SusyAnalysis/code/electron.h

#ifndef Electron_h
#define Electron_h

#include <TLorentzVector.h>

#include "init.h"
#include "mcParticle.h"

using namespace std;

class Electron:public mcParticle {

        private:
                double ecalIso_, hcalIso_, trkIso_;
                int type_;
                double d0_, Chi2N_;
                int nHit_;
                double outZ_, outR_;
                double HoE_, sigEtaEta_, dPhi_, dEta_, EoP_;

                double parentDR_;
                int parentI_, parentI2_, parentClass, parentPDG;

                int barrel;
                bool robustLoose_;
                bool robustTight_;
                bool loose_;
                bool tight_;
                float simpleEleId95cIso_;
                float simpleEleId90cIso_;
                float simpleEleId85cIso_;
                float simpleEleId80cIso_;
                float simpleEleId70cIso_;
                float simpleEleId60cIso_;

                double _superClusterSeedE1x5;
                double _superClusterSeedE5x5;
                double _fBrem;

                float gen_pt, gen_eta, gen_phi;
                int gen_q, gen_index;
                
                bool isGsfCtfConsistent_, isGsfScPixConsistent_, isGsfCtfScPixConsistent_;

                bool robustHighEnergy_; 

                float superClusterEt_;

                bool ecalDriven_;
                
                int nMissingHits_;
                float convDist_, convDcot_;

        public:
                //Electron() {};
                Electron(
                                int index,
                                int q, 
                                TLorentzVector mom,
                                TLorentzVector vtx,

                                double ecalIso,
                                double hcalIso,
                                double trkIso,

                                int type,

                                double d0,
                                double Chi2N,
                                int nHit,
                                double outZ,
                                double outR,

                                double HoE,
                                double sigEtaEta,
                                double dPhi,
                                double dEta,
                                double EoP

                                        )
                                        :mcParticle(
                                                        index,
                                                        11, 
                                                        q, 
                                                        mom,
                                                        0,
                                                        vtx
                                                   ),
                                        ecalIso_(ecalIso),
                                        hcalIso_(hcalIso),
                                        trkIso_(trkIso),

                                        type_(type),
                                        d0_(d0),
                                        Chi2N_(Chi2N),
                                        nHit_(nHit),
                                        outZ_(outZ),
                                        outR_(outR)    
                                        {
                                                HoE_ = HoE;
                                                sigEtaEta_ = sigEtaEta;
                                                dPhi_ = dPhi;
                                                dEta_ = dEta;
                                                EoP_ = EoP;

                                                parentDR_ = -1;
                                                parentI_ = -1;
                                                parentI2_ = -1;
                                                parentClass = -1;
                                                parentPDG = -1;

                                                barrel = 0;
                                                if (fabs(eta()) < 1.48) barrel++;

                                                //      robustLoose_ = 0;
                                                //      if (barrel && HoE_<0.075 && sigEtaEta_<0.0132 && dPhi_<0.058 && dEta_<0.077) robustLoose_ = 1;
                                                //      if (!barrel && HoE_<0.083 && sigEtaEta_<0.027 && dPhi_<0.042 && dEta_<0.01) robustLoose_ = 1;


                                                gen_pt = -1; gen_eta = -99.0; gen_phi=-99.0; gen_q = -99; gen_index = -1;

                                                isGsfCtfConsistent_=1; isGsfScPixConsistent_=1; isGsfCtfScPixConsistent_=1;

                                                simpleEleId95cIso_ = -1;
                                                simpleEleId90cIso_ = -1;
                                                simpleEleId85cIso_ = -1;
                                                simpleEleId80cIso_ = -1;
                                                simpleEleId70cIso_ = -1;
                                                simpleEleId60cIso_ = -1;
                                                superClusterEt_ = 0;
                                                ecalDriven_ = true;
                                        };
                ~Electron() {};  

                double ecalIso() const {return ecalIso_;};
                double hcalIso() const {return hcalIso_;};
                double trkIso() const {return trkIso_;};
                double isolSumNorm(int type=1) const 
                {
                        double tmp;
                        if(barrel>0){
                                if(type==1){
                                        tmp = (trkIso_ + (ecalIso_>1?(ecalIso_-1):0) + hcalIso_)/pt();
                                }else{
                                        tmp = (trkIso_ + (ecalIso_>1?(ecalIso_-1):0) + hcalIso_)/(pt()>20?pt():20);
                                }
                        }else {
                                if(type==1){
                                        tmp = (trkIso_ + ecalIso_ + hcalIso_)/pt();
                                }else {
                                        tmp = (trkIso_ + ecalIso_ + hcalIso_)/(pt()>20?pt():20);
                                }
                        }
                        if (tmp<0) return 0; else return tmp;
                };
                double isolSum() const 
                {
                        //return (trkIso_ + ecalIso_ + hcalIso_);
                        if(barrel>0)
                                return (trkIso_ + (ecalIso_>1?(ecalIso_-1):0) + hcalIso_);
                        else
                                return (trkIso_ + ecalIso_ + hcalIso_);
                };

                void putParentDR(double dr) {parentDR_ = dr;};
                void putParentI(int i) {parentI_ = i;};//i from full PYTHIA list
                void putParentI2(int i) {parentI2_ = i;};//same; or i from genMu list if matched
                void putParentPDGid(int i) {parentPDG = i;};
                void defineParent(int i) {parentClass = defineParentClass(i);};
                void putParentClass(int i) {parentClass = i;};

                int getParentClass() {return parentClass;};
                int getParentPDG() {return parentPDG;};
                int getMatchedIndex() {return parentI_;};
                double getDr() {return parentDR_;};

                int type() {return type_;};
                double d0() const {return d0_;};
                double Chi2N() {return Chi2N_;};
                double nHit() {return nHit_;};
                double outZ() {return outZ_;};
                double outR() {return outR_;};

                bool robustLoose() {return robustLoose_;};
                bool robustHighEnergy() {return robustHighEnergy_;};
                bool robustTight() {return robustTight_;};
                bool loose() {return loose_ ;};
                bool tight() {return tight_;}; 
                float simpleEleId95cIso() {return simpleEleId95cIso_;};
                float simpleEleId90cIso() {return simpleEleId90cIso_;};
                float simpleEleId85cIso() {return simpleEleId85cIso_;};
                float simpleEleId80cIso() {return simpleEleId80cIso_;};
                float simpleEleId70cIso() {return simpleEleId70cIso_;};
                float simpleEleId60cIso() {return simpleEleId60cIso_;};
                int IdRank(){
                        if (simpleEleId60cIso_==5 || simpleEleId60cIso_==7) return 60;
                        else if (simpleEleId70cIso_==5 || simpleEleId70cIso_==7) return 70;
                        else if (simpleEleId80cIso_==5 || simpleEleId80cIso_==7) return 80;
                        else if (simpleEleId85cIso_==5 || simpleEleId85cIso_==7) return 85;
                        else if (simpleEleId90cIso_==5 || simpleEleId90cIso_==7) return 90;
                        else if (simpleEleId95cIso_==5 || simpleEleId95cIso_==7) return 95;
                        else return 100;
                };
                void Set_simpleEleId95cIso(float f){simpleEleId95cIso_= f;};
                void Set_simpleEleId90cIso(float f){simpleEleId90cIso_= f;};
                void Set_simpleEleId85cIso(float f){simpleEleId85cIso_= f;};
                void Set_simpleEleId80cIso(float f){simpleEleId80cIso_= f;};
                void Set_simpleEleId70cIso(float f){simpleEleId70cIso_= f;};
                void Set_simpleEleId60cIso(float f){simpleEleId60cIso_= f;};

                void Set_superClusterSeedE1x5(double e1x5){_superClusterSeedE1x5=e1x5;};
                void Set_superClusterSeedE5x5(double e5x5){_superClusterSeedE5x5=e5x5;};
                void Set_fBrem(double fbrem){_fBrem = fbrem;};

                void Set_eidRobustTight(bool b){robustTight_=b;};
                void Set_eidRobustLoose(bool b){robustLoose_=b;};
                void Set_eidTight(bool b){tight_=b;};
                void Set_eidLoose(bool b){loose_=b;};
                void Set_eidRobustHighEnergy(bool b){robustHighEnergy_=b;};

                int isElectronTight();
                int isElectronRobust();
                int isElectronGood();

                void SetGenPt(float a) {gen_pt=a;};
                void SetGenEta(float a) {gen_eta=a;};
                void SetGenPhi(float a) {gen_phi=a;};
                void SetGenQ(int a) {gen_q = a;};
                void SetGenIndex(int a){gen_index=a;};

                float GetGenPt() {return gen_pt;};
                float GetGenEta() {return gen_eta;};
                float GetGenPhi() {return gen_phi;};
                int GetGenQ() {return gen_q;};
                int GetGenIndex(){return gen_index;};

                bool isGsfCtfScPixChargeConsistent() const { return isGsfCtfScPixConsistent_ ; }
                bool isGsfScPixChargeConsistent() const { return isGsfScPixConsistent_ ; }
                bool isGsfCtfChargeConsistent() const { return isGsfCtfConsistent_ ; }
                void SetGsfCtfScPixChargeConsistent(bool b) { isGsfCtfScPixConsistent_  = b; }
                void SetGsfScPixChargeConsistent(bool b) { isGsfScPixConsistent_ = b ; }
                void SetGsfCtfChargeConsistent(bool b) { isGsfCtfConsistent_ =b ; }

                float superClusterEt()const {return superClusterEt_;};
                void SetSuperClusterEt(float a){superClusterEt_=a;};

                void SetEcalDriven(bool b) {ecalDriven_ = b ;};
                bool isEcalDriven() {return ecalDriven_;};
                void printRec(ofstream &fout);


                void SetMissingHits(int n){nMissingHits_=n;};
                void SetConvDist(float f){convDcot_=f;};
                void SetConvDcot(float f){convDcot_=f;};
                int GetMissingHits(){return nMissingHits_;};
                float GetConvDist(){return convDcot_;};
                float GetConvDcot(){return convDcot_;};
                
                float sigmaIetaIeta(){return sigEtaEta_;};
                float hOverE(){return HoE_;};
                float dPhiIn(){return dPhi_;};
                float dEtaIn(){return dEta_;};
};


#endif // #ifdef Electron_cxx
Revision:	1.1
Committed:	Mon Mar 28 09:23:54 2011 UTC (14 years, 1 month ago) by mschen
Content type:	text/plain
Branch:	MAIN
CVS Tags:	V2010_data_analysis_effModelInPaper, V2010_data_analysis, HEAD
Error occurred while calculating annotation data.
Log Message:	2010 same sign analysis codeing
#	Content
1	#ifndef Electron_h
2	#define Electron_h
3
4	#include <TLorentzVector.h>
5
6	#include "init.h"
7	#include "mcParticle.h"
8
9	using namespace std;
10
11	class Electron:public mcParticle {
12
13	private:
14	double ecalIso_, hcalIso_, trkIso_;
15	int type_;
16	double d0_, Chi2N_;
17	int nHit_;
18	double outZ_, outR_;
19	double HoE_, sigEtaEta_, dPhi_, dEta_, EoP_;
20
21	double parentDR_;
22	int parentI_, parentI2_, parentClass, parentPDG;
23
24	int barrel;
25	bool robustLoose_;
26	bool robustTight_;
27	bool loose_;
28	bool tight_;
29	float simpleEleId95cIso_;
30	float simpleEleId90cIso_;
31	float simpleEleId85cIso_;
32	float simpleEleId80cIso_;
33	float simpleEleId70cIso_;
34	float simpleEleId60cIso_;
35
36	double _superClusterSeedE1x5;
37	double _superClusterSeedE5x5;
38	double _fBrem;
39
40	float gen_pt, gen_eta, gen_phi;
41	int gen_q, gen_index;
42
43	bool isGsfCtfConsistent_, isGsfScPixConsistent_, isGsfCtfScPixConsistent_;
44
45	bool robustHighEnergy_;
46
47	float superClusterEt_;
48
49	bool ecalDriven_;
50
51	int nMissingHits_;
52	float convDist_, convDcot_;
53
54	public:
55	//Electron() {};
56	Electron(
57	int index,
58	int q,
59	TLorentzVector mom,
60	TLorentzVector vtx,
61
62	double ecalIso,
63	double hcalIso,
64	double trkIso,
65
66	int type,
67
68	double d0,
69	double Chi2N,
70	int nHit,
71	double outZ,
72	double outR,
73
74	double HoE,
75	double sigEtaEta,
76	double dPhi,
77	double dEta,
78	double EoP
79
80	)
81	:mcParticle(
82	index,
83	11,
84	q,
85	mom,
86	0,
87	vtx
88	),
89	ecalIso_(ecalIso),
90	hcalIso_(hcalIso),
91	trkIso_(trkIso),
92
93	type_(type),
94	d0_(d0),
95	Chi2N_(Chi2N),
96	nHit_(nHit),
97	outZ_(outZ),
98	outR_(outR)
99	{
100	HoE_ = HoE;
101	sigEtaEta_ = sigEtaEta;
102	dPhi_ = dPhi;
103	dEta_ = dEta;
104	EoP_ = EoP;
105
106	parentDR_ = -1;
107	parentI_ = -1;
108	parentI2_ = -1;
109	parentClass = -1;
110	parentPDG = -1;
111
112	barrel = 0;
113	if (fabs(eta()) < 1.48) barrel++;
114
115	// robustLoose_ = 0;
116	// if (barrel && HoE_<0.075 && sigEtaEta_<0.0132 && dPhi_<0.058 && dEta_<0.077) robustLoose_ = 1;
117	// if (!barrel && HoE_<0.083 && sigEtaEta_<0.027 && dPhi_<0.042 && dEta_<0.01) robustLoose_ = 1;
118
119
120	gen_pt = -1; gen_eta = -99.0; gen_phi=-99.0; gen_q = -99; gen_index = -1;
121
122	isGsfCtfConsistent_=1; isGsfScPixConsistent_=1; isGsfCtfScPixConsistent_=1;
123
124	simpleEleId95cIso_ = -1;
125	simpleEleId90cIso_ = -1;
126	simpleEleId85cIso_ = -1;
127	simpleEleId80cIso_ = -1;
128	simpleEleId70cIso_ = -1;
129	simpleEleId60cIso_ = -1;
130	superClusterEt_ = 0;
131	ecalDriven_ = true;
132	};
133	~Electron() {};
134
135	double ecalIso() const {return ecalIso_;};
136	double hcalIso() const {return hcalIso_;};
137	double trkIso() const {return trkIso_;};
138	double isolSumNorm(int type=1) const
139	{
140	double tmp;
141	if(barrel>0){
142	if(type==1){
143	tmp = (trkIso_ + (ecalIso_>1?(ecalIso_-1):0) + hcalIso_)/pt();
144	}else{
145	tmp = (trkIso_ + (ecalIso_>1?(ecalIso_-1):0) + hcalIso_)/(pt()>20?pt():20);
146	}
147	}else {
148	if(type==1){
149	tmp = (trkIso_ + ecalIso_ + hcalIso_)/pt();
150	}else {
151	tmp = (trkIso_ + ecalIso_ + hcalIso_)/(pt()>20?pt():20);
152	}
153	}
154	if (tmp<0) return 0; else return tmp;
155	};
156	double isolSum() const
157	{
158	//return (trkIso_ + ecalIso_ + hcalIso_);
159	if(barrel>0)
160	return (trkIso_ + (ecalIso_>1?(ecalIso_-1):0) + hcalIso_);
161	else
162	return (trkIso_ + ecalIso_ + hcalIso_);
163	};
164
165	void putParentDR(double dr) {parentDR_ = dr;};
166	void putParentI(int i) {parentI_ = i;};//i from full PYTHIA list
167	void putParentI2(int i) {parentI2_ = i;};//same; or i from genMu list if matched
168	void putParentPDGid(int i) {parentPDG = i;};
169	void defineParent(int i) {parentClass = defineParentClass(i);};
170	void putParentClass(int i) {parentClass = i;};
171
172	int getParentClass() {return parentClass;};
173	int getParentPDG() {return parentPDG;};
174	int getMatchedIndex() {return parentI_;};
175	double getDr() {return parentDR_;};
176
177	int type() {return type_;};
178	double d0() const {return d0_;};
179	double Chi2N() {return Chi2N_;};
180	double nHit() {return nHit_;};
181	double outZ() {return outZ_;};
182	double outR() {return outR_;};
183
184	bool robustLoose() {return robustLoose_;};
185	bool robustHighEnergy() {return robustHighEnergy_;};
186	bool robustTight() {return robustTight_;};
187	bool loose() {return loose_ ;};
188	bool tight() {return tight_;};
189	float simpleEleId95cIso() {return simpleEleId95cIso_;};
190	float simpleEleId90cIso() {return simpleEleId90cIso_;};
191	float simpleEleId85cIso() {return simpleEleId85cIso_;};
192	float simpleEleId80cIso() {return simpleEleId80cIso_;};
193	float simpleEleId70cIso() {return simpleEleId70cIso_;};
194	float simpleEleId60cIso() {return simpleEleId60cIso_;};
195	int IdRank(){
196	if (simpleEleId60cIso_==5 \|\| simpleEleId60cIso_==7) return 60;
197	else if (simpleEleId70cIso_==5 \|\| simpleEleId70cIso_==7) return 70;
198	else if (simpleEleId80cIso_==5 \|\| simpleEleId80cIso_==7) return 80;
199	else if (simpleEleId85cIso_==5 \|\| simpleEleId85cIso_==7) return 85;
200	else if (simpleEleId90cIso_==5 \|\| simpleEleId90cIso_==7) return 90;
201	else if (simpleEleId95cIso_==5 \|\| simpleEleId95cIso_==7) return 95;
202	else return 100;
203	};
204	void Set_simpleEleId95cIso(float f){simpleEleId95cIso_= f;};
205	void Set_simpleEleId90cIso(float f){simpleEleId90cIso_= f;};
206	void Set_simpleEleId85cIso(float f){simpleEleId85cIso_= f;};
207	void Set_simpleEleId80cIso(float f){simpleEleId80cIso_= f;};
208	void Set_simpleEleId70cIso(float f){simpleEleId70cIso_= f;};
209	void Set_simpleEleId60cIso(float f){simpleEleId60cIso_= f;};
210
211	void Set_superClusterSeedE1x5(double e1x5){_superClusterSeedE1x5=e1x5;};
212	void Set_superClusterSeedE5x5(double e5x5){_superClusterSeedE5x5=e5x5;};
213	void Set_fBrem(double fbrem){_fBrem = fbrem;};
214
215	void Set_eidRobustTight(bool b){robustTight_=b;};
216	void Set_eidRobustLoose(bool b){robustLoose_=b;};
217	void Set_eidTight(bool b){tight_=b;};
218	void Set_eidLoose(bool b){loose_=b;};
219	void Set_eidRobustHighEnergy(bool b){robustHighEnergy_=b;};
220
221	int isElectronTight();
222	int isElectronRobust();
223	int isElectronGood();
224
225	void SetGenPt(float a) {gen_pt=a;};
226	void SetGenEta(float a) {gen_eta=a;};
227	void SetGenPhi(float a) {gen_phi=a;};
228	void SetGenQ(int a) {gen_q = a;};
229	void SetGenIndex(int a){gen_index=a;};
230
231	float GetGenPt() {return gen_pt;};
232	float GetGenEta() {return gen_eta;};
233	float GetGenPhi() {return gen_phi;};
234	int GetGenQ() {return gen_q;};
235	int GetGenIndex(){return gen_index;};
236
237	bool isGsfCtfScPixChargeConsistent() const { return isGsfCtfScPixConsistent_ ; }
238	bool isGsfScPixChargeConsistent() const { return isGsfScPixConsistent_ ; }
239	bool isGsfCtfChargeConsistent() const { return isGsfCtfConsistent_ ; }
240	void SetGsfCtfScPixChargeConsistent(bool b) { isGsfCtfScPixConsistent_ = b; }
241	void SetGsfScPixChargeConsistent(bool b) { isGsfScPixConsistent_ = b ; }
242	void SetGsfCtfChargeConsistent(bool b) { isGsfCtfConsistent_ =b ; }
243
244	float superClusterEt()const {return superClusterEt_;};
245	void SetSuperClusterEt(float a){superClusterEt_=a;};
246
247	void SetEcalDriven(bool b) {ecalDriven_ = b ;};
248	bool isEcalDriven() {return ecalDriven_;};
249	void printRec(ofstream &fout);
250
251
252	void SetMissingHits(int n){nMissingHits_=n;};
253	void SetConvDist(float f){convDcot_=f;};
254	void SetConvDcot(float f){convDcot_=f;};
255	int GetMissingHits(){return nMissingHits_;};
256	float GetConvDist(){return convDcot_;};
257	float GetConvDcot(){return convDcot_;};
258
259	float sigmaIetaIeta(){return sigEtaEta_;};
260	float hOverE(){return HoE_;};
261	float dPhiIn(){return dPhi_;};
262	float dEtaIn(){return dEta_;};
263	};
264
265
266
267	#endif // #ifdef Electron_cxx