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#include <NewAlignment/LaserAlignmentT0Producer/src/LaserAlignmentT0Producer.cc>
Public Member Functions | |
| LaserAlignmentT0Producer (const edm::ParameterSet &) | |
| ~LaserAlignmentT0Producer () | |
Private Member Functions | |
| virtual void | beginJob () |
| virtual void | endJob () |
| void | FillDetIds (void) |
| virtual void | produce (edm::Event &, const edm::EventSetup &) |
Private Attributes | |
| std::string | digiLabel |
| std::string | digiProducer |
| std::vector< edm::ParameterSet > | digiProducerList |
| std::string | digiType |
| std::vector< unsigned int > | theLasDetIds |
Description: AlCaRECO producer (TkLAS data filter) running on T0
Implementation: <Notes on="" implementation>="">
Definition at line 35 of file LaserAlignmentT0Producer.h.
| LaserAlignmentT0Producer::LaserAlignmentT0Producer | ( | const edm::ParameterSet & | iConfig | ) | [explicit] |
Loops all input SiStripDigi or SiStripRawDigi collections and announces the corresponding product
Definition at line 15 of file LaserAlignmentT0Producer.cc.
References digiLabel, digiProducer, digiProducerList, digiType, Exception, and edm::ParameterSet::getParameter().
{
// alias for the Branches in the output file
std::string alias ( iConfig.getParameter<std::string>( "@module_label" ) );
// the list of input digi products from the cfg
digiProducerList = iConfig.getParameter<std::vector<edm::ParameterSet> >( "DigiProducerList" );
// loop all input products
for ( std::vector<edm::ParameterSet>::iterator aDigiProducer = digiProducerList.begin(); aDigiProducer != digiProducerList.end(); ++aDigiProducer ) {
std::string digiProducer = aDigiProducer->getParameter<std::string>( "DigiProducer" );
std::string digiLabel = aDigiProducer->getParameter<std::string>( "DigiLabel" );
std::string digiType = aDigiProducer->getParameter<std::string>( "DigiType" );
// check if raw/processed digis in this collection
if( digiType == "Raw" ) {
produces<edm::DetSetVector<SiStripRawDigi> >( digiLabel ).setBranchAlias( alias + "siStripRawDigis" );
}
else if ( digiType == "Processed" ) { // "ZeroSuppressed" digis (non-raw)
produces<edm::DetSetVector<SiStripDigi> >( digiLabel ).setBranchAlias( alias + "siStripDigis" );
}
else {
throw cms::Exception("LaserAlignmentT0Producer") << "ERROR ** Unknown DigiType: " << digiType << " specified in cfg file" << std::endl;
}
}
}
| LaserAlignmentT0Producer::~LaserAlignmentT0Producer | ( | ) |
Definition at line 49 of file LaserAlignmentT0Producer.cc.
{
}
| void LaserAlignmentT0Producer::beginJob | ( | void | ) | [private, virtual] |
Reimplemented from edm::EDProducer.
Definition at line 162 of file LaserAlignmentT0Producer.cc.
References FillDetIds().
{
// fill the vector with LAS det ids
FillDetIds();
}
| void LaserAlignmentT0Producer::endJob | ( | void | ) | [private, virtual] |
| void LaserAlignmentT0Producer::FillDetIds | ( | void | ) | [private] |
fill a vector with all the det ids of the 434 siStrip modules relevant to the LAS
(ugly mechanism, should later be replaced by some hash-based)
Definition at line 190 of file LaserAlignmentT0Producer.cc.
References theLasDetIds.
Referenced by beginJob().
{
theLasDetIds.resize( 0 );
// TEC+ internal alignment modules
theLasDetIds.push_back( 470307208 ); theLasDetIds.push_back( 470323592 ); theLasDetIds.push_back( 470339976 );
theLasDetIds.push_back( 470356360 ); theLasDetIds.push_back( 470372744 ); theLasDetIds.push_back( 470389128 );
theLasDetIds.push_back( 470405512 ); theLasDetIds.push_back( 470421896 ); theLasDetIds.push_back( 470438280 );
theLasDetIds.push_back( 470307464 ); theLasDetIds.push_back( 470323848 ); theLasDetIds.push_back( 470340232 );
theLasDetIds.push_back( 470356616 ); theLasDetIds.push_back( 470373000 ); theLasDetIds.push_back( 470389384 );
theLasDetIds.push_back( 470405768 ); theLasDetIds.push_back( 470422152 ); theLasDetIds.push_back( 470438536 );
theLasDetIds.push_back( 470307720 ); theLasDetIds.push_back( 470324104 ); theLasDetIds.push_back( 470340488 );
theLasDetIds.push_back( 470356872 ); theLasDetIds.push_back( 470373256 ); theLasDetIds.push_back( 470389640 );
theLasDetIds.push_back( 470406024 ); theLasDetIds.push_back( 470422408 ); theLasDetIds.push_back( 470438792 );
theLasDetIds.push_back( 470307976 ); theLasDetIds.push_back( 470324360 ); theLasDetIds.push_back( 470340744 );
theLasDetIds.push_back( 470357128 ); theLasDetIds.push_back( 470373512 ); theLasDetIds.push_back( 470389896 );
theLasDetIds.push_back( 470406280 ); theLasDetIds.push_back( 470422664 ); theLasDetIds.push_back( 470439048 );
theLasDetIds.push_back( 470308232 ); theLasDetIds.push_back( 470324616 ); theLasDetIds.push_back( 470341000 );
theLasDetIds.push_back( 470357384 ); theLasDetIds.push_back( 470373768 ); theLasDetIds.push_back( 470390152 );
theLasDetIds.push_back( 470406536 ); theLasDetIds.push_back( 470422920 ); theLasDetIds.push_back( 470439304 );
theLasDetIds.push_back( 470308488 ); theLasDetIds.push_back( 470324872 ); theLasDetIds.push_back( 470341256 );
theLasDetIds.push_back( 470357640 ); theLasDetIds.push_back( 470374024 ); theLasDetIds.push_back( 470390408 );
theLasDetIds.push_back( 470406792 ); theLasDetIds.push_back( 470423176 ); theLasDetIds.push_back( 470439560 );
theLasDetIds.push_back( 470308744 ); theLasDetIds.push_back( 470325128 ); theLasDetIds.push_back( 470341512 );
theLasDetIds.push_back( 470357896 ); theLasDetIds.push_back( 470374280 ); theLasDetIds.push_back( 470390664 );
theLasDetIds.push_back( 470407048 ); theLasDetIds.push_back( 470423432 ); theLasDetIds.push_back( 470439816 );
theLasDetIds.push_back( 470309000 ); theLasDetIds.push_back( 470325384 ); theLasDetIds.push_back( 470341768 );
theLasDetIds.push_back( 470358152 ); theLasDetIds.push_back( 470374536 ); theLasDetIds.push_back( 470390920 );
theLasDetIds.push_back( 470407304 ); theLasDetIds.push_back( 470423688 ); theLasDetIds.push_back( 470440072 );
theLasDetIds.push_back( 470307272 ); theLasDetIds.push_back( 470323656 ); theLasDetIds.push_back( 470340040 );
theLasDetIds.push_back( 470356424 ); theLasDetIds.push_back( 470372808 ); theLasDetIds.push_back( 470389192 );
theLasDetIds.push_back( 470405576 ); theLasDetIds.push_back( 470421960 ); theLasDetIds.push_back( 470438344 );
theLasDetIds.push_back( 470307528 ); theLasDetIds.push_back( 470323912 ); theLasDetIds.push_back( 470340296 );
theLasDetIds.push_back( 470356680 ); theLasDetIds.push_back( 470373064 ); theLasDetIds.push_back( 470389448 );
theLasDetIds.push_back( 470405832 ); theLasDetIds.push_back( 470422216 ); theLasDetIds.push_back( 470438600 );
theLasDetIds.push_back( 470307784 ); theLasDetIds.push_back( 470324168 ); theLasDetIds.push_back( 470340552 );
theLasDetIds.push_back( 470356936 ); theLasDetIds.push_back( 470373320 ); theLasDetIds.push_back( 470389704 );
theLasDetIds.push_back( 470406088 ); theLasDetIds.push_back( 470422472 ); theLasDetIds.push_back( 470438856 );
theLasDetIds.push_back( 470308040 ); theLasDetIds.push_back( 470324424 ); theLasDetIds.push_back( 470340808 );
theLasDetIds.push_back( 470357192 ); theLasDetIds.push_back( 470373576 ); theLasDetIds.push_back( 470389960 );
theLasDetIds.push_back( 470406344 ); theLasDetIds.push_back( 470422728 ); theLasDetIds.push_back( 470439112 );
theLasDetIds.push_back( 470308296 ); theLasDetIds.push_back( 470324680 ); theLasDetIds.push_back( 470341064 );
theLasDetIds.push_back( 470357448 ); theLasDetIds.push_back( 470373832 ); theLasDetIds.push_back( 470390216 );
theLasDetIds.push_back( 470406600 ); theLasDetIds.push_back( 470422984 ); theLasDetIds.push_back( 470439368 );
theLasDetIds.push_back( 470308552 ); theLasDetIds.push_back( 470324936 ); theLasDetIds.push_back( 470341320 );
theLasDetIds.push_back( 470357704 ); theLasDetIds.push_back( 470374088 ); theLasDetIds.push_back( 470390472 );
theLasDetIds.push_back( 470406856 ); theLasDetIds.push_back( 470423240 ); theLasDetIds.push_back( 470439624 );
theLasDetIds.push_back( 470308808 ); theLasDetIds.push_back( 470325192 ); theLasDetIds.push_back( 470341576 );
theLasDetIds.push_back( 470357960 ); theLasDetIds.push_back( 470374344 ); theLasDetIds.push_back( 470390728 );
theLasDetIds.push_back( 470407112 ); theLasDetIds.push_back( 470423496 ); theLasDetIds.push_back( 470439880 );
theLasDetIds.push_back( 470309064 ); theLasDetIds.push_back( 470325448 ); theLasDetIds.push_back( 470341832 );
theLasDetIds.push_back( 470358216 ); theLasDetIds.push_back( 470374600 ); theLasDetIds.push_back( 470390984 );
theLasDetIds.push_back( 470407368 ); theLasDetIds.push_back( 470423752 ); theLasDetIds.push_back( 470440136 );
// TEC- internal alignment modules
theLasDetIds.push_back( 470045064 ); theLasDetIds.push_back( 470061448 ); theLasDetIds.push_back( 470077832 );
theLasDetIds.push_back( 470094216 ); theLasDetIds.push_back( 470110600 ); theLasDetIds.push_back( 470126984 );
theLasDetIds.push_back( 470143368 ); theLasDetIds.push_back( 470159752 ); theLasDetIds.push_back( 470176136 );
theLasDetIds.push_back( 470045320 ); theLasDetIds.push_back( 470061704 ); theLasDetIds.push_back( 470078088 );
theLasDetIds.push_back( 470094472 ); theLasDetIds.push_back( 470110856 ); theLasDetIds.push_back( 470127240 );
theLasDetIds.push_back( 470143624 ); theLasDetIds.push_back( 470160008 ); theLasDetIds.push_back( 470176392 );
theLasDetIds.push_back( 470045576 ); theLasDetIds.push_back( 470061960 ); theLasDetIds.push_back( 470078344 );
theLasDetIds.push_back( 470094728 ); theLasDetIds.push_back( 470111112 ); theLasDetIds.push_back( 470127496 );
theLasDetIds.push_back( 470143880 ); theLasDetIds.push_back( 470160264 ); theLasDetIds.push_back( 470176648 );
theLasDetIds.push_back( 470045832 ); theLasDetIds.push_back( 470062216 ); theLasDetIds.push_back( 470078600 );
theLasDetIds.push_back( 470094984 ); theLasDetIds.push_back( 470111368 ); theLasDetIds.push_back( 470127752 );
theLasDetIds.push_back( 470144136 ); theLasDetIds.push_back( 470160520 ); theLasDetIds.push_back( 470176904 );
theLasDetIds.push_back( 470046088 ); theLasDetIds.push_back( 470062472 ); theLasDetIds.push_back( 470078856 );
theLasDetIds.push_back( 470095240 ); theLasDetIds.push_back( 470111624 ); theLasDetIds.push_back( 470128008 );
theLasDetIds.push_back( 470144392 ); theLasDetIds.push_back( 470160776 ); theLasDetIds.push_back( 470177160 );
theLasDetIds.push_back( 470046344 ); theLasDetIds.push_back( 470062728 ); theLasDetIds.push_back( 470079112 );
theLasDetIds.push_back( 470095496 ); theLasDetIds.push_back( 470111880 ); theLasDetIds.push_back( 470128264 );
theLasDetIds.push_back( 470144648 ); theLasDetIds.push_back( 470161032 ); theLasDetIds.push_back( 470177416 );
theLasDetIds.push_back( 470046600 ); theLasDetIds.push_back( 470062984 ); theLasDetIds.push_back( 470079368 );
theLasDetIds.push_back( 470095752 ); theLasDetIds.push_back( 470112136 ); theLasDetIds.push_back( 470128520 );
theLasDetIds.push_back( 470144904 ); theLasDetIds.push_back( 470161288 ); theLasDetIds.push_back( 470177672 );
theLasDetIds.push_back( 470046856 ); theLasDetIds.push_back( 470063240 ); theLasDetIds.push_back( 470079624 );
theLasDetIds.push_back( 470096008 ); theLasDetIds.push_back( 470112392 ); theLasDetIds.push_back( 470128776 );
theLasDetIds.push_back( 470145160 ); theLasDetIds.push_back( 470161544 ); theLasDetIds.push_back( 470177928 );
theLasDetIds.push_back( 470045128 ); theLasDetIds.push_back( 470061512 ); theLasDetIds.push_back( 470077896 );
theLasDetIds.push_back( 470094280 ); theLasDetIds.push_back( 470110664 ); theLasDetIds.push_back( 470127048 );
theLasDetIds.push_back( 470143432 ); theLasDetIds.push_back( 470159816 ); theLasDetIds.push_back( 470176200 );
theLasDetIds.push_back( 470045384 ); theLasDetIds.push_back( 470061768 ); theLasDetIds.push_back( 470078152 );
theLasDetIds.push_back( 470094536 ); theLasDetIds.push_back( 470110920 ); theLasDetIds.push_back( 470127304 );
theLasDetIds.push_back( 470143688 ); theLasDetIds.push_back( 470160072 ); theLasDetIds.push_back( 470176456 );
theLasDetIds.push_back( 470045640 ); theLasDetIds.push_back( 470062024 ); theLasDetIds.push_back( 470078408 );
theLasDetIds.push_back( 470094792 ); theLasDetIds.push_back( 470111176 ); theLasDetIds.push_back( 470127560 );
theLasDetIds.push_back( 470143944 ); theLasDetIds.push_back( 470160328 ); theLasDetIds.push_back( 470176712 );
theLasDetIds.push_back( 470045896 ); theLasDetIds.push_back( 470062280 ); theLasDetIds.push_back( 470078664 );
theLasDetIds.push_back( 470095048 ); theLasDetIds.push_back( 470111432 ); theLasDetIds.push_back( 470127816 );
theLasDetIds.push_back( 470144200 ); theLasDetIds.push_back( 470160584 ); theLasDetIds.push_back( 470176968 );
theLasDetIds.push_back( 470046152 ); theLasDetIds.push_back( 470062536 ); theLasDetIds.push_back( 470078920 );
theLasDetIds.push_back( 470095304 ); theLasDetIds.push_back( 470111688 ); theLasDetIds.push_back( 470128072 );
theLasDetIds.push_back( 470144456 ); theLasDetIds.push_back( 470160840 ); theLasDetIds.push_back( 470177224 );
theLasDetIds.push_back( 470046408 ); theLasDetIds.push_back( 470062792 ); theLasDetIds.push_back( 470079176 );
theLasDetIds.push_back( 470095560 ); theLasDetIds.push_back( 470111944 ); theLasDetIds.push_back( 470128328 );
theLasDetIds.push_back( 470144712 ); theLasDetIds.push_back( 470161096 ); theLasDetIds.push_back( 470177480 );
theLasDetIds.push_back( 470046664 ); theLasDetIds.push_back( 470063048 ); theLasDetIds.push_back( 470079432 );
theLasDetIds.push_back( 470095816 ); theLasDetIds.push_back( 470112200 ); theLasDetIds.push_back( 470128584 );
theLasDetIds.push_back( 470144968 ); theLasDetIds.push_back( 470161352 ); theLasDetIds.push_back( 470177736 );
theLasDetIds.push_back( 470046920 ); theLasDetIds.push_back( 470063304 ); theLasDetIds.push_back( 470079688 );
theLasDetIds.push_back( 470096072 ); theLasDetIds.push_back( 470112456 ); theLasDetIds.push_back( 470128840 );
theLasDetIds.push_back( 470145224 ); theLasDetIds.push_back( 470161608 ); theLasDetIds.push_back( 470177992 );
// TEC+ alignment tube modules
theLasDetIds.push_back( 470307468 ); theLasDetIds.push_back( 470323852 ); theLasDetIds.push_back( 470340236 );
theLasDetIds.push_back( 470356620 ); theLasDetIds.push_back( 470373004 ); theLasDetIds.push_back( 470307716 );
theLasDetIds.push_back( 470324100 ); theLasDetIds.push_back( 470340484 ); theLasDetIds.push_back( 470356868 );
theLasDetIds.push_back( 470373252 ); theLasDetIds.push_back( 470308236 ); theLasDetIds.push_back( 470324620 );
theLasDetIds.push_back( 470341004 ); theLasDetIds.push_back( 470357388 ); theLasDetIds.push_back( 470373772 );
theLasDetIds.push_back( 470308748 ); theLasDetIds.push_back( 470325132 ); theLasDetIds.push_back( 470341516 );
theLasDetIds.push_back( 470357900 ); theLasDetIds.push_back( 470374284 ); theLasDetIds.push_back( 470308996 );
theLasDetIds.push_back( 470325380 ); theLasDetIds.push_back( 470341764 ); theLasDetIds.push_back( 470358148 );
theLasDetIds.push_back( 470374532 );
// TEC- alignment tube modules
theLasDetIds.push_back( 470045316 ); theLasDetIds.push_back( 470061700 ); theLasDetIds.push_back( 470078084 );
theLasDetIds.push_back( 470094468 ); theLasDetIds.push_back( 470110852 ); theLasDetIds.push_back( 470045580 );
theLasDetIds.push_back( 470061964 ); theLasDetIds.push_back( 470078348 ); theLasDetIds.push_back( 470094732 );
theLasDetIds.push_back( 470111116 ); theLasDetIds.push_back( 470046084 ); theLasDetIds.push_back( 470062468 );
theLasDetIds.push_back( 470078852 ); theLasDetIds.push_back( 470095236 ); theLasDetIds.push_back( 470111620 );
theLasDetIds.push_back( 470046596 ); theLasDetIds.push_back( 470062980 ); theLasDetIds.push_back( 470079364 );
theLasDetIds.push_back( 470095748 ); theLasDetIds.push_back( 470112132 ); theLasDetIds.push_back( 470046860 );
theLasDetIds.push_back( 470063244 ); theLasDetIds.push_back( 470079628 ); theLasDetIds.push_back( 470096012 );
theLasDetIds.push_back( 470112396 );
// TIB alignment tube modules
theLasDetIds.push_back( 369174604 ); theLasDetIds.push_back( 369174600 ); theLasDetIds.push_back( 369174596 );
theLasDetIds.push_back( 369170500 ); theLasDetIds.push_back( 369170504 ); theLasDetIds.push_back( 369170508 );
theLasDetIds.push_back( 369174732 ); theLasDetIds.push_back( 369174728 ); theLasDetIds.push_back( 369174724 );
theLasDetIds.push_back( 369170628 ); theLasDetIds.push_back( 369170632 ); theLasDetIds.push_back( 369170636 );
theLasDetIds.push_back( 369174812 ); theLasDetIds.push_back( 369174808 ); theLasDetIds.push_back( 369174804 );
theLasDetIds.push_back( 369170708 ); theLasDetIds.push_back( 369170712 ); theLasDetIds.push_back( 369170716 );
theLasDetIds.push_back( 369174940 ); theLasDetIds.push_back( 369174936 ); theLasDetIds.push_back( 369174932 );
theLasDetIds.push_back( 369170836 ); theLasDetIds.push_back( 369170840 ); theLasDetIds.push_back( 369170844 );
theLasDetIds.push_back( 369175068 ); theLasDetIds.push_back( 369175064 ); theLasDetIds.push_back( 369175060 );
theLasDetIds.push_back( 369170964 ); theLasDetIds.push_back( 369170968 ); theLasDetIds.push_back( 369170972 );
theLasDetIds.push_back( 369175164 ); theLasDetIds.push_back( 369175160 ); theLasDetIds.push_back( 369175156 );
theLasDetIds.push_back( 369171060 ); theLasDetIds.push_back( 369171064 ); theLasDetIds.push_back( 369171068 );
theLasDetIds.push_back( 369175292 ); theLasDetIds.push_back( 369175288 ); theLasDetIds.push_back( 369175284 );
theLasDetIds.push_back( 369171188 ); theLasDetIds.push_back( 369171192 ); theLasDetIds.push_back( 369171196 );
theLasDetIds.push_back( 369175372 ); theLasDetIds.push_back( 369175368 ); theLasDetIds.push_back( 369175364 );
theLasDetIds.push_back( 369171268 ); theLasDetIds.push_back( 369171272 ); theLasDetIds.push_back( 369171276 );
// TOB alignment tube modules
theLasDetIds.push_back( 436232314 ); theLasDetIds.push_back( 436232306 ); theLasDetIds.push_back( 436232298 );
theLasDetIds.push_back( 436228198 ); theLasDetIds.push_back( 436228206 ); theLasDetIds.push_back( 436228214 );
theLasDetIds.push_back( 436232506 ); theLasDetIds.push_back( 436232498 ); theLasDetIds.push_back( 436232490 );
theLasDetIds.push_back( 436228390 ); theLasDetIds.push_back( 436228398 ); theLasDetIds.push_back( 436228406 );
theLasDetIds.push_back( 436232634 ); theLasDetIds.push_back( 436232626 ); theLasDetIds.push_back( 436232618 );
theLasDetIds.push_back( 436228518 ); theLasDetIds.push_back( 436228526 ); theLasDetIds.push_back( 436228534 );
theLasDetIds.push_back( 436232826 ); theLasDetIds.push_back( 436232818 ); theLasDetIds.push_back( 436232810 );
theLasDetIds.push_back( 436228710 ); theLasDetIds.push_back( 436228718 ); theLasDetIds.push_back( 436228726 );
theLasDetIds.push_back( 436233018 ); theLasDetIds.push_back( 436233010 ); theLasDetIds.push_back( 436233002 );
theLasDetIds.push_back( 436228902 ); theLasDetIds.push_back( 436228910 ); theLasDetIds.push_back( 436228918 );
theLasDetIds.push_back( 436233146 ); theLasDetIds.push_back( 436233138 ); theLasDetIds.push_back( 436233130 );
theLasDetIds.push_back( 436229030 ); theLasDetIds.push_back( 436229038 ); theLasDetIds.push_back( 436229046 );
theLasDetIds.push_back( 436233338 ); theLasDetIds.push_back( 436233330 ); theLasDetIds.push_back( 436233322 );
theLasDetIds.push_back( 436229222 ); theLasDetIds.push_back( 436229230 ); theLasDetIds.push_back( 436229238 );
theLasDetIds.push_back( 436233466 ); theLasDetIds.push_back( 436233458 ); theLasDetIds.push_back( 436233450 );
theLasDetIds.push_back( 436229350 ); theLasDetIds.push_back( 436229358 ); theLasDetIds.push_back( 436229366 );
}
| void LaserAlignmentT0Producer::produce | ( | edm::Event & | iEvent, |
| const edm::EventSetup & | iSetup | ||
| ) | [private, virtual] |
outline: loops alls input strip digi products branches depending on if it contains SiStripDigi or SiStripRawDigi for each product: selects only LAS module DetSets and copies them to new DetSetVector
Implements edm::EDProducer.
Definition at line 61 of file LaserAlignmentT0Producer.cc.
References digiLabel, digiProducer, digiProducerList, digiType, Exception, spr::find(), edm::Event::getByLabel(), edm::DetSet< T >::push_back(), edm::Event::put(), and theLasDetIds.
{
using namespace edm;
// loop all input products
for ( std::vector<edm::ParameterSet>::iterator aDigiProducer = digiProducerList.begin(); aDigiProducer != digiProducerList.end(); ++aDigiProducer ) {
std::string digiProducer = aDigiProducer->getParameter<std::string>( "DigiProducer" );
std::string digiLabel = aDigiProducer->getParameter<std::string>( "DigiLabel" );
std::string digiType = aDigiProducer->getParameter<std::string>( "DigiType" );
// now a distinction of cases: raw or processed digis?
// first we go for raw digis => SiStripRawDigi
if( digiType == "Raw" ) {
// retrieve the SiStripRawDigis collection
edm::Handle< edm::DetSetVector<SiStripRawDigi> > theStripDigis;
iEvent.getByLabel( digiProducer, digiLabel, theStripDigis );
// empty container
std::vector<edm::DetSet<SiStripRawDigi> > theDigiVector;
// loop the incoming DetSetVector
for( edm::DetSetVector<SiStripRawDigi>::const_iterator aDetSet = theStripDigis->begin(); aDetSet != theStripDigis->end(); ++aDetSet ) {
// is the current DetSet that of a LAS module?
if( find( theLasDetIds.begin(), theLasDetIds.end(), aDetSet->detId() ) != theLasDetIds.end() ) {
// yes it's a LAS module, so copy the Digis to the output
// a DetSet for output
edm::DetSet<SiStripRawDigi> outputDetSet( aDetSet->detId() );
// copy all the digis to the output DetSet. Unfortunately, there's no copy constructor..
for( edm::DetSet<SiStripRawDigi>::const_iterator aDigi = aDetSet->begin(); aDigi != aDetSet->end(); ++aDigi ) {
outputDetSet.push_back( *aDigi );
}
// onto the later DetSetVector
theDigiVector.push_back( outputDetSet );
}
}
// create the output collection for the DetSetVector
std::auto_ptr<edm::DetSetVector<SiStripRawDigi> > theDigiOutput( new edm::DetSetVector<SiStripRawDigi>( theDigiVector ) );
// write output to file
iEvent.put( theDigiOutput, digiLabel );
}
// then we assume "ZeroSuppressed" (non-raw) => SiStripDigi
// and do exactly the same as above
else if( digiType == "Processed" ) {
edm::Handle< edm::DetSetVector<SiStripDigi> > theStripDigis;
iEvent.getByLabel( digiProducer, digiLabel, theStripDigis );
std::vector<edm::DetSet<SiStripDigi> > theDigiVector;
for( edm::DetSetVector<SiStripDigi>::const_iterator aDetSet = theStripDigis->begin(); aDetSet != theStripDigis->end(); ++aDetSet ) {
if( find( theLasDetIds.begin(), theLasDetIds.end(), aDetSet->detId() ) != theLasDetIds.end() ) {
edm::DetSet<SiStripDigi> outputDetSet( aDetSet->detId() );
for( edm::DetSet<SiStripDigi>::const_iterator aDigi = aDetSet->begin(); aDigi != aDetSet->end(); ++aDigi ) {
outputDetSet.push_back( *aDigi );
}
theDigiVector.push_back( outputDetSet );
}
}
std::auto_ptr<edm::DetSetVector<SiStripDigi> > theDigiOutput( new edm::DetSetVector<SiStripDigi>( theDigiVector ) );
iEvent.put( theDigiOutput, digiLabel );
}
else {
throw cms::Exception("LaserAlignmentT0Producer") << "ERROR ** Unknown DigiType: " << digiType << " specified in cfg file" << std::endl;
}
} // loop all input products
}
std::string LaserAlignmentT0Producer::digiLabel [private] |
Definition at line 49 of file LaserAlignmentT0Producer.h.
Referenced by LaserAlignmentT0Producer(), and produce().
std::string LaserAlignmentT0Producer::digiProducer [private] |
Definition at line 48 of file LaserAlignmentT0Producer.h.
Referenced by LaserAlignmentT0Producer(), and produce().
std::vector<edm::ParameterSet> LaserAlignmentT0Producer::digiProducerList [private] |
Definition at line 47 of file LaserAlignmentT0Producer.h.
Referenced by LaserAlignmentT0Producer(), and produce().
std::string LaserAlignmentT0Producer::digiType [private] |
Definition at line 50 of file LaserAlignmentT0Producer.h.
Referenced by LaserAlignmentT0Producer(), and produce().
std::vector<unsigned int> LaserAlignmentT0Producer::theLasDetIds [private] |
Definition at line 53 of file LaserAlignmentT0Producer.h.
Referenced by FillDetIds(), and produce().
1.7.3