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Showing content from http://multithreadcorner.github.io/Hydra/group__phsp.html below:

Hydra: Phase-Space Monte Carlo

template<typename ... Particles, hydra::detail::Backend Backend>
class hydra::Decays< hydra::tuple< Particles... >, hydra::detail::BackendPolicy< Backend > >

This class provides storage for N-particle states.

Data is stored using SoA layout.

Template Parameters: Particles list of particles in the final state Backend memory space to allocate storage for the particles.

Public Types typedef storage_type::const_iterator const_iterator typedef storage_type::const_reference const_reference typedef storage_type::const_reverse_iterator const_reverse_iterator typedef storage_type::iterator iterator typedef storage_type::reference reference typedef storage_type::reverse_iterator reverse_iterator typedef storage_type::value_type value_type Public Member Functions Decays ()=delete Default contstuctor. More...
Decays (double motherMass, std::array< double, nparticles > const &daughtersMasses, size_t nentries=0) Decays (double motherMass, const double(&daughtersMasses)[nparticles], size_t nentries=0) Decays (Decays< tuple_type, system_type > const &other) Copy constructor. More...
Decays (Decays< tuple_type, system_type > &&other) Move constructor. More...
template<hydra::detail::Backend BACKEND2> Decays (Decays< tuple_type, detail::BackendPolicy< BACKEND2 >> const &other) Copy constructor trans-backend. More...
template<typename Iterator > Decays (double motherMass, std::array< double, nparticles > const &daughtersMasses, Iterator first, Iterator last) Copy constructor iterator interface. More...
void AddEntry (tuple_type const &p) Add a decay to the container, increasing its size by one element. More...
reference back () const_reference back () const template<typename Functor > auto begin (Functor const &caster) -> decltype(std::declval< storage_type >() .begin(caster)) iterator begin () template<unsigned int I1, unsigned int ... IN> auto begin (placeholders::placeholder< I1 > c1, placeholders::placeholder< IN > ...cn) -> decltype(std::declval< storage_type >().begin(c1, cn...)) const_iterator begin () const size_t capacity () const const_iterator cbegin () const template<unsigned int I1, unsigned int ... IN> auto cbegin (placeholders::placeholder< I1 > c1, placeholders::placeholder< IN > ...cn) const -> decltype(std::declval< storage_type >().cbegin(c1, cn...)) const_iterator cend () const template<unsigned int I1, unsigned int ... IN> auto cend (placeholders::placeholder< I1 > c1, placeholders::placeholder< IN > ...cn) const -> decltype(std::declval< storage_type >().cend(c1, cn...)) void clear () const_reverse_iterator crbegin () const template<unsigned int I1, unsigned int ... IN> auto crbegin (placeholders::placeholder< I1 > c1, placeholders::placeholder< IN > ...cn) const -> decltype(std::declval< storage_type >().crbegin(c1, cn...)) const_reverse_iterator crend () const template<unsigned int I1, unsigned int ... IN> auto crend (placeholders::placeholder< I1 > c1, placeholders::placeholder< IN > ...cn) const -> decltype(std::declval< storage_type >().crend(c1, cn...)) bool empty () const template<typename Functor > auto end (Functor const &caster) -> decltype(std::declval< storage_type >().end(caster)) iterator end () template<unsigned int I1, unsigned int ... IN> auto end (placeholders::placeholder< I1 > c1, placeholders::placeholder< IN > ...cn) -> decltype(std::declval< storage_type >().end(c1, cn...)) const_iterator end () const iterator erase (iterator pos) iterator erase (iterator first, iterator last) reference front () const_reference front () const template<unsigned int I> auto GetDaugtherRange (placeholders::placeholder< I > c) -> hydra::Range< decltype(std::declval< storage_type >().begin(c)) > reference GetEntry (size_t i) PhaseSpaceWeight< Particles... > GetEventWeightFunctor () const template<typename Functor > std::enable_if< detail::is_hydra_functor< Functor >::value||detail::is_hydra_lambda< Functor >::value||detail::is_hydra_composite_functor< Functor >::value, PhaseSpaceReweight< Functor, Particles... > >::type GetEventWeightFunctor (Functor const &functor) const const std::array< double, nparticles > GetMasses () const double GetMaxWeight () const double GetMotherMass () const const storage_type & GetStorage () const iterator insert (iterator position, const value_type &x) void insert (iterator position, size_t n, const value_type &x) template<typename InputIterator > void insert (iterator position, InputIterator first, InputIterator last) template<typename Iterable > std::enable_if< detail::is_iterable< Iterable >::value, void >::type insert (iterator position, Iterable range) template<typename ... Iterables> auto Meld (Iterables &&... iterable) -> typename std::enable_if< detail::all_true< detail::is_iterable< Iterables >::value... >::value, decltype(std::declval< storage_type >().meld(std::forward< Iterables >(iterable) ...)) >::type storage_type && MoveStorage () Decays< tuple_type, system_type > & operator= (Decays< tuple_type, system_type > const &other) Assignment operator. More...
Decays< tuple_type, system_type > & operator= (Decays< tuple_type, system_type > &&other) Move assignment operator. More...
template<hydra::detail::Backend BACKEND2> Decays< tuple_type, system_type > & operator= (Decays< tuple_type, detail::BackendPolicy< BACKEND2 > > const &other) Assignment operator. More...
reference operator[] (size_t n) const_reference operator[] (size_t n) const void pop_back () void push_back (const value_type &particles) template<typename Functor > auto rbegin (Functor const &caster) -> decltype(std::declval< storage_type >().rbegin(caster)) reverse_iterator rbegin () template<unsigned int I1, unsigned int ... IN> auto rbegin (placeholders::placeholder< I1 > c1, placeholders::placeholder< IN > ...cn) -> decltype(std::declval< storage_type >().rbegin(c1, cn...)) const_reverse_iterator rbegin () const template<typename Functor > auto rend (Functor const &caster) -> decltype(std::declval< storage_type >().rend(caster)) reverse_iterator rend () template<unsigned int I1, unsigned int ... IN> auto rend (placeholders::placeholder< I1 > c1, placeholders::placeholder< IN > ...cn) -> decltype(std::declval< storage_type >().rend(c1, cn...)) const_reverse_iterator rend () const void reserve (size_t size) void resize (size_t size) void shrink_to_fit () size_t size () const hydra::Range< iterator > Unweight (size_t seed=0x180ec6d33cfd0aba) template<typename Functor > std::enable_if< detail::is_hydra_functor< Functor >::value||detail::is_hydra_lambda< Functor >::value||detail::is_hydra_composite_functor< Functor >::value, hydra::Range< iterator > >::type Unweight (Functor const &functor, double weight=-1.0, size_t seed=0x39abdc4529b1661c) ◆ const_iterator