Implementation of performing a block-rotation transformation on decision values. More...

#include <assert.h>
#include "coco.h"
#include "coco_problem.c"
#include "transform_vars_blockrotation_helpers.c"

Data Structures
struct	transform_vars_blockrotation_t
	Data type for transform_vars_blockrotation. More...

Functions
static void	transform_vars_blockrotation_get_row (coco_problem_t problem, size_t i, double y)

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

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

static void	transform_vars_blockrotation_free (void *stuff)

static void	transform_vars_blockrotation_test (coco_problem_t *problem, double precision)

static coco_problem_t *	transform_vars_blockrotation (coco_problem_t inner_problem, const double const B, const size_t number_of_variables, const size_t block_sizes, const size_t nb_blocks)

Detailed Description

Implementation of performing a block-rotation transformation on decision values.

x |-> Bx The matrix B is stored in a 2-D array. Only the content of the blocks are stored

Function Documentation

static coco_problem_t* transform_vars_blockrotation	(	coco_problem_t *	inner_problem,
		const double const	B,
		const size_t	number_of_variables,
		const size_t *	block_sizes,
		const size_t	nb_blocks
	)

static

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

static

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

static

static void transform_vars_blockrotation_free ( void * stuff )

static

static void transform_vars_blockrotation_get_row	(	coco_problem_t *	problem,
		size_t	i,
		double *	y
	)

static

static void transform_vars_blockrotation_test	(	coco_problem_t *	problem,
		double	precision
	)

static