FRED-readRoot-runRecon.txt

Note: To view the latest version of the FRED-readRoot-runRecon.txt file:

1. Go to:

http://www-glast.stanford.edu/cgi-bin/viewcvs/LatIntegration/src/jobOptions/pipeline/

2. Click on the current Rev. number.

For example, the file shown below is FRED-readRoot-runRecon.txt Rev 1.1.

//##############################################################
//
// joboption file for using Fred to read in a digi Root file 
// and run reconstruction
//
//##############################################################

// Use pipeline jobOptions:
#include "$LATINTEGRATIONROOT/src/jobOptions/pipeline/readigi_runrecon.txt"

//
// Need to add this:
//
ApplicationMgr.ExtSvc += {"ParticlePropertySvc"};

//
// HepRep stuff for Fred:
//
ApplicationMgr.DLLs   += { "HepRepSvc", "HepRepXml", "HepRepCorba"};
ApplicationMgr.ExtSvc += {"HepRepSvc"};

//
// Use HepRep as the executable:
//
ApplicationMgr.Runable = "HepRepSvc";

//
// Disable as much output as we can:
//
Output.Members = {};

//
// Set output level threshold (2=DEBUG, 3=INFO, 4=WARNING, 5=ERROR, 6=FATAL):
//
MessageSvc.OutputLevel = 3;

//
// Number of events:
//
ApplicationMgr.EvtMax = 100000000;


//
// Uncomment this if you want an xml file of each event:
//
//HepRepSvc.autoStream = "xml";

//
// Geometry level:
//
HepRepSvc.geometryDepth = 1000;


//
// Different geometries:
//

// Flight:
//GlastDetSvc.xmlfile = "$(XMLGEODBSROOT)/xml/flight/flightSegVols.xml";

// Single bay:
//GlastDetSvc.xmlfile = "$(XMLGEODBSROOT)/xml/latAssembly/singleBay1TowerSegVols.xml";

// Two towers:
GlastDetSvc.xmlfile = "$(XMLGEODBSROOT)/xml/latAssembly/lat2TowerSegVols.xml";

//
// Name of the digi file we read in:
// 
digiRootReaderAlg.digiRootFile = "digi.root";

//
// Output Merit file name:
//
RootTupleSvc.filename = "merit.root";


//##############################################################
//
// End of job options file
//
//##############################################################