

Referenced by MicrorocXDaqReader::getAcqData(), and MicrorocReader::newHit().

{ return monDev; } ;

---

Friends And Related Function Documentation

std::ostream& operator<<	(	std::ostream &	out,
		const Detector &	x
	)			[friend]

Definition at line 37 of file Detector.cpp.

                                                             {
  return(x.operator <<(out));
}

---

Member Data Documentation

std::string Detector::name [private]

Definition at line 50 of file Detector.hh.

Referenced by getName(), and setName().

std::string Detector::description [private]

Definition at line 56 of file Detector.hh.

Referenced by getDescription(), operator<<(), and setDescription().

ChamberMap_t Detector::chambers [private]

Definition at line 58 of file Detector.hh.

Referenced by addChamber(), getChamberById(), getChambers(), getDifById(), getNumberOfChambers(), getNumberOfGaziplex96(), operator<<(), and ~Detector().

ui16 Detector::monDev [private]

Definition at line 59 of file Detector.hh.

Referenced by build().

---

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

• /data3/calcul/jacquem/working_dir/Micromegas/micromegasFrameWork/include/geometry/Detector.hh
• /data3/calcul/jacquem/working_dir/Micromegas/micromegasFrameWork/src/geometry/Detector.cpp

---