2 uravneniq matrici

#include <iostream>
#define X1_REV  ((x1+1) % 2)
#define X2_REV ((x2+1) % 2)
#define X3_REV ((x3+1) % 2)

#define X1 x1
#define X2 x2
#define X3 x3

#define Y1_F  (x1&x2) || (X1_REV&X2_REV) || (X1&X2&X3) || (X1_REV&X2_REV&X3_REV)
#define Y2_F (x1&x2&x3)

// --- 1
#define Y1_F1  (1&x2) || (X1_REV&X2_REV) || (X1&X2&X3) || (X1_REV&X2_REV&X3_REV)
// ---- end of 1


/// ----2
#define Y2_F2 (x1&x2&1)
// --- end of 2

// ----- 3
#define Y1_F3  (x1&x2) || (X1_REV&X2_REV) || (X1&X2&X3) || (X1_REV&X2_REV&0)


// --- 4
#define Y1_F4  (x1&x2) || (X1_REV&X2_REV) || (X1&X2&X3) || (1)




bool matrixResultMax[9][11] = {};

using namespace std;

bool x1 = 0;
bool x2 = 0;
bool x3 = 0;
bool y1, y2;
bool y1_f[5];
bool y2_f[5];


int tableX[9][3] = {
    {0,0,0},
    {0,0,1},
    {0,1,0},
    {0,1,1},
    {1,0,0},
    {1,0,1},
    {1,1,0},
    {1,1,1}
};




void new_method()
{

        for(int i =0; i<8; i++)
        {
            x1 = tableX[i][2];
            x2 = tableX[i][1];
            x3 = tableX[i][0];

            bool y1_f0 = Y1_F;
            bool y2_f0 = Y2_F;
            matrixResultMax[i][0] = y1_f0;
            matrixResultMax[i][1] = y2_f0;

            bool y1_f1 = Y1_F;
            bool y2_f1 = Y2_F;
            matrixResultMax[i][2] = Y1_F1;
            matrixResultMax[i][3] = y2_f1;

            bool y1_f2 = Y1_F1;
            bool y2_f2 = Y2_F;
            matrixResultMax[i][4] = y1_f2;
            matrixResultMax[i][5] = Y2_F2;

            bool y1_f3 = Y1_F;
            bool y2_f3 = Y2_F;
            matrixResultMax[i][6] = Y1_F3;
            matrixResultMax[i][7] = y2_f3;

            bool y1_f4 = Y1_F;;
            bool y2_f4 = Y2_F;
            matrixResultMax[i][8] = Y1_F4;
            matrixResultMax[i][9] = y2_f4;


        }



}

void calc()
{

    for(int i =0; i<8; i++)
    {
        x1 = tableX[i][2];
        x2 = tableX[i][1];
        x3 = tableX[i][0];
        bool y1_f0 = Y1_F;
        bool y2_f0 = Y2_F;




        #define x2 0
            bool y1_f1 = Y1_F;
            bool y2_f1 = Y2_F;
        #undef x2



        bool y1_f2 = Y1_F;
        #undef X3_REV
        #define X3_REV 0
            bool y2_f2 = Y2_F;
        #undef X3_REV
        #define X3_REV ((x3+1) % 2)

 #define T3_y1  0 || (x3&x2*X1_REV) || (x2 & X1_REV)
            bool y1_f3 = T3_y1;
            bool y2_f3 = Y2_F;



        #define T4_y2  1 || (X3_REV & X2_REV & x1) || (x3&x2&x1)
            bool y1_f4 = Y1_F;
            bool y2_f4 = T4_y2;

        matrixResultMax[i][0] = y1_f0;
        matrixResultMax[i][1] = y2_f0;
        matrixResultMax[i][2] = y1_f1;
        matrixResultMax[i][3] = y2_f1;
        matrixResultMax[i][4] = y1_f2;
        matrixResultMax[i][5] = y2_f2;
        matrixResultMax[i][6] = y1_f3;
        matrixResultMax[i][7] = y2_f3;
        matrixResultMax[i][8] = y1_f4;
        matrixResultMax[i][9] = y2_f4;
        // cout << x3 << x2 << x1 << "   |" << y1_f0  << " " <<
        //  y2_f0 << " "<< y1_f1 << " " << y2_f1 << " "<< y1_f2 << " " << y2_f2 <<
        //  " "<< y1_f3 << " " << y2_f3 <<
        //  " "<< y1_f4 << " " << y2_f4 <<        endl;
        cout << x3 << x2 << x1 << "   |" << y1_f3 << " " << y2_f3 << endl;

    }


}

void printMatrixResult()
{
    for(int i =0; i<=8;i++)
    {
        for(int j =0; j < 10; j++)
        {
            cout << matrixResultMax[i][j] << " ";
        }
        cout << endl;
    }
}

void printMatrixResultFormated()
{
    cout << "Nachalo" << endl;
    for(int i =0; i<8;i++)
    {
        for(int j =0; j <10;)
        {
            cout << matrixResultMax[i][j] << " ";
            j+=2;
        }
        cout << endl;
      for(int k =1; k <10;)
        {
            cout << matrixResultMax[i][k] << " ";
            k+=2;
        }
                cout << endl;
            cout << endl;


    }
        cout << "krai" << endl;

}


int main()
{

    new_method();
    printMatrixResult();
    printMatrixResultFormated();

}