Inheritance diagram for cms::DDCMSDetElementCreator:

Classes
struct	Count

struct	Data

Public Member Functions
	DDCMSDetElementCreator (dd4hep::Detector &)

int	operator() (dd4hep::PlacedVolume volume, int level) override
	Callback to output PlacedVolume information of an single Placement. More...

int	process (dd4hep::PlacedVolume volume, int level, bool recursive) override
	Callback to output PlacedVolume information of an entire Placement. More...

	~DDCMSDetElementCreator () override

Private Types
using	Counters = std::map< dd4hep::DetElement, Count >

using	Detectors = std::map< std::string, dd4hep::DetElement >

using	LeafCount = std::map< std::pair< dd4hep::DetElement, int >, std::pair< int, int > >

using	VolumeStack = std::vector< Data >

Private Member Functions
dd4hep::DetElement	addSubdetector (const std::string &nam, dd4hep::PlacedVolume volume, bool valid)

dd4hep::DetElement	createElement (const char *debugTag, dd4hep::PlacedVolume volume, int id)

void	createTopLevelDetectors (dd4hep::PlacedVolume volume)

Private Attributes
std::map< dd4hep::PlacedVolume, std::pair< int, int > >	m_allPlacements

Counters	m_counters

dd4hep::DetElement	m_currentDetector

dd4hep::SensitiveDetector	m_currentSensitive

dd4hep::Detector &	m_description

LeafCount	m_leafCount

dd4hep::Atom	m_silicon

VolumeStack	m_stack

Detectors	m_subdetectors

dd4hep::DetElement	m_tracker

Detailed Description

Definition at line 19 of file DDCMSDetElementCreator.cc.

Member Typedef Documentation

using cms::DDCMSDetElementCreator::Counters = std::map<dd4hep::DetElement, Count>

private

Definition at line 65 of file DDCMSDetElementCreator.cc.

using cms::DDCMSDetElementCreator::Detectors = std::map<std::string, dd4hep::DetElement>

private

Definition at line 64 of file DDCMSDetElementCreator.cc.

using cms::DDCMSDetElementCreator::LeafCount = std::map<std::pair<dd4hep::DetElement, int>, std::pair<int, int> >

private

Definition at line 66 of file DDCMSDetElementCreator.cc.

using cms::DDCMSDetElementCreator::VolumeStack = std::vector<Data>

private

Definition at line 67 of file DDCMSDetElementCreator.cc.

Constructor & Destructor Documentation

DDCMSDetElementCreator::DDCMSDetElementCreator ( dd4hep::Detector & desc )

Definition at line 95 of file DDCMSDetElementCreator.cc.

References m_description, m_silicon, and m_stack.

Referenced by createObject().

   : m_description( desc )
 {
   dd4hep::DetectorHelper helper( m_description );
   m_silicon = helper.element( "SI" );
   if( !m_silicon.isValid()) {
     except( "DDCMSDetElementCreator",
         "++ Failed to extract SILICON from the element table." );
   }
   m_stack.reserve(32);
 }

DDCMSDetElementCreator::~DDCMSDetElementCreator ( )

override

Create ID Descriptors and readout configurations

Definition at line 107 of file DDCMSDetElementCreator.cc.

References bits, EnergyCorrector::c, DEBUG, cms::DDCMSDetElementCreator::Count::elements, f, callgraph::fields, MessageLogger_cfi::INFO, checklumidiff::l, m_allPlacements, m_counters, m_description, m_leafCount, AlCaHLTBitMon_ParallelJobs::p, lumiQueryAPI::q, sd, cms::DDCMSDetElementCreator::Count::sensitives, str, AlCaHLTBitMon_QueryRunRegistry::string, pileupDistInMC::total, simpleEdmComparison::totalCount, g4SimHits_cfi::Volume, and cms::DDCMSDetElementCreator::Count::volumes.

 {
   Count total;
   stringstream str, id_str;
 
   printout( INFO, "DDCMSDetElementCreator", "+++++++++++++++ Summary of sensitve elements  ++++++++++++++++++++++++" );
   for( const auto& c : m_counters ) {
     printout( INFO, "DDCMSDetElementCreator", "++ Summary: SD: %-24s %7d DetElements %7d sensitives out of %7d volumes",
           ( c.first.name() + string(":")).c_str(), c.second.elements, c.second.sensitives, c.second.volumes );
     total.elements   += c.second.elements;
     total.sensitives += c.second.sensitives;
     total.volumes    += c.second.volumes;
   }
   printout( INFO, "DDCMSDetElementCreator", "++ Summary:     %-24s %7d DetElements %7d sensitives out of %7d volumes",
         "Grand Total:", total.elements, total.sensitives, total.volumes );
   printout( INFO, "DDCMSDetElementCreator", "+++++++++++++++ Summary of geometry depth analysis  ++++++++++++++++++" );
   int totalCount = 0, totalDepth = 0;
   map<dd4hep::DetElement, vector<pair<int,int> > > fields;
   for( const auto& l : m_leafCount ) {
     dd4hep::DetElement de = l.first.first;
     printout( INFO,"DDCMSDetElementCreator", "++ Summary: SD: %-24s system:%04X Lvl:%3d Sensitives: %6d [Max: %6d].",
           ( de.name() + string(":")).c_str(), de.id(),
           l.first.second, l.second.second, l.second.first );
     fields[de].push_back( make_pair( l.first.second, l.second.first ));
     totalDepth += l.second.second;
     ++totalCount;
   }
   printout( INFO, "DDCMSDetElementCreator", "++ Summary:     %-24s  %d.","Total DetElements:", totalCount );
   printout( INFO, "DDCMSDetElementCreator", "+++++++++++++++ Readout structure generation  ++++++++++++++++++++++++" );
   str << endl;
   for( const auto& f : fields ) {
     string roName = f.first.name() + string("Hits");
     int num_bits = 8;
     id_str.str("");
     id_str << "system:" << num_bits;
     for( const auto& q : f.second )   {
       int bits = 0;
       if      ( q.second < 1<<0  ) bits = 1;
       else if ( q.second < 1<<1  ) bits = 1;
       else if ( q.second < 1<<2  ) bits = 2;
       else if ( q.second < 1<<3  ) bits = 3;
       else if ( q.second < 1<<4  ) bits = 4;
       else if ( q.second < 1<<5  ) bits = 5;
       else if ( q.second < 1<<6  ) bits = 6;
       else if ( q.second < 1<<7  ) bits = 7;
       else if ( q.second < 1<<8  ) bits = 8;
       else if ( q.second < 1<<9  ) bits = 9;
       else if ( q.second < 1<<10 ) bits = 10;
       else if ( q.second < 1<<11 ) bits = 11;
       else if ( q.second < 1<<12 ) bits = 12;
       else if ( q.second < 1<<13 ) bits = 13;
       else if ( q.second < 1<<14 ) bits = 14;
       else if ( q.second < 1<<15 ) bits = 15;
       bits += 1;
       id_str << ",Lv" << q.first << ":" << bits;
       num_bits += bits;
     }
     string idspec = id_str.str();
     str << "<readout name=\"" << roName << "\">" << endl
         << "\t<id>"
         << idspec
         << "</id>  <!-- Number of bits: " << num_bits << " -->" << endl
         << "</readout>" << endl;
 
     IDDescriptor dsc( roName, idspec );
     m_description.addIDSpecification( dsc );
     Readout ro( roName );
     ro.setIDDescriptor( dsc );
     m_description.addReadout( ro );
     dd4hep::SensitiveDetector sd = m_description.sensitiveDetector( f.first.name());
     sd.setHitsCollection( ro.name());
     sd.setReadout( ro );
     printout( INFO, "DDCMSDetElementCreator",
           "++ Setting up readout for subdetector:%-24s id:%04X",
           f.first.name(), f.first.id());
   }
   printout( INFO, "DDCMSDetElementCreator","+++++++++++++++ ID Descriptor generation  ++++++++++++++++++++++++++++");
   printout( INFO, "", str.str().c_str());
   char volId[32];
   for(auto& p : m_allPlacements ) {
     dd4hep::PlacedVolume place = p.first;
     dd4hep::Volume volume = place.volume();
     ::snprintf( volId, sizeof(volId), "Lv%d", p.second.first );
     printout( DEBUG,"DDCMSDetElementCreator",
           "++ Set volid (%-24s): %-6s = %3d  -> %s  (%p)",
           volume.isSensitive() ? volume.sensitiveDetector().name() : "Not Sensitive",
           volId, p.second.second, place.name(), place.ptr());
     place.addPhysVolID( volId, p.second.second);
   }
   printout( ALWAYS, "DDCMSDetElementCreator",
         "++ Instrumented %ld subdetectors with %d DetElements %d sensitives out of %d volumes and %ld sensitive placements.",
         fields.size(), total.elements, total.sensitives, total.volumes, m_allPlacements.size());
 }

Member Function Documentation

dd4hep::DetElement DDCMSDetElementCreator::addSubdetector	(	const std::string &	nam,
		dd4hep::PlacedVolume	volume,
		bool	valid
	)

private

Definition at line 224 of file DDCMSDetElementCreator.cc.

References m_description, and m_subdetectors.

Referenced by createTopLevelDetectors().

 {
   auto idet = m_subdetectors.find(nam);
   if( idet == m_subdetectors.end()) {
     dd4hep::DetElement det( nam, m_subdetectors.size() + 1 );
     det.setPlacement( volume );
     if( valid ) {
       det.placement().addPhysVolID( "system", det.id());
     }
     idet = m_subdetectors.insert( make_pair( nam, det)).first;
     m_description.add( det );
   }
   return idet->second;
 }

dd4hep::DetElement DDCMSDetElementCreator::createElement	(	const char *	debugTag,
		dd4hep::PlacedVolume	volume,
		int	id
	)

private

Definition at line 203 of file DDCMSDetElementCreator.cc.

References cms::detElementName(), and dataset::name.

Referenced by process().

 {
   string name = detElementName( volume );
   dd4hep::DetElement det( name, id );
   det.setPlacement( volume );
   return det;
 }

void DDCMSDetElementCreator::createTopLevelDetectors ( dd4hep::PlacedVolume volume )

private

Definition at line 211 of file DDCMSDetElementCreator.cc.

References addSubdetector(), data, cms::detElementName(), m_currentDetector, m_stack, and m_tracker.

Referenced by process().

 {
   auto& data = m_stack.back();
   if( m_stack.size() == 2 ) {      // Main subssystem: tracker:Tracker
     data.element = m_tracker = addSubdetector( cms::detElementName(volume), volume, false );
     m_tracker->SetTitle( "compound" );
   }
   else if( m_stack.size() == 3 ) { // Main subsystem detector: TIB, TEC, ....
     data.element = m_currentDetector = addSubdetector( cms::detElementName(volume), volume, true );
   }
 }

int DDCMSDetElementCreator::operator()	(	dd4hep::PlacedVolume	volume,
		int	level
	)

override

Callback to output PlacedVolume information of an single Placement.

Definition at line 240 of file DDCMSDetElementCreator.cc.

References data, MillePedeFileConverter_cfg::e, cms::DDCMSDetElementCreator::Data::hasSensitive, training_settings::idx, m_allPlacements, m_currentDetector, m_leafCount, m_silicon, m_stack, SiStripPI::max, cms::DDCMSDetElementCreator::Data::sensitive, and cms::DDCMSDetElementCreator::Data::volumeCount.

 {
   double fracSi = volume.volume().material().fraction( m_silicon );
   if( fracSi > 90e-2 ) {
     Data& data = m_stack.back();
     data.sensitive     = true;
     data.hasSensitive = true;
     ++data.volumeCount;
     int   idx   = volume->GetMotherVolume()->GetIndex( volume.ptr())+1;
     auto& cnt   = m_leafCount[make_pair( m_currentDetector, volumeLevel )];
     cnt.first   = std::max( cnt.first, idx );
     ++cnt.second;
     m_allPlacements[volume] = make_pair( volumeLevel, idx );
     return 1;
   }
   return 0;
 }

int DDCMSDetElementCreator::process	(	dd4hep::PlacedVolume	volume,
		int	level,
		bool	recursive
	)

override

Callback to output PlacedVolume information of an entire Placement.

Complete structures if the m_stack size is > 3!

If this volume is sensitve, we must attach a sensitive detector handle

Now the cleanup kicks in....

Definition at line 259 of file DDCMSDetElementCreator.cc.

References createElement(), createTopLevelDetectors(), data, DEBUG, training_settings::idx, hcalDigis_cfi::level, m_allPlacements, m_counters, m_currentDetector, m_currentSensitive, m_description, m_leafCount, m_stack, SiStripPI::max, class-composition::parent, LaserDQM_cfg::process, sd, and dqm::qstatus::WARNING.

Referenced by Vispa.Plugins.ConfigEditor.ConfigDataAccessor.ConfigDataAccessor::dumpPython(), Vispa.Plugins.ConfigEditor.ConfigDataAccessor.ConfigDataAccessor::open(), Vispa.Plugins.ConfigEditor.ConfigDataAccessor.ConfigDataAccessor::outputEventContent(), Vispa.Plugins.ConfigEditor.ConfigDataAccessor.ConfigDataAccessor::setProcess(), and Vispa.Plugins.ConfigEditor.ConfigDataAccessor.ConfigDataAccessor::setProperty().

     {
   m_stack.push_back(Data(volume));
   if ( m_stack.size() <= 3 )   {
     createTopLevelDetectors(volume);
   }
   int ret = dd4hep::PlacedVolumeProcessor::process( volume, level, recursive );
 
   if( m_stack.size() > 3 ) {
     // Note: short-cuts to entries in the m_stack MUST be local and
     // initialized AFTER the call to "process"! The vector may be resized!
     auto& data = m_stack.back();
     auto& parent = m_stack[ m_stack.size() - 2 ];
     auto& counts = m_counters[ m_currentDetector ];
     if( data.sensitive ) {
       if ( !m_currentSensitive.isValid()) {
         dd4hep::SensitiveDetector sd = m_description.sensitiveDetector( m_currentDetector.name());
         if( !sd.isValid()) {
           sd = dd4hep::SensitiveDetector( m_currentDetector.name(), "tracker" );
           m_currentDetector->flag |= DetElement::Object::HAVE_SENSITIVE_DETECTOR;
           m_description.add( sd );
         }
         m_currentSensitive = sd;
       }
       volume.volume().setSensitiveDetector( m_currentSensitive );
       ++counts.sensitives;
     }
     ++counts.volumes;
     bool added = false;
     if( data.volumeCount > 0 ) {
       parent.daughterCount  += data.volumeCount;
       parent.daughterCount  += data.daughterCount;
       data.hasSensitive      = true;
     }
     else {
       parent.daughterCount  += data.daughterCount;
       data.hasSensitive      = ( data.daughterCount > 0 );
     }
 
     if( data.hasSensitive ) {
       // If we have sensitive elements at this level or below,
       // we must complete the DetElement hierarchy
       if( !data.element.isValid()) {
         data.element = createElement( "Element", data.volume, m_currentDetector.id());
         ++counts.elements;
       }
       if( !parent.element.isValid()) {
         parent.element = createElement( "Parent ", parent.volume, m_currentDetector.id());
         ++counts.elements;
       }
       printout( DEBUG, "DDCMSDetElementCreator",
         "++ Assign detector element: %s (%p, %ld children) to %s (%p) with %ld vols",
         data.element.name(), data.element.ptr(), data.element.children().size(),
         parent.element.name(), parent.element.ptr(),
         data.volumeCount );
 
       // Trickle up the tree only for sensitive pathes. Forget the passive rest
       // This should automatically omit non-sensitive pathes
       parent.hasSensitive = true;
       parent.element.add( data.element );
       added = true;
       // It is simpler to collect the volumes and later assign the volids
       // rather than checking if the volid already exists.
       int volumeLevel = level;
       int idx = data.volume->GetMotherVolume()->GetIndex( data.volume.ptr())+1;
       m_allPlacements[data.volume] = make_pair( volumeLevel, idx ); // 1...n
       // Update counters
       auto& cnt_det = m_leafCount[make_pair( m_currentDetector, volumeLevel )];
       cnt_det.first = std::max( cnt_det.first, idx );
       cnt_det.second += 1;
     }
     if ( !added && data.element.isValid() )  {
       printout(WARNING,"MEMORY-LEAK","Level:%3d Orpahaned DetElement:%s Daugthers:%d Parent:%s",
                int(m_stack.size()), data.element.name(), data.volumeCount, parent.volume.name());
     }
   }
   if( m_stack.size() == 3 ) {
     m_currentSensitive = SensitiveDetector();
     m_currentDetector = DetElement();
     ret = 0;
   }
   m_stack.pop_back();
   return ret;
 }