OscillatorConstants.h File Reference

#include <math.h>
#include "yaml-cpp/yaml.h"
#include "TFile.h"
#include "TH1.h"
#include <string>
#include <iostream>
#include <vector>

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Classes
struct	NuOscillator::OscillationChannel
	Structure which defines the oscillation channel generated and detected neutrino flavours. More...
struct	NuOscillator::OscillationProbability
	Structure to contain all information about the neutrino type, oscillation channel, Energy and CosineZ used to calculate a specific probability. More...

Namespaces
namespace	NuOscillator

Macros
#define	DUMMYVAL   -999

Typedefs
using	FLOAT_T = float

Enumerations
enum	NuOscillator::Verbosity { NuOscillator::NONE =0 , NuOscillator::INFO =1 , NuOscillator::VERBOSE =2 }
	Different verbosity levels for console output. More...
enum	NuOscillator::NeutrinoFlavours {   NuOscillator::kElectron =1 , NuOscillator::kMuon =2 , NuOscillator::kTau =3 , NuOscillator::kSterile1 =4 ,   NuOscillator::kSterile2 =5 , NuOscillator::kSterile3 =6 , NuOscillator::nNeutrinoFlavours =7 }
	Different neutrino flavours currently supported within the analysis. More...
enum	{ NuOscillator::kNuFlavour_Generated =0 , NuOscillator::kNuFlavour_Detected =1 , NuOscillator::nNuFlavours =2 }
	Enum which fixes the ordering of the generated and detected neutrino flavours in the #OscillationChannel structure. More...

Functions
std::vector< std::string >	ReturnKnownConfigs ()
	Return vector of all config names for each oscillation engine which has been enabled.
int	NeutrinoFlavour_StrToInt (const std::string &NuFlav)
	Convert a neutrino flavour string to integer.
std::string	NeutrinoFlavour_IntToStr (const int NuFlav)
	Convert a neutrino flavour integer to string.
int	Verbosity_StrToInt (const std::string &Verbosity)
	Return the Verbosity enum value correpsonding to a particular string.
NuOscillator::OscillationChannel	ReturnOscillationChannel (const std::string &InputString)
	Take an input string formatted as 'GeneratedNeutrinoFlavour:DetectedNeutrinoFlavour' and return an NuOscillator::OscillationChannel() structure.
std::vector< FLOAT_T >	logspace (FLOAT_T Emin, FLOAT_T Emax, int nDiv)
	Generate vector of logarithmically spaced points.
std::vector< FLOAT_T >	linspace (FLOAT_T Emin, FLOAT_T Emax, int nDiv)
	Generate vector of linearly spaced points.
std::vector< FLOAT_T >	ReadBinEdgesFromFile (const std::string &TFileName, const std::string &HistogramName, const int Verbose=NuOscillator::Verbosity::NONE)
	Read bin edges from input template histogram.
std::vector< FLOAT_T >	ReturnBinCentersFromBinEdges (const std::vector< FLOAT_T > &BinEdges)
	Return the bin centers given the bin edges of a template histogram.
std::unordered_map< std::string, FLOAT_T >	ReturnOscParamsFromConfig (YAML::Node Config)

Macro Definition Documentation

DUMMYVAL

#define DUMMYVAL   -999

Typedef Documentation

FLOAT_T

using FLOAT_T = float

Function Documentation

linspace()

std::vector< FLOAT_T > linspace ( FLOAT_T  Emin, FLOAT_T  Emax, int  nDiv  )

inline

Generate vector of linearly spaced points.

Parameters

Emin	lower limit
Emax	upper limit
nDiv	Number of divisions

Returns

Vector of linearly spaced points between Emin and Emax with nDiv divisions

logspace()

std::vector< FLOAT_T > logspace ( FLOAT_T  Emin, FLOAT_T  Emax, int  nDiv  )

inline

Generate vector of logarithmically spaced points.

Parameters

Emin	lower limit
Emax	upper limit
nDiv	Number of divisions

Returns

Vector of logarithmically spaced points between Emin and Emax with nDiv divisions

NeutrinoFlavour_IntToStr()

std::string NeutrinoFlavour_IntToStr ( const int  NuFlav )

inline

Convert a neutrino flavour integer to string.

Inverse of NeutrinoFlavour_StrToInt()

Returns

Name of neutrino flavour

NeutrinoFlavour_StrToInt()

int NeutrinoFlavour_StrToInt ( const std::string &  NuFlav )

inline

Convert a neutrino flavour string to integer.

Returns

Enum value in #NeutrinoFlavours

ReadBinEdgesFromFile()

std::vector< FLOAT_T > ReadBinEdgesFromFile ( const std::string &  TFileName, const std::string &  HistogramName, const int  Verbose = NuOscillator::Verbosity::NONE  )

inline

Read bin edges from input template histogram.

Parameters

TFileName	File name
HistogramName	Histogram name
Verbose	Verbosity level

Returns

Vector of bin edges

ReturnBinCentersFromBinEdges()

std::vector< FLOAT_T > ReturnBinCentersFromBinEdges ( const std::vector< FLOAT_T > &  BinEdges )

inline

Return the bin centers given the bin edges of a template histogram.

Parameters

BinEdges

Vector of bin edges

Returns

Vector of bin centers

ReturnKnownConfigs()

std::vector< std::string > ReturnKnownConfigs ( )

inline

Return vector of all config names for each oscillation engine which has been enabled.

Returns

Vector of paths to config files

ReturnOscillationChannel()

NuOscillator::OscillationChannel ReturnOscillationChannel ( const std::string &  InputString )

inline

Take an input string formatted as 'GeneratedNeutrinoFlavour:DetectedNeutrinoFlavour' and return an NuOscillator::OscillationChannel() structure.

Parameters

String

formatted as 'GeneratedNeutrinoFlavour:DetectedNeutrinoFlavour'

Returns

NuOscillator::OscillationChannel() structure with generated and detected neutrino flavours

ReturnOscParamsFromConfig()

std::unordered_map< std::string, FLOAT_T > ReturnOscParamsFromConfig ( YAML::Node  Config )

inline

Verbosity_StrToInt()

int Verbosity_StrToInt ( const std::string &  Verbosity )

inline

Return the Verbosity enum value correpsonding to a particular string.

Parameters

Verbosity

String to convert to enum value

Returns

Enum value describing the verbosity level