15b9dfbb6SMatthew G. KnepleyLabel 'subpoint_map': 25b9dfbb6SMatthew G. Knepley[0]: 20 (1) 35b9dfbb6SMatthew G. Knepley[0]: 7 (0) 45b9dfbb6SMatthew G. Knepley[0]: 12 (0) 55b9dfbb6SMatthew G. Knepley[0]: 0 (102) 65b9dfbb6SMatthew G. Knepley[0]: 1 (102) 75b9dfbb6SMatthew G. Knepley[0]: 2 (102) 85b9dfbb6SMatthew G. Knepley[0]: 14 (101) 95b9dfbb6SMatthew G. Knepley[0]: 15 (101) 105b9dfbb6SMatthew G. Knepley[0]: 17 (101) 115b9dfbb6SMatthew G. Knepley[0]: 18 (101) 125b9dfbb6SMatthew G. Knepley[0]: 3 (-102) 135b9dfbb6SMatthew G. Knepley[0]: 4 (-102) 145b9dfbb6SMatthew G. Knepley[0]: 5 (-102) 155b9dfbb6SMatthew G. Knepley[0]: 21 (-101) 165b9dfbb6SMatthew G. Knepley[0]: 23 (-101) 175b9dfbb6SMatthew G. Knepley[0]: 25 (-101) 185b9dfbb6SMatthew G. Knepley[0]: 26 (-101) 195b9dfbb6SMatthew G. KnepleyLabel 'subpoint_map split': 205b9dfbb6SMatthew G. Knepley[0]: 8 (100) 215b9dfbb6SMatthew G. Knepley[0]: 13 (100) 225b9dfbb6SMatthew G. Knepley[0]: 15 (-100) 235b9dfbb6SMatthew G. Knepley[0]: 16 (-100) 245b9dfbb6SMatthew G. Knepley[0]: 23 (101) 255b9dfbb6SMatthew G. Knepley[0]: 30 (-101) 265b9dfbb6SMatthew G. KnepleyLabel 'cohesive': 275b9dfbb6SMatthew G. Knepley[0]: 6 (1) 285b9dfbb6SMatthew G. Knepley[0]: 31 (1) 295b9dfbb6SMatthew G. Knepley[0]: 32 (1) 308cc725e6SPierre JolivetPetscSection Object: 1 MPI process 315b9dfbb6SMatthew G. Knepley type not yet set 325b9dfbb6SMatthew G. Knepley2 fields 334cd8913cSStefano Zampini field 0 "displacement" with 2 components 345b9dfbb6SMatthew G. KnepleyProcess 0: 35*f2719977SBarry Smith ( 0) dof 0 offset 0 36*f2719977SBarry Smith ( 1) dof 0 offset 0 37*f2719977SBarry Smith ( 2) dof 0 offset 0 38*f2719977SBarry Smith ( 3) dof 0 offset 0 39*f2719977SBarry Smith ( 4) dof 0 offset 0 40*f2719977SBarry Smith ( 5) dof 0 offset 0 41*f2719977SBarry Smith ( 6) dof 0 offset 0 42*f2719977SBarry Smith ( 7) dof 2 offset 0 43*f2719977SBarry Smith ( 8) dof 2 offset 2 44*f2719977SBarry Smith ( 9) dof 2 offset 4 45*f2719977SBarry Smith ( 10) dof 2 offset 6 46*f2719977SBarry Smith ( 11) dof 2 offset 8 47*f2719977SBarry Smith ( 12) dof 2 offset 10 48*f2719977SBarry Smith ( 13) dof 2 offset 12 49*f2719977SBarry Smith ( 14) dof 2 offset 14 50*f2719977SBarry Smith ( 15) dof 2 offset 16 51*f2719977SBarry Smith ( 16) dof 2 offset 18 52*f2719977SBarry Smith ( 17) dof 0 offset 20 53*f2719977SBarry Smith ( 18) dof 0 offset 20 54*f2719977SBarry Smith ( 19) dof 0 offset 20 55*f2719977SBarry Smith ( 20) dof 0 offset 20 56*f2719977SBarry Smith ( 21) dof 0 offset 20 57*f2719977SBarry Smith ( 22) dof 0 offset 20 58*f2719977SBarry Smith ( 23) dof 0 offset 20 59*f2719977SBarry Smith ( 24) dof 0 offset 20 60*f2719977SBarry Smith ( 25) dof 0 offset 20 61*f2719977SBarry Smith ( 26) dof 0 offset 20 62*f2719977SBarry Smith ( 27) dof 0 offset 20 63*f2719977SBarry Smith ( 28) dof 0 offset 20 64*f2719977SBarry Smith ( 29) dof 0 offset 20 65*f2719977SBarry Smith ( 30) dof 0 offset 20 66*f2719977SBarry Smith ( 31) dof 0 offset 20 67*f2719977SBarry Smith ( 32) dof 0 offset 22 684cd8913cSStefano Zampini field 1 "fault traction" with 2 components 695b9dfbb6SMatthew G. KnepleyProcess 0: 70*f2719977SBarry Smith ( 0) dof 0 offset 0 71*f2719977SBarry Smith ( 1) dof 0 offset 0 72*f2719977SBarry Smith ( 2) dof 0 offset 0 73*f2719977SBarry Smith ( 3) dof 0 offset 0 74*f2719977SBarry Smith ( 4) dof 0 offset 0 75*f2719977SBarry Smith ( 5) dof 0 offset 0 76*f2719977SBarry Smith ( 6) dof 0 offset 0 77*f2719977SBarry Smith ( 7) dof 0 offset 2 78*f2719977SBarry Smith ( 8) dof 0 offset 4 79*f2719977SBarry Smith ( 9) dof 0 offset 6 80*f2719977SBarry Smith ( 10) dof 0 offset 8 81*f2719977SBarry Smith ( 11) dof 0 offset 10 82*f2719977SBarry Smith ( 12) dof 0 offset 12 83*f2719977SBarry Smith ( 13) dof 0 offset 14 84*f2719977SBarry Smith ( 14) dof 0 offset 16 85*f2719977SBarry Smith ( 15) dof 0 offset 18 86*f2719977SBarry Smith ( 16) dof 0 offset 20 87*f2719977SBarry Smith ( 17) dof 0 offset 20 88*f2719977SBarry Smith ( 18) dof 0 offset 20 89*f2719977SBarry Smith ( 19) dof 0 offset 20 90*f2719977SBarry Smith ( 20) dof 0 offset 20 91*f2719977SBarry Smith ( 21) dof 0 offset 20 92*f2719977SBarry Smith ( 22) dof 0 offset 20 93*f2719977SBarry Smith ( 23) dof 0 offset 20 94*f2719977SBarry Smith ( 24) dof 0 offset 20 95*f2719977SBarry Smith ( 25) dof 0 offset 20 96*f2719977SBarry Smith ( 26) dof 0 offset 20 97*f2719977SBarry Smith ( 27) dof 0 offset 20 98*f2719977SBarry Smith ( 28) dof 0 offset 20 99*f2719977SBarry Smith ( 29) dof 0 offset 20 100*f2719977SBarry Smith ( 30) dof 0 offset 20 101*f2719977SBarry Smith ( 31) dof 2 offset 20 102*f2719977SBarry Smith ( 32) dof 2 offset 22 1038cc725e6SPierre JolivetVec Object: Local Solution 1 MPI process 1045b9dfbb6SMatthew G. Knepley type: seq 1055b9dfbb6SMatthew G. Knepley-1. 1065b9dfbb6SMatthew G. Knepley-1. 1075b9dfbb6SMatthew G. Knepley0. 1085b9dfbb6SMatthew G. Knepley-1. 1095b9dfbb6SMatthew G. Knepley1. 1105b9dfbb6SMatthew G. Knepley0. 1115b9dfbb6SMatthew G. Knepley-1. 1125b9dfbb6SMatthew G. Knepley0. 1135b9dfbb6SMatthew G. Knepley1. 1145b9dfbb6SMatthew G. Knepley1. 1155b9dfbb6SMatthew G. Knepley-1. 1165b9dfbb6SMatthew G. Knepley1. 1175b9dfbb6SMatthew G. Knepley0. 1185b9dfbb6SMatthew G. Knepley1. 1195b9dfbb6SMatthew G. Knepley1. 1205b9dfbb6SMatthew G. Knepley2. 1215b9dfbb6SMatthew G. Knepley0. 1225b9dfbb6SMatthew G. Knepley0. 1235b9dfbb6SMatthew G. Knepley0. 12467de2c8aSMatthew G. Knepley2. 1255b9dfbb6SMatthew G. Knepley1. 1265b9dfbb6SMatthew G. Knepley0. 1275b9dfbb6SMatthew G. Knepley-1. 1285b9dfbb6SMatthew G. Knepley0. 1295b9dfbb6SMatthew G. KnepleyDiscrete System with 2 fields 1305b9dfbb6SMatthew G. Knepley cell total dim 12 total comp 4 1315b9dfbb6SMatthew G. Knepley cohesive cell 1325b9dfbb6SMatthew G. Knepley Field displacement FEM 2 components (implicit) (Nq 2 Nqc 1) 1-jet 1338cc725e6SPierre Jolivet PetscFE Object: displacement 1 MPI process 1345b9dfbb6SMatthew G. Knepley type: basic 1355b9dfbb6SMatthew G. Knepley Basic Finite Element in 1 dimensions with 2 components 1368cc725e6SPierre Jolivet PetscSpace Object: displacement 1 MPI process 1375b9dfbb6SMatthew G. Knepley type: sum 1385b9dfbb6SMatthew G. Knepley Space in 1 variables with 2 components, size 4 1395b9dfbb6SMatthew G. Knepley Sum space of 2 concatenated subspaces (all identical) 1402dce792eSToby Isaac PetscSpace Object: P1 1 MPI process 1415b9dfbb6SMatthew G. Knepley type: poly 1425b9dfbb6SMatthew G. Knepley Space in 1 variables with 1 components, size 2 1435b9dfbb6SMatthew G. Knepley Polynomial space of degree 1 1448cc725e6SPierre Jolivet PetscDualSpace Object: displacement 1 MPI process 1452dce792eSToby Isaac type: sum 1465b9dfbb6SMatthew G. Knepley Dual space with 2 components, size 4 1472dce792eSToby Isaac Sum dual space of 2 concatenated subspaces (all identical) 1482dce792eSToby Isaac PetscDualSpace Object: 1 MPI process 1492dce792eSToby Isaac type: lagrange 1502dce792eSToby Isaac Dual space with 1 components, size 2 1515b9dfbb6SMatthew G. Knepley Continuous Lagrange dual space 152e5939c1dSMatthew G. Knepley Quadrature on a segment of order 3 on 2 points (dim 1) 1535b9dfbb6SMatthew G. Knepley Field fault traction FEM 2 components (implicit) (Nq 2 Nqc 1) 1-jet 1548cc725e6SPierre Jolivet PetscFE Object: fault traction (faulttraction_) 1 MPI process 1552dce792eSToby Isaac type: vector 1562dce792eSToby Isaac Vector Finite Element in 1 dimensions with 2 components 1578cc725e6SPierre Jolivet PetscSpace Object: fault traction (faulttraction_) 1 MPI process 1585b9dfbb6SMatthew G. Knepley type: sum 1595b9dfbb6SMatthew G. Knepley Space in 1 variables with 2 components, size 4 1605b9dfbb6SMatthew G. Knepley Sum space of 2 concatenated subspaces (all identical) 1612dce792eSToby Isaac PetscSpace Object: Q1 (faulttraction_sumcomp_) 1 MPI process 1625b9dfbb6SMatthew G. Knepley type: poly 1635b9dfbb6SMatthew G. Knepley Space in 1 variables with 1 components, size 2 1645b9dfbb6SMatthew G. Knepley Polynomial space of degree 1 1658cc725e6SPierre Jolivet PetscDualSpace Object: fault traction (faulttraction_) 1 MPI process 1662dce792eSToby Isaac type: sum 1675b9dfbb6SMatthew G. Knepley Dual space with 2 components, size 4 1682dce792eSToby Isaac Sum dual space of 2 concatenated subspaces (all identical) 1692dce792eSToby Isaac PetscDualSpace Object: Q1 1 MPI process 1702dce792eSToby Isaac type: lagrange 1712dce792eSToby Isaac Dual space with 1 components, size 2 1725b9dfbb6SMatthew G. Knepley Continuous Lagrange dual space 173e5939c1dSMatthew G. Knepley Quadrature on a segment of order 3 on 2 points (dim 1) 1745b9dfbb6SMatthew G. Knepley Weak Form System with 2 fields 1755b9dfbb6SMatthew G. Knepley boundary_residual_f0 1765b9dfbb6SMatthew G. Knepley (cohesive, 1) (0, 1) 1775b9dfbb6SMatthew G. Knepley (material, 1) (0, 0) 1785b9dfbb6SMatthew G. Knepley (material, 2) (0, 0) 1795b9dfbb6SMatthew G. Knepley boundary_jacobian_g0 1805b9dfbb6SMatthew G. Knepley (cohesive, 1) (1, 0) 1815b9dfbb6SMatthew G. Knepley (material, 1) (0, 1) 1825b9dfbb6SMatthew G. Knepley (material, 2) (0, 1) 1838cc725e6SPierre JolivetVec Object: Local Residual 1 MPI process 1845b9dfbb6SMatthew G. Knepley type: seq 1855b9dfbb6SMatthew G. Knepley0. 1865b9dfbb6SMatthew G. Knepley0. 18781363e6fSMatthew G. Knepley-0.333333 1885b9dfbb6SMatthew G. Knepley0. 1895b9dfbb6SMatthew G. Knepley0. 1905b9dfbb6SMatthew G. Knepley0. 1915b9dfbb6SMatthew G. Knepley0. 1925b9dfbb6SMatthew G. Knepley0. 1935b9dfbb6SMatthew G. Knepley0. 1945b9dfbb6SMatthew G. Knepley0. 1955b9dfbb6SMatthew G. Knepley0. 1965b9dfbb6SMatthew G. Knepley0. 19781363e6fSMatthew G. Knepley0.333333 1985b9dfbb6SMatthew G. Knepley0. 1995b9dfbb6SMatthew G. Knepley0. 2005b9dfbb6SMatthew G. Knepley0. 20181363e6fSMatthew G. Knepley0.333333 2025b9dfbb6SMatthew G. Knepley0. 20381363e6fSMatthew G. Knepley-0.333333 2045b9dfbb6SMatthew G. Knepley0. 2055b9dfbb6SMatthew G. Knepley0. 20667de2c8aSMatthew G. Knepley-4.69235e-17 2075b9dfbb6SMatthew G. Knepley0. 20867de2c8aSMatthew G. Knepley-1.75121e-16 2098cc725e6SPierre JolivetMat Object: Jacobian 1 MPI process 2105b9dfbb6SMatthew G. Knepley type: seqaij 2115b9dfbb6SMatthew G. Knepleyrow 0: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (6, 0.) (7, 0.) 2125b9dfbb6SMatthew G. Knepleyrow 1: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (6, 0.) (7, 0.) 21381363e6fSMatthew G. Knepleyrow 2: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (6, 0.) (7, 0.) (12, 0.) (13, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) (20, -0.666667) (21, 0.) (22, -0.333333) (23, 0.) 21481363e6fSMatthew G. Knepleyrow 3: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (6, 0.) (7, 0.) (12, 0.) (13, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) (20, 0.) (21, -0.666667) (22, 0.) (23, -0.333333) 2155b9dfbb6SMatthew G. Knepleyrow 4: (4, 0.) (5, 0.) (8, 0.) (9, 0.) (16, 0.) (17, 0.) 2165b9dfbb6SMatthew G. Knepleyrow 5: (4, 0.) (5, 0.) (8, 0.) (9, 0.) (16, 0.) (17, 0.) 2175b9dfbb6SMatthew G. Knepleyrow 6: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (6, 0.) (7, 0.) (10, 0.) (11, 0.) (12, 0.) (13, 0.) 2185b9dfbb6SMatthew G. Knepleyrow 7: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (6, 0.) (7, 0.) (10, 0.) (11, 0.) (12, 0.) (13, 0.) 2195b9dfbb6SMatthew G. Knepleyrow 8: (4, 0.) (5, 0.) (8, 0.) (9, 0.) (14, 0.) (15, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) 2205b9dfbb6SMatthew G. Knepleyrow 9: (4, 0.) (5, 0.) (8, 0.) (9, 0.) (14, 0.) (15, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) 2215b9dfbb6SMatthew G. Knepleyrow 10: (6, 0.) (7, 0.) (10, 0.) (11, 0.) (12, 0.) (13, 0.) 2225b9dfbb6SMatthew G. Knepleyrow 11: (6, 0.) (7, 0.) (10, 0.) (11, 0.) (12, 0.) (13, 0.) 22381363e6fSMatthew G. Knepleyrow 12: (2, 0.) (3, 0.) (6, 0.) (7, 0.) (10, 0.) (11, 0.) (12, 0.) (13, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) (20, -0.333333) (21, 0.) (22, -0.666667) (23, 0.) 22481363e6fSMatthew G. Knepleyrow 13: (2, 0.) (3, 0.) (6, 0.) (7, 0.) (10, 0.) (11, 0.) (12, 0.) (13, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) (20, 0.) (21, -0.333333) (22, 0.) (23, -0.666667) 2255b9dfbb6SMatthew G. Knepleyrow 14: (8, 0.) (9, 0.) (14, 0.) (15, 0.) (18, 0.) (19, 0.) 2265b9dfbb6SMatthew G. Knepleyrow 15: (8, 0.) (9, 0.) (14, 0.) (15, 0.) (18, 0.) (19, 0.) 2275b9dfbb6SMatthew G. Knepleyrow 16: (2, 0.) (3, 0.) (4, 0.) (5, 0.) (8, 0.) (9, 0.) (12, 0.) (13, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) (20, 0.666667) (21, 0.) (22, 0.333333) (23, 0.) 2285b9dfbb6SMatthew G. Knepleyrow 17: (2, 0.) (3, 0.) (4, 0.) (5, 0.) (8, 0.) (9, 0.) (12, 0.) (13, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) (20, 0.) (21, 0.666667) (22, 0.) (23, 0.333333) 2295b9dfbb6SMatthew G. Knepleyrow 18: (2, 0.) (3, 0.) (8, 0.) (9, 0.) (12, 0.) (13, 0.) (14, 0.) (15, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) (20, 0.333333) (21, 0.) (22, 0.666667) (23, 0.) 2305b9dfbb6SMatthew G. Knepleyrow 19: (2, 0.) (3, 0.) (8, 0.) (9, 0.) (12, 0.) (13, 0.) (14, 0.) (15, 0.) (16, 0.) (17, 0.) (18, 0.) (19, 0.) (20, 0.) (21, 0.333333) (22, 0.) (23, 0.666667) 23181363e6fSMatthew G. Knepleyrow 20: (2, -0.666667) (3, 0.) (12, -0.333333) (13, 0.) (16, 0.666667) (17, 0.) (18, 0.333333) (19, 0.) (20, 0.) (21, 0.) (22, 0.) (23, 0.) 23281363e6fSMatthew G. Knepleyrow 21: (2, 0.) (3, -0.666667) (12, 0.) (13, -0.333333) (16, 0.) (17, 0.666667) (18, 0.) (19, 0.333333) (20, 0.) (21, 0.) (22, 0.) (23, 0.) 23381363e6fSMatthew G. Knepleyrow 22: (2, -0.333333) (3, 0.) (12, -0.666667) (13, 0.) (16, 0.333333) (17, 0.) (18, 0.666667) (19, 0.) (20, 0.) (21, 0.) (22, 0.) (23, 0.) 23481363e6fSMatthew G. Knepleyrow 23: (2, 0.) (3, -0.333333) (12, 0.) (13, -0.666667) (16, 0.) (17, 0.333333) (18, 0.) (19, 0.666667) (20, 0.) (21, 0.) (22, 0.) (23, 0.) 235