FluxSvc Class Reference

Service that implements the IFluxSvc interface, to return an IFlux object. FluxSvc handles the creation and interfacing with Flux objects. More...

Inheritance diagram for FluxSvc:

[legend]Collaboration diagram for FluxSvc:

[legend]List of all members.

Public Member Functions
StatusCode	source (std::string name, IFlux *&)
	return pointer to a flux object
StatusCode	compositeSource (std::vector< std::string > names, IFlux *&flux)
	set pointer to a flux object, constructed from set of names
std::list< std::string >	fluxNames () const
	return a list of possible names
virtual void	addFactory (std::string name, const ISpectrumFactory *factory)
	add a new SpectrumFactory
virtual void	pass (double t)
	pass a specific amount of time
virtual CLHEP::HepRandomEngine *	getRandomEngine ()
	return pointer to the random engine that FluxSvc uses
virtual void	rootDisplay (std::vector< std::string > arguments)
	create a set of display windows using rootplot.
void	attachGpsObserver (Observer *anObserver)
	attach an external observer to GPS
IFlux *	currentFlux ()
	return the pointer to the current IFlux object
std::string	fluxName () const
	name of the flux
void	setPointingDirection (const astro::SkyDir &dir)
	set the pointing direction
std::pair< double, double >	getExplicitRockingAngles ()
	get the angular values of the satellite
CLHEP::HepRotation	transformGlastToGalactic (double time) const
	this transforms glast-local (cartesian) vectors into galactic (cartesian) vectors
CLHEP::HepRotation	transformToGlast (double seconds, GPS::CoordSystem index) const
	get the angular values of the satellite
std::pair< double, double >	location ()
	get the current satellite location
GPS *	GPSinstance ()
	return pointer to our GPS instance
std::string	uniqueIDString () const
	return a string which uniquely identifies the source
std::vector< double >	setRockType (astro::GPS::RockType rockType, double rockAngle=35.)
	Set the satellite rocking mode: 0=NONE, 1=UPDOWN(up in the northern hemisphere, down in the southern, 2=SLEWING(like updown, but not discontinuous at the equator), 3=ONEPERORBIT (rock norh one orbit, south the next, 4=EXPLICIT (use the internal rotangles rotation angles (this should be set through setOrientation)).
std::vector< std::pair< std::string, std::list< std::string > > >	sourceOriginList () const
	this should return the source file names, along with the contained sources.
bool	insideSAA ()
	return current SAA status
virtual StatusCode	run ()
	for the IRunnable interfce
double	endruntime ()
	access the end of run time
virtual void	setFilterCone (std::vector< double > cone)
	set filter cone parameters (ra, dec, radius)
virtual void	setAlignmentRotation (double qx, double qy, double qz, bool misalign)
	set aligmnment for Glast.
virtual void	setSAABoundary (const std::vector< std::pair< double, double > > &boundary)
	set the SAA boundary
virtual StatusCode	initialize ()
	perform initializations for this service.
virtual StatusCode	finalize ()
	perform the finalization, as required for a service.
virtual StatusCode	queryInterface (const InterfaceID &riid, void **ppvUnknown)
	Query interface.
Protected Member Functions
	FluxSvc (const std::string &name, ISvcLocator *al)
	Standard Constructor.
virtual	~FluxSvc ()
	destructor
Private Member Functions
int	askGPS ()
Private Attributes
IParticlePropertySvc *	m_partSvc
FluxMgr *	m_fluxMgr
std::vector< std::string >	m_source_lib
	the user-defined list of acceptable XML sources (from JobOptions.txt)
std::string	m_source_lib_default
	the default XML file name (from JobOptions.txt)
std::string	m_dtd_file
	set dtd to use.
IFlux *	m_currentFlux
	the "current" flux object
IAppMgrUI *	m_appMgrUI
	Reference to application manager UI.
IntegerProperty	m_evtMax
FluxSvc::Times	m_times
ObserverAdapter< FluxSvc >	m_observer
bool	m_insideSAA
DoubleProperty	m_expansionFactor
DoubleProperty	m_sampleInterval
DoubleProperty	m_orbitInclination
DoubleArrayProperty	m_SAA_poly_lat
DoubleArrayProperty	m_SAA_poly_lon
StringProperty	m_xmlFiles
BooleanProperty	m_aberrate
Friends
class	SvcFactory< FluxSvc >
	Allow SvcFactory to instantiate the service.

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Detailed Description

Service that implements the IFluxSvc interface, to return an IFlux object. FluxSvc handles the creation and interfacing with Flux objects.

Author:

Toby Burnett tburnett@u.washington.edu

Header

/nfs/slac/g/glast/ground/cvs/FluxSvc/src/FluxSvc.cxx,v 1.111 2008/07/21 15:17:28 glastrm Exp

Definition at line 73 of file FluxSvc.cxx.

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Constructor & Destructor Documentation

FluxSvc::FluxSvc (  const std::string &  name, ISvcLocator *  al )  [protected]

Standard Constructor. Definition at line 315 of file FluxSvc.cxx. References m_aberrate, FluxSvc::Times::m_deltaTime, m_dtd_file, FluxSvc::Times::m_endTime, m_evtMax, FluxSvc::Times::m_launchDate, m_orbitInclination, m_SAA_poly_lat, m_SAA_poly_lon, m_sampleInterval, m_source_lib, FluxSvc::Times::m_startDate, FluxSvc::Times::m_startTime, FluxSvc::Times::m_startTimeEnvVar, m_times, and m_xmlFiles. : Service(name,svc), m_currentFlux(0), m_insideSAA(false) { declareProperty("source_lib" , m_source_lib); declareProperty("dtd_file" , m_dtd_file=default_dtd_file); declareProperty("EvtMax" , m_evtMax=0); declareProperty("StartTime" , m_times.m_startTime=0); declareProperty("EndTime" , m_times.m_endTime=0); declareProperty("DeltaTime" , m_times.m_deltaTime=0); declareProperty("StartDate" , m_times.m_startDate=""); declareProperty("LaunchDate" , m_times.m_launchDate=""); declareProperty("StartTimeEnvVar", m_times.m_startTimeEnvVar=""); declareProperty("SampleInterval", m_sampleInterval=1.0); declareProperty("OrbitInclination", m_orbitInclination=25.3); declareProperty("SAApolyLat" , m_SAA_poly_lat); declareProperty("SAApolyLon" , m_SAA_poly_lon); declareProperty("xmlListFile" , m_xmlFiles=""); declareProperty("EnableAberration", m_aberrate=false); }

FluxSvc::~FluxSvc (   )  [protected, virtual]

destructor Definition at line 362 of file FluxSvc.cxx. { }

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Member Function Documentation

void FluxSvc::addFactory (  std::string  name, const ISpectrumFactory *  factory )  [virtual]

add a new SpectrumFactory Implements IFluxSvc. Definition at line 564 of file FluxSvc.cxx. References m_fluxMgr. { m_fluxMgr->addFactory(name, factory); }

int FluxSvc::askGPS (   )  [private]

Definition at line 513 of file FluxSvc.cxx. References m_insideSAA. Referenced by initialize(). { astro::EarthCoordinate pos = GPS::instance()->earthpos(); bool inside = pos.insideSAA(); double curtime = GPS::instance()->time(); if( m_insideSAA == inside) return 0; // no change MsgStream log( msgSvc(), name() ); log << MSG::INFO; std::stringstream t; t<< (!inside? " leaving" : "entering") << " SAA at " << std::setprecision(10)<< curtime; log << t.str() << endreq; m_insideSAA = inside; return 0; // can't be void in observer pattern }

void FluxSvc::attachGpsObserver (  Observer *  anObserver  )  [virtual]

attach an external observer to GPS Implements IFluxSvc. Definition at line 579 of file FluxSvc.cxx. Referenced by initialize(). { GPS::instance()->notification().attach( anObserver ); GPS::instance()->notifyObservers(); // make sure everyone notified as observers are attached? }

StatusCode FluxSvc::compositeSource (  std::vector< std::string >  names, IFlux *&  flux )  [virtual]

set pointer to a flux object, constructed from set of names Implements IFluxSvc. Definition at line 355 of file FluxSvc.cxx. References IFlux::currentEvent(), and m_currentFlux. { flux = new Flux(names); if( flux->currentEvent()==0) return StatusCode::FAILURE; m_currentFlux = flux; return StatusCode::SUCCESS; }

IFlux * FluxSvc::currentFlux (   )  [virtual]

return the pointer to the current IFlux object Implements IFluxSvc. Definition at line 591 of file FluxSvc.cxx. References m_currentFlux. { return m_currentFlux; }

double FluxSvc::endruntime (   )  [virtual]

access the end of run time Implements IFluxSvc. Definition at line 636 of file FluxSvc.cxx. References FluxSvc::Times::end(), and m_times. { return m_times.end() ; }

StatusCode FluxSvc::finalize (   )  [virtual]

perform the finalization, as required for a service. Definition at line 540 of file FluxSvc.cxx. References m_fluxMgr. { StatusCode status = StatusCode::SUCCESS; delete m_fluxMgr; return status; }

std::string FluxSvc::fluxName (   )  const [virtual]

name of the flux Implements IFluxSvc. Definition at line 596 of file FluxSvc.cxx. { return m_currentFlux->name(); }

std::list< std::string > FluxSvc::fluxNames (   )  const [virtual]

return a list of possible names Implements IFluxSvc. Definition at line 339 of file FluxSvc.cxx. Referenced by source(). { return m_fluxMgr->sourceList(); }

std::pair<double,double> FluxSvc::getExplicitRockingAngles (   )

get the angular values of the satellite

CLHEP::HepRandomEngine * FluxSvc::getRandomEngine (   )  [virtual]

return pointer to the random engine that FluxSvc uses Implements IFluxSvc. Definition at line 535 of file FluxSvc.cxx. { return CLHEP::HepRandom::getTheEngine(); };

GPS * FluxSvc::GPSinstance (   )  [virtual]

return pointer to our GPS instance Implements IFluxSvc. Definition at line 587 of file FluxSvc.cxx. { return GPS::instance();}

StatusCode FluxSvc::initialize (   )  [virtual]

perform initializations for this service. Definition at line 366 of file FluxSvc.cxx. References askGPS(), attachGpsObserver(), FluxSvc::Times::initialize(), IRegisterSource::interfaceID(), FluxSvc::Times::launch(), m_aberrate, m_appMgrUI, m_dtd_file, m_expansionFactor, m_fluxMgr, m_observer, m_orbitInclination, m_partSvc, m_SAA_poly_lat, m_SAA_poly_lon, m_sampleInterval, m_source_lib, m_times, m_xmlFiles, and IRegisterSource::registerMe(). { StatusCode status = Service::initialize (); // bind all of the properties for this service setProperties (); // open the message log MsgStream log( msgSvc(), name() ); // set orbit properties: needs to be done before EarthOrbit object gets created by GPS astro::EarthOrbit::set_inclination(m_orbitInclination); m_times.initialize(log); // set starting, or "launch" time for easy access by sources Spectrum::setStartTime(m_times.launch()); status = serviceLocator()->queryInterface(IID_IAppMgrUI, (void**)&m_appMgrUI); // parse file with source library entries (consistent with obssim) if( !m_xmlFiles.value().empty() ) { std::string xmlFiles(m_xmlFiles.value() ); facilities::Util::expandEnvVar(&xmlFiles); std::ifstream xmls(xmlFiles.c_str()); if( !xmls.is_open() ){ throw std::invalid_argument("File not found: " + xmlFiles); } while( ! xmls.eof()){ std::string line; std::getline(xmls, line); if( line.empty() || line[0]=='#' ) continue; m_source_lib.push_back(line); } } // If source library was not set, put in default if( m_source_lib.empty() ){ m_source_lib.push_back(default_source_library); log << MSG::INFO << "Set source library list to " << default_source_library << endreq; } try { // create a FluxMgr object which will then be available. m_fluxMgr = new FluxMgr(m_source_lib, m_dtd_file); }catch(...){ return StatusCode::FAILURE; } Flux::mgr(m_fluxMgr); // tell our Flux object // check that it was made properly if( m_fluxMgr->sourceList().empty()) { log << MSG::ERROR << "Did not initialize properly: no sources detected" << endreq; status = StatusCode::FAILURE; } m_fluxMgr->setExpansion(m_expansionFactor); if ( service("ParticlePropertySvc", m_partSvc).isFailure() ){ log << MSG::ERROR << "Couldn't find the ParticlePropertySvc!" << endreq; return StatusCode::FAILURE; } log << MSG::INFO << "Registering factories external to flux: "; SpectrumFactoryLoader externals; std::vector<std::string> flux_names(externals.names()); std::copy( flux_names.begin(), flux_names.end(), std::ostream_iterator<std::string>(log.stream(), ", ")); log << endreq; size_t nsaa =m_SAA_poly_lat.value().size(); if( nsaa>0) { if( m_SAA_poly_lon.value().size() != nsaa ){ log << MSG::ERROR <<"sizes of SAA arrays do not match"<< endreq; return StatusCode::FAILURE; } std::vector<std::pair<double,double> > saa_array; for( size_t i = 0; i< nsaa; ++i){ saa_array.push_back( std::make_pair(m_SAA_poly_lat.value()[i], m_SAA_poly_lon.value()[i]) ); } astro::EarthCoordinate::setSAAboundary( saa_array); } if( m_aberrate ){ log << MSG::INFO << "Enabled generation of stellar aberration" << endreq; } astro::GPS::instance()->enableAberration(m_aberrate.value()); //---------------------------------------------------------------- // most of the following cribbed from ToolSvc and ObjManager // look for a factory of an AlgTool that implements the IRegisterSource interface: // if found, make one and call the special method // Manager of the AlgTool Objects IObjManager* objManager=0; // locate Object Manager to locate later the tools status = serviceLocator()->service("ApplicationMgr", objManager ); if( status.isFailure()) { log << MSG::ERROR << "Unable to locate ObjectManager Service" << endreq; return status; } IToolFactory* toolfactory = 0; // search throught all objects (factories?) for(IObjManager::ObjIterator it = objManager->objBegin(); it !=objManager->objEnd(); ++ it){ std::string tooltype= (*it)->ident(); // is it a tool factory? const IFactory* factory = objManager->objFactory( tooltype ); IFactory* fact = const_cast<IFactory*>(factory); status = fact->queryInterface( IID_IToolFactory, (void**)&toolfactory ); if( status.isSuccess() ) { IAlgTool* itool = toolfactory->instantiate(name()+"."+tooltype, this ); IRegisterSource* ireg; status =itool->queryInterface( IRegisterSource::interfaceID(), (void**)&ireg); if( status.isSuccess() ){ log << MSG::INFO << "Registering sources in " << tooltype << endreq; ireg->registerMe(this); } log << MSG::DEBUG << "Releasing the tool " << tooltype << endreq; itool->release(); } } // attach an observer to be notified when orbital position changes // set callback to be notified when the position changes m_observer.setAdapter( new ActionAdapter<FluxSvc> (this, &FluxSvc::askGPS) ); attachGpsObserver(&m_observer); astro::GPS::instance()->sampleintvl(m_sampleInterval.value()); // set sample interval for position updates return StatusCode::SUCCESS; }

bool FluxSvc::insideSAA (   )  [inline, virtual]

return current SAA status Implements IFluxSvc. Definition at line 142 of file FluxSvc.cxx. References m_insideSAA. { return m_insideSAA;}

std::pair< double, double > FluxSvc::location (   )  [virtual]

get the current satellite location Implements IFluxSvc. Definition at line 624 of file FluxSvc.cxx. References m_fluxMgr. { return m_fluxMgr->location(); }

void FluxSvc::pass (  double  t  )  [virtual]

pass a specific amount of time Implements IFluxSvc. Definition at line 570 of file FluxSvc.cxx. References m_fluxMgr. { m_fluxMgr->pass(t); }

StatusCode FluxSvc::queryInterface (  const InterfaceID &  riid, void **  ppvUnknown )  [virtual]

Query interface. Definition at line 549 of file FluxSvc.cxx. { if ( IID_IFluxSvc.versionMatch(riid) ) { *ppvInterface = (IFluxSvc*)this; }else if (IID_IRunable.versionMatch(riid) ) { *ppvInterface = (IRunable*)this; } else { return Service::queryInterface(riid, ppvInterface); } addRef(); return SUCCESS; }

void FluxSvc::rootDisplay (  std::vector< std::string >  arguments  )  [virtual]

create a set of display windows using rootplot. Implements IFluxSvc. Definition at line 574 of file FluxSvc.cxx. References m_fluxMgr. { rootplot abc(arguments, m_fluxMgr); }

StatusCode FluxSvc::run (   )  [virtual]

for the IRunnable interfce time stamp for progress messages Definition at line 641 of file FluxSvc.cxx. References FluxSvc::Times::current(), FluxSvc::Times::end(), FluxSvc::Times::launch(), m_appMgrUI, m_evtMax, m_times, and FluxSvc::Times::start(). { StatusCode status = StatusCode::FAILURE; MsgStream log( msgSvc(), name() ); if ( 0 == m_appMgrUI ) return status; IProperty* propMgr=0; status = serviceLocator()->service("ApplicationMgr", propMgr ); if( status.isFailure()) { log << MSG::ERROR << "Unable to locate PropertyManager Service" << endreq; return status; } IntegerProperty evtMax("EvtMax",0); status = propMgr->getProperty( &evtMax ); if (status.isFailure()) return status; setProperty(evtMax); // now find the top alg so we can monitor its error count // IAlgManager* theAlgMgr; status = serviceLocator( )->getService( "ApplicationMgr", IID_IAlgManager, (IInterface*&)theAlgMgr ); IAlgorithm* theIAlg; Algorithm* theAlgorithm=0; IntegerProperty errorProperty("ErrorCount",0); status = theAlgMgr->getAlgorithm( "Top", theIAlg ); if ( status.isSuccess( ) ) { try{ theAlgorithm = dynamic_cast<Algorithm*>(theIAlg); } catch(...){ status = StatusCode::FAILURE; } } if ( status.isFailure( ) ) { log << MSG::WARNING << "Could not find algorithm 'Top'; will not monitor errors" << endreq; } // loop over the events int eventNumber= 0; // access the starting time from the job properties { bool noend=true; log << MSG::INFO << "Runable interface starting event loop as :" ; if( m_evtMax>0) { log << " MaxEvt = " << m_evtMax; noend=false; } if( m_times.start()>0) { log << " StartTime= launch+" << m_times.start() -m_times.launch(); } if( m_times.end()>0 ) { log << " EndTime=launch+ " << m_times.end()-m_times.launch(); noend=false; } log << endreq; if(noend) { log << MSG::ERROR<< "No end condition specified: will not process any events!" << endreq; return StatusCode::FAILURE; } } if( m_times.end()>0 && m_times.start() > m_times.end()){ log << MSG::ERROR << "Start time after end time!" << endreq; return StatusCode::FAILURE; } int last_fraction=0; GPS::instance()->notifyObservers(); // make sure all are in the // loop: will quit if either limit is set, and exceeded bool first(true); while( (m_evtMax==0 || m_evtMax>0 && eventNumber < m_evtMax) && (m_times.end()==0 || m_times.end()>0 && m_times.current() < m_times.end()) ) { double efrac = (m_evtMax>0? 100.*eventNumber/m_evtMax: 0.0), tfrac = (m_times.end()>0? 100.*(m_times.current()-m_times.start())/(m_times.end()-m_times.start()) : 0.0) ; int percent_complete= static_cast<int>( std::max( efrac, tfrac) ); if( percent_complete!=last_fraction){ last_fraction=percent_complete; if( percent_complete<10 || percent_complete%10 ==0 || first){ first = false; facilities::Timestamp tstamp; log << MSG::INFO << " [" << tstamp.getString() << "] " << std::setprecision(12)<< std::resetiosflags(4096) // scientific?? << percent_complete << "% complete: " << " event "<< eventNumber<<", time= " << m_times.current() << "= launch+ " << (m_times.current()-m_times.launch()) << endreq; } } status = m_appMgrUI->nextEvent(1); // currently, always success // the single event may have created a failure. Check the ErrorCount propery of the Top alg. if( theAlgorithm !=0) theAlgorithm->getProperty(&errorProperty); if( status.isFailure() || errorProperty.value() > 0){ status = StatusCode::FAILURE; } if( status.isFailure()) break; eventNumber ++; } if( status.isFailure()){ log << MSG::ERROR << "Terminating FluxSvc loop due to error" << endreq; }else if( m_times.end()>0 && m_times.current() >= m_times.end() ) { log << MSG::INFO << "Loop terminated by time " << endreq; }else { log << MSG::INFO << "Processing loop terminated by event count" << endreq; } log << MSG::INFO << "End after "<< eventNumber << " events, time = " << m_times.current() << endreq; return status; }

void FluxSvc::setAlignmentRotation (  double  qx, double  qy, double  qz, bool  misalign )  [virtual]

set aligmnment for Glast. Parameters: qx,qy,qz  x, y, z rotation angles (radians) asssumed small misalign  [false] set true to apply as a misalignment Implements IFluxSvc. Definition at line 758 of file FluxSvc.cxx. References m_fluxMgr. { m_fluxMgr->setAlignmentRotation(qx, qy, qz, misalign); }

void FluxSvc::setFilterCone (  std::vector< double >  cone  )  [virtual]

set filter cone parameters (ra, dec, radius) Implements IFluxSvc. Definition at line 764 of file FluxSvc.cxx. References m_fluxMgr. { assert( cone.size()>2); // assume this already checked m_fluxMgr->setFilterCone(cone[0], cone[1], cone[2]); }

void FluxSvc::setPointingDirection (  const astro::SkyDir &  dir  )  [virtual]

set the pointing direction Implements IFluxSvc. Definition at line 608 of file FluxSvc.cxx. { astro::GPS::instance()->setPointingDirection(dir); }

std::vector< double > FluxSvc::setRockType (  astro::GPS::RockType  rockType, double  rockAngle = 35. )  [virtual]

Set the satellite rocking mode: 0=NONE, 1=UPDOWN(up in the northern hemisphere, down in the southern, 2=SLEWING(like updown, but not discontinuous at the equator), 3=ONEPERORBIT (rock norh one orbit, south the next, 4=EXPLICIT (use the internal rotangles rotation angles (this should be set through setOrientation)). 5 = POINT: Explicit pointing direction given - setExplicitRockingAngles are (l,b). 6 = HISTORY - Filename given to stand for a pre-recorded pointing history. Use the setPointingHistoryFile function. Implements IFluxSvc. Definition at line 628 of file FluxSvc.cxx. References m_fluxMgr. { return m_fluxMgr->setRockType(rockType, rockAngle); }

void FluxSvc::setSAABoundary (  const std::vector< std::pair< double, double > > &  boundary  )  [virtual]

set the SAA boundary Parameters: boundard  set of (lat, lon) pairs of the polygon Implements IFluxSvc. Definition at line 772 of file FluxSvc.cxx. { }

StatusCode FluxSvc::source (  std::string  name, IFlux *&  )  [virtual]

return pointer to a flux object Implements IFluxSvc. Definition at line 343 of file FluxSvc.cxx. References fluxNames(), and m_currentFlux. { std::list<std::string> source_list( fluxNames() ); std::list<std::string> source_list2( SpectrumFactoryTable::instance()->spectrumList() ); if( std::find(source_list.begin(), source_list.end(), name) == source_list.end() &&(std::find(source_list2.begin(), source_list2.end(), name) == source_list2.end())) return StatusCode::FAILURE; flux = new Flux(name); m_currentFlux = flux; return StatusCode::SUCCESS; }

std::vector< std::pair< std::string,std::list< std::string > > > FluxSvc::sourceOriginList (   )  const [virtual]

this should return the source file names, along with the contained sources. Implements IFluxSvc. Definition at line 632 of file FluxSvc.cxx. References m_fluxMgr. { return m_fluxMgr->sourceOriginList(); }

CLHEP::HepRotation FluxSvc::transformGlastToGalactic (  double  time  )  const [virtual]

this transforms glast-local (cartesian) vectors into galactic (cartesian) vectors Implements IFluxSvc. Definition at line 620 of file FluxSvc.cxx. { return transformToGlast(time, GPS::CELESTIAL).inverse(); }

CLHEP::HepRotation FluxSvc::transformToGlast (  double  seconds, GPS::CoordSystem  index )  const

get the angular values of the satellite Definition at line 616 of file FluxSvc.cxx. { return m_fluxMgr->transformToGlast(time,index); }

std::string FluxSvc::uniqueIDString (   )  const

return a string which uniquely identifies the source Definition at line 601 of file FluxSvc.cxx. { std::stringstream t; t << m_currentFlux->numSource(); return m_currentFlux->name() + t.str(); }

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Friends And Related Function Documentation

friend class SvcFactory< FluxSvc > [friend]

Allow SvcFactory to instantiate the service. Definition at line 188 of file FluxSvc.cxx.

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Member Data Documentation

BooleanProperty FluxSvc::m_aberrate [private]

Definition at line 298 of file FluxSvc.cxx. Referenced by FluxSvc(), and initialize().

IAppMgrUI* FluxSvc::m_appMgrUI [private]

Reference to application manager UI. Definition at line 203 of file FluxSvc.cxx. Referenced by initialize(), and run().

IFlux* FluxSvc::m_currentFlux [private]

the "current" flux object Definition at line 199 of file FluxSvc.cxx. Referenced by compositeSource(), currentFlux(), and source().

std::string FluxSvc::m_dtd_file [private]

set dtd to use. Definition at line 197 of file FluxSvc.cxx. Referenced by FluxSvc(), and initialize().

IntegerProperty FluxSvc::m_evtMax [private]

Definition at line 204 of file FluxSvc.cxx. Referenced by FluxSvc(), and run().

DoubleProperty FluxSvc::m_expansionFactor [private]

Definition at line 291 of file FluxSvc.cxx. Referenced by initialize().

FluxMgr* FluxSvc::m_fluxMgr [private]

Definition at line 190 of file FluxSvc.cxx. Referenced by addFactory(), finalize(), initialize(), location(), pass(), rootDisplay(), setAlignmentRotation(), setFilterCone(), setRockType(), and sourceOriginList().

bool FluxSvc::m_insideSAA [private]

Definition at line 289 of file FluxSvc.cxx. Referenced by askGPS(), and insideSAA().

ObserverAdapter< FluxSvc > FluxSvc::m_observer [private]

Definition at line 287 of file FluxSvc.cxx. Referenced by initialize().

DoubleProperty FluxSvc::m_orbitInclination [private]

Definition at line 293 of file FluxSvc.cxx. Referenced by FluxSvc(), and initialize().

IParticlePropertySvc* FluxSvc::m_partSvc [private]

Definition at line 185 of file FluxSvc.cxx. Referenced by initialize().

DoubleArrayProperty FluxSvc::m_SAA_poly_lat [private]

Definition at line 295 of file FluxSvc.cxx. Referenced by FluxSvc(), and initialize().

DoubleArrayProperty FluxSvc::m_SAA_poly_lon [private]

Definition at line 296 of file FluxSvc.cxx. Referenced by FluxSvc(), and initialize().

DoubleProperty FluxSvc::m_sampleInterval [private]

Definition at line 292 of file FluxSvc.cxx. Referenced by FluxSvc(), and initialize().

std::vector<std::string> FluxSvc::m_source_lib [private]

the user-defined list of acceptable XML sources (from JobOptions.txt) Definition at line 193 of file FluxSvc.cxx. Referenced by FluxSvc(), and initialize().

std::string FluxSvc::m_source_lib_default [private]

the default XML file name (from JobOptions.txt) Definition at line 195 of file FluxSvc.cxx.

class FluxSvc::Times FluxSvc::m_times [private]

Referenced by endruntime(), FluxSvc(), initialize(), and run().

StringProperty FluxSvc::m_xmlFiles [private]

Definition at line 297 of file FluxSvc.cxx. Referenced by FluxSvc(), and initialize().

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

• FluxSvc.cxx

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