Mods/interface/GeneratorMod.h

//--------------------------------------------------------------------------------------------------
// $Id: GeneratorMod.h,v 1.28 2009/06/11 13:16:53 ceballos Exp $
//
// GeneratorMod
//
// This module collects interesting generator information and publishes collections
// for subsequent modules.
//
// Authors: G.Ceballos
//--------------------------------------------------------------------------------------------------

#ifndef MITPHYSICS_MODS_GENERATORMOD_H
#define MITPHYSICS_MODS_GENERATORMOD_H

#include "MitAna/TreeMod/interface/BaseMod.h" 
#include "MitAna/DataTree/interface/MCParticleFwd.h"

class TH1D;
class TH2D;

namespace mithep 
{
  class GeneratorMod : public BaseMod
  {
    public:
      GeneratorMod(const char *name="GeneratorMod", 
                   const char *title="Generator information module");

      const char          *GetMCAllLeptonsName() const { return fMCAllLeptonsName; }    
      const char          *GetMCBosonsName()     const { return fMCBosonsName;     }
      const char          *GetMCISRPhotonsName() const { return fMCISRPhotonsName; }    
      const char          *GetMCLeptonsName()    const { return fMCLeptonsName;    }    
      const char          *GetMCMETName()        const { return fMCMETName;        }    
      const char          *GetMCNeutrinosName()  const { return fMCNeutrinosName;  }
      const char          *GetMCPartName()       const { return fMCPartName;       }    
      const char          *GetMCPhotonsName()    const { return fMCPhotonsName;    }
      const char          *GetMCQuarksName()     const { return fMCQuarksName;     }    
      const char          *GetMCRadPhotonsName() const { return fMCRadPhotonsName; }    
      const char          *GetMCTausName()       const { return fMCTausName;       }    
      const char          *GetMCqqHsName()       const { return fMCqqHsName;       }    
      const Bool_t         GetPrintDebug()       const { return fPrintDebug;       }    
      Bool_t               GetApplyISRFilter()   const { return fApplyISRFilter;   }
      void                 SetApplyISRFilter(Bool_t b)         { fApplyISRFilter   = b; }        
      void                 SetEtaLeptonMax(Double_t x)         { fEtaLeptonMax     = x; }     
      void                 SetEtaPhotonMax(Double_t x)         { fEtaPhotonMax     = x; }         
      void                 SetEtaRadPhotonMax(Double_t x)      { fEtaRadPhotonMax  = x; }         
      void                 SetMCAllLeptonsName(const char * s) { fMCAllLeptonsName = s; }       
      void                 SetMCBosonsName(const char *s)      { fMCBosonsName     = s; }       
      void                 SetMCISRPhotonsName(const char *s)  { fMCISRPhotonsName = s; }       
      void                 SetMCLeptonsName(const char * s)    { fMCLeptonsName    = s; }       
      void                 SetMCMETName(const char * s)        { fMCMETName        = s; }       
      void                 SetMCNeutrinosName(const char *s)   { fMCNeutrinosName  = s; }       
      void                 SetMCPartName(const char *s)        { fMCPartName       = s; }       
      void                 SetMCPhotonsName(const char *s)     { fMCPhotonsName    = s; }       
      void                 SetMCQuarksName(const char *s)      { fMCQuarksName     = s; }       
      void                 SetMCRadPhotonsName(const char *s)  { fMCRadPhotonsName = s; }       
      void                 SetMCTausName(const char *s)        { fMCTausName       = s; }       
      void                 SetMCqqHsName(const char *s)        { fMCqqHsName       = s; }       
      void                 SetMassMaxCut(Double_t x)           { fMassMaxCut       = x; }        
      void                 SetMassMinCut(Double_t x)           { fMassMinCut       = x; }        
      void                 SetPdgIdCut(UInt_t d)               { fPdgIdCut         = d; }        
      void                 SetPrintDebug(bool b)               { fPrintDebug       = b; }   
      void                 SetPtLeptonMin(Double_t x)          { fPtLeptonMin      = x; }     
      void                 SetPtPhotonMin(Double_t x)          { fPtPhotonMin      = x; }     
      void                 SetPtRadPhotonMin(Double_t x)       { fPtRadPhotonMin   = x; }     

    protected:
      void                 Process();
      void                 SlaveBegin();

      Bool_t               fPrintDebug;         //=true then print debug info
      TString              fMCPartName;         //name of MCParticle branch
      TString              fMCMETName;          //name of met coll
      TString              fMCLeptonsName;      //name of lepton coll (from W/Z/H)
      TString              fMCAllLeptonsName;   //name of lepton coll (all)
      TString              fMCTausName;         //name of tau coll (hadronic decays)
      TString              fMCNeutrinosName;    //name of neutrinos coll
      TString              fMCQuarksName;       //name of quarks coll
      TString              fMCqqHsName;         //name of qqH coll
      TString              fMCBosonsName;       //name of bosons coll
      TString              fMCPhotonsName;      //name of photons coll
      TString              fMCRadPhotonsName;   //name of rad photons coll
      TString              fMCISRPhotonsName;   //name of ISR photons coll
      Double_t             fPtLeptonMin;        //pt min for leptons
      Double_t             fEtaLeptonMax;       //eta max for leptons
      Double_t             fPtPhotonMin;        //pt min for photons
      Double_t             fEtaPhotonMax;       //eta max for photons
      Double_t             fPtRadPhotonMin;     //pt min for rad photons
      Double_t             fEtaRadPhotonMax;    //eta max for rad photons
      UInt_t               fPdgIdCut;           //pdg id for particle used to select on mass (def=0)
      Double_t             fMassMinCut;         //mass min for given PdgId particle 
      Double_t             fMassMaxCut;         //mass max for given PdgId particle
      Bool_t               fApplyISRFilter;     //=true then apply ISR filter (def=0)
      const MCParticleCol *fParticles;          //!MCParticle branch
      TH1D                *hDGenMet[10];        //!histos for gen MET
      TH1D                *hDGenLeptons[40];    //!histos for W/Z/H leptons
      TH1D                *hDGenAllLeptons[20]; //!histos for all leptons
      TH1D                *hDGenTaus[20];       //!histos for taus
      TH1D                *hDGenNeutrinos[20];  //!histos for neutrinos
      TH1D                *hDGenQuarks[20];     //!histos for quarks
      TH1D                *hDGenWBF[20];        //!histos for WBF
      TH1D                *hDGenBosons[20];     //!histos for bosons
      TH1D                *hDGenPhotons[20];    //!histos for photons
      TH1D                *hDGenRadPhotons[20]; //!histos for rad photons
      TH1D                *hDGenISRPhotons[20]; //!histos for ISR photons
      TH1D                *hDVMass[20];         //!histos for auxiliar MG work

    ClassDef(GeneratorMod, 1) // Module to gather generator information
  };
}
#endif
Revision:	1.29
Committed:	Mon Jun 15 15:00:21 2009 UTC (15 years, 10 months ago) by loizides
Content type:	text/plain
Branch:	MAIN
CVS Tags:	Mit_009c, Mit_009b
Changes since 1.28:	+2 -2 lines
Log Message:	Added proper fwd defs plus split up complilation of MitAna/DataTree LinkDefs.
#	User	Rev	Content
1	loizides	1.1	//--------------------------------------------------------------------------------------------------
2	loizides	1.29	// $Id: GeneratorMod.h,v 1.28 2009/06/11 13:16:53 ceballos Exp $
3	loizides	1.1	//
4			// GeneratorMod
5			//
6	loizides	1.4	// This module collects interesting generator information and publishes collections
7			// for subsequent modules.
8	loizides	1.1	//
9	loizides	1.4	// Authors: G.Ceballos
10	loizides	1.1	//--------------------------------------------------------------------------------------------------
11
12	loizides	1.4	#ifndef MITPHYSICS_MODS_GENERATORMOD_H
13			#define MITPHYSICS_MODS_GENERATORMOD_H
14	loizides	1.1
15			#include "MitAna/TreeMod/interface/BaseMod.h"
16	loizides	1.29	#include "MitAna/DataTree/interface/MCParticleFwd.h"
17	loizides	1.1
18			class TH1D;
19			class TH2D;
20
21			namespace mithep
22			{
23			class GeneratorMod : public BaseMod
24			{
25			public:
26			GeneratorMod(const char *name="GeneratorMod",
27	loizides	1.4	const char *title="Generator information module");
28
29	loizides	1.27	const char *GetMCAllLeptonsName() const { return fMCAllLeptonsName; }
30			const char *GetMCBosonsName() const { return fMCBosonsName; }
31			const char *GetMCISRPhotonsName() const { return fMCISRPhotonsName; }
32			const char *GetMCLeptonsName() const { return fMCLeptonsName; }
33	loizides	1.25	const char *GetMCMETName() const { return fMCMETName; }
34			const char *GetMCNeutrinosName() const { return fMCNeutrinosName; }
35	loizides	1.27	const char *GetMCPartName() const { return fMCPartName; }
36			const char *GetMCPhotonsName() const { return fMCPhotonsName; }
37	loizides	1.25	const char *GetMCQuarksName() const { return fMCQuarksName; }
38	loizides	1.27	const char *GetMCRadPhotonsName() const { return fMCRadPhotonsName; }
39			const char *GetMCTausName() const { return fMCTausName; }
40	loizides	1.25	const char *GetMCqqHsName() const { return fMCqqHsName; }
41	loizides	1.27	const Bool_t GetPrintDebug() const { return fPrintDebug; }
42	loizides	1.25	Bool_t GetApplyISRFilter() const { return fApplyISRFilter; }
43	loizides	1.27	void SetApplyISRFilter(Bool_t b) { fApplyISRFilter = b; }
44			void SetEtaLeptonMax(Double_t x) { fEtaLeptonMax = x; }
45			void SetEtaPhotonMax(Double_t x) { fEtaPhotonMax = x; }
46			void SetEtaRadPhotonMax(Double_t x) { fEtaRadPhotonMax = x; }
47			void SetMCAllLeptonsName(const char * s) { fMCAllLeptonsName = s; }
48			void SetMCBosonsName(const char *s) { fMCBosonsName = s; }
49			void SetMCISRPhotonsName(const char *s) { fMCISRPhotonsName = s; }
50			void SetMCLeptonsName(const char * s) { fMCLeptonsName = s; }
51	ceballos	1.21	void SetMCMETName(const char * s) { fMCMETName = s; }
52	loizides	1.12	void SetMCNeutrinosName(const char *s) { fMCNeutrinosName = s; }
53	loizides	1.27	void SetMCPartName(const char *s) { fMCPartName = s; }
54			void SetMCPhotonsName(const char *s) { fMCPhotonsName = s; }
55	loizides	1.12	void SetMCQuarksName(const char *s) { fMCQuarksName = s; }
56	loizides	1.27	void SetMCRadPhotonsName(const char *s) { fMCRadPhotonsName = s; }
57			void SetMCTausName(const char *s) { fMCTausName = s; }
58	loizides	1.12	void SetMCqqHsName(const char *s) { fMCqqHsName = s; }
59	loizides	1.27	void SetMassMaxCut(Double_t x) { fMassMaxCut = x; }
60			void SetMassMinCut(Double_t x) { fMassMinCut = x; }
61			void SetPdgIdCut(UInt_t d) { fPdgIdCut = d; }
62			void SetPrintDebug(bool b) { fPrintDebug = b; }
63	loizides	1.12	void SetPtLeptonMin(Double_t x) { fPtLeptonMin = x; }
64			void SetPtPhotonMin(Double_t x) { fPtPhotonMin = x; }
65	ceballos	1.23	void SetPtRadPhotonMin(Double_t x) { fPtRadPhotonMin = x; }
66	loizides	1.4
67	loizides	1.1	protected:
68	loizides	1.14	void Process();
69			void SlaveBegin();
70
71	loizides	1.25	Bool_t fPrintDebug; //=true then print debug info
72	loizides	1.12	TString fMCPartName; //name of MCParticle branch
73	ceballos	1.21	TString fMCMETName; //name of met coll
74			TString fMCLeptonsName; //name of lepton coll (from W/Z/H)
75	loizides	1.12	TString fMCAllLeptonsName; //name of lepton coll (all)
76			TString fMCTausName; //name of tau coll (hadronic decays)
77			TString fMCNeutrinosName; //name of neutrinos coll
78			TString fMCQuarksName; //name of quarks coll
79			TString fMCqqHsName; //name of qqH coll
80			TString fMCBosonsName; //name of bosons coll
81			TString fMCPhotonsName; //name of photons coll
82	loizides	1.25	TString fMCRadPhotonsName; //name of rad photons coll
83	ceballos	1.23	TString fMCISRPhotonsName; //name of ISR photons coll
84	loizides	1.12	Double_t fPtLeptonMin; //pt min for leptons
85			Double_t fEtaLeptonMax; //eta max for leptons
86			Double_t fPtPhotonMin; //pt min for photons
87			Double_t fEtaPhotonMax; //eta max for photons
88	ceballos	1.23	Double_t fPtRadPhotonMin; //pt min for rad photons
89			Double_t fEtaRadPhotonMax; //eta max for rad photons
90	loizides	1.25	UInt_t fPdgIdCut; //pdg id for particle used to select on mass (def=0)
91	loizides	1.19	Double_t fMassMinCut; //mass min for given PdgId particle
92			Double_t fMassMaxCut; //mass max for given PdgId particle
93	ceballos	1.24	Bool_t fApplyISRFilter; //=true then apply ISR filter (def=0)
94	loizides	1.12	const MCParticleCol *fParticles; //!MCParticle branch
95	ceballos	1.21	TH1D *hDGenMet[10]; //!histos for gen MET
96			TH1D *hDGenLeptons[40]; //!histos for W/Z/H leptons
97	loizides	1.12	TH1D *hDGenAllLeptons[20]; //!histos for all leptons
98			TH1D *hDGenTaus[20]; //!histos for taus
99			TH1D *hDGenNeutrinos[20]; //!histos for neutrinos
100			TH1D *hDGenQuarks[20]; //!histos for quarks
101			TH1D *hDGenWBF[20]; //!histos for WBF
102			TH1D *hDGenBosons[20]; //!histos for bosons
103			TH1D *hDGenPhotons[20]; //!histos for photons
104	loizides	1.25	TH1D *hDGenRadPhotons[20]; //!histos for rad photons
105	ceballos	1.23	TH1D *hDGenISRPhotons[20]; //!histos for ISR photons
106	ceballos	1.28	TH1D *hDVMass[20]; //!histos for auxiliar MG work
107	ceballos	1.17
108	loizides	1.16	ClassDef(GeneratorMod, 1) // Module to gather generator information
109	loizides	1.1	};
110			}
111			#endif