H1AnalysisSteer("HadCheckLowQ2")
{
 fKineRecMethod = H1Constants::eKineRecElectron;
 fNEvents       = 100000000;
 fInterval      = 10000;
 fChains        = "DataLowQ2, DjangoLowQ2";

 fGoodRunFile  = "GoodRuns9900.root";
 fRunSelection = "262204,278687,278979,279215"; // set for 2000 only running, without shifted vertex runs

 // Output of results 
 fOutputFile       = "HadCheckLowQ2.root";
 fRecreateFile     = "RECREATE";
 fSelectionResults = "HadCheckLowQ2";
                               
 fBenchmarkAll = false;  
}

H1AnalysisChainSteer("DataLowQ2")
{
  fTreeSteerName = "DataLowQ2";

  // Steering for the H1Calculator i.e. weights to be applied 
  fApplyLumiWeight  = false;
  fApplyZvtxWeight  = false;
  fApplyQCDWeight   = false;
  fApplyPsCCWeight  = false;
  fApplyWPsCCWeight = false;
  fApplyWNLOWeight  = false;
  fApplyScale       = false; 
  fScale            = 1.0; 

  fConstants = H1Constants::eEplus9900;  
}

H1SteerTree("DataLowQ2")
{
  fPath           = "h1raid05:/shift/h1raid05/data8/h1/h1/";

  fLoadHAT        = true;
  fLoadMODS       = true; 
  fLoadODS        = false;
  fLoadUserTree   = false;

  fFileNames      = "2.4.20..h1.root.checkout.oo-releases.test-samples.LOWQ2.1IN10.00.INDEX";
}

H1AnalysisChainSteer("DjangoLowQ2")
{
  fTreeSteerName = "DjangoLowQ2";
  fApplyLumiWeight  = true;
  fApplyZvtxWeight  = false;
  fApplyQCDWeight   = false;
  fApplyPsCCWeight  = false;
  fApplyWPsCCWeight = false;
  fApplyWNLOWeight  = false;
  //fApplyScale = true; 
  //fScale = 1.12; 

  fConstants = H1Constants::eEplus9900;  
}

H1SteerTree("DjangoLowQ2")
{
  fPath           = "h1raid05:/shift/h1raid05/data8/h1/h1/";

  fLoadHAT        = true;
  fLoadMODS       = true; 
  fLoadODS        = false;
  fLoadUserTree   = false;

  fLumi           = 0.16; // wrong ??

  fZVertexMean    = -1.0;       
  fZVertexSigma   = 10.0;

  fFileNames      = "2.4.20.django62.99.LOWQ2.ARI.GRV5004.B3.1382.S31800.R90707.DST.A00-A09";
}                     

H1AnalysisSelectionResultsSteer("HadCheckLowQ2")
{
  fGenReader = "GenInfo";
  fRecReader = "RecInfo";
}

H1CalcReaderSteer("GenInfo")
{
  fInfo = "Kine_Q2Gen,Kine_XGen";
}

H1CalcReaderSteer("RecInfo")
{
  fInfo = "Kine_Q2,Kine_X";
}