ParticlePropertySvc Class Reference

#include <ParticlePropertySvc.h>

Inheritance diagram for ParticlePropertySvc:

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Collaboration diagram for ParticlePropertySvc:

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List of all members.

Detailed Description

This service provides access to particle properties.

The settable property of this service is the ParticlePropertiesFile, an ASCII file containing the list of properties for the particles. The default file is: "$PARAMFILESROOT/data/ParticleTable.txt" or if $PARAMFILESROOT is not defined "ParticleTable.txt"

Author:

Iain Last

Gloria Corti 8/11/1999 change default file from $CDF/particle.cdf to $LHCBDBASE/cdf/particle.cdf on Unix and use environment variable also on WinNT Also introduce finding of particle by StdHepID

Vanya BELYAEV

Date:: 2006-09-22 1) Modified to add possibility to redefine properties of existing particles and to read addiitonal files. New propeety "OtherFiles" (default is empty vector) is introduces. Service parsed additional files after the main one.

    // read additional properties 
    ParticlePropertySvc.OtherFiles = {
       "$SOMELOCATION1/file1.txt" , 
       "$SOMELOCATION2/file2.txt"  
    } ;

2) Add possibility to modify only certain partiles through the new property "Particles" (default is enpty list), Each line is interpreted as a line in particle data table, e.g.

   // redefine the properties of H_20 and H_30 particles:
   ParticlePropertySvc.Particles = {
       "H_20 88 35 0.0 120.0 9.4e-26 Higgs'0 35 0.0e+00" ,
       "H_30 89 36 0.0  40.0 1.0e-12      A0 36 0.0e+00"
     } ;

The replaces/modified particles are reported.

Definition at line 75 of file ParticlePropertySvc.h.


Public Types
typedef ParticleProperty *	mapped_type
typedef std::map< int, mapped_type >	MapID
typedef std::map< std::string, mapped_type >	MapName
typedef std::map< int, mapped_type >	MapStdHepID
typedef std::map< int, mapped_type >	MapPythiaID
typedef IParticlePropertySvc::VectPP	VectPP
typedef IParticlePropertySvc::const_iterator	const_iterator
typedef IParticlePropertySvc::iterator	iterator
typedef std::set < ParticleProperty * >	Set
Public Member Functions
virtual StatusCode	initialize ()
	Initialise the service.
virtual StatusCode	finalize ()
	Finalise the service.
virtual StatusCode	queryInterface (const InterfaceID &riid, void **ppvInterface)
	Query the interfaces.
virtual const InterfaceID &	type () const
	Service type.
virtual StatusCode	push_back (const std::string &particle, int geantId, int jetsetId, double charge, double mass, double tlife, const std::string &evtName, int pythiaId, double maxWidth)
	Create a new particle property.
virtual StatusCode	push_back (ParticleProperty *pp)
	Add a new particle property.
virtual const_iterator	begin () const
	Get a const reference to the begining of the container.
virtual const_iterator	end () const
	Get a const reference to the end of the container.
virtual int	size () const
	Get the container size.
virtual ParticleProperty *	find (int geantId)
	Retrieve a property by geant3 id.
virtual ParticleProperty *	find (const std::string &name)
	Retrieve a property by particle name.
virtual ParticleProperty *	findByStdHepID (int stdHepId)
	Retrieve a property by StdHep id.
virtual ParticleProperty *	findByPythiaID (int pythiaID)
	Retrieve a property by Pythia id.
virtual StatusCode	erase (int geantId)
	Erase a property by geant3 id.
virtual StatusCode	erase (const std::string &name)
	Erase a property by particle name.
virtual StatusCode	eraseByStdHepID (int stdHepId)
	Erase a property by StdHep id ???
	ParticlePropertySvc (const std::string &name, ISvcLocator *svc)
	Standard Constructor.
virtual	~ParticlePropertySvc ()
	Destructor.
Protected Member Functions
const ParticleProperty *	anti (const ParticleProperty *pp) const
	helper (protected) function to find an antiparticle for the given particle ID (StdHepID)
StatusCode	setAntiParticles ()
	helper (protected) function to set the valid particle<-->antiparticle relations
StatusCode	rebuild ()
	rebuild "the linear container" from the map
StatusCode	erase (const ParticleProperty *pp)
	remove particle property from all maps
StatusCode	parse (const std::string &file)
	parse the file
StatusCode	parse ()
	Parses the file and fill all the maps.
StatusCode	addParticles ()
bool	diff (const ParticleProperty o, const ParticleProperty n, const MSG::Level l=MSG::DEBUG) const
Private Types
typedef std::vector< std::string >	Files
typedef std::vector< std::string >	Particles
Private Attributes
std::string	m_filename
	Filename of the particle properties file.
Files	m_other
	additional file names
Particles	m_particles
VectPP	m_vectpp
	Vector of all particle properties.
MapID	m_idmap
	Map for geant IDs.
MapName	m_namemap
	Map for particle names.
MapStdHepID	m_stdhepidmap
	Map for StdHep Ids.
MapPythiaID	m_pythiaidmap
	Map for Pythia Ids.
Set	m_owned
std::set< std::string >	m_replaced
IFileAccess *	m_fileAccess

Member Typedef Documentation

typedef ParticleProperty* ParticlePropertySvc::mapped_type

Definition at line 81 of file ParticlePropertySvc.h.

typedef std::map< int, mapped_type > ParticlePropertySvc::MapID

Definition at line 82 of file ParticlePropertySvc.h.

typedef std::map< std::string, mapped_type > ParticlePropertySvc::MapName

Definition at line 83 of file ParticlePropertySvc.h.

typedef std::map< int, mapped_type > ParticlePropertySvc::MapStdHepID

Definition at line 84 of file ParticlePropertySvc.h.

typedef std::map< int, mapped_type > ParticlePropertySvc::MapPythiaID

Definition at line 85 of file ParticlePropertySvc.h.

typedef IParticlePropertySvc::VectPP ParticlePropertySvc::VectPP

Reimplemented from IParticlePropertySvc.

Definition at line 86 of file ParticlePropertySvc.h.

typedef IParticlePropertySvc::const_iterator ParticlePropertySvc::const_iterator

Reimplemented from IParticlePropertySvc.

Definition at line 87 of file ParticlePropertySvc.h.

typedef IParticlePropertySvc::iterator ParticlePropertySvc::iterator

Reimplemented from IParticlePropertySvc.

Definition at line 88 of file ParticlePropertySvc.h.

typedef std::set<ParticleProperty*> ParticlePropertySvc::Set

Definition at line 89 of file ParticlePropertySvc.h.

typedef std::vector<std::string> ParticlePropertySvc::Files [private]

Definition at line 193 of file ParticlePropertySvc.h.

typedef std::vector<std::string> ParticlePropertySvc::Particles [private]

Definition at line 194 of file ParticlePropertySvc.h.

Constructor & Destructor Documentation

ParticlePropertySvc::ParticlePropertySvc	(	const std::string &	name,
		ISvcLocator *	svc
	)

Standard Constructor.

Parameters:

	name	String with service name
	svc	Pointer to service locator interface

Definition at line 47 of file ParticlePropertySvc.cpp.

00049   : Service( name, svc ) 
00050   // the default name of input data file 
00051   , m_filename ( "ParticleTable.txt" ) 
00052   , m_other ()
00053   , m_particles ()
00054   // storages :
00055   , m_vectpp  () 
00056   , m_idmap   () 
00057   , m_namemap () 
00058   , m_stdhepidmap() 
00059   , m_pythiaidmap() 
00060   //
00061   , m_owned ()
00062   , m_replaced () 
00063   , m_fileAccess (0)
00064 {
00065   // Redefine the default name: 
00066   if( NULL != getenv("PARAMFILESROOT") ) 
00067   {
00068     m_filename  = getenv( "PARAMFILESROOT" ) ;
00069     m_filename += "/data/ParticleTable.txt"  ;
00070   }
00071   //
00072   declareProperty ( "ParticlePropertiesFile" , m_filename  ) ;
00073   declareProperty ( "OtherFiles"             , m_other     ) ;
00074   declareProperty ( "Particles"              , m_particles ) ;
00075 }

ParticlePropertySvc::~ParticlePropertySvc ( ) [virtual]

Destructor.

destructor

Definition at line 79 of file ParticlePropertySvc.cpp.

00080 {
00081   for ( Set::iterator i = m_owned.begin(); i != m_owned.end() ; ++i ) 
00082   { if ( 0 != *i ) { delete *i ; } }
00083 }

Member Function Documentation

StatusCode ParticlePropertySvc::initialize ( ) [virtual]

Initialise the service.

initialize the service and setProperties

Reimplemented from Service.

Definition at line 92 of file ParticlePropertySvc.cpp.

00093 {
00094   StatusCode sc = Service::initialize();
00095   if ( sc.isFailure() ) { return sc ; }
00096   
00097   MsgStream log( msgSvc() , name() ) ;
00098   
00099   sc = setProperties();  
00100   if ( sc.isFailure() ) 
00101   {
00102     log << MSG::ERROR << " Could not set the properties " << endreq ;
00103     return sc ;
00104   }
00105   
00106   
00107   sc = service("VFSSvc",m_fileAccess);
00108   if ( sc.isFailure() ) 
00109   {
00110     log << MSG::ERROR << " Cannot retrieve the VFS service " << endreq ;
00111     return sc ;
00112   }
00113   
00114   sc = parse();
00115   if ( sc.isFailure() ) 
00116   {
00117     log << MSG::ERROR << " Could not parse the file " << endreq ;
00118     return sc ;
00119   }
00120   if ( !m_particles.empty() ) 
00121   {
00122     sc = addParticles () ;
00123     if ( sc.isFailure() ) 
00124     {
00125       log << MSG::ERROR << " Could not treat particles! " << endreq ;
00126       return sc ;
00127     }
00128   }
00129   log << MSG::DEBUG << "ParticleProperties parsed successfully" << endreq;
00130   
00131   log << MSG::DEBUG << "Access properties" << endreq;
00132   // For debugging purposes print out the size of the internal maps  
00133   // particle name as key: all particles in database are present here
00134   log << MSG::DEBUG << "NameMap size =" << m_namemap.size() << endreq;
00135   // Geant3 ID as key: all particles in database are present here
00136   log << MSG::DEBUG << "GeantID Map size =" << m_idmap.size() << endreq;
00137   // StdHep ID as key: some particles have no valid StdHep ID 
00138   log << MSG::DEBUG << "StdHepID Map size =" << m_stdhepidmap.size()
00139       << endreq;
00140   // Pythia ID as key: some particles are not defined in Pythia
00141   log << MSG::DEBUG << "PythiaID Map size =" << m_pythiaidmap.size()
00142       << endreq;
00143   
00144   if ( !m_replaced.empty() ) 
00145   {
00146     log << MSG::INFO 
00147         << "Properties have beed redefined for "
00148         << m_replaced.size() << " particles : "
00149         << Gaudi::Utils::toString( m_replaced ) 
00150         << endreq ;
00151   }
00152   
00153   return StatusCode::SUCCESS ;
00154 }

StatusCode ParticlePropertySvc::finalize ( void ) [virtual]

Finalise the service.

finalize

finalize the base class

Reimplemented from Service.

Definition at line 158 of file ParticlePropertySvc.cpp.

00159 { 
00160   if ( !m_other.empty() ) 
00161   {
00162     MsgStream log( msgSvc() , name() ) ;
00163     log << MSG::INFO
00164         << "Additional Properties have beed read from files: "
00165         << Gaudi::Utils::toString ( m_other ) 
00166         << endreq ;
00167   }
00168 
00169   if ( !m_replaced.empty() ) 
00170   {
00171     MsgStream log( msgSvc() , name() ) ;
00172     log << MSG::ALWAYS 
00173         << "Properties have beed redefined for "
00174         << m_replaced.size() << " particles : "
00175         << Gaudi::Utils::toString( m_replaced ) 
00176         << endreq ;
00177   }
00178 
00179   if (m_fileAccess) {
00180     m_fileAccess->release();
00181     m_fileAccess = 0;
00182   }
00183   
00185   return Service::finalize () ; 
00186 }

StatusCode ParticlePropertySvc::queryInterface	(	const InterfaceID &	riid,
		void **	ppvInterface
	)			`[virtual]`

Query the interfaces.

queryInterface.

< IMPORTANT: increment the reference counter

Reimplemented from Service.

Definition at line 191 of file ParticlePropertySvc.cpp.

00193 {
00194   // chech the placeholder for result 
00195   if ( !ppvInterface ) { return StatusCode::FAILURE ; }
00196   //
00197   *ppvInterface = 0;
00198   //
00199   if ( riid == IID_IParticlePropertySvc ) 
00200   {
00201     *ppvInterface = static_cast<IParticlePropertySvc*>(this);
00202     addRef();                
00203     return StatusCode::SUCCESS ;    
00204   }
00205   //
00206   return  Service::queryInterface( riid, ppvInterface ) ; 
00207 }

const InterfaceID & ParticlePropertySvc::type ( ) const [virtual]

Service type.

Return the service type.

Reimplemented from Service.

Definition at line 87 of file ParticlePropertySvc.cpp.

00088 { return IID_IParticlePropertySvc; }

StatusCode ParticlePropertySvc::push_back	(	const std::string &	particle,
		int	geantId,
		int	jetsetId,
		double	charge,
		double	mass,
		double	tlife,
		const std::string &	evtName,
		int	pythiaId,
		double	maxWidth
	)			`[virtual]`

Create a new particle property.

Create a particle property and insert it in the maps.

Attention:: ParticlePropertySvc *IS* the owner if this property! String name of the particle.

Parameters:

	geantId	Geant3 ID of the particle.
	jetsetId	Jetset ID of the particle.
	charge	Particle charge (/e).
	mass	Particle mass (GeV).
	tlife	Particle lifetime (s).
	evtName	String name of the particle in EvtGen.
	pythiaId	Pythia ID of the particle.

Returns:: StatusCode - SUCCESS if the particle property was added.

Implements IParticlePropertySvc.

Definition at line 212 of file ParticlePropertySvc.cpp.

00221 {
00222   ParticleProperty* pp = new ParticleProperty 
00223     ( particle , geantId  , jetsetId , 
00224       charge   , mass     , tlife    , 
00225       evtName  , pythiaId , maxWidth ) ;
00226   // 
00227   m_owned.insert ( pp ) ;
00228   //
00229   return push_back( pp );
00230 }

StatusCode ParticlePropertySvc::push_back ( ParticleProperty * pp ) [virtual]

Add a new particle property.

Add a particle property.

Attention:: ParticlePropertySvc is not the owner of this property!

Parameters:

pp,a

particle property class.

Returns:: StatusCode - SUCCESS if the particle property was added.

Implements IParticlePropertySvc.

Definition at line 234 of file ParticlePropertySvc.cpp.

00235 {
00236   if ( 0 == pp ) { return StatusCode::FAILURE ; }
00237   //
00238   { // try to add into Geant(3)ID map
00239     const int ID = pp->geantID() ;
00240     // is this already in the map?
00241     MapID::const_iterator ifind = m_idmap.find( ID ) ;
00242     if ( m_idmap.end() != ifind && 0 != m_idmap[ ID ]) 
00243     { 
00244       diff ( ifind->second , pp ) ;
00245       m_replaced.insert( m_idmap[ ID ]->particle() ) ; 
00246     }
00247     // put it into the map 
00248     m_idmap[ ID ] = pp ;
00249   }
00250   //
00251   { // try to add into Name map 
00252     const std::string& particle = pp->particle() ;
00253     // is this already in the map?
00254     MapName::const_iterator ifind = m_namemap.find( particle ) ;
00255     if ( m_namemap.end() != ifind && 0 != m_namemap[ particle ] ) 
00256     { 
00257       diff ( ifind->second , pp ) ;
00258       m_replaced.insert( m_namemap[ particle ]->particle() ) ; 
00259     }
00260     // put it into the map 
00261     m_namemap[ particle ] = pp ;    
00262   }
00263   //
00264   // add to StdHep map only if StdHep ID different from zero and if
00265   // not Cerenkov (StdHep ID = gamma)  
00266   if ( 0 != pp->jetsetID() && "Tcherenkov" != pp->particle() )
00267   { // try to add into StdHepID map
00268     const int ID = pp->jetsetID() ;
00269     // is this already in the map?
00270     MapStdHepID::const_iterator ifind = m_stdhepidmap.find( ID ) ;
00271     if ( m_stdhepidmap.end() != ifind && 0 != m_stdhepidmap[ ID ]) 
00272     { 
00273       diff ( ifind->second , pp ) ;
00274       m_replaced.insert( m_stdhepidmap[ ID ]->particle() ) ; 
00275     }
00276     // put it into the map 
00277     m_stdhepidmap[ ID ] = pp ;
00278   }
00279   //
00280   // add to Pythia map only if Pythia ID is different from 
00281   // zero ( StdHep id is always different from zero in this case )
00282   if ( 0 != pp->pythiaID() && 
00283        0 != pp->jetsetID() &&  
00284        "Tcherenkov" != pp->particle() )
00285   { // try to add into PythiaID map
00286     const int ID = pp->pythiaID() ;
00287     // is this already in the map?
00288     MapPythiaID::const_iterator ifind = m_pythiaidmap.find( ID ) ;
00289     if ( m_pythiaidmap.end() != ifind && 0 != m_pythiaidmap[ ID ]) 
00290     {
00291       diff ( ifind->second , pp ) ; 
00292       m_replaced.insert( m_pythiaidmap[ ID ]->particle() ) ; 
00293     }
00294     // put it into the map 
00295     m_pythiaidmap[ ID ] = pp ;
00296   }
00297   //
00298   return rebuild() ;
00299 }

virtual const_iterator ParticlePropertySvc::begin ( void ) const [inline, virtual]

Get a const reference to the begining of the container.

Implements IParticlePropertySvc.

Definition at line 130 of file ParticlePropertySvc.h.

00130 { return m_vectpp.begin() ; }

virtual const_iterator ParticlePropertySvc::end ( void ) const [inline, virtual]

Get a const reference to the end of the container.

Implements IParticlePropertySvc.

Definition at line 132 of file ParticlePropertySvc.h.

00132 { return m_vectpp.end() ; }

virtual int ParticlePropertySvc::size ( void ) const [inline, virtual]

Get the container size.

Implements IParticlePropertySvc.

Definition at line 134 of file ParticlePropertySvc.h.

00134 { return m_vectpp.size() ; };

virtual ParticleProperty* ParticlePropertySvc::find ( int geantId ) [inline, virtual]

Retrieve a property by geant3 id.

Implements IParticlePropertySvc.

Definition at line 136 of file ParticlePropertySvc.h.

00137   { return m_idmap[ geantId ] ; }

virtual ParticleProperty* ParticlePropertySvc::find ( const std::string & name ) [inline, virtual]

Retrieve a property by particle name.

Implements IParticlePropertySvc.

Definition at line 139 of file ParticlePropertySvc.h.

00140   { return m_namemap[ name ] ; }

virtual ParticleProperty* ParticlePropertySvc::findByStdHepID ( int stdHepId ) [inline, virtual]

Retrieve a property by StdHep id.

Implements IParticlePropertySvc.

Definition at line 142 of file ParticlePropertySvc.h.

00143   { return m_stdhepidmap[ stdHepId ] ; }

virtual ParticleProperty* ParticlePropertySvc::findByPythiaID ( int pythiaID ) [inline, virtual]

Retrieve a property by Pythia id.

Implements IParticlePropertySvc.

Definition at line 145 of file ParticlePropertySvc.h.

00146   { return m_pythiaidmap[ pythiaID ]; }

virtual StatusCode ParticlePropertySvc::erase ( int geantId ) [inline, virtual]

Erase a property by geant3 id.

Implements IParticlePropertySvc.

Definition at line 148 of file ParticlePropertySvc.h.

00149   { return erase ( find ( geantId ) ) ; }

virtual StatusCode ParticlePropertySvc::erase ( const std::string & name ) [inline, virtual]

Erase a property by particle name.

Implements IParticlePropertySvc.

Definition at line 151 of file ParticlePropertySvc.h.

00152   { return erase ( find ( name ) ) ; }

virtual StatusCode ParticlePropertySvc::eraseByStdHepID ( int stdHepId ) [inline, virtual]

Erase a property by StdHep id ???

Implements IParticlePropertySvc.

Definition at line 154 of file ParticlePropertySvc.h.

00155   { return erase( findByStdHepID ( stdHepId ) ) ; }

const ParticleProperty * ParticlePropertySvc::anti ( const ParticleProperty * pp ) const [protected]

helper (protected) function to find an antiparticle for the given particle ID (StdHepID)

Helper (protected) function to find an antiparticle for the given particle ID (StdHepID).

Parameters:

pp

pointer to particle property

Returns:: pointer to antiparticle

Definition at line 438 of file ParticlePropertySvc.cpp.

00439 {
00440   if ( 0 == pp ) { return 0 ; }
00441   const int     ID = pp->pdgID() ;
00442   const int antiID = -1 * ID     ;
00443   for ( const_iterator it = m_vectpp.begin() ; m_vectpp.end() != it ; ++it ) 
00444   {
00445     const ParticleProperty* ap = *it ;
00446     if ( 0 == ap               ) { continue  ; }                // CONTINUE 
00447     if ( antiID == ap->pdgID() ) { return ap ; }                // RETURN
00448   };
00449   //  
00450   return pp ;                                                   // RETURN 
00451 }

StatusCode ParticlePropertySvc::setAntiParticles ( ) [protected]

helper (protected) function to set the valid particle<-->antiparticle relations

helper (protected) function to set the valid particle<-->antiparticle relations status code

Returns:: status code

Definition at line 458 of file ParticlePropertySvc.cpp.

00459 { 
00460   // initialize particle<-->antiParticle relations 
00461   for ( iterator ip = m_vectpp.begin() ; m_vectpp.end() != ip ; ++ip ) 
00462   {
00463     ParticleProperty* pp = *ip ;
00464     if ( 0 == pp                    ) { continue ; }   // CONTINUE
00465     const ParticleProperty* ap = anti ( pp ) ;
00466     if ( 0 != ap                    ) { pp->setAntiParticle( ap ) ; }
00467   }
00468   return StatusCode::SUCCESS ;
00469 }

StatusCode ParticlePropertySvc::rebuild ( ) [protected]

rebuild "the linear container" from the map

Definition at line 484 of file ParticlePropertySvc.cpp.

00485 {
00486   Set local ;
00487   m_vectpp.clear() ;
00488   m_vectpp.reserve ( m_idmap.size() + 100 ) ;
00489   // load information from maps into the set 
00490   _load_ ( m_idmap       , local ) ;
00491   _load_ ( m_namemap     , local ) ;
00492   _load_ ( m_stdhepidmap , local ) ;
00493   _load_ ( m_pythiaidmap , local ) ;
00494   // load information from set to the linear container vector 
00495   for ( Set::iterator i = local.begin() ; local.end() != i ; ++i )
00496   { m_vectpp.push_back ( *i ) ; }
00497   return setAntiParticles() ;
00498 }

StatusCode ParticlePropertySvc::erase ( const ParticleProperty * pp ) [protected]

remove particle property from all maps

Definition at line 314 of file ParticlePropertySvc.cpp.

00315 {
00316   if ( 0 == pp ) { return StatusCode::FAILURE ; }
00317   
00318   _remove_ ( m_idmap       , pp ) ;
00319   _remove_ ( m_namemap     , pp ) ;
00320   _remove_ ( m_stdhepidmap , pp ) ;
00321   _remove_ ( m_pythiaidmap , pp ) ;
00322   // 
00323   return rebuild() ;
00324 }

StatusCode ParticlePropertySvc::parse ( const std::string & file ) [protected]

parse the file

Definition at line 357 of file ParticlePropertySvc.cpp.

00358 {
00359   StatusCode sc = StatusCode::FAILURE;
00360   
00361   MsgStream log( msgSvc(), name() );
00362   char line[ 255 ];
00363   
00364   std::auto_ptr<std::istream> infileptr;
00365   if (m_fileAccess) infileptr = m_fileAccess->open(file);
00366   
00367   if ( infileptr.get() == 0 )
00368   {
00369     log << MSG::ERROR << "Unable to open properties file : " << file
00370         << endreq;
00371     return StatusCode::FAILURE ;
00372   }
00373   
00374   std::istream &infile = *infileptr;
00375   sc = StatusCode::SUCCESS;
00376   log << MSG::INFO 
00377       << "Opened particle properties file : " << file << endreq;
00378   
00379   while( infile ) 
00380   {
00381     // parse each line of the file (comment lines begin with # in the cdf
00382     // file,
00383     infile.getline( line, 255 );
00384     
00385     if ( line[0] == '#' ) continue;
00386     
00387     std::string par, gid, jid, chg, mas, lif, evt, pyt, mwi ; 
00388     char* token = strtok( line, " " );
00389     if ( token ) { par = token; token = strtok( NULL, " " );} else continue;
00390     if ( token ) { gid = token; token = strtok( NULL, " " );} else continue;
00391     if ( token ) { jid = token; token = strtok( NULL, " " );} else continue;
00392     if ( token ) { chg = token; token = strtok( NULL, " " );} else continue;
00393     if ( token ) { mas = token; token = strtok( NULL, " " );} else continue;
00394     if ( token ) { lif = token; token = strtok( NULL, " " );} else continue;
00395     if ( token ) { evt = token; token = strtok( NULL, " " );} else continue;
00396     if ( token ) { pyt = token; token = strtok( NULL, " " );} else continue;
00397     if ( token ) { mwi = token; token = strtok( NULL, " " );} else continue;
00398     if ( token != NULL ) continue;
00399     
00400     // In SICb cdf file mass and lifetime units are GeV and sec, specify it so
00401     // that they are converted to Gaudi units (MeV and ns)
00402     double mass = atof( mas.c_str() ) * Gaudi::Units::GeV;
00403     double tlife = atof( lif.c_str() ) * Gaudi::Units::s;
00404     long   ljid = atoi( jid.c_str() );
00405     long   lgid = atoi( gid.c_str() );
00406     long   lpyt = atoi( pyt.c_str() ) ;
00407     double mW = atof( mwi.c_str() ) * Gaudi::Units::GeV ;
00408     
00409     // Change the particles that do not corresopond to a pdg number
00410     if ( ljid == 0 ) {
00411       ljid = 10000000*lgid;
00412     }
00413     
00414     // add a particle property
00415     sc = push_back( par, lgid, ljid, 
00416                     atof( chg.c_str() ), mass, tlife, evt, lpyt, mW ) ;
00417     if ( sc.isFailure() )
00418     {
00419       log << MSG::ERROR 
00420           << "Error from ParticlePropertySvc::push_back for particle='" 
00421           << par << "'" << endreq ;
00422     }
00423     
00424   }
00425   
00426   //infile.close();
00427   
00428   return StatusCode::SUCCESS ;
00429 }

StatusCode ParticlePropertySvc::parse ( ) [protected]

Parses the file and fill all the maps.

Definition at line 328 of file ParticlePropertySvc.cpp.

00329 {
00330 
00331   // parse "the main" file 
00332   StatusCode sc = parse ( m_filename ) ;
00333   if ( sc.isFailure() ) { return sc ; }
00334   
00335   // parse "other" files 
00336   for ( Files::const_iterator file = m_other.begin() ;
00337         m_other.end() != file ; ++file ) 
00338   {
00339     sc = parse ( *file ) ;
00340     if ( sc.isFailure() ) { return sc ; }
00341   }
00342   
00343   // Now check that the file format was consistent with what parser
00344   // expected
00345   if ( m_namemap.size() == 0 ) 
00346   {
00347     MsgStream log( msgSvc(), name() );
00348     log << MSG::ERROR 
00349         << "Format of input file inconsistent with what expected"
00350         << " - Check you are using ParticleData.txt" << endreq;
00351     return StatusCode::FAILURE;
00352   }
00353   
00354   return sc;
00355 }

StatusCode ParticlePropertySvc::addParticles ( ) [protected]

Definition at line 502 of file ParticlePropertySvc.cpp.

00503 {
00504 
00505   MsgStream log ( msgSvc() , name() ) ;
00506   // loop over all "explicit" particles 
00507   for ( Particles::const_iterator ip = m_particles.begin() ; 
00508         m_particles.end() != ip ; ++ip ) 
00509   {
00510     const std::string item = *ip ;
00511     std::istringstream input( item ) ;
00512     // get the name
00513     std::string p_name   ;
00514     int         p_geant  ;
00515     int         p_jetset ;
00516     double      p_charge ;
00517     double      p_mass   ;
00518     double      p_ltime  ;
00519     std::string p_evtgen ;
00520     int         p_pythia ;
00521     double      p_maxwid ;
00522     if ( input 
00523          >> p_name
00524          >> p_geant 
00525          >> p_jetset 
00526          >> p_charge 
00527          >> p_mass 
00528          >> p_ltime 
00529          >> p_evtgen 
00530          >> p_pythia
00531          >> p_maxwid )
00532     {
00533       log << MSG::ALWAYS
00534           << " Add/Modify the particle: "
00535           << " name='"   << p_name   << "'"
00536           << " geant="   << p_geant   
00537           << " jetset="  << p_jetset  
00538           << " charge="  << p_charge  
00539           << " mass="    << p_mass     
00540           << " ltime="   << p_ltime   
00541           << " evtgen='" << p_evtgen << "'" 
00542           << " pythia="  << p_pythia  
00543           << " maxwid="  << p_maxwid << endreq ;
00544       //
00545       StatusCode sc = push_back
00546         ( p_name                        , 
00547           p_geant                       , 
00548           p_jetset                      ,
00549           p_charge                      , 
00550           p_mass    * Gaudi::Units::GeV , 
00551           p_ltime   * Gaudi::Units::s   , 
00552           p_evtgen                      ,
00553           p_pythia                      , 
00554           p_maxwid  * Gaudi::Units::GeV ) ;
00555       if ( sc.isFailure() ) { return sc ; }                        // RETURN 
00556     }
00557     else
00558     {
00559       log << MSG::ERROR
00560           << " could not parse '" << item << "'" << endreq ;
00561       return StatusCode::FAILURE ;                                 // RETURN 
00562     }
00563   }
00564   //
00565   return StatusCode::SUCCESS ;
00566 }

bool ParticlePropertySvc::diff	(	const ParticleProperty *	o,
		const ParticleProperty *	n,
		const MSG::Level	l = `MSG::DEBUG`
	)			const `[protected]`

Definition at line 569 of file ParticlePropertySvc.cpp.

00572 {
00573   //
00574   if ( o == n ) { return false ; }
00575   //
00576   MsgStream log ( msgSvc() , name() ) ;
00577   log << l ;
00578   if ( 0 == o || 0 == n  ) 
00579   {
00580     log << MSG::WARNING << " ParticleProperty* point to NULL" << endreq ;
00581     return true ;                                                    // RETURN 
00582   }
00583   //
00584   bool result = false ;
00585   if ( o -> particle () != n -> particle () ) 
00586   { 
00587     result = true ;
00588     log << " Name:'"  << o -> particle () << "'/'" << n -> particle () << "'" ; 
00589   }
00590   if ( o -> geantID  () != n -> geantID  () ) 
00591   { 
00592     result = true ;
00593     log << " G3ID:"   << o -> geantID  () << "/"   << n -> geantID  () << "'" ; 
00594   }
00595   if ( o -> pdgID    () != n -> pdgID    () ) 
00596   { 
00597     result = true ;
00598     log << " PDGID:"  << o -> pdgID    () << "/"   << n -> pdgID    () << "'" ;
00599   }
00600   if ( o -> pythiaID () != n -> pythiaID () ) 
00601   { 
00602     result = true ;
00603     log << " PYID:"   << o -> pythiaID () << "/"   << n -> pythiaID () << "'" ; 
00604   }
00605   if ( o -> charge   () != n -> charge   () ) 
00606   { 
00607     result = true ;
00608     log << " Q:"      << o -> charge   () << "/"   << n -> charge   () << "'" ; 
00609   }
00610   if ( o -> mass     () != n -> mass     () ) 
00611   { 
00612     result = true ;
00613     log << " M:"      << o -> mass     () << "/"   << n -> mass     () << "'" ; 
00614   }
00615   if ( o -> lifetime () != n -> lifetime () ) 
00616   { 
00617     result = true ;
00618     log << " T:"      << o -> lifetime () << "/"   << n -> lifetime () << "'" ; 
00619   }
00620   if ( o -> evtGenName () != n -> evtGenName () ) 
00621   {
00622     result = true ;
00623     log << " EvtGen:" << o -> evtGenName () << "/"   << n -> evtGenName () << "'" ; 
00624   }
00625   if ( o -> maxWidth () != n -> maxWidth () ) 
00626   { 
00627     result = true ;
00628     log << " WMAX:"   << o -> maxWidth () << "/"   << n -> maxWidth () << "'" ; 
00629   }
00630   if ( result ) { log << endreq ; }
00631   //
00632   return result ;
00633 }

Member Data Documentation

std::string ParticlePropertySvc::m_filename [private]

Filename of the particle properties file.

Definition at line 196 of file ParticlePropertySvc.h.

Files ParticlePropertySvc::m_other [private]

additional file names

Definition at line 197 of file ParticlePropertySvc.h.

Particles ParticlePropertySvc::m_particles [private]

Definition at line 199 of file ParticlePropertySvc.h.

VectPP ParticlePropertySvc::m_vectpp [private]

Vector of all particle properties.

Definition at line 201 of file ParticlePropertySvc.h.

MapID ParticlePropertySvc::m_idmap [private]

Map for geant IDs.

Definition at line 202 of file ParticlePropertySvc.h.

MapName ParticlePropertySvc::m_namemap [private]

Map for particle names.

Definition at line 203 of file ParticlePropertySvc.h.

MapStdHepID ParticlePropertySvc::m_stdhepidmap [private]

Map for StdHep Ids.

Definition at line 204 of file ParticlePropertySvc.h.

MapPythiaID ParticlePropertySvc::m_pythiaidmap [private]

Map for Pythia Ids.

Definition at line 205 of file ParticlePropertySvc.h.

Set ParticlePropertySvc::m_owned [private]

Definition at line 208 of file ParticlePropertySvc.h.

std::set<std::string> ParticlePropertySvc::m_replaced [private]

Definition at line 209 of file ParticlePropertySvc.h.

IFileAccess* ParticlePropertySvc::m_fileAccess [private]

Definition at line 211 of file ParticlePropertySvc.h.

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

/afs/cern.ch/sw/Gaudi/releases/GAUDI/GAUDI_v20r4/GaudiSvc/src/ParticlePropertySvc/ParticlePropertySvc.h
/afs/cern.ch/sw/Gaudi/releases/GAUDI/GAUDI_v20r4/GaudiSvc/src/ParticlePropertySvc/ParticlePropertySvc.cpp

	Gaudi Framework, version v20r4
	Generated: 8 Jan 2009

Gaudi Framework, version v20r4

ParticlePropertySvc Class Reference

Detailed Description

Public Types

Public Member Functions

Protected Member Functions

Private Types

Private Attributes

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation