utility.h File Reference

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Namespaces
namespace	utility

Functions
template<bool negative_search = false>
std::pair< float, float >	utility::find_first_above (TGraph *gTarget, float threshold)
template<bool negative_search = false>
std::pair< float, float >	utility::find_last_above (TGraph *gTarget, float threshold)
void	utility::fill_profile (TProfile *hTarget, TGraph *gSource)
void	utility::fill_persistance (TH2F *hTarget, TGraph *gSource)
void	utility::fill_persistance (TH2F *hTarget, TF1 *fSource)
void	utility::fill_from_interval (TH1F *hTarget, TGraph *gSource, float min, float max)
void	utility::fill_from_interval (TH1F *hTarget, TProfile *gSource, float min, float max)
template<bool negative_search = false>
std::pair< float, float >	utility::get_graph_max (TGraph *gTarget, float min_point=-1., float max_point=-1.)
template<int average_over_n_points = 2>
TGraph *	utility::moving_average (TGraph *gTarget)
template<int average_over_n_points = 2>
TGraph *	utility::maximum_filter (TGraph *gTarget)
template<int window_of_n_points = 2>
TGraph *	utility::gauss_filter (TGraph *gTarget, float alpha_parameter=2.5)
TGraph *	utility::derivate (TGraph *gTarget, double sign=1.)
TGraph *	utility::TProfile_to_TGraphErorrs (TProfile *gSource)
template<int power = 1, bool bin_width = false>
float	utility::integrate (TGraph *gTarget, float min_point=-1., float max_point=-1.)
template<int n_parameter = 2, int n_averaging = 10>
std::pair< float, float >	utility::measure_noisepower (TGraph *gTarget)
template<int n_parameter = 2, int n_averaging = 10>
std::pair< float, float >	utility::measure_noisepower (TProfile *hTarget)
template<int window_of_n_points = 10, int average_over_n_points = 20, bool negative_search = false>
std::vector< std::array< float, 3 > >	utility::find_peaks (TGraph *gTarget, float min_height=10.)