#include "ForIA/IFourMomentum.hh"#include <cmath>Go to the source code of this file.
Namespaces | |
| namespace | ForIA |
Functions | |
| double | ForIA::modMPi2Pi (double angle) |
convert an angle into the range -  < | |
| convert an angle into the range<\f $\phi<\f $\piinlinedoublemodPi(doubleangle){returnfabs(modMPi2Pi(angle));}ThetransversemomentumsquaredofapairoffourvectorsthathavebeensmearedinlinedoublePT2(IFourMomentumConstPtrp1, IFourMomentumConstPtrp2, doublesmear1, doublesmear2){doublepx=p1-> | ForIA::px ()*smear1+p2->px()*smear2 |
| The transverse momentum squared of a pair of four vectors double | ForIA::PT2 (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2) |
| The transverse momentum of a pair of four vectors double | ForIA::PT (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2) |
| The transverse momentum of a pair of four vectors after smearing them double | ForIA::PT (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2, double smear1, double smear2) |
| The three momentum magnitude squared of a pair of four vectors double | ForIA::P2 (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2) |
| The three momentum magnitude squared of a pair of four vectors after smearing double | ForIA::P2 (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2, double smear1, double smear2) |
| The magnitude of the three momentum of a pair of four vectors double | ForIA::P (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2) |
| The invariant mass of a pair of four vectors double | ForIA::invMass (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2) |
| The invariant mass of a pair of four vectors after smearing them double | ForIA::invMass (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2, double smear1, double smear2) |
| double | ForIA::deltaPhi (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2) |
| double | ForIA::deltaR (IFourMomentumConstPtr p1, IFourMomentumConstPtr p2) |
| template<class T > | |
| double | ForIA::trackWidth (IFourMomentumConstPtr jet, const vector< boost::shared_ptr< T const > > &tracks) |
| double | ForIA::UtilsScaleNominal (float eta) |
| double | ForIA::UtilsScaleUp (float eta) |
| double | ForIA::UtilsScaleDown (float eta) |
| double | ForIA::UtilsPi0Up (float eta) |
| double | ForIA::UtilsPi0Down (float eta) |
| double | ForIA::UtilsScaleMC (float eta, std::string scaleType) |
| double | ForIA::UtilsClusterCellSyst (float eta, float p) |
| double | ForIA::UtilsEPSyst (float eta, float p) |
Variables | |
| const double | ForIA::TWOPI = 2.0 * M_PI |
| convert an angle into the range<\f $\phi< 2\f $\piinlinedoublemod2Pi(doubleangle){if(angle < TWOPI &&angle > 0) returnangle;doubledPhi=fmod(angle, TWOPI);return(angle > | ForIA::dPhi |
| double | ForIA::py = p1->py()*smear1 + p2->py()*smear2 |
