COrthogonalArray.h

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#ifndef CORTHOGONALARRAY_H
#define CORTHOGONALARRAY_H
 
#include "OACommonDefines.h"
#include "GaloisField.h"
#include "construct.h"
#include "runif.h"
#include "rutils.h"
#include "oa.h"
#include "primes.h"
 
#define ROWCHECK 50
 
#define NOMESSAGES 0
 
#define SOMEMESSAGES 1
 
#define ALLMESSAGES 2
 
namespace oacpp {
    class COrthogonalArray
    {
    public:
        COrthogonalArray();
        ~COrthogonalArray(){}; 
        
        void addelkemp(int q, int k, int* n);
        
        void addelkemp3(int q, int k, int* n);
        
        void addelkempn(int akn, int q, int k, int* n);
        
        void bose(int q, int k, int* n);
        
        void bosebush(int q, int k, int *n);
 
        void bosebushl(int lambda, int q, int k, int* n);
 
        void bush(int q, int k, int* n);
 
        void busht(int str, int q, int k, int* n);
 
        int oaagree(bool verbose);
        int oatriple(bool verbose);
 
        void oadimen();
        
        void oarand(int is, int js, int ks, int ls);
 
        int oastr(bool verbose);
        
        bool oastr1(bool verbose);
        
        bool oastr2(bool verbose);
        bool oastr3(bool verbose);
        bool oastr4(bool verbose);
 
        bool oastrt(int t, bool verbose);
 
        int getnrows();
        int getncols();
        int getq();
        const bclib::matrix<int> & getoa();
 
    private:
        GaloisField m_gf; 
        bclib::matrix<int> m_A; 
        int m_nrow; 
        int m_ncol; 
        int m_q; 
        RUnif m_randomClass;
 
        void createGaloisField(int q);
        void checkDesignMemory();
        int checkMaxColumns(int k, int maxColumns);
        void checkResult(int result, int nvalue, int * n);
    };
 
    inline
    void COrthogonalArray::oadimen()
    {
        PRINT_OUTPUT << "\nThe array has " << m_nrow << " rows, " << m_ncol << " columns and appears\n";
        PRINT_OUTPUT << "to have " << m_q << " symbols, since the largest symbol is " << m_q - 1 << ".\n";
    }
 
    inline 
    int COrthogonalArray::getnrows() 
    {
        return m_nrow;
    }
    inline 
    int COrthogonalArray::getncols() 
    {
        return m_ncol;
    }
    inline 
    int COrthogonalArray::getq() 
    {
        return m_q;
    }
    inline 
    const bclib::matrix<int> & COrthogonalArray::getoa() 
    {
        return m_A;
    }
}
 
#endif