xref: /petsc/src/mat/tests/output/ex240_2.out (revision c20d77252dee0f9c80fc6f8b1a6f948e11175edb)

[0]Global colors
0 0
1 3
2 1
3 4
4 1
5 4
6 2
7 0
8 -1
9 -1
10 -1
11 -1
12 -1
13 -1
14 -1
15 -1
16 -1
17 -1
18 -1
19 -1
[1]Global colors
0 0
1 3
2 1
3 4
4 1
5 4
6 2
7 0
8 2
9 0
10 3
11 1
12 -1
13 -1
14 -1
15 -1
16 -1
17 -1
18 -1
19 -1
[2]Global colors
0 -1
1 -1
2 -1
3 -1
4 1
5 4
6 2
7 0
8 2
9 0
10 3
11 1
12 3
13 1
14 4
15 2
16 -1
17 -1
18 -1
19 -1
[3]Global colors
0 -1
1 -1
2 -1
3 -1
4 -1
5 -1
6 -1
7 -1
8 2
9 0
10 3
11 1
12 3
13 1
14 4
15 2
16 4
17 2
18 0
19 3
[4]Global colors
0 -1
1 -1
2 -1
3 -1
4 -1
5 -1
6 -1
7 -1
8 -1
9 -1
10 -1
11 -1
12 3
13 1
14 4
15 2
16 4
17 2
18 0
19 3
Mat Object: 5 MPI processes
  type: mpiaij
row 0: (0, 0.720032)  (1, 0.401147)  (5, 0.061794)
row 1: (0, 0.3071)  (1, 0.541144)  (2, 0.66413)  (6, 0.529699)
row 2: (1, 0.213052)  (2, 0.362256)  (3, 0.800611)  (7, 0.997603)
row 3: (2, 0.119005)  (3, 0.183369)  (4, 0.937092)  (8, 0.465508)
row 4: (3, 0.0249572)  (4, 0.00448073)  (9, 0.933412)
row 5: (0, 0.0100223)  (5, 0.144639)  (6, 0.527649)  (10, 0.397778)
row 6: (1, 0.848716)  (5, 0.992313)  (6, 0.503472)  (7, 0.318402)  (11, 0.110874)
row 7: (2, 0.68741)  (6, 0.840571)  (7, 0.862305)  (8, 0.6403)  (12, 0.823971)
row 8: (3, 0.526104)  (7, 0.688829)  (8, 0.221139)  (9, 0.962198)  (13, 0.537067)
row 9: (4, 0.364797)  (8, 0.0735726)  (9, 0.579972)  (14, 0.250164)
row 10: (5, 0.0730366)  (10, 0.103866)  (11, 0.144054)  (15, 0.25078)
row 11: (6, 0.885142)  (10, 0.875694)  (11, 0.151178)  (12, 0.106941)  (16, 0.569963)
row 12: (7, 0.697248)  (11, 0.644615)  (12, 0.198489)  (13, 0.224829)  (17, 0.889145)
row 13: (8, 0.509354)  (12, 0.413536)  (13, 0.245801)  (14, 0.342717)  (18, 0.208327)
row 14: (9, 0.32146)  (13, 0.537087)  (14, 0.293112)  (19, 0.527509)
row 15: (10, 0.984052)  (15, 0.738516)  (16, 0.996504)
row 16: (11, 0.0463658)  (15, 0.0232393)  (16, 0.607481)  (17, 0.0566891)
row 17: (12, 0.108679)  (16, 0.315166)  (17, 0.476445)  (18, 0.804918)
row 18: (13, 0.170993)  (17, 0.607093)  (18, 0.345409)  (19, 0.553147)
row 19: (14, 0.233306)  (18, 0.284096)  (19, 0.214374)
[0] Compressed matrix
  7.2003e-01    4.0115e-01    0.0000e+00    6.1794e-02    0.0000e+00
  1.0022e-02    3.9778e-01    0.0000e+00    1.4464e-01    5.2765e-01
  0.0000e+00    1.0387e-01    1.4405e-01    7.3037e-02    2.5078e-01
  9.9650e-01    9.8405e-01    0.0000e+00    0.0000e+00    7.3852e-01
[1] Compressed matrix
  3.0710e-01    5.4114e-01    6.6413e-01    0.0000e+00    5.2970e-01
  3.1840e-01    8.4872e-01    1.1087e-01    9.9231e-01    5.0347e-01
  5.6996e-01    8.7569e-01    1.5118e-01    1.0694e-01    8.8514e-01
  6.0748e-01    5.6689e-02    4.6366e-02    0.0000e+00    2.3239e-02
[2] Compressed matrix
  9.9760e-01    2.1305e-01    3.6226e-01    8.0061e-01    0.0000e+00
  8.6231e-01    6.4030e-01    6.8741e-01    8.2397e-01    8.4057e-01
  6.9725e-01    8.8914e-01    6.4461e-01    1.9849e-01    2.2483e-01
  3.1517e-01    4.7644e-01    8.0492e-01    1.0868e-01    0.0000e+00
[3] Compressed matrix
  0.0000e+00    4.6551e-01    1.1900e-01    1.8337e-01    9.3709e-01
  6.8883e-01    2.2114e-01    9.6220e-01    5.2610e-01    5.3707e-01
  3.4272e-01    5.0935e-01    2.0833e-01    4.1354e-01    2.4580e-01
  0.0000e+00    6.0709e-01    3.4541e-01    5.5315e-01    1.7099e-01
[4] Compressed matrix
  0.0000e+00    0.0000e+00    9.3341e-01    2.4957e-02    4.4807e-03
  2.5016e-01    7.3573e-02    5.7997e-01    0.0000e+00    3.6480e-01
  2.9311e-01    0.0000e+00    3.2146e-01    5.2751e-01    5.3709e-01
  2.3331e-01    0.0000e+00    2.8410e-01    2.1437e-01    0.0000e+00
Mat Object: 5 MPI processes
  type: mpiaij
row 0: (0, 0.720032)  (1, 0.401147)  (5, 0.061794)
row 1: (0, 0.3071)  (1, 0.541144)  (2, 0.66413)  (6, 0.529699)
row 2: (1, 0.213052)  (2, 0.362256)  (3, 0.800611)  (7, 0.997603)
row 3: (2, 0.119005)  (3, 0.183369)  (4, 0.937092)  (8, 0.465508)
row 4: (3, 0.0249572)  (4, 0.00448073)  (9, 0.933412)
row 5: (0, 0.0100223)  (5, 0.144639)  (6, 0.527649)  (10, 0.397778)
row 6: (1, 0.848716)  (5, 0.992313)  (6, 0.503472)  (7, 0.318402)  (11, 0.110874)
row 7: (2, 0.68741)  (6, 0.840571)  (7, 0.862305)  (8, 0.6403)  (12, 0.823971)
row 8: (3, 0.526104)  (7, 0.688829)  (8, 0.221139)  (9, 0.962198)  (13, 0.537067)
row 9: (4, 0.364797)  (8, 0.0735726)  (9, 0.579972)  (14, 0.250164)
row 10: (5, 0.0730366)  (10, 0.103866)  (11, 0.144054)  (15, 0.25078)
row 11: (6, 0.885142)  (10, 0.875694)  (11, 0.151178)  (12, 0.106941)  (16, 0.569963)
row 12: (7, 0.697248)  (11, 0.644615)  (12, 0.198489)  (13, 0.224829)  (17, 0.889145)
row 13: (8, 0.509354)  (12, 0.413536)  (13, 0.245801)  (14, 0.342717)  (18, 0.208327)
row 14: (9, 0.32146)  (13, 0.537087)  (14, 0.293112)  (19, 0.527509)
row 15: (10, 0.984052)  (15, 0.738516)  (16, 0.996504)
row 16: (11, 0.0463658)  (15, 0.0232393)  (16, 0.607481)  (17, 0.0566891)
row 17: (12, 0.108679)  (16, 0.315166)  (17, 0.476445)  (18, 0.804918)
row 18: (13, 0.170993)  (17, 0.607093)  (18, 0.345409)  (19, 0.553147)
row 19: (14, 0.233306)  (18, 0.284096)  (19, 0.214374)
Mat Object: 5 MPI processes
  type: mpiaij
row 0: (0, 0.720032)  (1, 0.401147)  (5, 0.061794)
row 1: (0, 0.3071)  (1, 0.541144)  (2, 0.66413)  (6, 0.529699)
row 2: (1, 0.213052)  (2, 0.362256)  (3, 0.800611)  (7, 0.997603)
row 3: (2, 0.119005)  (3, 0.183369)  (4, 0.937092)  (8, 0.465508)
row 4: (3, 0.0249572)  (4, 0.00448073)  (9, 0.933412)
row 5: (0, 0.0100223)  (5, 0.144639)  (6, 0.527649)  (10, 0.397778)
row 6: (1, 0.848716)  (5, 0.992313)  (6, 0.503472)  (7, 0.318402)  (11, 0.110874)
row 7: (2, 0.68741)  (6, 0.840571)  (7, 0.862305)  (8, 0.6403)  (12, 0.823971)
row 8: (3, 0.526104)  (7, 0.688829)  (8, 0.221139)  (9, 0.962198)  (13, 0.537067)
row 9: (4, 0.364797)  (8, 0.0735726)  (9, 0.579972)  (14, 0.250164)
row 10: (5, 0.0730366)  (10, 0.103866)  (11, 0.144054)  (15, 0.25078)
row 11: (6, 0.885142)  (10, 0.875694)  (11, 0.151178)  (12, 0.106941)  (16, 0.569963)
row 12: (7, 0.697248)  (11, 0.644615)  (12, 0.198489)  (13, 0.224829)  (17, 0.889145)
row 13: (8, 0.509354)  (12, 0.413536)  (13, 0.245801)  (14, 0.342717)  (18, 0.208327)
row 14: (9, 0.32146)  (13, 0.537087)  (14, 0.293112)  (19, 0.527509)
row 15: (10, 0.984052)  (15, 0.738516)  (16, 0.996504)
row 16: (11, 0.0463658)  (15, 0.0232393)  (16, 0.607481)  (17, 0.0566891)
row 17: (12, 0.108679)  (16, 0.315166)  (17, 0.476445)  (18, 0.804918)
row 18: (13, 0.170993)  (17, 0.607093)  (18, 0.345409)  (19, 0.553147)
row 19: (14, 0.233306)  (18, 0.284096)  (19, 0.214374)
Mat Object: 5 MPI processes
  type: mpiaij
row 0: (0, 0.)  (1, 0.)  (5, 0.)
row 1: (0, 0.)  (1, 0.)  (2, 0.)  (6, 0.)
row 2: (1, 0.)  (2, 0.)  (3, 0.)  (7, 0.)
row 3: (2, 0.)  (3, 0.)  (4, 0.)  (8, 0.)
row 4: (3, 0.)  (4, 0.)  (9, 0.)
row 5: (0, 0.)  (5, 0.)  (6, 0.)  (10, 0.)
row 6: (1, 0.)  (5, 0.)  (6, 0.)  (7, 0.)  (11, 0.)
row 7: (2, 0.)  (6, 0.)  (7, 0.)  (8, 0.)  (12, 0.)
row 8: (3, 0.)  (7, 0.)  (8, 0.)  (9, 0.)  (13, 0.)
row 9: (4, 0.)  (8, 0.)  (9, 0.)  (14, 0.)
row 10: (5, 0.)  (10, 0.)  (11, 0.)  (15, 0.)
row 11: (6, 0.)  (10, 0.)  (11, 0.)  (12, 0.)  (16, 0.)
row 12: (7, 0.)  (11, 0.)  (12, 0.)  (13, 0.)  (17, 0.)
row 13: (8, 0.)  (12, 0.)  (13, 0.)  (14, 0.)  (18, 0.)
row 14: (9, 0.)  (13, 0.)  (14, 0.)  (19, 0.)
row 15: (10, 0.)  (15, 0.)  (16, 0.)
row 16: (11, 0.)  (15, 0.)  (16, 0.)  (17, 0.)
row 17: (12, 0.)  (16, 0.)  (17, 0.)  (18, 0.)
row 18: (13, 0.)  (17, 0.)  (18, 0.)  (19, 0.)
row 19: (14, 0.)  (18, 0.)  (19, 0.)