1c4762a1bSJed BrownLabel 'subpoint_map': 2c4762a1bSJed Brown[0]: 7 (1) 3c4762a1bSJed Brown[0]: 3 (0) 4c4762a1bSJed Brown[0]: 4 (0) 5c4762a1bSJed Brown[0]: 0 (102) 6c4762a1bSJed Brown[0]: 6 (101) 7c4762a1bSJed Brown[0]: 8 (101) 8c4762a1bSJed Brown[0]: 1 (-102) 9c4762a1bSJed Brown[0]: 9 (-101) 10c4762a1bSJed Brown[0]: 10 (-101) 11b253942bSMatthew G. KnepleyLabel 'subpoint_map split': 12b253942bSMatthew G. Knepley[0]: 4 (100) 13b253942bSMatthew G. Knepley[0]: 5 (100) 14b253942bSMatthew G. Knepley[0]: 7 (-100) 15b253942bSMatthew G. Knepley[0]: 8 (-100) 16b253942bSMatthew G. Knepley[0]: 10 (101) 17b253942bSMatthew G. Knepley[0]: 14 (-101) 18b253942bSMatthew G. KnepleyLabel 'cohesive': 19b253942bSMatthew G. Knepley[0]: 2 (1) 20b253942bSMatthew G. Knepley[0]: 15 (1) 21b253942bSMatthew G. Knepley[0]: 16 (1) 228cc725e6SPierre JolivetPetscSection Object: 1 MPI process 23b253942bSMatthew G. Knepley type not yet set 24b253942bSMatthew G. Knepley2 fields 254cd8913cSStefano Zampini field 0 "displacement" with 2 components 26b253942bSMatthew G. KnepleyProcess 0: 27*f2719977SBarry Smith ( 0) dof 0 offset 0 28*f2719977SBarry Smith ( 1) dof 0 offset 0 29*f2719977SBarry Smith ( 2) dof 0 offset 0 30*f2719977SBarry Smith ( 3) dof 2 offset 0 31*f2719977SBarry Smith ( 4) dof 2 offset 2 32*f2719977SBarry Smith ( 5) dof 2 offset 4 33*f2719977SBarry Smith ( 6) dof 2 offset 6 34*f2719977SBarry Smith ( 7) dof 2 offset 8 35*f2719977SBarry Smith ( 8) dof 2 offset 10 36*f2719977SBarry Smith ( 9) dof 0 offset 12 37*f2719977SBarry Smith ( 10) dof 0 offset 12 38*f2719977SBarry Smith ( 11) dof 0 offset 12 39*f2719977SBarry Smith ( 12) dof 0 offset 12 40*f2719977SBarry Smith ( 13) dof 0 offset 12 41*f2719977SBarry Smith ( 14) dof 0 offset 12 42*f2719977SBarry Smith ( 15) dof 0 offset 12 43*f2719977SBarry Smith ( 16) dof 0 offset 14 444cd8913cSStefano Zampini field 1 "fault traction" with 2 components 45b253942bSMatthew G. KnepleyProcess 0: 46*f2719977SBarry Smith ( 0) dof 0 offset 0 47*f2719977SBarry Smith ( 1) dof 0 offset 0 48*f2719977SBarry Smith ( 2) dof 0 offset 0 49*f2719977SBarry Smith ( 3) dof 0 offset 2 50*f2719977SBarry Smith ( 4) dof 0 offset 4 51*f2719977SBarry Smith ( 5) dof 0 offset 6 52*f2719977SBarry Smith ( 6) dof 0 offset 8 53*f2719977SBarry Smith ( 7) dof 0 offset 10 54*f2719977SBarry Smith ( 8) dof 0 offset 12 55*f2719977SBarry Smith ( 9) dof 0 offset 12 56*f2719977SBarry Smith ( 10) dof 0 offset 12 57*f2719977SBarry Smith ( 11) dof 0 offset 12 58*f2719977SBarry Smith ( 12) dof 0 offset 12 59*f2719977SBarry Smith ( 13) dof 0 offset 12 60*f2719977SBarry Smith ( 14) dof 0 offset 12 61*f2719977SBarry Smith ( 15) dof 2 offset 12 62*f2719977SBarry Smith ( 16) dof 2 offset 14 638cc725e6SPierre JolivetVec Object: Local Solution 1 MPI process 64b253942bSMatthew G. Knepley type: seq 65b4f26c06SToby Isaac-0.5 66b4f26c06SToby Isaac0.5 67e5939c1dSMatthew G. Knepley-2.77556e-17 68e5939c1dSMatthew G. Knepley2.77556e-17 6972f91173SJed Brown0. 70b4f26c06SToby Isaac1. 71b4f26c06SToby Isaac0.5 72b4f26c06SToby Isaac1.5 73b253942bSMatthew G. Knepley0. 7467de2c8aSMatthew G. Knepley1. 7567de2c8aSMatthew G. Knepley2.77556e-17 7667de2c8aSMatthew G. Knepley2. 77b253942bSMatthew G. Knepley0. 78b253942bSMatthew G. Knepley0. 79b253942bSMatthew G. Knepley-1. 80b253942bSMatthew G. Knepley0. 81b7519becSMatthew G. KnepleyDiscrete System with 2 fields 82b7519becSMatthew G. Knepley cell total dim 12 total comp 4 83b7519becSMatthew G. Knepley cohesive cell 84b7519becSMatthew G. Knepley Field displacement FEM 2 components (implicit) (Nq 2 Nqc 1) 1-jet 858cc725e6SPierre Jolivet PetscFE Object: displacement 1 MPI process 86b7519becSMatthew G. Knepley type: basic 87b7519becSMatthew G. Knepley Basic Finite Element in 1 dimensions with 2 components 888cc725e6SPierre Jolivet PetscSpace Object: displacement 1 MPI process 89b7519becSMatthew G. Knepley type: sum 90b7519becSMatthew G. Knepley Space in 1 variables with 2 components, size 4 91b7519becSMatthew G. Knepley Sum space of 2 concatenated subspaces (all identical) 922dce792eSToby Isaac PetscSpace Object: P1 1 MPI process 93b7519becSMatthew G. Knepley type: poly 94b7519becSMatthew G. Knepley Space in 1 variables with 1 components, size 2 95b7519becSMatthew G. Knepley Polynomial space of degree 1 968cc725e6SPierre Jolivet PetscDualSpace Object: displacement 1 MPI process 972dce792eSToby Isaac type: sum 98b7519becSMatthew G. Knepley Dual space with 2 components, size 4 992dce792eSToby Isaac Sum dual space of 2 concatenated subspaces (all identical) 1002dce792eSToby Isaac PetscDualSpace Object: 1 MPI process 1012dce792eSToby Isaac type: lagrange 1022dce792eSToby Isaac Dual space with 1 components, size 2 103b7519becSMatthew G. Knepley Continuous Lagrange dual space 104e5939c1dSMatthew G. Knepley Quadrature on a segment of order 3 on 2 points (dim 1) 105b7519becSMatthew G. Knepley Field fault traction FEM 2 components (implicit) (Nq 2 Nqc 1) 1-jet 1068cc725e6SPierre Jolivet PetscFE Object: fault traction (faulttraction_) 1 MPI process 1072dce792eSToby Isaac type: vector 1082dce792eSToby Isaac Vector Finite Element in 1 dimensions with 2 components 1098cc725e6SPierre Jolivet PetscSpace Object: fault traction (faulttraction_) 1 MPI process 110b7519becSMatthew G. Knepley type: sum 111b7519becSMatthew G. Knepley Space in 1 variables with 2 components, size 4 112b7519becSMatthew G. Knepley Sum space of 2 concatenated subspaces (all identical) 1132dce792eSToby Isaac PetscSpace Object: Q1 (faulttraction_sumcomp_) 1 MPI process 114b7519becSMatthew G. Knepley type: poly 115b7519becSMatthew G. Knepley Space in 1 variables with 1 components, size 2 116b7519becSMatthew G. Knepley Polynomial space of degree 1 1178cc725e6SPierre Jolivet PetscDualSpace Object: fault traction (faulttraction_) 1 MPI process 1182dce792eSToby Isaac type: sum 119b7519becSMatthew G. Knepley Dual space with 2 components, size 4 1202dce792eSToby Isaac Sum dual space of 2 concatenated subspaces (all identical) 1212dce792eSToby Isaac PetscDualSpace Object: Q1 1 MPI process 1222dce792eSToby Isaac type: lagrange 1232dce792eSToby Isaac Dual space with 1 components, size 2 124b7519becSMatthew G. Knepley Continuous Lagrange dual space 125e5939c1dSMatthew G. Knepley Quadrature on a segment of order 3 on 2 points (dim 1) 126b7519becSMatthew G. Knepley Weak Form System with 2 fields 127b7519becSMatthew G. Knepley boundary_residual_f0 1281c6715b8SMatthew G. Knepley (cohesive, 1) (0, 1) 1291c6715b8SMatthew G. Knepley (material, 1) (0, 0) 1301c6715b8SMatthew G. Knepley (material, 2) (0, 0) 131b7519becSMatthew G. Knepley boundary_jacobian_g0 1321c6715b8SMatthew G. Knepley (cohesive, 1) (1, 0) 1331c6715b8SMatthew G. Knepley (material, 1) (0, 1) 1341c6715b8SMatthew G. Knepley (material, 2) (0, 1) 1358cc725e6SPierre JolivetVec Object: Local Residual 1 MPI process 136b253942bSMatthew G. Knepley type: seq 137b253942bSMatthew G. Knepley0. 138b253942bSMatthew G. Knepley0. 13981363e6fSMatthew G. Knepley0.166667 14081363e6fSMatthew G. Knepley0. 14181363e6fSMatthew G. Knepley0.333333 142b253942bSMatthew G. Knepley0. 143b253942bSMatthew G. Knepley0. 144b253942bSMatthew G. Knepley0. 14581363e6fSMatthew G. Knepley-0.166667 146b253942bSMatthew G. Knepley0. 14781363e6fSMatthew G. Knepley-0.333333 148f9244615SMatthew G. Knepley0. 14967de2c8aSMatthew G. Knepley-1.38778e-17 15067de2c8aSMatthew G. Knepley0. 15167de2c8aSMatthew G. Knepley-1.38778e-17 15267de2c8aSMatthew G. Knepley0. 1538cc725e6SPierre JolivetMat Object: Jacobian 1 MPI process 154b253942bSMatthew G. Knepley type: seqaij 155b253942bSMatthew G. Knepleyrow 0: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (4, 0.) (5, 0.) 156b253942bSMatthew G. Knepleyrow 1: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (4, 0.) (5, 0.) 15781363e6fSMatthew G. Knepleyrow 2: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (4, 0.) (5, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) (12, -0.333333) (13, 0.) (14, -0.166667) (15, 0.) 15881363e6fSMatthew G. Knepleyrow 3: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (4, 0.) (5, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) (12, 0.) (13, -0.333333) (14, 0.) (15, -0.166667) 15981363e6fSMatthew G. Knepleyrow 4: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (4, 0.) (5, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) (12, -0.166667) (13, 0.) (14, -0.333333) (15, 0.) 16081363e6fSMatthew G. Knepleyrow 5: (0, 0.) (1, 0.) (2, 0.) (3, 0.) (4, 0.) (5, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) (12, 0.) (13, -0.166667) (14, 0.) (15, -0.333333) 161b253942bSMatthew G. Knepleyrow 6: (6, 0.) (7, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) 162b253942bSMatthew G. Knepleyrow 7: (6, 0.) (7, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) 163b7519becSMatthew G. Knepleyrow 8: (2, 0.) (3, 0.) (4, 0.) (5, 0.) (6, 0.) (7, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) (12, 0.333333) (13, 0.) (14, 0.166667) (15, 0.) 164b7519becSMatthew G. Knepleyrow 9: (2, 0.) (3, 0.) (4, 0.) (5, 0.) (6, 0.) (7, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) (12, 0.) (13, 0.333333) (14, 0.) (15, 0.166667) 165b7519becSMatthew G. Knepleyrow 10: (2, 0.) (3, 0.) (4, 0.) (5, 0.) (6, 0.) (7, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) (12, 0.166667) (13, 0.) (14, 0.333333) (15, 0.) 166b7519becSMatthew G. Knepleyrow 11: (2, 0.) (3, 0.) (4, 0.) (5, 0.) (6, 0.) (7, 0.) (8, 0.) (9, 0.) (10, 0.) (11, 0.) (12, 0.) (13, 0.166667) (14, 0.) (15, 0.333333) 16781363e6fSMatthew G. Knepleyrow 12: (2, -0.333333) (3, 0.) (4, -0.166667) (5, 0.) (8, 0.333333) (9, 0.) (10, 0.166667) (11, 0.) (12, 0.) (13, 0.) (14, 0.) (15, 0.) 16881363e6fSMatthew G. Knepleyrow 13: (2, 0.) (3, -0.333333) (4, 0.) (5, -0.166667) (8, 0.) (9, 0.333333) (10, 0.) (11, 0.166667) (12, 0.) (13, 0.) (14, 0.) (15, 0.) 16981363e6fSMatthew G. Knepleyrow 14: (2, -0.166667) (3, 0.) (4, -0.333333) (5, 0.) (8, 0.166667) (9, 0.) (10, 0.333333) (11, 0.) (12, 0.) (13, 0.) (14, 0.) (15, 0.) 17081363e6fSMatthew G. Knepleyrow 15: (2, 0.) (3, -0.166667) (4, 0.) (5, -0.333333) (8, 0.) (9, 0.166667) (10, 0.) (11, 0.333333) (12, 0.) (13, 0.) (14, 0.) (15, 0.) 171