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bpollack |
1.1 |
#include "TCElectron.h"
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#include <iostream>
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#include <map>
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#include <utility>
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#include <string>
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TCElectron::TCElectron() {
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}
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TCElectron::~TCElectron() {
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}
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using namespace std;
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// "get" methods -------------------------------------
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map<string, float> TCElectron::ElectronMap() {
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return _ElectronTrueMap;
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}
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TVector2 TCElectron::P2() const {
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TVector2 v2(this->Px(), this->Py());
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return v2;
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}
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TVector3 TCElectron::Vtx() const {
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return _vtx;
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}
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float TCElectron::PtError() const {
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return _ptError;
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}
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int TCElectron::Charge() const {
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return _charge;
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}
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bool TCElectron::IsEB() const {
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return _isEB;
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}
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bool TCElectron::IsEE() const {
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return _isEE;
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}
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bool TCElectron::IsInGap() const {
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return _isInGap;
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}
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int TCElectron::CutLevel(int lvl) const{
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if(lvl==95){
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return _cut95;
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}else if(lvl==90) {
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return _cut90;
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}else if(lvl==85) {
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return _cut85;
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}else if(lvl==80) {
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return _cut80;
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}else if(lvl==70) {
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return _cut70;
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}else if(lvl==60) {
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return _cut60;
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}else{
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return -99;
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}
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}
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bool TCElectron::PassID(int lvl) const {
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unsigned c = CutLevel(lvl);
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if (c & 0x01) return true;
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else return false;
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}
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bool TCElectron::PassIsolation(int lvl) const {
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unsigned c = CutLevel(lvl);
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if (c & 0x02) return true;
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else return false;
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}
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bool TCElectron::PassConversion(int lvl) const {
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unsigned c = CutLevel(lvl);
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if (c & 0x04) return true;
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else return false;
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}
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float TCElectron::Dxy(TVector3 *primVtx) const {
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//Calculating track dxy parameter wrt primary vertex
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//d0 = - dxy
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float vx = _vtx.X(), vy = _vtx.Y();
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float px = this->Px(), py = this->Py(), pt = this->Pt();
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float pvx = primVtx->X(), pvy = primVtx->Y();
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float ret = (-(vx-pvx)*py + (vy-pvy)*px)/pt;
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return ret;
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}
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float TCElectron::Dz(TVector3 *primVtx) const {
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//Calculating track dz parameter wrt primary vertex
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float vx = _vtx.X(), vy = _vtx.Y(), vz = _vtx.Z();
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float px = this->Px(), py = this->Py();
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float pz = this->Pz(), pt = this->Pt();
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float pvx = primVtx->X(), pvy = primVtx->Y(), pvz = primVtx->Z();
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float ret = (vz-pvz)-((vx-pvx)*px +(vy-pvy)*py)/pt*(pz/pt);
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return ret;
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}
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//------------------------------------------------
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// "set" methods ---------------------------------------------
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//------------------------------------------------------------------------
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void TCElectron::LoadMap(vector<string> svec){
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//Strings take a lot of memory, so call this to load the cut names into the muon class
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//when you start running your analyzer, otherwise MuonMap will return an empty map
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for (unsigned int i=0; i<_ElectronIndexMap.size(); i++)
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{
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_ElectronTrueMap[svec[i]] = _ElectronIndexMap[i];
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}
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}
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void TCElectron::SetMap(string s, float v, vector<string>* svec){
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//set the index map internally and the name map externally, for memory saving
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for (unsigned int i = 0; i<svec->size(); i++){
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if (s.compare(svec->at(i)) ==0){
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_ElectronIndexMap[i] = v;
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return;
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}
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}
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svec->push_back(s);
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_ElectronIndexMap[svec->size()-1] = v;
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}
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void TCElectron::SetVtx(float vx, float vy, float vz) {
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TVector3 v3(vx, vy, vz);
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_vtx = v3;
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}
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void TCElectron::SetCharge(int c){
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_charge = c;
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}
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void TCElectron::SetIsEB(bool b) {
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_isEB = b;
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}
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void TCElectron::SetIsEE(bool b) {
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_isEE = b;
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}
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void TCElectron::SetIsInGap(bool b) {
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_isInGap = b;
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}
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void TCElectron::SetCutLevel(int cut, int lvl){
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if(lvl==95){
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_cut95 = cut;
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}else if(lvl==90) {
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_cut90 = cut;
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}else if(lvl==85) {
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_cut85 = cut;
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}else if(lvl==80) {
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_cut80 = cut;
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}else if(lvl==70) {
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_cut70 = cut;
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}else if(lvl==60) {
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_cut60 = cut;
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}
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}
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