// Author: Serban Protopopescu
//
// $Id: TMBCorePkg.rcp,v 1.6.2.1.2.2 2005/04/25 21:34:55 greenlee Exp $
//

string PackageName = "TMBCorePkg"

//
// Control which objects to include in tree
//

bool doFpd = false
bool doFps = false
bool doFpsData = false
bool doCps = false
bool doCpsDigi = false

bool doCh  = true
bool doVtx = false

//
// Are any calorimeter cells stored at all ? 
// If this is false it automatically disables
// the storing of any calo cells independent of
// the more specific flags.
///
// Should be true by default.
//
bool doCaloCells = false

// Save the full CalDataChunk
bool doCalData = false

// Save cells from CalNadaChunk
bool doCalNada = false

// Save cells from CalT4_25Chunk
bool doCalT42  = false

bool doEM      = true
bool doMuon    = true
bool doJets    = true
bool doTaus    = false
bool doMET     = false
bool doMETEx   = false
bool doGlob    = false
bool doTrig    = false
bool doHist    = false
bool doCalQual = false

bool doTrackCal    = false
bool doTrackCalJet = false

bool doLm  = false
bool doLmV = false



bool doEventFlags = true

// use these if you wish to add instantaneous luminosity
bool doInstLum = false
string InstLumLocation = "flatfile"


// RCP used by d0reco for charged particles.

RCP chpart_rcp = <chpart_reco ChPartReco>

// Vector of name of vertices (one branch is created for each name, provided
// the corresponding VertexCollChunk is present).  Possible names are:
//
// 1. "" (empty string) - VertexType = 3 (PRIMARY).  D0reco 2-pass PV.
// 2. "2PPV"            - VertexType = 101.  D0root 2-pass PV.
// 3. "APV"             - VertexType = 102.  D0root adaptive PV.

string vertex_names = ("", "2PPV", "APV")

// RCP used to instantiate mb prob class.

RCP vtx_mbprob_rcp = <trackcaljet TrackVertexJetID_07>

// Muon ID chunk to read. The MuoCandidate chunk
// is the default, but it is only available after
// d0correct has been run. Otherwise use MuoParticleReco.
RCP Muonid_Algo = <muonid MuoCandidateReco>

// Objects for each EM cluster algorithm are put
// into separate branches. There should be 
// the following entries for each NAME:
//
// RCP    NAME_Algo       = < ...>
// string NAME_SearchRCPs = ( ... )
//
// NAME is the name given to the root branch
//

string EMClusters = ( "EMscone" , "EMcnn") 

// EM scone algorithm
RCP    EMscone_Algo       = <emreco EMReco-scone-id> 
string EMscone_SearchRCPs = ( "clusterer" , "HMReco" )

RCP    EMcnn_Algo       = <emreco EMReco-cnn-id> 
string EMcnn_SearchRCPs = ( "clusterer" , "HMReco" )

//
// Objects for each jet algorithm are put into
// separate branches. 
// There should be the following entries for each
// branch NAME:
//
// string NAME_type   = "..."
// string NAME_names  = ( ...)
// float  NAME_values = ( ...)
//
// bool   NAME_Uncorrected = false    // save uncorrected chunk
// bool   NAME_Corrected   = true     // save corrected chunk
// bool   NAME_MuCorrected = false    // save muon corrected chunk
// 
// NAME is the name given to the root branch
//

string Jets = ( "JCCA" , "JCCB" )

string JCCA_type   = "PreSCilcone"
string JCCA_names  = ( "towers" "coneSize" "Radius_of_Cone" ) 
float  JCCA_values = (    0.       0.3          0.7         )

bool   JCCA_Uncorrected = true
bool   JCCA_Corrected   = true
bool   JCCA_MuCorrected = true
bool   JCCA_Smeared     = true

string JCCB_type   = "PreSCilcone"
string JCCB_names  = ( "towers" "coneSize" "Radius_of_Cone" )
float  JCCB_values = (    0.       0.3          0.5         )

bool   JCCB_Uncorrected = true
bool   JCCB_Corrected   = true
bool   JCCB_MuCorrected = true
bool   JCCB_Smeared     = true

//
//  tau NN files
//
string NN_type1_file="NN_type1_mcm_pass2_with_e.dat" 
string NN_type2_file="NN_type2_mcm_pass2_with_e.dat" 
string NN_type3_file="NN_type3_mcm_pass2_with_e.dat"