| #### D.3.1.8 outer Procedure from library `matrix.lib` (see matrix_lib). Usage: outer(A,B); A,B matrices Return: matrix, outer (tensor) product of A and B Example:
    LIB "matrix.lib";
    ring r=32003,(x,y,z),ds;
    matrix A[3][3]=1,2,3,4,5,6,7,8,9;
    matrix B[2][2]=x,y,0,z;
    print(A);
    ==> 1,2,3,
    ==> 4,5,6,
    ==> 7,8,9
    print(B);
    ==> x,y,
    ==> 0,z
    print(outer(A,B));
    ==> x, y, 2x,2y,3x,3y,
    ==> 0, z, 0, 2z,0, 3z,
    ==> 4x,4y,5x,5y,6x,6y,
    ==> 0, 4z,0, 5z,0, 6z,
    ==> 7x,7y,8x,8y,9x,9y,
    ==> 0, 7z,0, 8z,0, 9z

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