res::HelperMuon Class Reference

#include <Muon.h>

Public Member Functions
double	a (double pt, double eta)
double	b (double pt, double eta)
double	c (double pt, double eta)
double	d (double pt, double eta)
double	et (double pt, double eta)
double	eta (double pt, double eta)
	HelperMuon ()
double	phi (double pt, double eta)
double	pt (double pt, double eta)
double	theta (double pt, double eta)
	~HelperMuon ()

Detailed Description

Definition at line 5 of file Muon.h.

Constructor & Destructor Documentation

res::HelperMuon::HelperMuon ( )

inline

Definition at line 8 of file Muon.h.

{};

res::HelperMuon::~HelperMuon ( )

inline

Definition at line 9 of file Muon.h.

{};

Member Function Documentation

double res::HelperMuon::a ( double  pt, double  eta  )

inline

Definition at line 29 of file Muon.h.

References alignCSCRings::e, and create_public_lumi_plots::exp.

Referenced by CovarianceMatrix::setupMatrix().

{
  double res = 1000.;
    if(fabs(eta)<0.17) res = -0.00163044+0.00921744*exp(-(-0.00517804*pt));
    else if(fabs(eta)<0.35) res = -38.9811+38.9892*exp(-(-1.58728e-06*pt));
    else if(fabs(eta)<0.5) res = -17.254+17.2634*exp(-(-2.86961e-06*pt));
    else if(fabs(eta)<0.7) res = 0.00651163+0.0038473*exp(-(-0.00716166*pt));
    else if(fabs(eta)<0.9) res = -14.9098+14.9207*exp(-(-3.61147e-06*pt));
    else if(fabs(eta)<1.15) res = -0.0130723+0.028881*exp(-(-0.00143687*pt));
    else if(fabs(eta)<1.3) res = 0.0102039+0.00629269*exp(-(-0.00659229*pt));
    else if(fabs(eta)<1.6) res = -26.1501+26.1657*exp(-(-2.75489e-06*pt));
    else if(fabs(eta)<1.9) res = -26.1006+26.1168*exp(-(-2.65457e-06*pt));
    else if(fabs(eta)<2.5) res = -110.342+110.361*exp(-(-1.3011e-06*pt));
  return res;
}

double res::HelperMuon::b ( double  pt, double  eta  )

inline

Definition at line 45 of file Muon.h.

References alignCSCRings::e, and create_public_lumi_plots::exp.

Referenced by CovarianceMatrix::setupMatrix().

{
  double res = 1000.;
    if(fabs(eta)<0.17) res = -25.2075+25.2104*exp(-(-1.10483e-05*pt));
    else if(fabs(eta)<0.35) res = -117.663+117.666*exp(-(-1.71416e-06*pt));
    else if(fabs(eta)<0.5) res = -21.8718+21.8742*exp(-(-8.13178e-06*pt));
    else if(fabs(eta)<0.7) res = -35.0557+35.0573*exp(-(-5.75421e-06*pt));
    else if(fabs(eta)<0.9) res = -6.37721+6.38003*exp(-(-2.51376e-05*pt));
    else if(fabs(eta)<1.15) res = -73.9844+73.9873*exp(-(-1.75066e-06*pt));
    else if(fabs(eta)<1.3) res = -32.7368+32.7402*exp(-(-3.28819e-06*pt));
    else if(fabs(eta)<1.6) res = -46.9103+46.9132*exp(-(-2.64771e-06*pt));
    else if(fabs(eta)<1.9) res = -63.3183+63.3218*exp(-(-1.56186e-06*pt));
    else if(fabs(eta)<2.5) res = -13.913+13.9174*exp(-(-6.62559e-06*pt));
  return res;
}

double res::HelperMuon::c ( double  pt, double  eta  )

inline

Definition at line 61 of file Muon.h.

References alignCSCRings::e, and create_public_lumi_plots::exp.

Referenced by CovarianceMatrix::setupMatrix().

{
  double res = 1000.;
    if(fabs(eta)<0.17) res = -0.00784191+0.0107731*exp(-(-0.00262573*pt));
    else if(fabs(eta)<0.35) res = -4.16489+4.16781*exp(-(-8.18221e-06*pt));
    else if(fabs(eta)<0.5) res = -0.00758502+0.0109898*exp(-(-0.0023199*pt));
    else if(fabs(eta)<0.7) res = -0.0190548+0.0222179*exp(-(-0.00140706*pt));
    else if(fabs(eta)<0.9) res = -7.74332+7.74699*exp(-(-3.61138e-06*pt));
    else if(fabs(eta)<1.15) res = 0.00239644+0.00222721*exp(-(-0.00729116*pt));
    else if(fabs(eta)<1.3) res = -50.7222+50.7266*exp(-(-5.72416e-07*pt));
    else if(fabs(eta)<1.6) res = -9.91368+9.91795*exp(-(-3.8653e-06*pt));
    else if(fabs(eta)<1.9) res = 0.000103356+0.00464674*exp(-(-0.00750142*pt));
    else if(fabs(eta)<2.5) res = -0.00425536+0.00971869*exp(-(-0.00546016*pt));
  return res;
}

double res::HelperMuon::d ( double  pt, double  eta  )

inline

Definition at line 77 of file Muon.h.

References alignCSCRings::e, and create_public_lumi_plots::exp.

{
  double res = 1000.;
    if(fabs(eta)<0.17) res = -0.00146069+0.00904233*exp(-(-0.00524103*pt));
    else if(fabs(eta)<0.35) res = -34.455+34.4631*exp(-(-1.78448e-06*pt));
    else if(fabs(eta)<0.5) res = -15.3417+15.3511*exp(-(-3.23796e-06*pt));
    else if(fabs(eta)<0.7) res = 0.00639493+0.00393752*exp(-(-0.00707984*pt));
    else if(fabs(eta)<0.9) res = -12.855+12.866*exp(-(-4.16994e-06*pt));
    else if(fabs(eta)<1.15) res = -0.00526993+0.0211877*exp(-(-0.00186356*pt));
    else if(fabs(eta)<1.3) res = 0.0105021+0.00600376*exp(-(-0.00677709*pt));
    else if(fabs(eta)<1.6) res = -23.5742+23.5898*exp(-(-3.0526e-06*pt));
    else if(fabs(eta)<1.9) res = -27.317+27.3331*exp(-(-2.56587e-06*pt));
    else if(fabs(eta)<2.5) res = -112.151+112.17*exp(-(-1.25452e-06*pt));
  return res;
}

double res::HelperMuon::et ( double  pt, double  eta  )

inline

Definition at line 125 of file Muon.h.

References RecoTauCleanerPlugins::pt.

Referenced by CovarianceMatrix::setupMatrix().

{
  double res = 1000.; 
    if(fabs(eta)<0.17) res = -0.0552605+0.0115814*pt;
    else if(fabs(eta)<0.35) res = -0.05039+0.0122729*pt;
    else if(fabs(eta)<0.5) res = -0.0435167+0.0128949*pt;
    else if(fabs(eta)<0.7) res = -0.038473+0.0129088*pt;
    else if(fabs(eta)<0.9) res = -0.0333693+0.0140788*pt;
    else if(fabs(eta)<1.15) res = -0.0102406+0.0180217*pt;
    else if(fabs(eta)<1.3) res = -0.0244845+0.0190696*pt;
    else if(fabs(eta)<1.6) res = -0.055785+0.0205605*pt;
    else if(fabs(eta)<1.9) res = -0.0457006+0.0204167*pt;
    else if(fabs(eta)<2.5) res = -0.0399952+0.027388*pt;
  return res;
}

double res::HelperMuon::eta ( double  pt, double  eta  )

inline

Definition at line 141 of file Muon.h.

References create_public_lumi_plots::exp.

Referenced by StKinFitter::addKinFitInfo(), and CovarianceMatrix::setupMatrix().

{
  double res = 1000.;
    if(fabs(eta)<0.17) res = 0.000322451+0.000107167*exp(-(0.0156347*pt));
    else if(fabs(eta)<0.35) res = 0.000271279+0.000106197*exp(-(0.0235732*pt));
    else if(fabs(eta)<0.5) res = 0.000235783+0.000146536*exp(-(0.0491182*pt));
    else if(fabs(eta)<0.7) res = 0.000241657+0.00012571*exp(-(0.0681321*pt));
    else if(fabs(eta)<0.9) res = 0.000218419+0.000380006*exp(-(0.0749053*pt));
    else if(fabs(eta)<1.15) res = 0.000184903+0.000217257*exp(-(0.0520574*pt));
    else if(fabs(eta)<1.3) res = 0.000169888+0.000490542*exp(-(0.0747289*pt));
    else if(fabs(eta)<1.6) res = 0.000179318+0.000290048*exp(-(0.0613212*pt));
    else if(fabs(eta)<1.9) res = 0.000144481+0.000260476*exp(-(0.0392984*pt));
    else if(fabs(eta)<2.5) res = 0.000158888+0.000442249*exp(-(0.0537515*pt));
  return res;
}

double res::HelperMuon::phi ( double  pt, double  eta  )

inline

Definition at line 109 of file Muon.h.

References create_public_lumi_plots::exp.

Referenced by StKinFitter::addKinFitInfo(), and CovarianceMatrix::setupMatrix().

{
  double res = 1000.;
    if(fabs(eta)<0.17) res = 7.21523e-05+0.000293781*exp(-(0.0518546*pt));
    else if(fabs(eta)<0.35) res = 7.15456e-05+0.000290324*exp(-(0.0496431*pt));
    else if(fabs(eta)<0.5) res = 7.25417e-05+0.000322288*exp(-(0.0497559*pt));
    else if(fabs(eta)<0.7) res = 7.24273e-05+0.000301504*exp(-(0.0480936*pt));
    else if(fabs(eta)<0.9) res = 7.23791e-05+0.0003355*exp(-(0.0454216*pt));
    else if(fabs(eta)<1.15) res = 8.13896e-05+0.000432844*exp(-(0.0480919*pt));
    else if(fabs(eta)<1.3) res = 7.93329e-05+0.000333341*exp(-(0.0367028*pt));
    else if(fabs(eta)<1.6) res = 9.34279e-05+0.000372581*exp(-(0.0429296*pt));
    else if(fabs(eta)<1.9) res = 0.000112312+0.000479423*exp(-(0.0513205*pt));
    else if(fabs(eta)<2.5) res = 0.000144398+0.000432592*exp(-(0.0400788*pt));
  return res;
}

double res::HelperMuon::pt ( double  pt, double  eta  )

inline

Definition at line 23 of file Muon.h.

Referenced by StKinFitter::addKinFitInfo().

{
  double res = 1.5e-4*(pt*pt)+0.534*fabs(eta)+1.9e-2;
  return res;
}

double res::HelperMuon::theta ( double  pt, double  eta  )

inline

Definition at line 93 of file Muon.h.

References create_public_lumi_plots::exp.

Referenced by CovarianceMatrix::setupMatrix().

{
  double res = 1000.;
    if(fabs(eta)<0.17) res = 0.000327129+0.000101907*exp(-(0.0172489*pt));
    else if(fabs(eta)<0.35) res = 0.00025588+9.99049e-05*exp(-(0.0189315*pt));
    else if(fabs(eta)<0.5) res = 0.000215701+0.000109968*exp(-(0.0406069*pt));
    else if(fabs(eta)<0.7) res = 0.000196151+5.66998e-05*exp(-(0.0263501*pt));
    else if(fabs(eta)<0.9) res = 0.000106579+0.000113065*exp(-(0.00377145*pt));
    else if(fabs(eta)<1.15) res = 0.000120697+0.0001408*exp(-(0.0520758*pt));
    else if(fabs(eta)<1.3) res = 9.57227e-05+0.000205436*exp(-(0.0633277*pt));
    else if(fabs(eta)<1.6) res = 8.56706e-05+0.000117908*exp(-(0.0582652*pt));
    else if(fabs(eta)<1.9) res = 6.62861e-05+0.000110841*exp(-(0.0640963*pt));
    else if(fabs(eta)<2.5) res = 6.3783e-05+0.000122656*exp(-(0.0974097*pt));
  return res;
}