mist::hep::histo Namespace Reference

Namespaces
namespace	detail

Functions
owned::root_ptr< TH1F >	project_y (const TGraph &source, int n_bins, double min, double max, const char *name="histo_project_y")
void	fill_profile (TProfile &target, const TGraph &source)
void	fill_persistence (TH2 &target, const TGraph &source)
void	fill_persistence (TH2 &target, const TF1 &f)
void	fill_from_interval (TH1 &target, const TGraph &source, double min, double max)
void	fill_from_interval (TH1 &target, const TProfile &source, double min, double max)
template<typename TH >
int	dimension (const TH *h)
template<typename TH1Type , typename TH2Type >
int	pair_dimension (const TH1Type *a, const TH2Type *b)
template<typename TH1Type , typename TH2Type >
bool	is_consistent (const TH1Type *a, const TH2Type *b)
std::vector< double >	uniform_binning (double width, double low, double high)
std::vector< double >	log_binning (int n_bins, double low, double high)
template<typename TH1Type = TH1F, typename T > requires std::is_arithmetic_v<T>
owned::root_ptr< TH1Type >	make_th1_from_vector (const std::vector< T > &data, int n_bins=-1, double offset=0.0, double low=0.0, double high=0.0)
template<typename TH >
owned::root_ptr< TH >	offset (const TH *h, double value, bool absolute=false)
template<typename TH >
owned::root_ptr< TH >	absolute (const TH *h)
template<typename TH >
owned::root_ptr< TH >	scale (const TH *h, double factor, double factor_error=0.0)

Function Documentation

absolute()

template<typename TH >

owned::root_ptr< TH > mist::hep::histo::absolute

(

const TH *

h

)

dimension()

template<typename TH >

int mist::hep::histo::dimension

(

const TH *

h

)

fill_from_interval() [1/2]

void mist::hep::histo::fill_from_interval ( TH1 &  target, const TGraph &  source, double  min, double  max  )

inline

fill_from_interval() [2/2]

void mist::hep::histo::fill_from_interval ( TH1 &  target, const TProfile &  source, double  min, double  max  )

inline

fill_persistence() [1/2]

void mist::hep::histo::fill_persistence ( TH2 &  target, const TF1 &  f  )

inline

fill_persistence() [2/2]

void mist::hep::histo::fill_persistence ( TH2 &  target, const TGraph &  source  )

inline

fill_profile()

void mist::hep::histo::fill_profile ( TProfile &  target, const TGraph &  source  )

inline

is_consistent()

template<typename TH1Type , typename TH2Type >

bool mist::hep::histo::is_consistent	(	const TH1Type *	a,
		const TH2Type *	b
	)

log_binning()

std::vector< double > mist::hep::histo::log_binning ( int  n_bins, double  low, double  high  )

inline

make_th1_from_vector()

template<typename TH1Type = TH1F, typename T >
requires std::is_arithmetic_v<T>

owned::root_ptr< TH1Type > mist::hep::histo::make_th1_from_vector	(	const std::vector< T > &	data,
		int	n_bins = -1,
		double	offset = 0.0,
		double	low = 0.0,
		double	high = 0.0
	)

offset()

template<typename TH >

owned::root_ptr< TH > mist::hep::histo::offset	(	const TH *	h,
		double	value,
		bool	absolute = false
	)

pair_dimension()

template<typename TH1Type , typename TH2Type >

int mist::hep::histo::pair_dimension	(	const TH1Type *	a,
		const TH2Type *	b
	)

project_y()

owned::root_ptr< TH1F > mist::hep::histo::project_y ( const TGraph &  source, int  n_bins, double  min, double  max, const char *  name = "histo_project_y"  )

inline

scale()

template<typename TH >

owned::root_ptr< TH > mist::hep::histo::scale	(	const TH *	h,
		double	factor,
		double	factor_error = 0.0
	)

uniform_binning()

std::vector< double > mist::hep::histo::uniform_binning ( double  width, double  low, double  high  )

inline