cLurupa.h File Reference

Declaration of C wrapper for Lurupa. More...

#include <lurupa/globals.h>
#include <stdio.h>

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Typedefs

C version of variable types

These definitions are used when including cLurupa.h in a C source.

typedef char BOOL

typedef enum Bound_status BOUND_STATUS

typedef void * PLP

typedef enum Solver_status SOLVER_STATUS

Functions

void clu_cleanup ()

Cleanup library wrapper.

double clu_get_alpha ()

Get algorithm parameter alpha.

const char * clu_get_core_version ()

Get core version string.

double clu_get_eta ()

Get algorithm parameter eta.

char * clu_get_lp_name (PLP Lp)

Get linear program's name.

const char * clu_get_module_version ()

Get solver module version.

double clu_get_solver_eps ()

Get solver's accuracy.

void clu_init ()

Initialize library wrapper.

BOOL clu_is_inflate ()

Is inflation set.

BOOL clu_is_lp_maximize (PLP Lp)

Return whether linear program is maximized.

BOUND_STATUS clu_lower_bound (PLP Lp, double *bound, int *iterations)

Compute lower bound.

void clu_print_module_options ()

Print options supported by module.

PLP clu_read_lp (FILE *in, const double relative_interval_radius)

Read linear program.

void clu_set_alpha (double alpha)

Set algorithm parameter alpha.

void clu_set_eta (double eta)

Set algorithm parameter eta.

void clu_set_inflate (BOOL inflate)

Set inflation.

BOOL clu_set_lp (PLP *lp, const double relative_interval_radius)

Set linear program.

BOOL clu_set_module (char *module_path)

Set solver module.

BOOL clu_set_module_options (PLP Lp, int argc, char *argv[])

Set solver options.

BOOL clu_set_solution (PLP Lp, void *p)

Set a linear program's feasibility.

BOOL clu_solve_lp (double *optimal_value, SOLVER_STATUS *status)

Solve linear program.

BOUND_STATUS clu_upper_bound (PLP Lp, double *bound, int *iterations)

Compute upper bound.

Detailed Description

Declaration of C wrapper for Lurupa.

This is work in progess.

Author:: Christian Keil

Id: cLurupa.h 542 2008-06-26 12:44:51Z keil

Function Documentation

void clu_cleanup ( )

Cleanup library wrapper.

Cleanup the library wrapper.

double clu_get_alpha ( )

Get algorithm parameter alpha.

Get the algorithm parameter alpha.

See also:: Lurupa::get_alpha

References clu_init(), and Lurupa::get_alpha().

const char* clu_get_core_version ( )

Get core version string.

Get the core version string.

See also:: Lurupa::get_core_version

References clu_init(), and Lurupa::get_core_version().

double clu_get_eta ( )

Get algorithm parameter eta.

Get the algorithm parameter eta.

See also:: Lurupa::get_eta

References clu_init(), and Lurupa::get_eta().

char* clu_get_lp_name ( PLP lp )

Get linear program's name.

Get the linear program's name.

See also:: Lurupa::get_lp_name

References clu_init().

const char* clu_get_module_version ( )

Get solver module version.

Get the solver module version.

See also:: Lurupa::get_module_version

References clu_init(), and Lurupa::get_module_version().

double clu_get_solver_eps ( )

Get solver's accuracy.

Get solver accuracy.

See also:: Lurupa::get_solver_eps

References clu_init(), and Lurupa::get_solver_eps().

void clu_init ( )

Initialize library wrapper.

Initialize the library wrapper.

Referenced by clu_get_alpha(), clu_get_core_version(), clu_get_eta(), clu_get_lp_name(), clu_get_module_version(), clu_get_solver_eps(), clu_is_inflate(), clu_is_lp_maximize(), clu_lower_bound(), clu_print_module_options(), clu_read_lp(), clu_set_alpha(), clu_set_eta(), clu_set_inflate(), clu_set_interface(), clu_set_lp(), clu_set_module(), clu_set_module_options(), clu_set_solution(), clu_solve_lp(), and clu_upper_bound().

BOOL clu_is_inflate ( )

Is inflation set.

Get the algorithm flag inflate.

See also:: Lurupa::is_inflate

References clu_init(), and Lurupa::is_inflate().

BOOL clu_is_lp_maximize ( PLP lp )

Return whether linear program is maximized.

Return whether the linear program is maximized.

See also:: Lurupa::is_lp_maximize

References clu_init().

BOUND_STATUS clu_lower_bound	(	PLP	lp,
		double *	bound,
		int *	iterations
	)

Compute lower bound.

Compute the lower bound.

See also:: Lurupa::lower_bound

References clu_init(), and Lurupa::lower_bound().

void clu_print_module_options ( )

Print options supported by module.

Print the options supported by the module.

See also:: Lurupa::print_module_options

References clu_init(), and Lurupa::print_module_options().

PLP clu_read_lp	(	FILE *	in,
		const double	relative_interval_radius
	)

Read linear program.

Read a linear program.

See also:: Lurupa::read_lp

References clu_init(), and Lurupa::read_lp().

void clu_set_alpha ( double alpha )

Set algorithm parameter alpha.

Set the algorithm parameter alpha.

See also:: Lurupa::set_alpha

References clu_init(), and Lurupa::set_alpha().

void clu_set_eta ( double eta )

Set algorithm parameter eta.

Set the algorithm parameter eta.

See also:: Lurupa::set_eta

References clu_init(), and Lurupa::set_eta().

void clu_set_inflate ( BOOL inflate )

Set inflation.

Set the algorithm flag inflation.

See also:: Lurupa::set_inflate

References clu_init(), and Lurupa::set_inflate().

BOOL clu_set_module ( char * module_path )

Set solver module.

Set the solver module.

See also:: Lurupa::set_module

References clu_init(), and Lurupa::set_module().

BOOL clu_set_module_options	(	PLP	lp,
		int	argc,
		char *	argv[]
	)

Set solver options.

Set module options.

See also:: Lurupa::set_module_options

References clu_init(), and Lurupa::set_module_options().

BOUND_STATUS clu_upper_bound	(	PLP	lp,
		double *	bound,
		int *	iterations
	)

Compute upper bound.

Compute the upper bound.

See also:: Lurupa::upper_bound

References clu_init(), and Lurupa::upper_bound().


Typedefs
C version of variable types
These definitions are used when including cLurupa.h in a C source.
typedef char	BOOL
typedef enum Bound_status	BOUND_STATUS
typedef void *	PLP
typedef enum Solver_status	SOLVER_STATUS
Functions
void	clu_cleanup ()
	Cleanup library wrapper.
double	clu_get_alpha ()
	Get algorithm parameter alpha.
const char *	clu_get_core_version ()
	Get core version string.
double	clu_get_eta ()
	Get algorithm parameter eta.
char *	clu_get_lp_name (PLP Lp)
	Get linear program's name.
const char *	clu_get_module_version ()
	Get solver module version.
double	clu_get_solver_eps ()
	Get solver's accuracy.
void	clu_init ()
	Initialize library wrapper.
BOOL	clu_is_inflate ()
	Is inflation set.
BOOL	clu_is_lp_maximize (PLP Lp)
	Return whether linear program is maximized.
BOUND_STATUS	clu_lower_bound (PLP Lp, double bound, int iterations)
	Compute lower bound.
void	clu_print_module_options ()
	Print options supported by module.
PLP	clu_read_lp (FILE *in, const double relative_interval_radius)
	Read linear program.
void	clu_set_alpha (double alpha)
	Set algorithm parameter alpha.
void	clu_set_eta (double eta)
	Set algorithm parameter eta.
void	clu_set_inflate (BOOL inflate)
	Set inflation.
BOOL	clu_set_lp (PLP *lp, const double relative_interval_radius)
	Set linear program.
BOOL	clu_set_module (char *module_path)
	Set solver module.
BOOL	clu_set_module_options (PLP Lp, int argc, char *argv[])
	Set solver options.
BOOL	clu_set_solution (PLP Lp, void *p)
	Set a linear program's feasibility.
BOOL	clu_solve_lp (double optimal_value, SOLVER_STATUS status)
	Solve linear program.
BOUND_STATUS	clu_upper_bound (PLP Lp, double bound, int iterations)
	Compute upper bound.