Abstract base class for ExitChannel objects that lead to discrete nuclear levels in the final state. More...

Inheritance diagram for marley::DiscreteExitChannel:

Public Member Functions
	DiscreteExitChannel (const marley::Level &flev)

virtual void	do_decay (double &Ex, int &two_J, marley::Parity &Pi, const marley::Particle &compound_nucleus, marley::Particle &emitted_particle, marley::Particle &residual_nucleus, marley::Generator &gen) const final override
	Simulates a nuclear decay into this channel. More...

const marley::Level &	get_final_level () const
	Get a const reference to the final-state nuclear level.

virtual bool	is_continuum () const final override
	Returns true if this channel accesses the particle-unbound continuum of nuclear levels or false otherwise.

Public Member Functions inherited from marley::ExitChannel
	ExitChannel ()=default

	ExitChannel (int pdgi, int qi, double Exi, int twoJi, marley::Parity Pi, double rho_i, marley::StructureDatabase &sdb)

virtual bool	emits_fragment () const =0
	Returns true if this channel involves fragment emission or false if it involves gamma-ray emission.

virtual int	emitted_particle_pdg () const =0
	Returns the PDG code for the particle (gamma-ray or nuclear fragment) emitted by decays into this ExitChannel.

virtual int	final_nucleus_pdg () const =0
	Returns the PDG code for the final nucleus.

double	width () const
	Get the total decay width into this channel (MeV)

Protected Attributes
const marley::Level &	final_level_
	Reference to the final-state nuclear level.

Protected Attributes inherited from marley::ExitChannel
double	Exi_
	Initial nuclear excitation energy \( E_x \) (MeV)

double	one_over_two_pi_rho_i_

int	pdgi_
	PDG code for the initial nucleus.

marley::Parity	Pi_
	Initial nuclear parity \( \Pi \).

int	qi_

marley::StructureDatabase *	sdb_
	StructureDatabase to use in calculations.

int	twoJi_
	Two times the initial nuclear spin \( J \).

double	width_
	Total decay width into this channel (MeV)

Additional Inherited Members
Static Public Member Functions inherited from marley::ExitChannel
template<typename It >
static marley::IteratorToPointerMember< It, double >	make_width_iterator (It it)
	Convert an iterator that points to an ExitChannel object into an iterator to the ExitChannel's width_ member variable. More...

Protected Member Functions inherited from marley::ExitChannel
virtual void	compute_total_width ()=0

virtual void	prepare_products (const marley::Particle &compound_nucleus, marley::Particle &emitted_particle, marley::Particle &residual_nucleus, double Exf, marley::Generator &gen) const
	Helper function that prepares Particle objects representing the products of the two-body decay. More...

Detailed Description

Abstract base class for ExitChannel objects that lead to discrete nuclear levels in the final state.

Constructor & Destructor Documentation

marley::DiscreteExitChannel::DiscreteExitChannel ( const marley::Level & flev )

inline

Parameters

[in] flev Reference to the final-state nuclear level

void marley::DiscreteExitChannel::do_decay	(	double &	Exf,
		int &	two_Jf,
		marley::Parity &	Pf,
		const marley::Particle &	compound_nucleus,
		marley::Particle &	emitted_particle,
		marley::Particle &	residual_nucleus,
		marley::Generator &	gen
	)		const

finaloverridevirtual

Simulates a nuclear decay into this channel.

Parameters

[out]	Exf	The final nuclear excitation energy
[out]	two_Jf	Two times the final nuclear spin
[out]	Pf	The final nuclear parity
[in]	compound_nucleus	Particle object representing the initial nucleus
[out]	emitted_particle	Particle emitted in the de-excitation
[out]	residual_nucleus	Final-state nucleus after particle emission
	gen	Generator to use for random sampling

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