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root/cvsroot/UserCode/MitAna/DataTree/interface/Track.h

Comparing UserCode/MitAna/DataTree/interface/Track.h (file contents):
Revision 1.7 by loizides, Wed Jun 18 19:08:14 2008 UTC vs.
Revision 1.11 by paus, Thu Jul 3 09:47:49 2008 UTC

#	Line 3 | Line 3
3		//
4		// Track
5		//
6	<	// This will be re-written :-)
6	>	// This will/must be re-written :-)
7		//
8		// Authors: C.Loizides, J.Bendavid, C.Paus
9		//--------------------------------------------------------------------------------------------------
#	Line 12 | Line 12
12		#define DATATREE_TRACK_H
13
14		#include "MitAna/DataTree/interface/DataObject.h"
15	+	#include "MitAna/DataTree/interface/SimParticle.h"
16	+	#include "MitAna/DataTree/interface/Types.h"
17
18		namespace mithep
19		{
#	Line 23 | Line 25 | namespace mithep
25		fPhi(phi), fD0(d0), fPt(pt), fDz(dz), fTheta(theta) {}
26		~Track() {}
27
28	<	void      SetHelix (Double_t phi, Double_t d0, Double_t pt, Double_t dz, Double_t theta);
29	<	void      SetErrors(Double_t phiErr, Double_t d0Err, Double_t ptErr, Double_t dzErr,
30	<	Double_t thetaErr);
28	>	Int_t             Charge()       const { return fCharge; }
29	>	Double_t          D0()           const { return fD0; }
30	>	Double_t          D0Err()        const { return fD0Err; }
31	>	Double_t          Dz()           const { return fDz; }
32	>	Double_t          DzErr()        const { return fDzErr; }
33	>	ThreeVector       Mom()          const { return ThreeVector(Px(),Py(),Pz()); }
34	>	Double_t          P2()           const { return Px()*Px()+Py()*Py()+Pz()*Pz(); }
35	>	Double_t          P()            const { return sqrt(P2()); }
36	>	Double_t          Px()           const { return cos(fPhi)*fabs(fPt); }
37	>	Double_t          Py()           const { return sin(fPhi)*fabs(fPt); }
38	>	Double_t          Pz()           const { return fabs(fPt)/tan(fTheta); }
39	>	Double_t          Phi()          const { return fPhi; }
40	>	Double_t          PhiErr()       const { return fPhiErr; }
41	>	Double_t          Pt()           const { return fPt; }
42	>	Double_t          PtErr()        const { return fPtErr; }
43	>	Double_t          Theta()        const { return fTheta; }
44	>	Double_t          ThetaErr()     const { return fThetaErr; }
45
46	<	Double_t  Phi()      const { return fPhi; }
47	<	Double_t  D0()       const { return fD0; }
48	<	Double_t  Pt()       const { return fPt; }
49	<	Double_t  Dz()       const { return fDz; }
50	<	Double_t  Theta()    const { return fTheta; }
51	<
52	<	Double_t  PhiErr()   const { return fPhiErr; }
53	<	Double_t  D0Err()    const { return fD0Err; }
38	<	Double_t  PtErr()    const { return fPtErr; }
39	<	Double_t  DzErr()    const { return fDzErr; }
40	<	Double_t  ThetaErr() const { return fThetaErr; }
41	<
42	<	Int_t     Charge()   const { return fCharge; }
46	>	FourVector        Mom4(double m) const { return FourVector(Px(),Py(),Pz(),E(m)); }
47	>	Double_t          E2(double m)   const { return P2()+m*m; }
48	>	Double_t          E(double m)    const { return sqrt(E2(m)); }
49	>
50	>	void              SetCharge(Int_t charge) { fCharge = charge; }
51	>	void              SetHelix (Double_t phi, Double_t d0, Double_t pt, Double_t dz, Double_t theta);
52	>	void              SetErrors(Double_t phiErr, Double_t d0Err, Double_t ptErr,
53	>	Double_t dzErr, Double_t thetaErr);
54
55	<	void      SetCharge(Int_t charge) { fCharge = charge; }
55	>	SimParticle*      GetSimParticle() const         { return (SimParticle*)fSimParticleRef.GetObject(); }
56	>	void              SetSimParticle(SimParticle* p) { fSimParticleRef = p; }
57
58		protected:
59	<	Double_t fPhi;      // azimuthal angle
60	<	Double_t fD0;       // raw impact parameter
61	<	Double_t fPt;       // transverse momentum
62	<	Double_t fDz;       // z-displacement
63	<	Double_t fTheta;    // polar angle
64	<	Double_t fPhiErr;   // uncertainy on phi
65	<	Double_t fD0Err;    // uncertainty on D0
66	<	Double_t fPtErr;    // uncertainty on pt
67	<	Double_t fDzErr;    // uncertainty on dz
68	<	Double_t fThetaErr; // uncertainty on theta
69	<	Int_t    fCharge;   // electric charge of reconstructed track
59	>	Double_t          fPhi;            // azimuthal angle
60	>	Double_t          fD0;             // raw impact parameter
61	>	Double_t          fPt;             // transverse momentum
62	>	Double_t          fDz;             // z-displacement
63	>	Double_t          fTheta;          // polar angle
64	>	Double_t          fPhiErr;         // uncertainy on phi
65	>	Double_t          fD0Err;          // uncertainty on D0
66	>	Double_t          fPtErr;          // uncertainty on pt
67	>	Double_t          fDzErr;          // uncertainty on dz
68	>	Double_t          fThetaErr;       // uncertainty on theta
69	>	Int_t             fCharge;         // electric charge of reconstructed track
70	>	TRef              fSimParticleRef; //reference to sim particle (for monte carlo)
71
72	<	ClassDef(Track, 1) // Track class
72	>	ClassDef(Track, 1) // Track class
73		};
74		}
75

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