Hold on to parameters for the toy event generator. More...

#include <gentop.h>

Public Member Functions
double	boost_sigma () const
	Return the value of boost_sigma parameter. More...

std::string	ele_res_str () const
	Return the value of ele_res_str parameter. More...

	Gentop_Args (const Defaults &defs)
	Constructor, initialize an instance of Gentop_Args from an instance of Defaults object. More...

std::string	jet_res_str () const
	Return the value of jet_res_str parameter. More...

std::string	kt_res_str () const
	Return the value of kt_res_str parameter. More...

double	m_boost () const
	Return the value of m_boost parameter. More...

double	mb () const
	Return the value of mb parameter. More...

double	mh () const
	Return the value of mh parameter. More...

double	mt () const
	Return the value of mt parameter. More...

std::string	muo_res_str () const
	Return the value of muon_res_str parameter. More...

bool	muon () const
	Return the value of muon parameter. More...

double	mw () const
	Return the value of mw parameter. More...

double	recoil_pt_mean () const
	Return the value of recoil_pt_mean parameter. More...

double	sigma_mb () const
	Return the value of sigma_mb parameter. More...

double	sigma_mh () const
	Return the value of sigma_mh parameter. More...

double	sigma_mt () const
	Return the value of sigma_mt parameter. More...

double	sigma_mw () const
	Return the value of sigma_mw parameter. More...

bool	smear () const
	Return the value of smear parameter. More...

bool	smear_dir () const
	Return the value of smear_dir parameter. More...

double	svx_tageff () const
	Return the value of svx_tageff parameter. More...

double	t_pt_mean () const
	Return the value of t_pt_mean parameter. More...

Private Attributes
double	_boost_sigma

std::string	_ele_res_str

std::string	_jet_res_str

std::string	_kt_res_str

double	_m_boost

double	_mb

double	_mh

double	_mt

std::string	_muo_res_str

bool	_muon

double	_mw

double	_recoil_pt_mean

double	_sigma_mb

double	_sigma_mh

double	_sigma_mt

double	_sigma_mw

bool	_smear

bool	_smear_dir

double	_svx_tageff

double	_t_pt_mean

Detailed Description

Hold on to parameters for the toy event generator.

Definition at line 74 of file gentop.h.

Constructor & Destructor Documentation

hitfit::Gentop_Args::Gentop_Args ( const Defaults & defs )

Constructor, initialize an instance of Gentop_Args from an instance of Defaults object.

Parameters

defs

The defaults instance from which to initialize. The instance must contain the following parameters with types and names:

double t_pt_mean.
double mt.
double sigma_mt.
double mh.
double sigma_mh.
double recoil_pt_mean.
double boost_sigma.
double m_boost.
double mb.
double sigma_mb.
double mw.
double sigma_mw.
double svx_tageff.
bool smear.
bool smear_dir.
bool muon.
string ele_res_str.
string muo_res_str.
string jet_res_str.
string kt_res_str.

Definition at line 71 of file gentop.cc.

   : _t_pt_mean      (defs.get_float ("t_pt_mean")),
     _mt             (defs.get_float ("mt")),
     _sigma_mt       (defs.get_float ("sigma_mt")),
     _mh             (defs.get_float ("mh")),
     _sigma_mh       (defs.get_float ("sigma_mh")),
     _recoil_pt_mean (defs.get_float ("recoil_pt_mean")),
     _boost_sigma    (defs.get_float ("boost_sigma")),
     _m_boost        (defs.get_float ("m_boost")),
     _mb             (defs.get_float ("mb")),
     _sigma_mb       (defs.get_float ("sigma_mb")),
     _mw             (defs.get_float ("mw")),
     _sigma_mw       (defs.get_float ("sigma_mw")),
     _svx_tageff     (defs.get_float ("svx_tageff")),
     _smear          (defs.get_bool ("smear")),
     _smear_dir      (defs.get_bool ("smear_dir")),
     _muon           (defs.get_bool ("muon")),
     _ele_res_str    (defs.get_string ("ele_res_str")),
     _muo_res_str    (defs.get_string ("muo_res_str")),
     _jet_res_str    (defs.get_string ("jet_res_str")),
     _kt_res_str     (defs.get_string ("kt_res_str"))
 {
 }

Member Function Documentation

double hitfit::Gentop_Args::boost_sigma ( ) const

Return the value of boost_sigma parameter.

Definition at line 202 of file gentop.cc.

References _boost_sigma.

 {
   return _boost_sigma;
 }

std::string hitfit::Gentop_Args::ele_res_str ( ) const

Return the value of ele_res_str parameter.

Definition at line 262 of file gentop.cc.

References _ele_res_str.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _ele_res_str;
 }

std::string hitfit::Gentop_Args::jet_res_str ( ) const

Return the value of jet_res_str parameter.

Definition at line 282 of file gentop.cc.

References _jet_res_str.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _jet_res_str;
 }

std::string hitfit::Gentop_Args::kt_res_str ( ) const

Return the value of kt_res_str parameter.

Definition at line 292 of file gentop.cc.

References _kt_res_str.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _kt_res_str;
 }

double hitfit::Gentop_Args::m_boost ( ) const

Return the value of m_boost parameter.

Definition at line 212 of file gentop.cc.

References _m_boost.

 {
   return _m_boost;
 }

double hitfit::Gentop_Args::mb ( ) const

Return the value of mb parameter.

Definition at line 222 of file gentop.cc.

References _mb.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _mb;
 }

double hitfit::Gentop_Args::mh ( ) const

Return the value of mh parameter.

Definition at line 142 of file gentop.cc.

References _mh.

Referenced by hitfit::gentth().

 {
   return _mh;
 }

double hitfit::Gentop_Args::mt ( ) const

Return the value of mt parameter.

Definition at line 112 of file gentop.cc.

References _mt.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _mt;
 }

std::string hitfit::Gentop_Args::muo_res_str ( ) const

Return the value of muon_res_str parameter.

Definition at line 272 of file gentop.cc.

References _muo_res_str.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _muo_res_str;
 }

bool hitfit::Gentop_Args::muon ( ) const

Return the value of muon parameter.

Definition at line 182 of file gentop.cc.

References _muon.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _muon;
 }

double hitfit::Gentop_Args::mw ( ) const

Return the value of mw parameter.

Definition at line 242 of file gentop.cc.

References _mw.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _mw;
 }

double hitfit::Gentop_Args::recoil_pt_mean ( ) const

Return the value of recoil_pt_mean parameter.

Definition at line 192 of file gentop.cc.

References _recoil_pt_mean.

 {
   return _recoil_pt_mean;
 }

double hitfit::Gentop_Args::sigma_mb ( ) const

Return the value of sigma_mb parameter.

Definition at line 232 of file gentop.cc.

References _sigma_mb.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _sigma_mb;
 }

double hitfit::Gentop_Args::sigma_mh ( ) const

Return the value of sigma_mh parameter.

Definition at line 152 of file gentop.cc.

References _sigma_mh.

Referenced by hitfit::gentth().

 {
   return _sigma_mh;
 }

double hitfit::Gentop_Args::sigma_mt ( ) const

Return the value of sigma_mt parameter.

Definition at line 122 of file gentop.cc.

References _sigma_mt.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _sigma_mt;
 }

double hitfit::Gentop_Args::sigma_mw ( ) const

Return the value of sigma_mw parameter.

Definition at line 252 of file gentop.cc.

References _sigma_mw.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _sigma_mw;
 }

bool hitfit::Gentop_Args::smear ( ) const

Return the value of smear parameter.

Definition at line 162 of file gentop.cc.

References _smear.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _smear;
 }

bool hitfit::Gentop_Args::smear_dir ( ) const

Return the value of smear_dir parameter.

Definition at line 172 of file gentop.cc.

References _smear_dir.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _smear_dir;
 }

double hitfit::Gentop_Args::svx_tageff ( ) const

Return the value of svx_tageff parameter.

Definition at line 132 of file gentop.cc.

References _svx_tageff.

 {
   return _svx_tageff;
 }

double hitfit::Gentop_Args::t_pt_mean ( ) const

Return the value of t_pt_mean parameter.

Definition at line 102 of file gentop.cc.

References _t_pt_mean.

Referenced by hitfit::gentop(), and hitfit::gentth().

 {
   return _t_pt_mean;
 }

Member Data Documentation

double hitfit::Gentop_Args::_boost_sigma

private

Width of the $z-$ boost of the $t\bar{t}$ system, in GeV.

Definition at line 278 of file gentop.h.

Referenced by boost_sigma().

std::string hitfit::Gentop_Args::_ele_res_str

private

Electron resolution information in format suitable for Vector_Resolution.

Definition at line 332 of file gentop.h.

Referenced by ele_res_str().

std::string hitfit::Gentop_Args::_jet_res_str

private

Jet resolution information in format suitable for Vector_Resolution.

Definition at line 342 of file gentop.h.

Referenced by jet_res_str().

std::string hitfit::Gentop_Args::_kt_res_str

private

$k_{T}$ resolution information in format suitable for Vector_Resolution.

Definition at line 348 of file gentop.h.

Referenced by kt_res_str().

double hitfit::Gentop_Args::_m_boost

private

Mass of the $z-$ boost of the $t\bar{t}$ system, in GeV.

Definition at line 283 of file gentop.h.

Referenced by m_boost().

double hitfit::Gentop_Args::_mb

private

Mass of the generated b quark, in GeV.

Definition at line 288 of file gentop.h.

Referenced by mb().

double hitfit::Gentop_Args::_mh

private

Mass of the generated Higgs boson, in GeV.

Definition at line 262 of file gentop.h.

Referenced by mh().

double hitfit::Gentop_Args::_mt

private

Mass of the generated top quark, in GeV.

Definition at line 252 of file gentop.h.

Referenced by mt().

std::string hitfit::Gentop_Args::_muo_res_str

private

Muon resolution information in format suitable for Vector_Resolution.

Definition at line 337 of file gentop.h.

Referenced by muo_res_str().

bool hitfit::Gentop_Args::_muon

private

If TRUE, decay the leptonic top quark into muon.
If FALSE, decay the leptonic top quark into electron.

Definition at line 327 of file gentop.h.

Referenced by muon().

double hitfit::Gentop_Args::_mw

private

Mass of the generated W boson, in GeV.

Definition at line 298 of file gentop.h.

Referenced by mw().

double hitfit::Gentop_Args::_recoil_pt_mean

private

Mean transverse momentum $p_{T}$ of the generated $t\bar{t}$ system, in GeV, drawn from an exponential distribution.

Definition at line 273 of file gentop.h.

Referenced by recoil_pt_mean().

double hitfit::Gentop_Args::_sigma_mb

private

Width of the generated b quark mass distribution, in GeV.

Definition at line 293 of file gentop.h.

Referenced by sigma_mb().

double hitfit::Gentop_Args::_sigma_mh

private

Width of the generated Higgs boson mass distribution, in GeV.

Definition at line 267 of file gentop.h.

Referenced by sigma_mh().

double hitfit::Gentop_Args::_sigma_mt

private

Width of the generated top quark mass distribution, in GeV.

Definition at line 257 of file gentop.h.

Referenced by sigma_mt().

double hitfit::Gentop_Args::_sigma_mw

private

Width of the generated W boson mass, in GeV.

Definition at line 303 of file gentop.h.

Referenced by sigma_mw().

bool hitfit::Gentop_Args::_smear

private

If TRUE, smear the event.
If FALSE, don't smear the event.

Definition at line 315 of file gentop.h.

Referenced by smear().

bool hitfit::Gentop_Args::_smear_dir

private

If TRUE, smear the energy and direction of individual particles.
If FALSE, only smear the energy of individual particle.

Definition at line 321 of file gentop.h.

Referenced by smear_dir().

double hitfit::Gentop_Args::_svx_tageff

private

Assumed efficiency of SVX (Secondary Vertex) b-tagging, for most cases it is irrelevant.

Definition at line 309 of file gentop.h.

Referenced by svx_tageff().

double hitfit::Gentop_Args::_t_pt_mean

private

Mean transverse momentum $p_{T}$ of the generated top quarks, in GeV, drawn from an exponential distribution.

Definition at line 247 of file gentop.h.

Referenced by t_pt_mean().

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation