Implementation of the different powers function and problem. More...

#include <assert.h>
#include <math.h>
#include "coco.h"
#include "coco_problem.c"
#include "suite_bbob_legacy_code.c"
#include "transform_obj_shift.c"
#include "transform_vars_affine.c"
#include "transform_vars_shift.c"
#include "transform_vars_permutation.c"
#include "transform_vars_blockrotation.c"
#include "transform_obj_norm_by_dim.c"

Functions
static double	f_different_powers_raw (const double *x, const size_t number_of_variables)
	Implements the different powers function without connections to any COCO structures. More...

static void	f_different_powers_evaluate (coco_problem_t problem, const double x, double *y)
	Uses the raw function to evaluate the COCO problem. More...

double	sign (double x)
	Implements the sign function. More...

static void	f_different_powers_evaluate_gradient (coco_problem_t problem, const double x, double *y)
	Evaluates the gradient of the function "different powers". More...

static coco_problem_t *	f_different_powers_allocate (const size_t number_of_variables)
	Allocates the basic different powers problem. More...

static coco_problem_t *	f_different_powers_bbob_problem_allocate (const size_t function, const size_t dimension, const size_t instance, const long rseed, const char problem_id_template, const char problem_name_template)
	Creates the BBOB different powers problem. More...

static coco_problem_t *	f_different_powers_bbob_constrained_problem_allocate (const size_t function, const size_t dimension, const size_t instance, const long rseed, const char problem_id_template, const char problem_name_template)
	Creates the bbob-constrained different powers problem. More...

static coco_problem_t *	f_different_powers_permblockdiag_bbob_problem_allocate (const size_t function, const size_t dimension, const size_t instance, const long rseed, const char problem_id_template, const char problem_name_template)
	Creates the BBOB generalized permuted block-rotated sum of different powers problem. More...

Detailed Description

Implementation of the different powers function and problem.

Function Documentation

static coco_problem_t* f_different_powers_allocate ( const size_t number_of_variables )

static

Allocates the basic different powers problem.

static coco_problem_t* f_different_powers_bbob_constrained_problem_allocate	(	const size_t	function,
		const size_t	dimension,
		const size_t	instance,
		const long	rseed,
		const char *	problem_id_template,
		const char *	problem_name_template
	)

static

Creates the bbob-constrained different powers problem.

static coco_problem_t* f_different_powers_bbob_problem_allocate	(	const size_t	function,
		const size_t	dimension,
		const size_t	instance,
		const long	rseed,
		const char *	problem_id_template,
		const char *	problem_name_template
	)

static

Creates the BBOB different powers problem.

static void f_different_powers_evaluate	(	coco_problem_t *	problem,
		const double *	x,
		double *	y
	)

static

Uses the raw function to evaluate the COCO problem.

static void f_different_powers_evaluate_gradient	(	coco_problem_t *	problem,
		const double *	x,
		double *	y
	)

static

Evaluates the gradient of the function "different powers".

static coco_problem_t* f_different_powers_permblockdiag_bbob_problem_allocate	(	const size_t	function,
		const size_t	dimension,
		const size_t	instance,
		const long	rseed,
		const char *	problem_id_template,
		const char *	problem_name_template
	)

static

Creates the BBOB generalized permuted block-rotated sum of different powers problem.

static double f_different_powers_raw	(	const double *	x,
		const size_t	number_of_variables
	)

static

Implements the different powers function without connections to any COCO structures.

double sign ( double x )

Implements the sign function.

Functions

Detailed Description

Function Documentation