#include <etaprime_dalitz.h>

Inheritance diagram for ant::analysis::physics::EtapDalitz::photon_tree< N >:

Collaboration diagram for ant::analysis::physics::EtapDalitz::photon_tree< N >:

Public Member Functions
void	reset ()

void	set_photon_information (const TParticleList &, const bool shower_shape=false)

Public Member Functions inherited from ant::WrapTTree
void	CreateBranches (TTree *tree, bool skipOptional=false)
	CreateBranches prepares the instance for filling the TTree. More...

void	LinkBranches (TTree *tree=nullptr, bool requireOptional=false)
	LinkBranches prepares the instance for reading the TTree. More...

void	LinkBranches (bool requireOptional)

bool	Matches (TTree *tree=nullptr, bool exact=true, bool nowarn=false) const
	Matches checks if the branch names are all available. More...

bool	CopyFrom (const WrapTTree &src)
	CopyFrom copies contents in branches by name. More...

	operator bool () const
	operator bool returns true if Tree is not null More...

Public Member Functions inherited from ant::analysis::physics::EtapDalitzTools
double	effective_radius (const TCandidatePtr) const

double	lat_moment (const TCandidatePtr) const

template<typename iter >
LorentzVec	sumlv (iter start, iter end)

void	count_clusters (const TCandidateList &, size_t &, size_t &)

bool	q2_preselection (const TEventData &, const double) const

void	channel_id (const TEvent &, channel_id_t &)

ParticleTypeTree	base_tree ()

ParticleTypeTree	etap_3g ()

Additional Inherited Members
Public Types inherited from ant::WrapTTree
template<std::size_t N>
using	ROOTArray_Float = ROOTArray< std::array< float, N > >

template<std::size_t N>
using	ROOTArray_Double = ROOTArray< std::array< double, N > >

template<std::size_t N>
using	ROOTArray_Int = ROOTArray< std::array< int, N > >

template<std::size_t N>
using	ROOTArray_Long = ROOTArray< std::array< long, N > >

Static Public Member Functions inherited from ant::analysis::physics::EtapDalitzTools
template<typename Particle >
static std::vector< size_t >	get_sorted_indices_vetoE (std::vector< Particle > particles)

static std::vector< double >	get_veto_energies (std::vector< TSimpleParticle > particles)

static std::vector< double >	get_veto_energies (std::vector< TParticlePtr > particles)

Public Attributes inherited from ant::WrapTTree
TTree *	Tree = nullptr
	Tree to be used as usual TTree. More...

Protected Member Functions inherited from ant::WrapTTree
	WrapTTree (const std::string &branchNamePrefix_="")

	~WrapTTree ()

Protected Attributes inherited from ant::analysis::physics::EtapDalitzTools
utils::ClusterTools	clustertools

Member Function Documentation

◆ reset()

template<size_t N>

void EtapDalitz::photon_tree::reset ( )

template<size_t N>

void EtapDalitz::photon_tree::set_photon_information	(	const TParticleList &	photons,
		const bool	shower_shape = `false`
	)

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