ppl::expr::model::BarEqNode< VarType, DistType > Struct Template Reference

#include <bar_eq.hpp>

Inheritance diagram for ppl::expr::model::BarEqNode< VarType, DistType >:

Public Types
using	var_t = VarType
using	dist_t = DistType
using	dist_value_t = typename util::dist_expr_traits< dist_t >::dist_value_t

Public Member Functions
	BarEqNode (const var_t &var, const dist_t &dist) noexcept
template<class BarEqNodeFunc >
void	traverse (BarEqNodeFunc &&eq_f)
template<class BarEqNodeFunc >
void	traverse (BarEqNodeFunc &&eq_f) const
auto	pdf ()
auto	log_pdf ()
template<class PtrPackType >
auto	ad_log_pdf (const PtrPackType &pack) const
template<class PtrPackType >
void	bind (const PtrPackType &pack)
void	activate_refcnt () const
var_t &	get_variable ()
const var_t &	get_variable () const
dist_t &	get_distribution ()
const dist_t &	get_distribution () const
Public Member Functions inherited from ppl::util::BaseCRTP< BarEqNode< VarType, DistType > >
BarEqNode< VarType, DistType > &	self ()
const BarEqNode< VarType, DistType > &	self () const

Detailed Description

template<class VarType, class DistType>
struct ppl::expr::model::BarEqNode< VarType, DistType >

This class represents a node in the model expression that relates a variable with a distribution. It cannot relate a variable expression in general to a distribution.

Member Typedef Documentation

dist_t

template<class VarType , class DistType >

using ppl::expr::model::BarEqNode< VarType, DistType >::dist_t = DistType

dist_value_t

template<class VarType , class DistType >

using ppl::expr::model::BarEqNode< VarType, DistType >::dist_value_t = typename util::dist_expr_traits<dist_t>::dist_value_t

var_t

template<class VarType , class DistType >

using ppl::expr::model::BarEqNode< VarType, DistType >::var_t = VarType

Constructor & Destructor Documentation

BarEqNode()

template<class VarType , class DistType >

ppl::expr::model::BarEqNode< VarType, DistType >::BarEqNode ( const var_t &  var, const dist_t &  dist  )

inlinenoexcept

Member Function Documentation

activate_refcnt()

template<class VarType , class DistType >

void ppl::expr::model::BarEqNode< VarType, DistType >::activate_refcnt ( ) const

inline

ad_log_pdf()

template<class VarType , class DistType >

template<class PtrPackType >

auto ppl::expr::model::BarEqNode< VarType, DistType >::ad_log_pdf ( const PtrPackType &  pack ) const

inline

bind()

template<class VarType , class DistType >

template<class PtrPackType >

void ppl::expr::model::BarEqNode< VarType, DistType >::bind ( const PtrPackType &  pack )

inline

get_distribution() [1/2]

template<class VarType , class DistType >

dist_t& ppl::expr::model::BarEqNode< VarType, DistType >::get_distribution ( )

inline

get_distribution() [2/2]

template<class VarType , class DistType >

const dist_t& ppl::expr::model::BarEqNode< VarType, DistType >::get_distribution ( ) const

inline

get_variable() [1/2]

template<class VarType , class DistType >

var_t& ppl::expr::model::BarEqNode< VarType, DistType >::get_variable ( )

inline

get_variable() [2/2]

template<class VarType , class DistType >

const var_t& ppl::expr::model::BarEqNode< VarType, DistType >::get_variable ( ) const

inline

log_pdf()

template<class VarType , class DistType >

auto ppl::expr::model::BarEqNode< VarType, DistType >::log_pdf ( )

inline

pdf()

template<class VarType , class DistType >

auto ppl::expr::model::BarEqNode< VarType, DistType >::pdf ( )

inline

traverse() [1/2]

template<class VarType , class DistType >

template<class BarEqNodeFunc >

void ppl::expr::model::BarEqNode< VarType, DistType >::traverse ( BarEqNodeFunc &&  eq_f )

inline

Generic traversal function. Assumes that eq_f is a function that takes in 1 parameter, which is simply the current object.

traverse() [2/2]

template<class VarType , class DistType >

template<class BarEqNodeFunc >

void ppl::expr::model::BarEqNode< VarType, DistType >::traverse ( BarEqNodeFunc &&  eq_f ) const

inline

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

• include/autoppl/expression/model/bar_eq.hpp