nag_sparse_complex_gen_precon_bdilu (f11dtc) Example Program Results Original Matrix n = 9 nnz = 33 nb = 3 Block = 1, order = 6, start row = 1 Block = 2, order = 9, start row = 1 Block = 3, order = 6, start row = 4 Factorization nnzc = 73 Elements of factorization i j c(i, j) Index C_1 ------------------------------------------- 1 1 7.21154e-03 4.80769e-03 34 1 2 -2.50000e-01 6.25000e-02 35 1 4 -3.26923e-01 -7.21154e-02 36 2 1 -1.34615e-01 1.44231e-02 37 2 2 7.51634e-03 4.87709e-03 38 2 3 -2.57623e-01 6.78176e-02 39 2 5 -3.38867e-01 -7.03465e-02 40 3 2 -1.38967e-01 1.66383e-02 41 3 3 7.52786e-03 4.87530e-03 42 3 6 -3.39257e-01 -7.01208e-02 43 4 1 -2.88462e-01 -4.80769e-03 44 4 4 7.82358e-03 5.49946e-03 45 4 5 -2.77460e-01 6.21296e-02 46 5 2 -2.98245e-01 -1.26443e-03 47 5 4 -1.48878e-01 1.22423e-02 48 5 5 8.26388e-03 5.64193e-03 49 5 6 -2.89400e-01 6.89668e-02 50 6 3 -2.98536e-01 -1.00694e-03 51 6 5 -1.55586e-01 1.49357e-02 52 6 6 8.28693e-03 5.64169e-03 53 C_2 ------------------------------------------- 1 1 7.21154e-03 4.80769e-03 54 1 2 -2.50000e-01 6.25000e-02 55 1 4 -2.88462e-01 -4.80769e-03 56 1 5 -3.26923e-01 -7.21154e-02 57 2 1 -1.34615e-01 1.44231e-02 58 2 2 7.51634e-03 4.87709e-03 59 2 3 -2.57623e-01 6.78176e-02 60 2 6 -2.98245e-01 -1.26443e-03 61 2 7 -3.38867e-01 -7.03465e-02 62 3 2 -1.38967e-01 1.66383e-02 63 3 3 7.52786e-03 4.87530e-03 64 3 8 -2.98536e-01 -1.00694e-03 65 3 9 -3.39257e-01 -7.01208e-02 66 4 1 -3.26923e-01 -7.21154e-02 67 4 4 7.82358e-03 5.49946e-03 68 4 6 -2.77460e-01 6.21296e-02 69 5 1 -2.88462e-01 -4.80769e-03 70 5 5 7.82358e-03 5.49946e-03 71 5 7 -2.77460e-01 6.21296e-02 72 6 2 -3.38867e-01 -7.03465e-02 73 6 4 -1.48878e-01 1.22423e-02 74 6 6 8.26388e-03 5.64193e-03 75 6 8 -2.89400e-01 6.89668e-02 76 7 2 -2.98245e-01 -1.26443e-03 77 7 5 -1.48878e-01 1.22423e-02 78 7 7 8.26388e-03 5.64193e-03 79 7 9 -2.89400e-01 6.89668e-02 80 8 3 -3.39257e-01 -7.01208e-02 81 8 6 -1.55586e-01 1.49357e-02 82 8 8 8.28693e-03 5.64169e-03 83 9 3 -2.98536e-01 -1.00694e-03 84 9 7 -1.55586e-01 1.49357e-02 85 9 9 8.28693e-03 5.64169e-03 86 C_3 ------------------------------------------- 1 1 7.21154e-03 4.80769e-03 87 1 2 -2.50000e-01 6.25000e-02 88 1 4 -2.88462e-01 -4.80769e-03 89 2 1 -1.34615e-01 1.44231e-02 90 2 2 7.51634e-03 4.87709e-03 91 2 3 -2.57623e-01 6.78176e-02 92 2 5 -2.98245e-01 -1.26443e-03 93 3 2 -1.38967e-01 1.66383e-02 94 3 3 7.52786e-03 4.87530e-03 95 3 6 -2.98536e-01 -1.00694e-03 96 4 1 -3.26923e-01 -7.21154e-02 97 4 4 7.82358e-03 5.49946e-03 98 4 5 -2.77460e-01 6.21296e-02 99 5 2 -3.38867e-01 -7.03465e-02 100 5 4 -1.48878e-01 1.22423e-02 101 5 5 8.26388e-03 5.64193e-03 102 5 6 -2.89400e-01 6.89668e-02 103 6 3 -3.39257e-01 -7.01208e-02 104 6 5 -1.55586e-01 1.49357e-02 105 6 6 8.28693e-03 5.64169e-03 106 Details of factorized blocks k i istr(i) idiag(i) indb(i) 1 1 34 34 1 2 37 38 2 3 41 42 3 4 44 45 4 5 47 49 5 6 51 53 6 -------------------------------------- 2 7 54 54 4 8 58 59 5 9 63 64 6 10 67 68 1 11 70 71 7 12 73 75 2 13 77 79 8 14 81 83 3 15 84 86 9 -------------------------------------- 3 16 87 87 7 17 90 91 8 18 94 95 9 19 97 98 4 20 100 102 5 21 104 106 6 --------------------------------------