DiFfRG::AbstractMinimizer< 1 > Class Reference

#include <minimization.hh>

Inheritance diagram for DiFfRG::AbstractMinimizer< 1 >:

Public Member Functions
	AbstractMinimizer (const FUN &f, const double abs_tol=1e-4, const int max_iter=1000)
	Construct a new AbstractMinimizer object.
	AbstractMinimizer (const FUN_ARR &f, const double abs_tol=1e-4, const int max_iter=1000)
	Construct a new AbstractMinimizer object.
void	set_abs_tol (const double abs_tol)
	Set the absolute tolerance for the minimization.
void	set_max_iter (const uint max_iter)
	Set the maximum number of iterations.
uint	get_iter () const
	Get the number of iterations used in the last minimization.
double	minimize ()
	Perform the minimization.

Protected Types
using	FUN = std::function<double(const double)>
using	FUN_ARR = std::function<double(const std::array<double, 1> &)>

Protected Member Functions
virtual std::array< double, 1 >	minimize_impl ()=0

Protected Attributes
FUN_ARR	f
double	abs_tol
uint	max_iter
uint	iter

Member Typedef Documentation

FUN

using DiFfRG::AbstractMinimizer< 1 >::FUN = std::function<double(const double)>

protected

FUN_ARR

using DiFfRG::AbstractMinimizer< 1 >::FUN_ARR = std::function<double(const std::array<double, 1> &)>

protected

Constructor & Destructor Documentation

AbstractMinimizer() [1/2]

DiFfRG::AbstractMinimizer< 1 >::AbstractMinimizer ( const FUN & f, const double abs_tol = 1e-4, const int max_iter = 1000 )

inline

Construct a new AbstractMinimizer object.

Parameters

f	Objective function to minimize. Must take a double as input and return a double.
abs_tol	Absolute tolerance for the minimization.
max_iter	Maximum number of iterations.

AbstractMinimizer() [2/2]

DiFfRG::AbstractMinimizer< 1 >::AbstractMinimizer ( const FUN_ARR & f, const double abs_tol = 1e-4, const int max_iter = 1000 )

inline

Construct a new AbstractMinimizer object.

Parameters

f	Objective function to minimize. Must take a std::array<double, 1> as input and return a double.
abs_tol	Absolute tolerance for the minimization.
max_iter	Maximum number of iterations.

Member Function Documentation

get_iter()

uint DiFfRG::AbstractMinimizer< 1 >::get_iter ( ) const

inline

Get the number of iterations used in the last minimization.

Returns

uint Number of iterations.

minimize()

double DiFfRG::AbstractMinimizer< 1 >::minimize ( )

inline

Perform the minimization.

Returns

double Minimimum of the objective function.

minimize_impl()

virtual std::array< double, 1 > DiFfRG::AbstractMinimizer< 1 >::minimize_impl ( )

protectedpure virtual

Implemented in DiFfRG::GSLMinimizer1D.

set_abs_tol()

void DiFfRG::AbstractMinimizer< 1 >::set_abs_tol ( const double abs_tol )

inline

Set the absolute tolerance for the minimization.

Parameters

abs_tol

Absolute tolerance.

set_max_iter()

void DiFfRG::AbstractMinimizer< 1 >::set_max_iter ( const uint max_iter )

inline

Set the maximum number of iterations.

Parameters

max_iter

Maximum number of iterations.

Member Data Documentation

abs_tol

double DiFfRG::AbstractMinimizer< 1 >::abs_tol

protected

f

FUN_ARR DiFfRG::AbstractMinimizer< 1 >::f

protected

iter

uint DiFfRG::AbstractMinimizer< 1 >::iter

protected

max_iter

uint DiFfRG::AbstractMinimizer< 1 >::max_iter

protected

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

• /home/runner/work/DiFfRG_current/DiFfRG_current/DiFfRG/include/DiFfRG/common/minimization.hh