L1MuBMSectorProcessor Class Reference

#include <L1MuBMSectorProcessor.h>

Public Member Functions
const L1MuBMAssignmentUnit *	AU (int id) const
	return pointer to Assignment Unit, index [0,1] More...
bool	brl () const
	is it a barrel-only Sector Processor? More...
const L1MuBMDataBuffer *	data () const
	return pointer to Data Buffer More...
L1MuBMDataBuffer *	data ()
const L1MuBMExtrapolationUnit *	EU () const
	return pointer to Extrapolation Unit More...
const L1MuBMSecProcId &	id () const
	return Sector Processor identifier More...
	L1MuBMSectorProcessor (const L1MuBMTrackFinder &, const L1MuBMSecProcId &, edm::ConsumesCollector &&)
	constructor More...
const L1MuBMSectorProcessor *	neighbour () const
	return pointer to the next wheel neighbour More...
bool	ovl () const
	is it an overlap region Sector Processor? More...
void	print () const
	print muon candidates found by the Sector Processor More...
virtual void	reset ()
	reset the Sector Processor More...
virtual void	run (int bx, const edm::Event &e, const edm::EventSetup &c)
	run the Sector Processor More...
const L1MuBMTrackAssembler *	TA () const
	return pointer to Track Assembler More...
const L1MuBMTrackFinder &	tf () const
	return reference to barrel MTTF More...
L1MuBMTrack *	track (int id) const
	return pointer to muon candidate, index [0,1] More...
L1MuBMTrack *	tracK (int id) const
	return pointer to muon candidate, index [0,1] More...
virtual	~L1MuBMSectorProcessor ()
	destructor More...

Private Member Functions
bool	anyTrack () const
	are there any non-empty muon candidates? More...

Private Attributes
std::vector< L1MuBMAssignmentUnit * >	m_AUs
L1MuBMDataBuffer *	m_DataBuffer
L1MuBMExtrapolationUnit *	m_EU
L1MuBMSectorReceiver *	m_SectorReceiver
L1MuBMSecProcId	m_spid
L1MuBMTrackAssembler *	m_TA
const L1MuBMTrackFinder &	m_tf
std::vector< L1MuBMTrack * >	m_TrackCands
std::vector< L1MuBMTrack * >	m_TracKCands

Detailed Description

Sector Processor:

A Sector Processor consists of:

• one Data Buffer,
• one Extrapolation Unit (EU),
• one Track Assembler (TA) and
• two Assignment Units (AU)

N. Neumeister CERN EP J. Troconiz UAM Madrid

Definition at line 54 of file L1MuBMSectorProcessor.h.

Constructor & Destructor Documentation

L1MuBMSectorProcessor::L1MuBMSectorProcessor	(	const L1MuBMTrackFinder &	tf,
		const L1MuBMSecProcId &	id,
		edm::ConsumesCollector &&	iC
	)

constructor

Definition at line 54 of file L1MuBMSectorProcessor.cc.

References m_AUs, m_spid, m_TrackCands, and m_TracKCands.

    :

      m_tf(tf),
      m_spid(id),
      m_SectorReceiver(new L1MuBMSectorReceiver(*this, std::move(iC))),
      m_DataBuffer(new L1MuBMDataBuffer(*this)),
      m_EU(new L1MuBMExtrapolationUnit(*this)),
      m_TA(new L1MuBMTrackAssembler(*this)),
      m_AUs(),
      m_TrackCands(),
      m_TracKCands() {
  // 2 assignment units
  m_AUs.reserve(2);
  m_AUs.push_back(new L1MuBMAssignmentUnit(*this, 0));
  m_AUs.push_back(new L1MuBMAssignmentUnit(*this, 1));

  // now the 2 track candidates
  m_TrackCands.reserve(2);
  m_TrackCands.push_back(new L1MuBMTrack(m_spid));
  m_TrackCands.push_back(new L1MuBMTrack(m_spid));

  m_TracKCands.reserve(2);
  m_TracKCands.push_back(new L1MuBMTrack(m_spid));
  m_TracKCands.push_back(new L1MuBMTrack(m_spid));
}

L1MuBMSectorProcessor::~L1MuBMSectorProcessor ( )

virtual

destructor

Definition at line 87 of file L1MuBMSectorProcessor.cc.

References m_AUs, m_DataBuffer, m_EU, m_SectorReceiver, m_TA, m_TrackCands, and m_TracKCands.

                                              {
  delete m_SectorReceiver;
  delete m_DataBuffer;
  delete m_EU;
  delete m_TA;
  delete m_AUs[0];
  delete m_AUs[1];
  delete m_TrackCands[0];
  delete m_TrackCands[1];
  delete m_TracKCands[0];
  delete m_TracKCands[1];
}

Member Function Documentation

bool L1MuBMSectorProcessor::anyTrack ( ) const

private

are there any non-empty muon candidates?

Definition at line 295 of file L1MuBMSectorProcessor.cc.

References relativeConstraints::empty, and m_TrackCands.

Referenced by print(), and tracK().

                                           {
  if (m_TrackCands[0] && !m_TrackCands[0]->empty())
    return true;
  if (m_TrackCands[1] && !m_TrackCands[1]->empty())
    return true;

  return false;
}

const L1MuBMAssignmentUnit* L1MuBMSectorProcessor::AU ( int  id ) const

inline

return pointer to Assignment Unit, index [0,1]

Definition at line 97 of file L1MuBMSectorProcessor.h.

References id(), and m_AUs.

{ return m_AUs[id]; }

bool L1MuBMSectorProcessor::brl ( ) const

inline

is it a barrel-only Sector Processor?

Definition at line 81 of file L1MuBMSectorProcessor.h.

References m_spid, and L1MuBMSecProcId::ovl().

{ return !m_spid.ovl(); }

const L1MuBMDataBuffer* L1MuBMSectorProcessor::data ( ) const

inline

return pointer to Data Buffer

Definition at line 87 of file L1MuBMSectorProcessor.h.

References m_DataBuffer.

Referenced by L1MuBMSectorReceiver::receiveBBMXData(), L1MuBMSEU::run(), L1MuBMExtrapolationUnit::run(), and L1MuBMAssignmentUnit::TSR().

{ return m_DataBuffer; }

L1MuBMDataBuffer* L1MuBMSectorProcessor::data ( )

inline

Definition at line 88 of file L1MuBMSectorProcessor.h.

References m_DataBuffer.

{ return m_DataBuffer; }

const L1MuBMExtrapolationUnit* L1MuBMSectorProcessor::EU ( ) const

inline

return pointer to Extrapolation Unit

Definition at line 91 of file L1MuBMSectorProcessor.h.

References m_EU.

Referenced by L1MuBMTrackAssembler::run().

{ return m_EU; }

const L1MuBMSecProcId& L1MuBMSectorProcessor::id ( void  ) const

inline

return Sector Processor identifier

Definition at line 75 of file L1MuBMSectorProcessor.h.

References m_spid.

Referenced by L1MuBMSectorReceiver::address2sector(), L1MuBMSectorReceiver::address2wheel(), AU(), neighbour(), L1MuBMAssignmentUnit::PhiAU(), L1MuBMExtrapolationUnit::print(), L1MuBMSectorReceiver::receiveBBMXData(), L1MuBMEUX::run(), L1MuBMExtrapolationUnit::run(), track(), and tracK().

{ return m_spid; }

const L1MuBMSectorProcessor * L1MuBMSectorProcessor::neighbour

(

)

const

return pointer to the next wheel neighbour

Definition at line 275 of file L1MuBMSectorProcessor.cc.

References funct::abs(), id(), m_spid, m_tf, L1MuBMSecProcId::sector(), L1MuBMTrackFinder::sp(), L1MuBMSecProcId::wheel(), and makeMuonMisalignmentScenario::wheel.

                                                                    {
  int sector = m_spid.sector();
  int wheel = m_spid.wheel();

  // the neighbour is in the same wedge with the following definition:
  // current SP  -3  -2  -1  +1  +2  +3
  // neighbour   -2  -1  +1   0  +1  +2

  if (wheel == 1)
    return nullptr;
  wheel = (wheel == -1) ? 1 : (wheel / abs(wheel)) * (abs(wheel) - 1);

  const L1MuBMSecProcId id(wheel, sector);

  return m_tf.sp(id);
}

bool L1MuBMSectorProcessor::ovl ( ) const

inline

is it an overlap region Sector Processor?

Definition at line 84 of file L1MuBMSectorProcessor.h.

References m_spid, and L1MuBMSecProcId::ovl().

{ return m_spid.ovl(); }

void L1MuBMSectorProcessor::print

(

void

)

const

print muon candidates found by the Sector Processor

Definition at line 260 of file L1MuBMSectorProcessor.cc.

References anyTrack(), gather_cfg::cout, m_spid, and m_TrackCands.

                                        {
  if (anyTrack()) {
    cout << "Muon candidates found in " << m_spid << " : " << endl;
    vector<L1MuBMTrack*>::const_iterator iter = m_TrackCands.begin();
    while (iter != m_TrackCands.end()) {
      if (*iter)
        (*iter)->print();
      iter++;
    }
  }
}

void L1MuBMSectorProcessor::reset ( void  )

virtual

reset the Sector Processor

Definition at line 234 of file L1MuBMSectorProcessor.cc.

References m_AUs, m_DataBuffer, m_EU, m_SectorReceiver, m_TA, m_TrackCands, m_TracKCands, L1MuBMDataBuffer::reset(), L1MuBMTrackAssembler::reset(), L1MuBMSectorReceiver::reset(), and L1MuBMExtrapolationUnit::reset().

Referenced by run().

                                  {
  if (m_SectorReceiver)
    m_SectorReceiver->reset();
  if (m_DataBuffer)
    m_DataBuffer->reset();
  if (m_EU)
    m_EU->reset();
  if (m_TA)
    m_TA->reset();
  if (m_AUs[0])
    m_AUs[0]->reset();
  if (m_AUs[1])
    m_AUs[1]->reset();
  if (m_TrackCands[0])
    m_TrackCands[0]->reset();
  if (m_TrackCands[1])
    m_TrackCands[1]->reset();
  if (m_TracKCands[0])
    m_TracKCands[0]->reset();
  if (m_TracKCands[1])
    m_TracKCands[1]->reset();
}

void L1MuBMSectorProcessor::run ( int  bx, const edm::Event &  e, const edm::EventSetup &  c  )

virtual

run the Sector Processor

Definition at line 107 of file L1MuBMSectorProcessor.cc.

References gather_cfg::cout, L1MuBMTFConfig::Debug(), relativeConstraints::empty, L1MuBMTrackAssembler::isEmpty(), m_AUs, m_DataBuffer, m_EU, m_SectorReceiver, m_spid, m_TA, m_TrackCands, m_TracKCands, L1MuBMExtrapolationUnit::numberOfExt(), L1MuBMDataBuffer::numberTSphi(), L1MuBMTrackAssembler::print(), L1MuBMExtrapolationUnit::print(), L1MuBMDataBuffer::printTSphi(), reset(), L1MuBMTrackAssembler::run(), L1MuBMSectorReceiver::run(), L1MuBMExtrapolationUnit::run(), and L1MuBMSecProcId::wheel().

                                                                                 {
  // receive data and store them into the data buffer
  if (m_SectorReceiver)
    m_SectorReceiver->run(bx, e, c);

  // check content of data buffer
  if (m_DataBuffer) {
    if (L1MuBMTFConfig::Debug(4) && m_DataBuffer->numberTSphi() > 0) {
      cout << "Phi track segments received by " << m_spid << " : " << endl;
      m_DataBuffer->printTSphi();
    }
  }

  // perform all extrapolations
  int n_ext = 0;  // number of successful extrapolations
  if (m_EU && m_DataBuffer && m_DataBuffer->numberTSphi() > 1) {
    m_EU->run(c);
    n_ext = m_EU->numberOfExt();
    if (L1MuBMTFConfig::Debug(3) && n_ext > 0) {
      //    if ( print_flag && n_ext > 0  ) {
      cout << "Number of successful extrapolations : " << n_ext << endl;
      m_EU->print();
    }
  }

  // hardware debug (output from Extrapolator and Quality Sorter)
  // m_EU->print(1);

  // perform track assembling
  if (m_TA && n_ext > 0) {
    m_TA->run();
    if (L1MuBMTFConfig::Debug(3))
      m_TA->print();
  }

  // assign pt, eta, phi and quality
  if (m_AUs[0] && !m_TA->isEmpty(0))
    m_AUs[0]->run(c);
  if (m_AUs[1] && !m_TA->isEmpty(1))
    m_AUs[1]->run(c);

  if (m_spid.wheel() == -1) {
    if (m_TrackCands[0] && !m_TrackCands[0]->empty() && m_TrackCands[0]->address(2) > 3 &&
        m_TrackCands[0]->address(2) < 6)
      m_TrackCands[0]->reset();
    if (m_TrackCands[0] && !m_TrackCands[0]->empty() && m_TrackCands[0]->address(3) > 3 &&
        m_TrackCands[0]->address(3) < 6)
      m_TrackCands[0]->reset();
    if (m_TrackCands[0] && !m_TrackCands[0]->empty() && m_TrackCands[0]->address(4) > 3 &&
        m_TrackCands[0]->address(4) < 6)
      m_TrackCands[0]->reset();

    if (m_TracKCands[0] && !m_TracKCands[0]->empty() && m_TracKCands[0]->address(2) > 3 &&
        m_TracKCands[0]->address(2) < 6)
      m_TracKCands[0]->reset();
    if (m_TracKCands[0] && !m_TracKCands[0]->empty() && m_TracKCands[0]->address(3) > 3 &&
        m_TracKCands[0]->address(3) < 6)
      m_TracKCands[0]->reset();
    if (m_TracKCands[0] && !m_TracKCands[0]->empty() && m_TracKCands[0]->address(4) > 3 &&
        m_TracKCands[0]->address(4) < 6)
      m_TracKCands[0]->reset();

    if (m_TrackCands[1] && !m_TrackCands[1]->empty() && m_TrackCands[1]->address(2) > 3 &&
        m_TrackCands[1]->address(2) < 6)
      m_TrackCands[1]->reset();
    if (m_TrackCands[1] && !m_TrackCands[1]->empty() && m_TrackCands[1]->address(3) > 3 &&
        m_TrackCands[1]->address(3) < 6)
      m_TrackCands[1]->reset();
    if (m_TrackCands[1] && !m_TrackCands[1]->empty() && m_TrackCands[1]->address(4) > 3 &&
        m_TrackCands[1]->address(4) < 6)
      m_TrackCands[1]->reset();

    if (m_TracKCands[1] && !m_TracKCands[1]->empty() && m_TracKCands[1]->address(2) > 3 &&
        m_TracKCands[1]->address(2) < 6)
      m_TracKCands[1]->reset();
    if (m_TracKCands[1] && !m_TracKCands[1]->empty() && m_TracKCands[1]->address(3) > 3 &&
        m_TracKCands[1]->address(3) < 6)
      m_TracKCands[1]->reset();
    if (m_TracKCands[1] && !m_TracKCands[1]->empty() && m_TracKCands[1]->address(4) > 3 &&
        m_TracKCands[1]->address(4) < 6)
      m_TracKCands[1]->reset();

    if (m_TrackCands[0] && !m_TrackCands[0]->empty() && m_TrackCands[0]->address(2) > 7 &&
        m_TrackCands[0]->address(2) < 10)
      m_TrackCands[0]->reset();
    if (m_TrackCands[0] && !m_TrackCands[0]->empty() && m_TrackCands[0]->address(3) > 7 &&
        m_TrackCands[0]->address(3) < 10)
      m_TrackCands[0]->reset();
    if (m_TrackCands[0] && !m_TrackCands[0]->empty() && m_TrackCands[0]->address(4) > 7 &&
        m_TrackCands[0]->address(4) < 10)
      m_TrackCands[0]->reset();

    if (m_TracKCands[0] && !m_TracKCands[0]->empty() && m_TracKCands[0]->address(2) > 7 &&
        m_TracKCands[0]->address(2) < 10)
      m_TracKCands[0]->reset();
    if (m_TracKCands[0] && !m_TracKCands[0]->empty() && m_TracKCands[0]->address(3) > 7 &&
        m_TracKCands[0]->address(3) < 10)
      m_TracKCands[0]->reset();
    if (m_TracKCands[0] && !m_TracKCands[0]->empty() && m_TracKCands[0]->address(4) > 7 &&
        m_TracKCands[0]->address(4) < 10)
      m_TracKCands[0]->reset();

    if (m_TrackCands[1] && !m_TrackCands[1]->empty() && m_TrackCands[1]->address(2) > 7 &&
        m_TrackCands[1]->address(2) < 10)
      m_TrackCands[1]->reset();
    if (m_TrackCands[1] && !m_TrackCands[1]->empty() && m_TrackCands[1]->address(3) > 7 &&
        m_TrackCands[1]->address(3) < 10)
      m_TrackCands[1]->reset();
    if (m_TrackCands[1] && !m_TrackCands[1]->empty() && m_TrackCands[1]->address(4) > 7 &&
        m_TrackCands[1]->address(4) < 10)
      m_TrackCands[1]->reset();

    if (m_TracKCands[1] && !m_TracKCands[1]->empty() && m_TracKCands[1]->address(2) > 7 &&
        m_TracKCands[1]->address(2) < 10)
      m_TracKCands[1]->reset();
    if (m_TracKCands[1] && !m_TracKCands[1]->empty() && m_TracKCands[1]->address(3) > 7 &&
        m_TracKCands[1]->address(3) < 10)
      m_TracKCands[1]->reset();
    if (m_TracKCands[1] && !m_TracKCands[1]->empty() && m_TracKCands[1]->address(4) > 7 &&
        m_TracKCands[1]->address(4) < 10)
      m_TracKCands[1]->reset();
  }
}

const L1MuBMTrackAssembler* L1MuBMSectorProcessor::TA ( ) const

inline

return pointer to Track Assembler

Definition at line 94 of file L1MuBMSectorProcessor.h.

References m_TA.

Referenced by L1MuBMAssignmentUnit::getPtMethod(), L1MuBMAssignmentUnit::QuaAU(), L1MuBMAssignmentUnit::Quality(), and L1MuBMAssignmentUnit::run().

{ return m_TA; }

const L1MuBMTrackFinder& L1MuBMSectorProcessor::tf ( ) const

inline

return reference to barrel MTTF

Definition at line 78 of file L1MuBMSectorProcessor.h.

References m_tf.

{ return m_tf; }

L1MuBMTrack* L1MuBMSectorProcessor::track ( int  id ) const

inline

return pointer to muon candidate, index [0,1]

Definition at line 100 of file L1MuBMSectorProcessor.h.

References id(), and m_TrackCands.

Referenced by L1MuBMAssignmentUnit::PhiAU(), L1MuBMAssignmentUnit::PtAU(), L1MuBMAssignmentUnit::QuaAU(), L1MuBMEtaProcessor::receiveAddresses(), L1MuBMWedgeSorter::run(), and L1MuBMAssignmentUnit::run().

{ return m_TrackCands[id]; }

L1MuBMTrack* L1MuBMSectorProcessor::tracK ( int  id ) const

inline

return pointer to muon candidate, index [0,1]

Definition at line 103 of file L1MuBMSectorProcessor.h.

References anyTrack(), id(), and m_TracKCands.

Referenced by L1MuBMAssignmentUnit::PhiAU(), L1MuBMAssignmentUnit::PtAU(), L1MuBMAssignmentUnit::QuaAU(), L1MuBMEtaProcessor::receiveAddresses(), and L1MuBMAssignmentUnit::run().

{ return m_TracKCands[id]; }

Member Data Documentation

std::vector<L1MuBMAssignmentUnit*> L1MuBMSectorProcessor::m_AUs

private

Definition at line 117 of file L1MuBMSectorProcessor.h.

Referenced by AU(), L1MuBMSectorProcessor(), reset(), run(), and ~L1MuBMSectorProcessor().

L1MuBMDataBuffer* L1MuBMSectorProcessor::m_DataBuffer

private

Definition at line 114 of file L1MuBMSectorProcessor.h.

Referenced by data(), reset(), run(), and ~L1MuBMSectorProcessor().

L1MuBMExtrapolationUnit* L1MuBMSectorProcessor::m_EU

private

Definition at line 115 of file L1MuBMSectorProcessor.h.

Referenced by EU(), reset(), run(), and ~L1MuBMSectorProcessor().

L1MuBMSectorReceiver* L1MuBMSectorProcessor::m_SectorReceiver

private

Definition at line 113 of file L1MuBMSectorProcessor.h.

Referenced by reset(), run(), and ~L1MuBMSectorProcessor().

L1MuBMSecProcId L1MuBMSectorProcessor::m_spid

private

Definition at line 111 of file L1MuBMSectorProcessor.h.

Referenced by brl(), id(), L1MuBMSectorProcessor(), neighbour(), ovl(), print(), and run().

L1MuBMTrackAssembler* L1MuBMSectorProcessor::m_TA

private

Definition at line 116 of file L1MuBMSectorProcessor.h.

Referenced by reset(), run(), TA(), and ~L1MuBMSectorProcessor().

const L1MuBMTrackFinder& L1MuBMSectorProcessor::m_tf

private

Definition at line 110 of file L1MuBMSectorProcessor.h.

Referenced by neighbour(), and tf().

std::vector<L1MuBMTrack*> L1MuBMSectorProcessor::m_TrackCands

private

Definition at line 119 of file L1MuBMSectorProcessor.h.

Referenced by anyTrack(), L1MuBMSectorProcessor(), print(), reset(), run(), track(), and ~L1MuBMSectorProcessor().

std::vector<L1MuBMTrack*> L1MuBMSectorProcessor::m_TracKCands

private

Definition at line 120 of file L1MuBMSectorProcessor.h.

Referenced by L1MuBMSectorProcessor(), reset(), run(), tracK(), and ~L1MuBMSectorProcessor().