OpenABF::detail Namespace Reference

Implementation details. More...

Namespaces
namespace	ABF
	ABF and ABF++ implementation details

Classes
class	FilteringIterator
	Input iterator that skips elements not matching a predicate. More...
struct	Range
	Lightweight non-owning range adapter holding begin/end iterators. More...

Functions
template<typename T >
auto	vec_to_string (const T &v) -> std::string
template<class ForwardContainer , class UnaryPred >
auto	filter (ForwardContainer v, UnaryPred p)
template<class SparseMatrix , class DenseMatrix , class Solver , std::enable_if_t<!is_instance_of_v< Solver, Eigen::LeastSquaresConjugateGradient >, bool > = false>
auto	SolveLeastSquares (SparseMatrix A, SparseMatrix b) -> DenseMatrix

Variables
template<class T , template< class... > class U>
constexpr bool	is_instance_of_v = std::false_type{}
template<template< class... > class U, class... Vs>
constexpr bool	is_instance_of_v< U< Vs... >, U > = std::true_type{}

Detailed Description

Implementation details.

Function Documentation

filter()

template<class ForwardContainer , class UnaryPred >

auto OpenABF::detail::filter	(	ForwardContainer	v,
		UnaryPred	p
	)

Remove elements which meet the given predicate

SolveLeastSquares()

template<class SparseMatrix , class DenseMatrix , class Solver , std::enable_if_t<!is_instance_of_v< Solver, Eigen::LeastSquaresConjugateGradient >, bool > = false>

auto OpenABF::detail::SolveLeastSquares ( SparseMatrix  A, SparseMatrix  b  ) -> DenseMatrix

private

Solve least squares using A'Ab

Solve least squares with LeastSquaresConjugateGradient

vec_to_string()

template<typename T >

auto OpenABF::detail::vec_to_string

(

const T &

v

)

-> std::string

Debug: Print a vector of elements to a string

Variable Documentation

is_instance_of_v

template<class T , template< class... > class U>

constexpr bool OpenABF::detail::is_instance_of_v = std::false_type{}

constexprprivate

Check if type is an instance of a template type: False

is_instance_of_v< U< Vs... >, U >

template<template< class... > class U, class... Vs>

constexpr bool OpenABF::detail::is_instance_of_v< U< Vs... >, U > = std::true_type{}

constexprprivate

Check if type is an instance of a template type: True