ant::Omega Class Reference

#include <Omega.h>

Classes
struct	FitResult

Public Types
enum	FCT_t { eGAUS, eCrystalBall }

Static Public Member Functions
static FitResult	FitHist (TH1 *h, const double omega_mass_=-1.0, const bool fixOmegaMass=false, const FCT_t fct=eGAUS, const double r_min=650.0, const double r_max=900.0)
static FitResult	FitHistCrystalBall (TH1 *h, const bool fixOmegaMass=false, const double r_min=650.0, const double r_max=900.0)
static TF1 *	nCB_pol3 ()
static TF1 *	AsymGaus_pol3 ()
static void	FitOmegaPeak (const bool fixOmegaMass=false, const double r_min=650.0, const double r_max=900.0)
static void	FitOmega2D (TH2 *h)
static TH2D *	SampleDiffXsectionOmega ()
static TH2D *	SampleDiffXsectionEta ()
static TH2D *	SampleDiffXsectionPi0 ()
static TH1D *	getSignalYield (const std::string &meson="eta")
static void	SaveStacks (const std::string &path_spec, const std::string &fname, const int start=0, const int stop=9)
static void	PlotFitted (const std::string &file)
static TH2D *	ConvertMesonCountHistToCrossSec (const TH2D *mesonCounts)
static TCanvas *	Printhstack (const std::string &name)
static TCanvas *	Printhstack (ant::hstack *hs)
static void	RoundBins (TH2 *h, int d)
static TH1D *	HistOfBins (const TH2 *h2)
static std::string	TH1ToLaTeX (const TH1 *h, const int p=3)

Member Enumeration Documentation

FCT_t

enum ant::Omega::FCT_t

Enumerator
eGAUS
eCrystalBall

Member Function Documentation

AsymGaus_pol3()

TF1 * Omega::AsymGaus_pol3 ( )

static

ConvertMesonCountHistToCrossSec()

TH2D * Omega::ConvertMesonCountHistToCrossSec ( const TH2D *  mesonCounts )

static

FitHist()

Omega::FitResult Omega::FitHist ( TH1 *  h, const double  omega_mass_ = -1.0, const bool  fixOmegaMass = false, const FCT_t  fct = eGAUS, const double  r_min = 650.0, const double  r_max = 900.0  )

static

FitHistCrystalBall()

Omega::FitResult Omega::FitHistCrystalBall ( TH1 *  h, const bool  fixOmegaMass = false, const double  r_min = 650.0, const double  r_max = 900.0  )

static

FitOmega2D()

void Omega::FitOmega2D ( TH2 *  h )

static

FitOmegaPeak()

void Omega::FitOmegaPeak ( const bool  fixOmegaMass = false, const double  r_min = 650.0, const double  r_max = 900.0  )

static

getSignalYield()

TH1D * Omega::getSignalYield ( const std::string &  meson = "eta" )

static

HistOfBins()

TH1D * Omega::HistOfBins ( const TH2 *  h2 )

static

nCB_pol3()

TF1 * Omega::nCB_pol3 ( )

static

PlotFitted()

void Omega::PlotFitted ( const std::string &  file )

static

Printhstack() [1/2]

TCanvas * Omega::Printhstack ( const std::string &  name )

static

Printhstack() [2/2]

TCanvas * Omega::Printhstack ( ant::hstack *  hs )

static

RoundBins()

void Omega::RoundBins ( TH2 *  h, int  d  )

static

SampleDiffXsectionEta()

TH2D * Omega::SampleDiffXsectionEta ( )

static

SampleDiffXsectionOmega()

TH2D * Omega::SampleDiffXsectionOmega ( )

static

SampleDiffXsectionPi0()

TH2D * Omega::SampleDiffXsectionPi0 ( )

static

SaveStacks()

void Omega::SaveStacks ( const std::string &  path_spec, const std::string &  fname, const int  start = 0, const int  stop = 9  )

static

TH1ToLaTeX()

std::string Omega::TH1ToLaTeX ( const TH1 *  h, const int  p = 3  )

static

---

The documentation for this class was generated from the following files:

• src/root-addons/analysis_codes/Omega.h
• src/root-addons/analysis_codes/Omega.cc