1[0]Global colors 20 0 31 1 42 2 53 3 64 4 75 0 86 1 97 2 108 3 119 4 1210 0 1311 1 1412 3 1513 -1 1614 1 1715 -1 1816 4 1917 -1 2018 2 2119 -1 22[1]Global colors 230 -1 241 -1 252 2 263 -1 274 -1 285 0 296 -1 307 -1 318 3 329 -1 3310 -1 3411 1 3512 3 3613 4 3714 1 3815 2 3916 4 4017 0 4118 2 4219 3 43Mat Object: 2 MPI processes 44 type: mpiaij 45row 0: (0, 0.720032) (1, 0.061794) (5, 0.0100223) 46row 1: (0, 0.144639) (1, 0.397778) (2, 0.0730366) (6, 0.103866) 47row 2: (1, 0.25078) (2, 0.984052) (3, 0.85064) (7, 0.738516) 48row 3: (2, 0.710135) (3, 0.541144) (4, 0.529699) (8, 0.848716) 49row 4: (3, 0.503472) (4, 0.110874) (9, 0.885142) 50row 5: (0, 0.401147) (5, 0.527649) (6, 0.144054) (10, 0.996504) 51row 6: (1, 0.106773) (5, 0.989053) (6, 0.731313) (7, 0.30846) (11, 0.180556) 52row 7: (2, 0.986045) (6, 0.919791) (7, 0.577819) (8, 0.141076) (12, 0.110812) 53row 8: (3, 0.151178) (7, 0.955548) (8, 0.569963) (9, 0.0463658) (13, 0.607481) 54row 9: (4, 0.3071) (8, 0.66413) (9, 0.992313) (14, 0.318402) 55row 10: (5, 0.915863) (10, 0.104076) (11, 0.230838) (15, 0.609154) 56row 11: (6, 0.391754) (10, 0.515666) (11, 0.874144) (12, 0.164796) (16, 0.436792) 57row 12: (7, 0.636004) (11, 0.744135) (12, 0.904827) (13, 0.0936921) (17, 0.54371) 58row 13: (8, 0.875694) (12, 0.118238) (13, 0.106941) (14, 0.0232393) (18, 0.0566891) 59row 14: (9, 0.770855) (13, 0.815137) (14, 0.940401) (19, 0.284652) 60row 15: (10, 0.752683) (15, 0.442421) (16, 0.473711) 61row 16: (11, 0.128488) (15, 0.955887) (16, 0.85073) (17, 0.105192) 62row 17: (12, 0.866078) (16, 0.637523) (17, 0.295364) (18, 0.908144) 63row 18: (13, 0.213222) (17, 0.546252) (18, 0.588053) (19, 0.785986) 64row 19: (14, 0.0214647) (18, 0.771416) (19, 0.163921) 65[0] Compressed matrix 66 7.2003e-01 6.1794e-02 0.0000e+00 1.0022e-02 0.0000e+00 67 1.4464e-01 3.9778e-01 7.3037e-02 0.0000e+00 1.0387e-01 68 7.3852e-01 2.5078e-01 9.8405e-01 8.5064e-01 0.0000e+00 69 4.0115e-01 9.9650e-01 0.0000e+00 5.2765e-01 1.4405e-01 70 3.0846e-01 1.0677e-01 1.8056e-01 9.8905e-01 7.3131e-01 71 5.7782e-01 1.4108e-01 9.8605e-01 1.1081e-01 9.1979e-01 72 0.0000e+00 1.0408e-01 2.3084e-01 9.1586e-01 6.0915e-01 73 4.3679e-01 5.1567e-01 8.7414e-01 1.6480e-01 3.9175e-01 74 6.3600e-01 5.4371e-01 7.4414e-01 9.0483e-01 9.3692e-02 75 4.7371e-01 7.5268e-01 0.0000e+00 0.0000e+00 4.4242e-01 76 8.5073e-01 1.0519e-01 1.2849e-01 0.0000e+00 9.5589e-01 77 6.3752e-01 2.9536e-01 9.0814e-01 8.6608e-01 0.0000e+00 78[1] Compressed matrix 79 0.0000e+00 8.4872e-01 7.1014e-01 5.4114e-01 5.2970e-01 80 0.0000e+00 0.0000e+00 8.8514e-01 5.0347e-01 1.1087e-01 81 9.5555e-01 5.6996e-01 4.6366e-02 1.5118e-01 6.0748e-01 82 3.1840e-01 6.6413e-01 9.9231e-01 0.0000e+00 3.0710e-01 83 2.3239e-02 8.7569e-01 5.6689e-02 1.1824e-01 1.0694e-01 84 9.4040e-01 0.0000e+00 7.7085e-01 2.8465e-01 8.1514e-01 85 0.0000e+00 5.4625e-01 5.8805e-01 7.8599e-01 2.1322e-01 86 2.1465e-02 0.0000e+00 7.7142e-01 1.6392e-01 0.0000e+00 87Mat Object: 2 MPI processes 88 type: mpiaij 89row 0: (0, 0.720032) (1, 0.061794) (5, 0.0100223) 90row 1: (0, 0.144639) (1, 0.397778) (2, 0.0730366) (6, 0.103866) 91row 2: (1, 0.25078) (2, 0.984052) (3, 0.85064) (7, 0.738516) 92row 3: (2, 0.710135) (3, 0.541144) (4, 0.529699) (8, 0.848716) 93row 4: (3, 0.503472) (4, 0.110874) (9, 0.885142) 94row 5: (0, 0.401147) (5, 0.527649) (6, 0.144054) (10, 0.996504) 95row 6: (1, 0.106773) (5, 0.989053) (6, 0.731313) (7, 0.30846) (11, 0.180556) 96row 7: (2, 0.986045) (6, 0.919791) (7, 0.577819) (8, 0.141076) (12, 0.110812) 97row 8: (3, 0.151178) (7, 0.955548) (8, 0.569963) (9, 0.0463658) (13, 0.607481) 98row 9: (4, 0.3071) (8, 0.66413) (9, 0.992313) (14, 0.318402) 99row 10: (5, 0.915863) (10, 0.104076) (11, 0.230838) (15, 0.609154) 100row 11: (6, 0.391754) (10, 0.515666) (11, 0.874144) (12, 0.164796) (16, 0.436792) 101row 12: (7, 0.636004) (11, 0.744135) (12, 0.904827) (13, 0.0936921) (17, 0.54371) 102row 13: (8, 0.875694) (12, 0.118238) (13, 0.106941) (14, 0.0232393) (18, 0.0566891) 103row 14: (9, 0.770855) (13, 0.815137) (14, 0.940401) (19, 0.284652) 104row 15: (10, 0.752683) (15, 0.442421) (16, 0.473711) 105row 16: (11, 0.128488) (15, 0.955887) (16, 0.85073) (17, 0.105192) 106row 17: (12, 0.866078) (16, 0.637523) (17, 0.295364) (18, 0.908144) 107row 18: (13, 0.213222) (17, 0.546252) (18, 0.588053) (19, 0.785986) 108row 19: (14, 0.0214647) (18, 0.771416) (19, 0.163921) 109Mat Object: 2 MPI processes 110 type: mpiaij 111row 0: (0, 0.720032) (1, 0.061794) (5, 0.0100223) 112row 1: (0, 0.144639) (1, 0.397778) (2, 0.0730366) (6, 0.103866) 113row 2: (1, 0.25078) (2, 0.984052) (3, 0.85064) (7, 0.738516) 114row 3: (2, 0.710135) (3, 0.541144) (4, 0.529699) (8, 0.848716) 115row 4: (3, 0.503472) (4, 0.110874) (9, 0.885142) 116row 5: (0, 0.401147) (5, 0.527649) (6, 0.144054) (10, 0.996504) 117row 6: (1, 0.106773) (5, 0.989053) (6, 0.731313) (7, 0.30846) (11, 0.180556) 118row 7: (2, 0.986045) (6, 0.919791) (7, 0.577819) (8, 0.141076) (12, 0.110812) 119row 8: (3, 0.151178) (7, 0.955548) (8, 0.569963) (9, 0.0463658) (13, 0.607481) 120row 9: (4, 0.3071) (8, 0.66413) (9, 0.992313) (14, 0.318402) 121row 10: (5, 0.915863) (10, 0.104076) (11, 0.230838) (15, 0.609154) 122row 11: (6, 0.391754) (10, 0.515666) (11, 0.874144) (12, 0.164796) (16, 0.436792) 123row 12: (7, 0.636004) (11, 0.744135) (12, 0.904827) (13, 0.0936921) (17, 0.54371) 124row 13: (8, 0.875694) (12, 0.118238) (13, 0.106941) (14, 0.0232393) (18, 0.0566891) 125row 14: (9, 0.770855) (13, 0.815137) (14, 0.940401) (19, 0.284652) 126row 15: (10, 0.752683) (15, 0.442421) (16, 0.473711) 127row 16: (11, 0.128488) (15, 0.955887) (16, 0.85073) (17, 0.105192) 128row 17: (12, 0.866078) (16, 0.637523) (17, 0.295364) (18, 0.908144) 129row 18: (13, 0.213222) (17, 0.546252) (18, 0.588053) (19, 0.785986) 130row 19: (14, 0.0214647) (18, 0.771416) (19, 0.163921) 131Mat Object: 2 MPI processes 132 type: mpiaij 133row 0: (0, 0.) (1, 0.) (5, 0.) 134row 1: (0, 0.) (1, 0.) (2, 0.) (6, 0.) 135row 2: (1, 0.) (2, 0.) (3, 0.) (7, 0.) 136row 3: (2, 0.) (3, 0.) (4, 0.) (8, 0.) 137row 4: (3, 0.) (4, 0.) (9, 0.) 138row 5: (0, 0.) (5, 0.) (6, 0.) (10, 0.) 139row 6: (1, 0.) (5, 0.) (6, 0.) (7, 0.) (11, 0.) 140row 7: (2, 0.) (6, 0.) (7, 0.) (8, 0.) (12, 0.) 141row 8: (3, 0.) (7, 0.) (8, 0.) (9, 0.) (13, 0.) 142row 9: (4, 0.) (8, 0.) (9, 0.) (14, 0.) 143row 10: (5, 0.) (10, 0.) (11, 0.) (15, 0.) 144row 11: (6, 0.) (10, 0.) (11, 0.) (12, 0.) (16, 0.) 145row 12: (7, 0.) (11, 0.) (12, 0.) (13, 0.) (17, 0.) 146row 13: (8, 0.) (12, 0.) (13, 0.) (14, 0.) (18, 0.) 147row 14: (9, 0.) (13, 0.) (14, 0.) (19, 0.) 148row 15: (10, 0.) (15, 0.) (16, 0.) 149row 16: (11, 0.) (15, 0.) (16, 0.) (17, 0.) 150row 17: (12, 0.) (16, 0.) (17, 0.) (18, 0.) 151row 18: (13, 0.) (17, 0.) (18, 0.) (19, 0.) 152row 19: (14, 0.) (18, 0.) (19, 0.) 153