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root/cvsroot/UserCode/Morgan/interface/TRootBeamSpot.h

Comparing UserCode/Morgan/interface/TRootBeamSpot.h (file contents):
Revision 1.1 by lethuill, Tue Apr 21 10:42:22 2009 UTC vs.
Revision 1.2 by lethuill, Wed Jun 10 11:17:05 2009 UTC

#	Line 12 | Line 12 | using namespace std;
12
13		class TRootBeamSpot : public TVector3
14		{
15	<
16	<	public:
17	<
18	<	TRootBeamSpot() :
19	<	TVector3(-999999.,-999999.,-999999.)
20	<	,error_(-1.,-1.,-1.)
21	<	,sigmaZ_(-1.)
22	<	,sigmaZError_(-1.)
23	<	,beamWidth_(-1.)
24	<	,beamWidthError_(-1.)
25	<	{;}
26	<
27	<	TRootBeamSpot(const TRootBeamSpot& spot) :
28	<	TVector3(spot)
29	<	,error_(spot.error_)
30	<	,sigmaZ_(spot.sigmaZ_)
31	<	,sigmaZError_(spot.sigmaZError_)
32	<	,beamWidth_(spot.beamWidth_)
33	<	,beamWidthError_(spot.beamWidthError_)
34	<	{;}
35	<
36	<	TRootBeamSpot(Double_t vx, Double_t vy, Double_t vz) :
37	<	TVector3(vx,vy,vz)
38	<	,error_(-1.,-1.,-1.)
39	<	,sigmaZ_(-1.)
40	<	,sigmaZError_(-1.)
41	<	,beamWidth_(-1.)
42	<	,beamWidthError_(-1.)
43	<	{;}
44	<
45	<	TRootBeamSpot(Double_t vx, Double_t vy, Double_t vz, Double_t evx, Double_t evy, Double_t evz) :
46	<	TVector3(vx,vy,vz)
47	<	,error_(evx,evy,evz)
48	<	,sigmaZ_(-1.)
49	<	,sigmaZError_(-1.)
50	<	,beamWidth_(-1.)
51	<	,beamWidthError_(-1.)
52	<	{;}
53	<
54	<	TRootBeamSpot(const TVector3 &vertex) :
55	<	TVector3(vertex)
56	<	,error_(-1.,-1.,-1.)
57	<	,sigmaZ_(-1.)
58	<	,sigmaZError_(-1.)
59	<	,beamWidth_(-1.)
60	<	,beamWidthError_(-1.)
61	<	{;}
62	<
63	<	TRootBeamSpot( const TVector3 &vertex, const TVector3 &vertex_error) :
64	<	TVector3(vertex)
65	<	,error_(vertex_error)
66	<	,sigmaZ_(-1.)
67	<	,sigmaZError_(-1.)
68	<	,beamWidth_(-1.)
69	<	,beamWidthError_(-1.)
70	<	{;}
71	<
72	<	TRootBeamSpot(Double_t vx, Double_t vy, Double_t vz, Double_t evx, Double_t evy, Double_t evz, Float_t sigmaZ, Float_t sigmaZError, Float_t beamWidth, Float_t beamWidthError) :
73	<	TVector3(vx,vy,vz)
74	<	,error_(evx,evy,evz)
75	<	,sigmaZ_(sigmaZ)
76	<	,sigmaZError_(sigmaZError)
77	<	,beamWidth_(beamWidth)
78	<	,beamWidthError_(beamWidthError)
79	<	{;}
80	<
81	<	~TRootBeamSpot() {;}
82	<
83	<
84	<	TVector3 error() const { return error_;}
85	<	Double_t xError() const  { return error_.x(); }
86	<	Double_t yError() const  { return error_.y(); }
87	<	Double_t zError() const  { return error_.z(); }
88	<	Float_t sigmaZ() const { return sigmaZ_;}
89	<	Float_t sigmaZError() const { return sigmaZError_;}
90	<	Float_t beamWidth() const { return beamWidth_;}
91	<	Float_t beamWidthError() const { return beamWidthError_;}
92	<
93	<	TString typeName() const { return "TRootBeamSpot"; }
94	<
95	<	void setError(TVector3 error) { error_ = error; }
96	<	void setXerror(Double_t xerr) { error_.SetX(xerr);  }
97	<	void setYerror(Double_t yerr) { error_.SetY(yerr); }
98	<	void setZerror(Double_t zerr) { error_.SetZ(zerr); }
99	<	void setSigmaZ(Float_t sigmaZ) { sigmaZ_ = sigmaZ; }
100	<	void setSigmaZError(Float_t sigmaZError) { sigmaZError_ = sigmaZError; }
101	<	void setBeamWidth(Float_t beamWidth) { beamWidth_ = beamWidth; }
102	<	void setBeamWidthError(Float_t beamWidthError) { beamWidthError_ = beamWidthError; }
103	<
104	<	void fill(Double_t vx, Double_t vy, Double_t vz, Double_t evx, Double_t evy, Double_t evz, Float_t sigmaZ, Float_t sigmaZError, Float_t beamWidth, Float_t beamWidthError)
105	<	{
106	<	this->SetXYZ(vx,vy,vz);
107	<	error_.SetXYZ(evx,evy,evz);
108	<	sigmaZ_ = sigmaZ;
109	<	sigmaZError_ = sigmaZError;
110	<	beamWidth_ = beamWidth;
111	<	beamWidthError_ = beamWidthError;
112	<	}
113	<
114	<	void clear()
115	<	{
116	<	this->SetXYZ(-999999.,-999999.,-999999.);
117	<	error_.SetXYZ(-1.,-1.,-1.);
118	<	sigmaZ_ = -1.;
119	<	sigmaZError_ = -1.;
120	<	beamWidth_ = -1.;
121	<	beamWidthError_ = -1.;
122	<	}
123	<
124	<
125	<	friend std::ostream& operator<< (std::ostream& stream, const TRootBeamSpot& spot) {
126	<	stream << "TRootBeamSpot - (x,y,z)=(" << spot.x() << ","<< spot.y() << ","<< spot.z() << ")"
127	<	<< "  error=(" << spot.xError() << ","<< spot.yError() << ","<< spot.zError() << ")"
128	<	<< "  sigmaZ=" << spot.sigmaZ() << " +- "<< spot.sigmaZError()
129	<	<< "  Beam width=" << spot.beamWidth() << " +- "<< spot.beamWidthError();
130	<	return stream;
131	<	};
132	<
133	<
134	<	private:
135	<
136	<	TVector3 error_; // Error on (x,y,z) beam position
137	<	Float_t sigmaZ_; // RMS bunch length
138	<	Float_t sigmaZError_; // RMS bunch length error
139	<	Float_t beamWidth_; // Average transverse beam width
140	<	Float_t beamWidthError_; // Error on average transverse beam width
141	<
142	<	ClassDef (TRootBeamSpot,1);
15	>
16	>	public:
17	>
18	>	TRootBeamSpot() :
19	>	TVector3(-999999.,-999999.,-999999.)
20	>	,error_(-1.,-1.,-1.)
21	>	,sigmaZ_(-1.)
22	>	,sigmaZError_(-1.)
23	>	,beamWidth_(-1.)
24	>	,beamWidthError_(-1.)
25	>	{;}
26	>
27	>	TRootBeamSpot(const TRootBeamSpot& spot) :
28	>	TVector3(spot)
29	>	,error_(spot.error_)
30	>	,sigmaZ_(spot.sigmaZ_)
31	>	,sigmaZError_(spot.sigmaZError_)
32	>	,beamWidth_(spot.beamWidth_)
33	>	,beamWidthError_(spot.beamWidthError_)
34	>	{;}
35	>
36	>	TRootBeamSpot(Double_t vx, Double_t vy, Double_t vz) :
37	>	TVector3(vx,vy,vz)
38	>	,error_(-1.,-1.,-1.)
39	>	,sigmaZ_(-1.)
40	>	,sigmaZError_(-1.)
41	>	,beamWidth_(-1.)
42	>	,beamWidthError_(-1.)
43	>	{;}
44	>
45	>	TRootBeamSpot(Double_t vx, Double_t vy, Double_t vz, Double_t evx, Double_t evy, Double_t evz) :
46	>	TVector3(vx,vy,vz)
47	>	,error_(evx,evy,evz)
48	>	,sigmaZ_(-1.)
49	>	,sigmaZError_(-1.)
50	>	,beamWidth_(-1.)
51	>	,beamWidthError_(-1.)
52	>	{;}
53	>
54	>	TRootBeamSpot(const TVector3 &vertex) :
55	>	TVector3(vertex)
56	>	,error_(-1.,-1.,-1.)
57	>	,sigmaZ_(-1.)
58	>	,sigmaZError_(-1.)
59	>	,beamWidth_(-1.)
60	>	,beamWidthError_(-1.)
61	>	{;}
62	>
63	>	TRootBeamSpot( const TVector3 &vertex, const TVector3 &vertex_error) :
64	>	TVector3(vertex)
65	>	,error_(vertex_error)
66	>	,sigmaZ_(-1.)
67	>	,sigmaZError_(-1.)
68	>	,beamWidth_(-1.)
69	>	,beamWidthError_(-1.)
70	>	{;}
71	>
72	>	TRootBeamSpot(Double_t vx, Double_t vy, Double_t vz, Double_t evx, Double_t evy, Double_t evz, Float_t sigmaZ, Float_t sigmaZError, Float_t beamWidth, Float_t beamWidthError) :
73	>	TVector3(vx,vy,vz)
74	>	,error_(evx,evy,evz)
75	>	,sigmaZ_(sigmaZ)
76	>	,sigmaZError_(sigmaZError)
77	>	,beamWidth_(beamWidth)
78	>	,beamWidthError_(beamWidthError)
79	>	{;}
80	>
81	>	~TRootBeamSpot() {;}
82	>
83	>
84	>	TVector3 error() const { return error_;}
85	>	Double_t xError() const  { return error_.x(); }
86	>	Double_t yError() const  { return error_.y(); }
87	>	Double_t zError() const  { return error_.z(); }
88	>	Float_t sigmaZ() const { return sigmaZ_;}
89	>	Float_t sigmaZError() const { return sigmaZError_;}
90	>	Float_t beamWidth() const { return beamWidth_;}
91	>	Float_t beamWidthError() const { return beamWidthError_;}
92	>
93	>	TString typeName() const { return "TRootBeamSpot"; }
94	>
95	>	void setError(TVector3 error) { error_ = error; }
96	>	void setXerror(Double_t xerr) { error_.SetX(xerr);  }
97	>	void setYerror(Double_t yerr) { error_.SetY(yerr); }
98	>	void setZerror(Double_t zerr) { error_.SetZ(zerr); }
99	>	void setSigmaZ(Float_t sigmaZ) { sigmaZ_ = sigmaZ; }
100	>	void setSigmaZError(Float_t sigmaZError) { sigmaZError_ = sigmaZError; }
101	>	void setBeamWidth(Float_t beamWidth) { beamWidth_ = beamWidth; }
102	>	void setBeamWidthError(Float_t beamWidthError) { beamWidthError_ = beamWidthError; }
103	>
104	>	void fill(Double_t vx, Double_t vy, Double_t vz, Double_t evx, Double_t evy, Double_t evz, Float_t sigmaZ, Float_t sigmaZError, Float_t beamWidth, Float_t beamWidthError)
105	>	{
106	>	this->SetXYZ(vx,vy,vz);
107	>	error_.SetXYZ(evx,evy,evz);
108	>	sigmaZ_ = sigmaZ;
109	>	sigmaZError_ = sigmaZError;
110	>	beamWidth_ = beamWidth;
111	>	beamWidthError_ = beamWidthError;
112	>	}
113	>
114	>	void clear()
115	>	{
116	>	this->SetXYZ(-999999.,-999999.,-999999.);
117	>	error_.SetXYZ(-1.,-1.,-1.);
118	>	sigmaZ_ = -1.;
119	>	sigmaZError_ = -1.;
120	>	beamWidth_ = -1.;
121	>	beamWidthError_ = -1.;
122	>	}
123	>
124	>	friend std::ostream& operator<< (std::ostream& stream, const TRootBeamSpot& spot) {
125	>	stream << "TRootBeamSpot - (x,y,z)=(" << spot.x() << ","<< spot.y() << ","<< spot.z() << ")"
126	>	<< "  error=(" << spot.xError() << ","<< spot.yError() << ","<< spot.zError() << ")"
127	>	<< "  sigmaZ=" << spot.sigmaZ() << " +- "<< spot.sigmaZError()
128	>	<< "  Beam width=" << spot.beamWidth() << " +- "<< spot.beamWidthError();
129	>	return stream;
130	>	};
131	>
132	>
133	>	private:
134	>
135	>	TVector3 error_; // Error on (x,y,z) beam position
136	>	Float_t sigmaZ_; // RMS bunch length
137	>	Float_t sigmaZError_; // RMS bunch length error
138	>	Float_t beamWidth_; // Average transverse beam width
139	>	Float_t beamWidthError_; // Error on average transverse beam width
140	>
141	>	ClassDef (TRootBeamSpot,1);
142	>
143		};
144
145		#endif

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