oacpp::oastrength Namespace Reference

Functions
void	OA_strworkcheck (double work, int str)
void	OA_strength (int q, const bclib::matrix< int > &A, int *str, int verbose)
int	OA_str0 (int q, const bclib::matrix< int > &A, int verbose)
int	OA_str1 (int q, const bclib::matrix< int > &A, int verbose)
int	OA_str2 (int q, const bclib::matrix< int > &A, int verbose)
int	OA_str3 (int q, const bclib::matrix< int > &A, int verbose)
int	OA_str4 (int q, const bclib::matrix< int > &A, int verbose)
int	OA_strt (int q, const bclib::matrix< int > &A, int t, int verbose)

Detailed Description

Algorithms to check the strength of an orthogonal array

Function Documentation

OA_str0()

int oacpp::oastrength::OA_str0	(	int	q,
		const bclib::matrix< int > &	A,
		int	verbose
	)

Check strength 0

Parameters

q
A
verbose

Returns

OA_str1()

int oacpp::oastrength::OA_str1	(	int	q,
		const bclib::matrix< int > &	A,
		int	verbose
	)

Check strength 1

Parameters

q
A
verbose

Returns

OA_str2()

int oacpp::oastrength::OA_str2	(	int	q,
		const bclib::matrix< int > &	A,
		int	verbose
	)

Check strength 2

Parameters

q
A
verbose

Returns

OA_str3()

int oacpp::oastrength::OA_str3	(	int	q,
		const bclib::matrix< int > &	A,
		int	verbose
	)

Check strength 3

Parameters

q
A
verbose

Returns

OA_str4()

int oacpp::oastrength::OA_str4	(	int	q,
		const bclib::matrix< int > &	A,
		int	verbose
	)

Check strength 4

Parameters

q
A
verbose

Returns

OA_strength()

void oacpp::oastrength::OA_strength	(	int	q,
		const bclib::matrix< int > &	A,
		int *	str,
		int	verbose
	)

Calculate and return the strength of the array A.

Verbose:

• verbose = 0 => No printed output
• verbose = 1 => Only stderr output
• verbose = 2 => Output to both stdout and stderr

Parameters

q
A
str
verbose

OA_strt()

int oacpp::oastrength::OA_strt	(	int	q,
		const bclib::matrix< int > &	A,
		int	t,
		int	verbose
	)

Check an arbitrary strength

Parameters

q
A
t
verbose

Returns

OA_strworkcheck()

void oacpp::oastrength::OA_strworkcheck	(	double	work,
		int	str
	)

warn about large work loads in strength checking programs

Parameters

work
str