StructuredNewtonDirection< Conf > Struct Template Reference

#include <alpaqa/inner/directions/panoc/structured-newton.hpp>

Detailed Description

template<Config Conf = DefaultConfig>
struct alpaqa::StructuredNewtonDirection< Conf >

Definition at line 49 of file structured-newton.hpp.

Collaboration diagram for StructuredNewtonDirection< Conf >:

Classes
struct	Params

Public Types
using	Problem = TypeErasedProblem<config_t>
using	DirectionParams = StructuredNewtonDirectionParams<config_t>
using	AcceleratorParams = StructuredNewtonRegularizationParams<config_t>

Public Member Functions
	StructuredNewtonDirection ()=default
	StructuredNewtonDirection (const Params &params)
	StructuredNewtonDirection (const AcceleratorParams &params, const DirectionParams &directionparams={})
void	initialize (const Problem &problem, crvec y, crvec Σ, real_t γ_0, crvec x_0, crvec x̂_0, crvec p_0, crvec grad_ψx_0)
bool	has_initial_direction () const
bool	update (real_t γₖ, real_t γₙₑₓₜ, crvec xₖ, crvec xₙₑₓₜ, crvec pₖ, crvec pₙₑₓₜ, crvec grad_ψxₖ, crvec grad_ψxₙₑₓₜ)
bool	apply (real_t γₖ, crvec xₖ, crvec x̂ₖ, crvec pₖ, crvec grad_ψxₖ, rvec qₖ) const
void	changed_γ (real_t γₖ, real_t old_γₖ)
void	reset ()
std::string	get_name () const
const auto &	get_params () const

Public Attributes
AcceleratorParams	reg_params
DirectionParams	direction_params

Private Attributes
const Problem *	problem = nullptr
std::optional< crvec >	y = std::nullopt
std::optional< crvec >	Σ = std::nullopt
indexvec	JK
mat	H
vec	HJ_storage

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Class Documentation

alpaqa::StructuredNewtonDirection::Params

struct alpaqa::StructuredNewtonDirection::Params

Collaboration diagram for StructuredNewtonDirection< Conf >::Params:

Class Members
AcceleratorParams	accelerator = {}
DirectionParams	direction = {}

Member Typedef Documentation

Problem

template<Config Conf = DefaultConfig>

using Problem = TypeErasedProblem<config_t>

Definition at line 51 of file structured-newton.hpp.

DirectionParams

template<Config Conf = DefaultConfig>

using DirectionParams = StructuredNewtonDirectionParams<config_t>

Definition at line 52 of file structured-newton.hpp.

AcceleratorParams

template<Config Conf = DefaultConfig>

using AcceleratorParams = StructuredNewtonRegularizationParams<config_t>

Definition at line 53 of file structured-newton.hpp.

Constructor & Destructor Documentation

StructuredNewtonDirection() [1/3]

template<Config Conf = DefaultConfig>

StructuredNewtonDirection ( )

default

StructuredNewtonDirection() [2/3]

template<Config Conf = DefaultConfig>

StructuredNewtonDirection ( const Params & params )

inline

Definition at line 61 of file structured-newton.hpp.

StructuredNewtonDirection() [3/3]

template<Config Conf = DefaultConfig>

StructuredNewtonDirection ( const AcceleratorParams & params, const DirectionParams & directionparams = {} )

inline

Definition at line 63 of file structured-newton.hpp.

Member Function Documentation

initialize()

template<Config Conf = DefaultConfig>

void initialize ( const Problem & problem, crvec y, crvec Σ, real_t γ_0, crvec x_0, crvec x̂_0, crvec p_0, crvec grad_ψx_0 )

inline

See also

initialize

Definition at line 68 of file structured-newton.hpp.

has_initial_direction()

template<Config Conf = DefaultConfig>

bool has_initial_direction ( ) const

inline

See also

has_initial_direction

Definition at line 93 of file structured-newton.hpp.

update()

template<Config Conf = DefaultConfig>

bool update ( real_t γₖ, real_t γₙₑₓₜ, crvec xₖ, crvec xₙₑₓₜ, crvec pₖ, crvec pₙₑₓₜ, crvec grad_ψxₖ, crvec grad_ψxₙₑₓₜ )

inline

See also

update

Definition at line 96 of file structured-newton.hpp.

apply()

template<Config Conf = DefaultConfig>

bool apply ( real_t γₖ, crvec xₖ, crvec x̂ₖ, crvec pₖ, crvec grad_ψxₖ, rvec qₖ ) const

inline

See also

apply

Definition at line 105 of file structured-newton.hpp.

Here is the call graph for this function:

changed_γ()

template<Config Conf = DefaultConfig>

void changed_γ ( real_t γₖ, real_t old_γₖ )

inline

See also

changed_γ

Definition at line 201 of file structured-newton.hpp.

reset()

template<Config Conf = DefaultConfig>

void reset ( )

inline

See also

reset

Definition at line 205 of file structured-newton.hpp.

get_name()

template<Config Conf = DefaultConfig>

std::string get_name ( ) const

inline

See also

get_name

Definition at line 208 of file structured-newton.hpp.

get_params()

template<Config Conf = DefaultConfig>

const auto & get_params ( ) const

inline

Definition at line 213 of file structured-newton.hpp.

Member Data Documentation

problem

template<Config Conf = DefaultConfig>

const Problem* problem = nullptr

private

Definition at line 216 of file structured-newton.hpp.

y

template<Config Conf = DefaultConfig>

std::optional<crvec> y = std::nullopt

private

Definition at line 218 of file structured-newton.hpp.

Σ

template<Config Conf = DefaultConfig>

std::optional<crvec> Σ = std::nullopt

private

Definition at line 219 of file structured-newton.hpp.

JK

template<Config Conf = DefaultConfig>

indexvec JK

mutableprivate

Definition at line 225 of file structured-newton.hpp.

H

template<Config Conf = DefaultConfig>

mat H

mutableprivate

Definition at line 226 of file structured-newton.hpp.

HJ_storage

template<Config Conf = DefaultConfig>

vec HJ_storage

mutableprivate

Definition at line 227 of file structured-newton.hpp.

reg_params

template<Config Conf = DefaultConfig>

AcceleratorParams reg_params

Definition at line 230 of file structured-newton.hpp.

direction_params

template<Config Conf = DefaultConfig>

DirectionParams direction_params

Definition at line 231 of file structured-newton.hpp.

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

• src/alpaqa/include/alpaqa/inner/directions/panoc/structured-newton.hpp