Linear Algebra and the C Language/a0ff

Copy an array of numbers into a matrix:

• ca_A_mR();

Copy a number into a matrix:

• c_s_mR();

Copy a matrix A into a matrix B:

• c_mR();

Copy a column or row from matrix A into matrix B :

• c_c_mR();
• c_r_mR();

Copy a column of matrix A into a row of matrix B:

• c_c_r_mR();

Copy a row R1 into row R2 of a matrix:

• c_r1r2_mR();

Copy n rows of a matrix A into a matrix B:

• c_nr_mR(A,nR, B);

Copy a diagonal matrix into a one-column matrix:

• c_D_c_mR(D,U);

Copy a column matrix into a diagonal matrix:

• c_c_D_mR(U,D);

Copy A and b into Ab:

• c_A_b_Ab_mR();

Copy A from Ab to A, and b from Ab to b:

• c_Ab_A_mR(); ... c_Ab_b_mR();

Copy the submatrix of Ab into subA:

• c_Ab_subArxr_mR();

Copy b of the system Ab into the matrix invA:

• c_Inv_A_mR();

Copy a matrix with row zero (R0: column position index):

• c_withR0_mR(A,B);

Copy a column with its index into another column:

• c_c_withR0_mR(A,C1, B,C2);

Copy the row vector U in reverse order:

• c_r_reverse_order_mR(U,V);

Copy vector U into A as a Hankel matrix:

• c_Uc_r_mR(U,Cn, A,R2);